REPORTER'S DAILY TRANSCRIPT
NOVEMBER 13, 1996

SUPERIOR COURT OF THE STATE OF CALIFORNIA
FOR THE COUNTY OF LOS ANGELES

SHARON RUFO, ET AL., N/A, PLAINTIFFS,

VS.

ORENTHAL JAMES SIMPSON, ET AL., DEFENDANTS.

SANTA MONICA, CALIFORNIA
WEDNESDAY, NOVEMBER 13, 1996

DEPARTMENT NO. WEQ
HON. HIROSHI FUJISAKI, JUDGE

(Jurors resume their respective seats.)

(The following proceedings were held in open court, in the presence of the
jury.)

THE COURT: Morning.

JUROR: Good morning, Your Honor.

THE COURT: Good morning.

You may resume.

MR. PETROCELLI: Good morning, Your Honor.

THE CLERK: You are still under oath.

Would you please state your name again for the record.

THE WITNESS: Douglas W. Deedrick.

DOUGLAS W. DEEDRICK, the witness on the stand at the time of the adjournment on
Tuesday, November 12, 1996, having been previously duly sworn, was examined and
testified further as follows:

DIRECT EXAMINATION (Continued) BY MR. MEDVENE:

Q. Agent Deedrick, yesterday we were speaking about hairs, in particular Mr.
Simpson's hairs, that you said you matched between the known sample and hairs
found on Mr. Goldman's shirt and on the Bundy hat.

Did you have occasion to examine any head hairs found on a head band and two
caps found in Mr. Simpson's bedroom at 360 North Rockingham?

A. I did, yes.

Q. And what was the nature of your examination?

A. To examine for the presence of hairs, and also for fibers.

Q. And did you examine -- did you find any hairs on the head band?

A. Yes, I did.

Q. Any hairs on each cap?

A. Right; there were head hairs on each cap.

Q. And did you make a determination whether those head hairs matched the known
sample of Mr. Simpson's and the head hairs you identified as matching Mr.
Simpson's head hairs found on Mr. Goldman's shirt and on the Bundy hat?

A. Yes. I did a comparison and I compared all of them.

Q. What did you find?

A. All the hairs from known standards, the question hairs, from the caps, from
the bedroom, was also a cap from the Bronco, and the hairs from the crime-scene
items, all exhibited the same characteristics.

Q. Now, yesterday we spoke about hairs. And basically today I want to move to
fibers, if we can.

Can you tell us generally what a fiber is?

A. Well, in general, the simplest definition is the smallest portion of a
fabric. It's the smallest piece, smallest element that makes up a fabric.

Q. And did you examine certain fiber evidence in connection with this matter?

A. I did, yes.

Q. And do you examine fibers in the same way you examine hair?

A. Well, pretty much so. It's a microscopic examination, first to identify a
comparison microscope to compare question fibers and known fibers, but there
are additional tests that are used with textile fibers to confirm
identifications. I mentioned them yesterday.

I believe we use polarized light, microscopic -- little bit different, because
we don't use them with hairs; we use FTIR, which is infrared spectroscopy
techniques, micro spectrometry.

To detect color, we use fluorescents, another microscope that allows you to
look at fibers under fluorescents. There are additional techniques or
additional tools that are used with fiber identifications and comparisons that
are not used with hair examinations.

Q. Now, yesterday, we were discussing Mr. Goldman's shirt and certain hairs you
found on that shirt that matched the known samples of certain individuals.

Did you find any fibers on Mr. Goldman's shirt that you analyzed to see if they
matched fibers found on any of the items of the chart 2169 that you started for
us yesterday?

A. I did, yes.

Q. And what did you find in that regard?

A. Well, the shirt was made of cotton, couple different colors. The pants were
blue cotton; they were blue jeans.

These known samples from his question -- his question items, his clothing were
compared with items that were recovered from items that are on the board.

And I reached the conclusion regarding those, and that included the Bundy
glove, the Bundy hat and the Rockingham glove. All had fibers on them that
matched up with the fibers from Ron Goldman's clothing.

Q. Would you be good enough to put that on the chart,

(Witness marks on Exhibit 2169.)

Q. (BY MR. MEDVENE) Did you have occasion to prepare a chart depicting the
microscopic characteristics of the fibers that you found on the items of
evidence that you say matched those on Ron Goldman's clothing?

A. I did, yes.

(Counsel displays item marked Known Cotton Fibers From Ron Goldman's shirt,
Number 527.)

Q. (BY MR. MEDVENE) I've put on the easel what's been marked as 527.

(The instrument herein referred to as Chart entitled Known Cotton Fibers From
Ron Goldman's Shirt was marked for identification as Plaintiffs' Exhibit No.
527.)

Q. (BY MR. MEDVENE) And I ask you if you prepared that chart?

A. I did.

MR. LEONARD: Your Honor, may I?

THE COURT: (Nods affirmatively.)

(Mr. Leonard relocates his position in the courtroom.)

Q. (BY MR. MEDVENE) Did you take the photographs on the chart?

A. I did.

Q. Could you explain to the jury what the chart depicts?

A. Well, the photographs at the top are the known cotton fibers from his shirt.
I mentioned they were brown, as well as a white.

The bottom six photographs represent fibers that were recovered from the items,
as indicated on the board: Right glove, left glove -- the left glove was the
Bundy glove -- and the knit hat.

Q. Are off-white cotton fibers fairly common?

A. Very common.

Q. If they're common, could you tell us, as a hair examiner, what significance,
if any, is your finding that Mr. Goldman's shirt fibers were found on the three
items that you indicated, the Bundy glove the Bundy hat and the Rockingham
glove?

A. Well, it shows a link. It shows an association between these items and the
victim by clothing. The presence of the reddish substance or blood, also, I
believe is a helpful indicator.

You have to constantly remember that white cotton fibers are common. And I can
really say no more than the fact that they do link those items.

Q. Did you find what appeared to be any substance on any of the fibers?

A. Right. It appears to be blood.

Q. And on which -- which particular pictures?

A. Well, all of the question fibers, all of the question photographs at the
bottom, all six.

Q. Did you find any other fibers on Mr. Goldman's shirt?

A. Well, there are blue-jean fibers -- I didn't photograph them -- here that
were also found on some of the questioned items, as well.

I believe all three of the question items that the white cotton fibers were
found -- and blue-jean cotton fibers are also common fibers.

(Counsel displays Exhibit 2169.)

Q. (BY MR. MEDVENE) Did you find any other fibers on Mr. Goldman's shirt that
you found matched any of the other items on the board, 2169?

MR. LEONARD: Your Honor, I'm just going to object because I think that
misstates his testimony. I don't believe he found -- personally found any
fibers on Mr. Goldman.

THE COURT: Restate it.

Q. (BY MR. MEDVENE) Did you examine any other fibers that you understood came
from Mr. Goldman's shirt that matched any of the other items identified on
Exhibit 2169?

MR. LEONARD: Objection. Calls for hearsay and/or speculation; lack of
foundation.

THE COURT: Overruled. Previous foundation having been laid by previous witness
Brockbank, I believe.

MR. MEDVENE: You may answer.

THE WITNESS: Yeah. There were a couple other fiber types that were found on the
shirt that you're -- that would be represented on the board. A cashmere fiber,
as well as some blue-black cotton fibers.

Q. (BY MR. MEDVENE) Let's talk first about the cashmere fiber.

Did you compare the cashmere fiber on Mr. Goldman's shirt with any of the other
fibers that you found on items on the chart 2169?

A. There was another cashmere fiber found on the -- on the Bundy hat.

Q. And did you compare those fibers with each other?

A. I did.

Q. And what was the nature of the comparison?

How did you go about doing it?

A. Well, the comparison is microscopic. They were natural cashmere fibers of
brownish coloration to it because of the pigmentation. And they were alike
microscopically, and they -- I compared those with the known standard,
essentially.

Q. Can you put on the board, then, for us the cashmere fiber from Mr. Goldman's
shirt and the fiber you found that matched on the Bundy hat.

(The witness complies.)

Q. (BY MR. MEDVENE) Now, the cashmere fiber you found, did you examine any
fibers from any items on 2169 to see whether or not the cashmere fiber you
identified as being on Ronald Goldman's shirt and the Bundy hat was also on any
other item at the crime scene?

A. Well, they were the linings from the gloves. The linings from both the
Rockingham glove and the Bundy glove had cashmere fibers inside. And these
question fibers matched up with the linings of the gloves.

Q. Now, you mentioned that also on Mr. Goldman's shirt, you found certain
blue-black fibers; is that correct?

A. That's right.

Q. And did you find any blue-black fibers on any other items on the 2169 chart?

MR. LEONARD: Your Honor, I object again. It -- just so it's clear --

MR. MEDVENE: Excuse me. I don't think we should have speaking objections.

MR. LEONARD: Object to lack of foundation as far as "found." I think that
misstates his testimony; same basis as before. I think it should be clear to
the jury who found what.

THE COURT: Sustained.

Lay some foundation as to whether or not this was the one submitted by LAPD.

Q. (BY MR. MEDVENE) Can you tell us where the blue-black -- where you received
the blue-black cotton fibers from?

A. Well, all the fibers he's referring to were received in debris packets. They
had been processed and supplied to me by the LAPD crime lab, so they came in
actual debris packets.

Q. Did you, yourself, do some of the scraping on Mr. Goldman's shirt while you
were at the LAPD?

A. I did, yes.

Q. And did you also tell us yesterday that you personally found, at the FBI
laboratory in Washington, certain hairs that were on the Bundy hat of Mr.
Simpson?

A. That's right; I did.

Q. Now, let's go back to the blue-black cotton fiber.

Did you find blue-black cotton fibers that, in your opinion, matched the
blue-black cotton fibers found on Mr. Goldman's shirt?

MR. LEONARD: Your Honor, I object again. I assume that he did find them in the
debris packet. I object.

THE COURT: I'm tempted to overrule it because we're just going to make that
question longer. But to satisfy you this one instance, make the question longer
and lay a groundwork question to ascertain whether or not the comparisons were
made from fibers that were removed from whatever source they were removed from,
and in whatever form, whether it was this the debris packet or what.

Q. (BY MR. MEDVENE) Can you describe for us the blue-black cotton fibers that
you examined and where you received them from.

A. The blue-black cotton fibers were, again, as I said, taken from the debris
packets from specific items: One, Ron Goldman's shirt; there was a debris
packet.

The Rockingham glove, there was a debris packet and also socks from Rockingham.

Those are, again, all debris packets that I received.

From those packets, I removed blue-black cotton fibers and I did a comparison.

Q. And did you find a blue-black cotton fiber in the debris packet of material
from Ronald Goldman's shirt?

A. Yes.

Q. Did you --

A. I found a number of those.

Q. Did you find blue-black cotton fiber or fibers from the debris packet you
examined containing material from the Rockingham glove?

A. I did.

Q. Did you find blue-black cotton fibers from the debris packet you examined
containing material from the Rockingham socks?

A. I did, yes.

Q. Now, did you then perform an examination to determine whether or not there
was a match between the blue-black cotton fibers you found on Mr. Goldman's
shirt, the Bundy hat -- excuse me -- blue-black cotton fibers you found on Mr.
Goldman's shirt, the Rockingham glove, and the Rockingham socks?

A. Right. I did compare the fibers, as I said, that were taken from debris
packets from the Rockingham glove, the Rockingham socks and Ronald Goldman's
shirt. And I saw no differences between them. They could have originated from
the same source.

Q. And what method -- what method of examination did you use?

A. Well, they were compared visually with comparison microscopes, just like --
similar to what I had told you before about comparing hairs, observing the
visible microscopic characteristics as to color, shape and so forth.

They were then compared using fluorescents, as well as the color was compared
instrumentally.

Q. Would you put on the board, please, where you found blue-black cotton fibers
with the same microscopic characteristics as those found on Mr. Goldman's
shirt.

(Witness marks Exhibit 2169.)

Q. (BY MR. MEDVENE) Incidentally, did you find anything unusual about the
blue-black cotton fibers that you've told us about when you examined them?

MR. LEONARD: Objection. Vague.

THE COURT: Overruled.

THE WITNESS: Just where the bluish coloration was found; it was only found in a
band! On the fiber itself.

Q. (BY MR. MEDVENE) And was that found on the band of the particular fibers
that you examined that, in your opinion, had the same microscopic
characteristics?

A. All the fibers that I'm telling you here had that same bluish -- it's a
royal bluish coloration that made me believe they looked the same
microscopically.

Q. You find such a band on all blue-black cotton fibers you examine?

A. No. Fibers are pretty different, one to the next, depending on the source.

Q. When you say "a band," what do you mean, a band?

How do you see it and what's it look like?

A. Well, it's just change in color along the length. You're following it
microscopically, looking at -- actually's see that it goes from black to a
royal-bluish coloration, then it goes back to black.

Q. Did you prepare a chart depicting the microscopic characteristics of the
blue-black cotton fibers that you found on Mr. Goldman's shirt, Mr. Simpson's
socks, and the Rockingham glove?

A. I did.

Q. How many charts did you prepare?

A. Well, there would have been two.

Q. I'd ask you if you mind coming over to the board and telling us if 531 is
one of the charts that you prepared?

A. Well, I can see from here that's one of them, yes.

Q. Who took the pictures?

A. I did.

Q. And could you step down and describe for the jury the significance of the
pictures and what the pictures show.

A. Well, all of these pictures relate this bluish-black cotton fiber that -- or
fibers that were recovered from the items as they're listed on the chart.

The Rockingham glove, and Goldman shirt, and from the socks over on the right.

I believe it's the same in both the first two rows of photographs.

The bottom one here, that's just another fiber from the Rockingham glove, 323,
that was taken from Goldman, Q23, was taken from Goldman's shirt, as well.

There's other debris. When you take a photograph from a slide, you'll pick up
background fibers and hairs; and you'll see those on the photographs, as well.

Q. Did you find on Q23 at the bottom, anything else belonging to any of the
victims in this case?

A. Well, it's hairs.

(The instrument herein referred to as bluish black cotton fiber association was
marked for identification as Plaintiffs' Exhibit No. 531.)

A. (Continuing) This hair -- this would have been one of the hairs that matched
up with Nicole Brown. The fibers in the top photographs here -- can't see it
too well here -- these are the cashmere fibers. Again the Rockingham glove and
the Bundy glove both had cashmere lining; that's what they looked like.

Q. You said you prepared an additional chart?

A. Right. I did add one other chart that had two photographs of the blue-black
cotton fibers.

Q. Why did you prepare an additional chart?

A. I was running out of room, for one thing, on the board.

Q. We've placed on the easel a board that's been marked 532.

(The instrument herein referred to as Known cotton fibers form Goldman Jeans;
questioned cotton fiber from Goldman shirt was marked for identification as
Plaintiffs' Exhibit No. 532.)

Q. (BY MR. MEDVENE) Can you tell us what that is?

A. Well, 532 is a chart that gives you an idea of the differences here in
cotton fibers.

The blue cotton fibers on the left, they're actually the known fibers from his
jeans. Blue jeans are made up of a bluish coloration cotton and a whitish
coloration, depending on where you're looking at fibers. Most of them are
combination.

This one was around the hair that was from Goldman's shirt.

That was another one of the fibers that matched up with Nicole Brown Simpson.

This is another fiber that was found. I think you can see this bluish
coloration in areas. There was blue that showed through.

Q. Did you compare the blue-black cotton fibers that you found on Mr. Goldman's
shirt, the Rockingham glove, and the Rockingham socks, with any known sample of
blue-black clothing?

A. No, I did not. I didn't have -- I wasn't supplied any -- either actual items
or cuttings.

Q. If you don't have a known sample to compare the question sample to, as an
experienced hair examiner and fiber examiner, what's the significance of the
finding that, in your opinion, that the question fiber on the three different
items of evidence match or are similar microscopically?

MR. LEONARD: Objection. Lack of foundation; vague; calls for speculation.

THE COURT: Overruled.

THE WITNESS: Well, it's significant. It's just another aspect of the work that
I do in the laboratory.

The basic comparison would be one where you're comparing a known source of
fabric with a questioned source. That's pretty straight forward.

The other type of work that I would do would be to attempt to link individual
objects, individual areas, individual items of clothing found at different
areas. I do this all the time by just the material that's on the surface, as
that may have gotten there as a result of transfer.

And this is something that I do routinely, especially in cases involving serial
crime.

Where we're looking at debris from different items, from different victims,
trying to determine whether or not there's a commonality to them: Were all
these victims in the same vehicle?

Were all these victims in contact with the same suspect?

Did they come in contact with the same types of fibers?

So we do that all the time. So this is no different; it's just that we didn't
have a known source, and they're found in different locations. And the question
is, can they be linked? Is it possible to link those items by some form of
evidence?

In this particular case, I felt that I did with these cotton fibers.

Q. You felt that you did? Why?

A. Well, because of the -- matching characteristics of the blue-black cotton
fibers.

Q. And in your experience, could you tell -- can you tell whether, in your
judgment, there had been some recent contact with the same item of clothing
that had these blue-black cotton fibers on it that you just described?

MR. LEONARD: Objection. Vague; calls for speculation; lack of foundation.

THE COURT: Overruled, subject to motion to strike.

THE WITNESS: The presence of fibers on evidence like this is, it falls in line
with what I routinely find in a forensic laboratory; that is, they represent
recent physical contact.

The fact that you find something on an item of clothing such as trace evidence,
hair evidence, or fiber evidence, it's highly suggestive of more recent contact
than something that had occurred at some time in the distant past.

The reason for this is that fibers have been shown not to persist very long,
persist or last; they just don't hang around. The fibers that might be
transferred onto a glove or to a shirt are then easily lost within a reasonable
time, you know, short time span. They don't stay very long; otherwise, we'd be
walking around with a lot of lint from a lot of different contacts that we
have.

In fact, the washing machine is a good example. Routinely, you're picking up
fibers, you're losing fibers as you go through life. And if you stop time at
one particular point, the material that's found on that item -- and it's
excellent from -- clothing that's from dead people because they don't move,
they stop. That relates their most recent contacts; that's why you look at it.

MR. LEONARD: Move to strike.

THE COURT: Motion denied.

Q. (BY MR. MEDVENE) If a person was wearing two different articles of clothing,
would you expect, in your experience, to find, in your experience, from one
article of clothing deposited on the other article of clothing?

MR. LEONARD: Same objection.

THE COURT: You want to try that one again?

MR. MEDVENE: Yes.

Q. (BY MR. MEDVENE) In your experience -- you told us yesterday about primary
and secondary transfers.

If a person is wearing two different articles of clothing, for example pants,
socks, is it in your experience it's common for fiber to be transferred from
one article of clothing pants, to the socks?

MR. LEONARD: Same objection.

THE COURT: Overruled.

THE WITNESS: That would be common; it wouldn't surprise me at all.

Q. (BY MR. MEDVENE) Is the finding of a blue-black cotton fiber on the socks
found in Mr. Simpson's bedroom consistent with him having worn an item of
clothing made of such blue-black cotton fiber at the time he wore the socks?

MR. LEONARD: Calls for speculation; lack of foundation; vague.

THE COURT: Hypothetically. Overruled.

THE WITNESS: As a hypothetical, if those were his socks, it would be consistent
with that, yes.

Q. (BY MR. MEDVENE) Incidentally, could the blue-black cotton fiber found on
Mr. Simpson's socks have originated in the socks themselves?

In other words, would the socks contain, themselves, a blue-black cotton fiber?

A. No, they didn't come from the socks. I analyzed the socks; they're different
fibers altogether.

Q. Let me move, if I might, to get back to some other fibers that we're talking
about.

Focusing now on the fibers again, did you find any other fibers than you have
described on the Bundy knit hat?

A. I did. There were other fibers, yes.

Q. Did you find any fibers that appear to be carpet fiber?

A. I did, yes.

Q. And what color would that be?

A. Initially, I called them a rose-beige, appeared to have sort of a pinkish
cast to them; they're Trilobal nylon, T-R-I-L-O-B-A-L carpet fibers. And it was
found on the -- on the Bundy hat in my processing of the hat.

Q. You used the word Trilobal nylon. What is -- what does that mean?

A. Carpet fibers are three-dimensional structures. They come in different
shapes. This particular fiber has three lobes. And these three lobes may --
again, they may come in different shapes and different forms, depending on who
made the fiber, what company made the fiber.

I think I had a picture of it, I believe.

MR. MEDVENE: Can you put up 530 (sic), please. (The instrument herein referred
to as Photo of 92-94 Bronco - 1405 Nylon fiber was marked for identification as
Plaintiffs' Exhibit No. 516.)

Q. (BY MR. MEDVENE) Does that help better describe it?

A. Yes.

Q. We put on the TV monitor, 530.

I'm sorry. Go ahead.

A. Yeah, that's the shape of it. That's the scanning electronic micrograph of
the fiber -- of a fiber of that type, shows you the three-dimensional
orientation of it. And it has three lobes, and they extend around from a
central core. And the particular lobe, as you can see, they expand out. I
called it the jack cross-section, initially looked like -- thinking back, when
you're playing with jacks.

I didn't play with jacks; the girls played with jacks.

That's why I called it a jack cross-section. I remember seeing them.

Q. That's Exhibit 516.

Incidentally, it's on the -- that's on the board. And what is that picture of?

What does it say on the board?

A. Can I get up and read it?

Do you want specifically what it is?

Q. Yes.

A. I can't read it.

Q. Okay.

Now, you said that you found certain --

(Exhibit is zoomed in on the TV screen.)

MR. LEONARD: Can you read it now?

THE WITNESS: It's much clearer now. Excellent.

MR. MEDVENE: It is for me, too?

THE WITNESS: '92 through '94 Bronco, 1405 nylon.

1405 is just the type of nylon that was produced. It's a DuPont fiber, made by
DuPont Company.

Q. (BY MR. MEDVENE) Now, going back to where we were before we started
describing what the trilobal was on your early examination.

Where did you find this kind of beige carpet fiber? On what items that are on
the chart?

A. That would have been on the Bundy hat and the Rockingham glove. I removed
the fiber from the Bundy hat, from the Rockingham glove. It came in one of the
debris packets. From the glove.

Q. You actually removed it yourself from the Bundy hat?

A. I did.

Q. And did you do an examination to determine whether or not the fiber -- the
carpet fiber that you removed from the Bundy knit hat and the carpet fiber that
you removed from the Rockingham glove, matched or had the same microscopic
characteristics?

A. The fiber from the Bundy hat and the fiber from the debris packets from the
Rockingham glove matched each other. Initially, I didn't have a source.

Q. And tell us what kind of examination you did to determine whether or not
they matched each other.

A. Well, these are compared again, visually, microscopically. I compared them
using scanning electron microscopy, but the basic analysis would be comparison
microscope, fluorescents, color comparison, infrared spectroscopy. Those are
the main comparison techniques that were used for the fibers in question.

Q. Can you just go through a little bit, because I don't think we picked it up
yesterday, what each of those examinations when you're examining the carpet
permits you to do.

A. Well --

Q. Or permits you to see?

A. Each -- each stage is just one point in the analysis. You're trying to
determine who -- whether the fibers looked the same or looked different.

You kind of have checkpoints that you use. One is comparison visually, using
white light, transmitted light. If they look the same as to shape, as to color,
as -- as to size, as to internal microscopic characteristics, if there are no
differences between them, then you go on to the next stage.

And then it might be fluorescents. You may use fluorescents; you may use
polarized light, microscopy. Just -- you're examining the fiber under all
polarized light.

Q. What does that mean?

A. A polarizing microscope allows you to look at fibers in a different
environment, by passing polarized light through the fiber and blocking out
extraneous light, you can see what are called interference colors; and these
interference colors then will allow you to compare -- compare question and
known fiber by interference colors.

But you can also identify the fiber using the colors. That's the nylon or
polyester or acrylic or rayon or acetates. There's many different types. So the
polarized light allows you to come up with some information to identify the
type of fiber as a group, as a class of fiber.

The infrared spectrometer will allow a further analysis as to the specific type
of nylon or type of polyester or type of acrylic. And that's another stage.

If you reached the polarized light, I say they appear to be nylon
microscopically, the infrared spectrometer will then determine the type of
nylon, and if results are the same as to the results of the instrumentation.

Microscopic spectrometry is another microscope, and the microscope is connected
to some optical equipment that measures the light as it passes through the
fiber, and we measure the physical light spectrum.

What I see and what we all see is a reflection of light off an object. The
color -- for instance, the suit, some may see it as black, some may see it as
blue. It's what we perceive it to be.

But the color of what you see is not necessarily -- and is often not just one
color that went into making it, just like when you go buy paint, the paint on
your wall is blue, but when they make it, they start with white and they squirt
in a bunch of different things into it, and they make it blue the way you like
it.

The same thing goes with fibers. They add a lot of different things. What the
micro spectrometer does, it breaks it down through the microspec. It gives you
peaks with the color absorbing light as it passes through it. So it's another
point of comparison. So each point along the path are confirmations of the
initial microscopic observations under white light.

Q. Now, you said you looked at the fibers on the hat and glove and described
that analysis for us.

Did you find any other fibers on any other items of evidence that you examined
in this case?

A. I did, yes.

Q. And were those -- were those other carpet fibers?

A. Well, yes, there were other carpet fibers taken from debris packets, from
three other items that were submitted to me, that had been removed from the
cargo area of Mr. Simpson's Bronco.

Q. And what were those three other items?

A. There would have been a shovel; there was one fiber on a shovel debris;
there was one fiber off a piece of plastic debris; and there was one fiber off
a towel debris. And these were identified to me as coming from the cargo area
of the Bronco.

Q. Mr. Simpson's Bronco?

A. That's right.

Q. Now, did you compare the carpet fibers that you told us about found on the
Bundy knit hat and the Rockingham glove to the fibers you found on the towels,
shovel, and plastic were indicated to you came from the cargo area of Mr.
Simpson's Bronco?

A. I did, yes.

Q. And what kind of analysis or examination, comparison, did you do between
those items?

A. The same. Same analysis each time.

Q. And what conclusion did you reach?

A. Well, in -- all of the fibers could have originated from the same source;
they all matched each other; they could have originated from the same source of
fabric, same carpet.

Q. Now, at the time you compared carpet fibers, what you thought were carpet
fibers found on the Bundy knit hat, the Rockingham glove, and the three items
you described in the back of Mr. Simpson's Bronco -- did you yet have a fiber
sample from Mr. Simpson's Bronco?

A. No; I had no carpet samples from any place at that time.

Q. Did you subsequently acquire one?

A. I did.

Q. Why? Why did you want one?

A. Well, because I found it, first of all, and I wanted to determine a possible
source. I had not seen the fiber before. I felt that fiber was rather unusual,
from my experience.

I then asked for a carpet sample to be obtained from the Bronco, just to verify
whether or not it was or could have been the source of those fibers.

Q. You have five fibers that match and you want to find out now where they came
from?

A. That's the question.

Q. Now, you said in looking at the fibers -- I think you said a moment ago,
something -- it appeared they -- appeared to be unusual. Why -- what was it?

A. Well, the cross-section -- the color, I mean, there's a lot of colors. But
the main thing to me, that struck me, was the cross-sectional shape, I had not
seen that little jack cross-section.

Q. And did there come a time when you received a carpet sample or samples from
Mr. Simpson's Bronco delivered to you by the representatives of the LAPD?

A. Yes.

Q. And you received that in Washington?

A. That's right.

Q. And when you received it, what did you do with it? That is, the carpet
sample or samples from Mr. Simpson's Bronco?

A. Well, the fibers were mounted to -- on glass microscope slides, and the
comparison process was the same. That I used for the questioned fibers to
determine whether or not these question fibers matched up with the known source
of fibers.

Q. And what examination did you perform and how did you do it?

A. I mean, again, I started with comparison microscope, polarized light,
fluorescents, micro spectrometry, infrared spectroscopy.

Q. And did you reach a conclusion whether the carpet fiber you found on the
Bundy hat, the carpet fiber you found on the Rockingham glove, the carpet fiber
you found on the three items that were found and sent to you in the cargo area
of Mr. Simpson's Bronco, had any relationship to the carpet fiber from Mr.
Simpson's Bronco?

A. Well, they all matched. They all matched the known sample of carpet from Mr.
Simpson's Bronco.

Q. Could you put on the board for us, then -- we don't have the items for Mr.
Simpson's car, but could you put one -- 2169 where you found the carpet that
you believe was carpet from Mr. Simpson's Bronco.

(Witness marks Exhibit 2169.)

Q. Did you prepare a chart depicting the microscopic characteristics of the
fiber that you found on the Rockingham glove and knit hat, as well as the three
items from Mr. Simpson Bronco?

A. I did.

(Witness displays Exhibit 530.)

Q. (BY MR. MEDVENE) I direct your attention to Exhibit 530, that has been
placed on the easel.

(The instrument herein referred to as Series of photos on board entitled known
carpet fibers from O.J.'s Bronco was marked for identification as Plaintiffs'
Exhibit No. 530.)

Q. I ask you if you're familiar with that chart.

A. I am.

Q. How so?

A. I had it made; I took the photographs.

Q. Could you, if you wouldn't mind, go over to the chart and describe for the
ladies and gentlemen of the jury and the Court what the chart depicts.

A. This chart represents photographs of the fibers under white light, by the
four corner photographs, through the microscope.

And the center one here, center two photographs, both the K9, which would be
known sample number 9 that came from the Bronco carpet, and this is a SEM or
scanning electronic micrographic magnification is here, is about 480, as you
can see. These other ones are about 250.

This would be from the Rockingham glove debris packet.

K14 that I just -- another one of the carpet samples that we got -- we had
several carpet samples from the vehicle from different locations.

Q47 is the fiber from the knit cap debris, that's from what I removed.

Q3c is from the debris. If you look close, you can see a lot in the microscope.
You train yourself to see a lot of things without having this particular help.

The first thing that I saw was this little shadowy area right on the end. You
can see it goes right along here, see it down here, as well. See a little bit
up here. As you follow the fiber microscopically, you move and you follow it
along. You trail it on the microscope. You can actually see how this fiber is
training orientations and you can get an idea as to what this fiber's
cross-section is.

So I had an idea that it had little lobed ends on each one of these trilobal
peaks, but I was able to verify that using scanning electron microscopy, which
is a little different microscopic technique.

Q. Can you point out if it shows on any of those what we're talking about when
they we say "trilobal," what we're talking about when we say jack
cross-section?

A. Okay.

Trilobal, again, the configuration -- there's three lobes coming off a central
core, and there's a lot of different shapes and fibers, man-made fibers. They
do a lot of neat things to them; there are a lot of reasons.

Carpet fibers, they make a lot of them trilobal because they hide dirt very
well. You can see particles down into that in here, which I think is from the
floor area of the vehicle.

But this trilobal shape matched up with this trilobal shape as to configuration
here. You can see these lobes are squeezed together a little bit, but you're
kind of catching it as it is on the slide and actually how it came out.

And I didn't really go into the production and all and how unique it may be,
but this particular shape I hadn't seen in my experience. I felt it was unique.

Q. And the jack cross-section, is that on any --

A. That's it. I mean, that's why you have to use your imagination a little bit,
but jacks have more than three lobes.

Here, we have this little knobby end. I thought that was unusual because I
hadn't seen it before; that's a unique fiber as the shape.

Q. The carpet fibers from the Bronco found on the Bundy hat and Rockingham
glove, again, yesterday and today, we've talked some about primary transfer and
secondary transfer.

In your opinion, as an expert doing this work for some 19 years, do you have an
opinion as to the -- in what manner the carpet fibers from Mr. Simpson's Bronco
could have been transferred to the Bundy knit hat and the Rockingham glove?

MR. LEONARD: Calls for speculation; lack of foundation.

THE COURT: Overruled.

THE WITNESS: Well, it could have been -- again, it could have been either,
could have been a primary transfer that these items actually were in contact
with the carpeted surface at one point.

Q. (BY MR. MEDVENE) In other words, the glove and the hat, one point, were
sitting on the carpet in Mr. Simpson's Bronco?

A. Right. Just like on the shovel and the towel and the plastic, same
principle.

MR. LEONARD: Did you finish your answer?

THE WITNESS: I thought I did.

(Counsel displays 2169)

Q. (BY MR. MEDVENE) Could you indicate now on the board, because previously we
had carpet fiber up before you identified it -- could you indicate the Bronco
carpet fiber and the items where it was found?

A. (The witness complies.)

Q. Is it reasonable to conclude, as a fiber expert with your years of
experience, with a reasonable degree of scientific certainty, that the Bronco
carpet fiber found on the three items in the cargo area of Mr. Simpson's
Bronco, on the Bundy hat, and the Rockingham glove, all originated from a
Bronco with carpet identical to the one driven by Mr. Simpson?

MR. LEONARD: Objection. Calls for speculation.

THE COURT: Overruled.

THE WITNESS: Well, it's reasonable. It could have originated from a Bronco like
his, yes.

MR. MEDVENE: I want to move to a slightly different area.

THE COURT: Let's take a ten-minute recess.

Ladies and gentlemen, don't talk about the case; don't form or express any
opinion.

(Recess.)

(The following proceedings were held in open court, outside the presence of the
jury.)

THE COURT: The clerk told me Mr. Blasier had something he wanted to bring up
outside the presence of the jury; that's why we didn't have the jury.

MR. BLASIER: That was before the next witness, Your Honor.

THE CLERK: I'm sorry.

THE COURT: Okay. Bring the jury in.

(Jurors resume their respective seats.)

(The following proceedings were held in open court, in the presence of the
jury.)

THE COURT: You may resume.

Q. (BY MR. MEDVENE) Agent Deedrick, with respect to the Bronco carpet fiber we
were talking about -- well, let me step back.

When you find a carpet fiber, for example, that you determine matches certain
evidence found at a crime scene, do you make an attempt to ascertain its
uniqueness or rarity?

A. Sometimes I do, yes.

Q. And how do you go about doing that?

A. Well, depends upon the type of fiber that I find, as to its cross-sectional
shape, and again, based on my experience.

There are different carpet providers, carpet companies that make automobile
carpet. And most of my contacts over the years have been with the automotive
carpet producers within the United States, so I have contacts with a number of
different people.

I also have contacts with fiber producers. So it's a matter of contacting them.
I do have some familiarity with who produces carpet for certain types of
vehicles, and there are contacts that I can reach out to for information.

Q. To save time, cutting through everything you did, did you make a
determination of what carpet company produced the carpet for Mr. Simpson's
Bronco?

A. That would have been Masland, M-A-S-L-A-N-D Industries in Carlisle,
Pennsylvania.

Q. And under what arrangement did they do it, and for what vehicle?

A. Well, they have an exclusive contract with Ford and they produce that
particular carpet for three types of vehicles. That would include the Bronco,
full-size Bronco, the F series trucks, and the Econoline vans between 1992 and
1994.

Q. And an exclusive contract means what?

A. Well, they're the only providers. The carpet would be unique as to dye
formulation, and as to the type of carpet, and as to that they produce only for
Ford.

Q. And the only producer to Ford of that carpet?

A. For these vehicles, yes.

Q. And you mentioned the dye formulation. The actual fibers are produced in
great numbers by what company?

A. Well, the fibers were produced by DuPont. And DuPont sells the yarn to
Masland in undyed form; and they, in turn, will then make the carpet and then
color the carpet to the specifications set out through the contract with Ford
Industries.

Q. And between -- strike that.

And did Ford, on the vehicles you described, have carpet in its vehicles in a
number of different colors?

A. There were four different colors, initially. They did change some of the
colors during that same time frame between, '92 and '94.

MR. MEDVENE: Now, could you put on the TV monitor, please, 516.

Q. (BY MR. MEDVENE) Mr. Simpson's Bronco was what year, by the way?

A. That was a '94.

Q. And we put on 516. That I believe was up there before, but could you tell us
during what years Masland utilized this carpet as exclusive to Ford, on the
Bronco, F series trucks, and Econoline vans.

MR. LEONARD: Your Honor, I think that misstates the testimony.

THE COURT: Want to correct that?

MR. LEONARD: Then was there was an additional vehicle that the carpet was in?

Q. Can you -- could you tell us the three -- can you tell us the vehicles
during 1992 and 1994, including the period Mr. Simpson's Bronco was made?

A. Between -- between April -- I started in April of '92, this particular
carpet with that fiber format was introduced. Between April of '92 -- and I
ended in June of '94 because that's the date of the homicide -- they produced
this particular carpet, as I said for the Bronco, the F series trucks. I think
there were three different -- 150, 250, and 350 and -- well, not Econoline
vans, so -- and the color was called medium mocha. It's a rose beige, but it's
actually medium mocha.

They used that particular color and carpet, the name medium mocha, between
those time frames. They didn't change the name medium mocha at all.

Q. During the particular time period 1992 to 1994, while they didn't change the
name, was there any change that affected the coloring of the mocha carpet that
was in Mr. Simpson's vehicle?

A. They changed the dye formulation in May of '93, still called medium mocha,
but they altered the chemicals that went into the dye, the color that they
ended up with.

Q. And did you examine carpet samples before and after the dye change?

A. Yes, I did.

Q. And were you able to tell the difference?

A. Yes, I was.

Q. Now, you've told us, in referring to the 516, something about the carpet
that Masland produced for the three Ford vehicles between '92 and '94.

Did they produce a different kind of carpet or a different design or color or
carpet in 1991?

A. Well, in '91, they had -- I think they may have called it medium mocha; I'm
not sure. They had a different fiber shape; it was a DuPont fiber, but the
cross-sectional shape was different, easily distinguishable.

I have a photograph of that.

Q. Would you put on the board, please, 517.

(The instrument herein referred to as Dupont Fiber No. 1850 was marked for
identification as Plaintiffs' Exhibit No. 517.)

Q. (BY MR. MEDVENE) Could you describe for us what 517 is?

A. Well, 517 is the '91 Bronco fiber. And it was, again, a DuPont fiber. It's
1850 nylon; I knew that. Thanks for the help (indicating to screen.)

That's DuPont 1850. They switched to 1405 for the -- '92 through '94. It's a
different shape.

If you remember, that knobby end on the 1405 DuPont, 1850 is irregular and they
used this a lot. This is high production-type fiber, and you find it in floor
mats and you also find it in carpeting in a lot of different vehicles. I
believe they sell it in residential, this particular shape.

Q. Now, starting in '95, certainly sometime after June of '94, did Masland
produce a different configuration carpet than produced and utilized in Mr.
Simpson's vehicle?

MR. LEONARD: Objection. Relevance.

THE COURT: Sustained.

Q. (BY MR. MEDVENE) Do you know the type of fiber -- Strike that.

Do you know the type of carpet utilized by Ford in 1995?

MR. LEONARD: Objection. Relevance.

THE COURT: Sustained.

Q. (BY MR. MEDVENE) Going back, then to the April 1, '92, to July of '94
period, based on your investigation, did you make a determination on your
examination of the carpet fibers -- did you make a determination whether the
carpet in Mr. Simpson's Bronco was produced by Masland for Ford before or after
the dye change?

MR. LEONARD: Objection. Calls for speculation.

THE COURT: Lay a foundation.

(BY MR. MEDVENE) Did you examine the Bronco carpet fiber produced by Masland
between 1992 through June of 1994 -- Excuse me -- between April of 1992 to the
dye change in May of 1993?

A. I don't know if I understand the question at all. Can you repeat it?

Q. Sure.

Did you examine the carpet, that carpet that Masland produced not Ford
vehicles, prior to and after the dye change?

A. I did, yes.

Q. And did you conduct an examination to determine whether the carpet in Mr.
Simpson's Bronco was produced by Masland prior to the May '93 dye change or
after?

MR. LEONARD: Calls for speculation.

THE COURT: Overruled.

THE WITNESS: The fibers from O.J. Simpson's Bronco corresponded with the
post-dye change, so it would have been after May of '93.

His vehicle was produced in October of '93.

Q. (BY MR. MEDVENE) And how did you make a determination that the carpet in Mr.
Simpson's Bronco was produced after May of '93?

A. Well, it was from a microscopic comparison and also color comparisons, dye
formulation.

Q. Now, I want to now deal with the period from April of '92 to June of '94
that you talked about.

Based on your communications with Masland, did you determine the total number
of Ford vehicles -- and might I ask you to -- let's set up the board and maybe
we can write a few numbers down on the board.

(Counsel displays writing paper.)

Q. (BY MR. MEDVENE) Based on your communications with Masland, were you able to
determine the total number of Ford vehicles -- that is, all Ford vehicles --
with medium mocha carpet between April of '92 and June of 1994?

A. Yes.

Q. And what was that number?

A. 136,000 vehicles.

Q. Could you put that up on the board, please.

A. Just write the number 136, or how would you want me to do it?

Q. Well, why don't we put, just so it will be meaningful, because we'll be
dealing with a few numbers -- why don't we just put "Ford medium mocha April
92, June 99, (sic) 136.

MR. GELBLUM: June '94.

MR. MEDVENE: June '94.

We ask that that be marked as next in order, Your Honor, which is, I believe,
2170.

(The instrument herein referred to as Handwritten chart by Mr. Deedrick was
marked for identification as Plaintiffs' Exhibit No. 2170.)

Q. (BY MR. MEDVENE) Now, of this total number -- if you wouldn't mind standing
close to the board -- of this total number, how many of these were Broncos?

A. 26,000.

Q. All right. And the remainder were what kind of car?

A. Well, it would have been F series trucks and Econoline vans.

Q. Those were the only ones that had this kind of carpet, right?

A. That's right.

Q. Now, you've alluded to it, but during the -- the '92 to '94 period and the
-- and the production of the medium mocha carpet by Masland, was there a dye
formulation change?

A. Right. In May of '93.

Q. And what do we mean by a dye formulation change? Was the carpet still
referred to as medium mocha?

A. It was.

Q. And what do we mean, "dye formulation?"

A. Well, they just changed the chemicals that went into the vat when they dyed
the carpet.

Q. Would a number of chemicals go into the batch that affect what the color is?

A. Right. They had, I believe, four or five dyes that were used. And they weigh
a certain amount of each and they put it into this big tub of water, and it
dissolves. And they then take undyed carpet and roll it around in it for a
period of time until it absorbs the color, and then that's the color they end
up with.

Q. That's unique to Masland 440 (sic)?

A. Right. That's one dye batch. That's correct.

Q. Now, given the fact that -- strike that.

Let me step back.

So 136,000 is the amount of vehicles with the medium mocha carpet between April
of '92 and June of '94?

Did you make a determination of that 136,000, how many were made after the dye
batch changed?

A. I did.

Q. And what was that determination?

A. About 72,000 vehicles would have had the same type medium mocha, same dye
formulation.

Q. Can you put that up on the board.

Now, would with that 72,000 number include Mr. Simpson's Bronco?

A. His vehicle would have been included in that 72,000.

Q. Now, how many Broncos of the type that Mr. Simpson had were produced between
the time of the dye change, May of '93 and June of 94?

A. Well, about 14,000.

MR. LEONARD: Your Honor, I object. Relevance. Move to strike.

THE COURT: What is the relevance of all of this?

MR. MEDVENE: The relevance is to show --

MR. LEONARD: Your Honor, I object to any speaking explanation in front of the
jury. If he wants to approach side bar --

THE COURT: I'll sustain it. I don't see any relevance.

MR. MEDVENE: May we approach the bench?

THE COURT: Okay.

(The following proceedings were held at the bench, with the reporter.)

MR. MEDVENE: This is, incidentally, our last area, Your Honor; be about five
more minutes.

The relevance is that we would be able to show through this witness -- and
depositions have been taken of all the underlying people defense wanted to take
depositions of to support these calculations and numbers.

That of the total number of Ford vehicles made during that period, we're able
to show that there were only 375 of the Broncos of the type that Mr. Simpson
drove registered in LA County on the day of the murders; that's step one.

Step two is that the likelihood of encountering a Ford with the same kind of
carpet as Mr. Simpson's had on the day of the murders was three in 10,000.

And the likelihood of encountering a Bronco with the same carpet at the time of
the murders was six in 100,000.

So that's where the testimony's going.

But the first step is, in terms of likelihood that if you, alone in LA County
on the date of the murders, there were only 375 Broncos that had the kind of
carpet fiber that was found on critical items of evidence at the crime scene,
as I say, there were depositions taken of all the underlying witnesses going to
these numbers and statistics. And we feel that while the defense can certainly
argue it could be one of those other 375, we think we have a right to argue, as
we do with the hair and fiber and other evidence, that it's one more factor
that points to Mr. Simpson.

And the defense can certainly argue well, it could have been 374 other people;
somebody could have driven in from out of state, or whatever. But we believe we
can show the uniqueness of this carpet fiber, and this is a way of showing it.

MR. LEONARD: Your Honor, this is raising what turns out to be an art form, and
you'll learn that to a level, that absolutely is misleading.

THE COURT: When am I going to learn?

MR. LEONARD: You'll see when you finish with this witness. Raising to a level
of scientific certainty with this fancy probability of calculation, I mean,
what difference does it make if there's 375 Broncos. We know there are at least
72,000 vehicles out there with the same type of carpet.

MR. BAKER: What he has done -- he hasn't said where the carpet --

THE COURT: You're submitting the first --

MR. BAKER: No, we don't need that for this. They've never excluded the fact
that Masland makes this.

THE COURT: I call to your attention a case called People versus One Gold
Cadillac or One Pink Cadillac, a deputy district attorney, Ray Sinetar from
L.A. County who got a conviction based on exactly the kind of evidence you
offer, and they overturned it.

MR. PETROCELLI: On what ground?

THE COURT: On the ground that you can't prove these things by running numbers.

MR. MEDVENE: I don't know that.

THE COURT: You cannot. You know, that was a criminal case; they said you can't.

MR. PETROCELLI: Doesn't it go to weight, Your Honor.

THE COURT: The facts of the case were, is that a black guy with a white
prostitute driving a certain color Cadillac automobile, and at a certain
location. So Ray Sinetar, who was a classmate of mine in law school, and he was
Order of the Coif one of the bright guys who became district attorney of
Ventura County. He had this theory, just like yours, of proving that
statistically there was nobody else -- statistically, there would be only an
astronomical combination of those factors in this particular location,
indicating that this guy was the guy.

MR. MEDVENE: But wasn't that case -- I don't remember clearly, but I think I
read it -- but doesn't the case deal with probability woman and a man with
somebody of the opposite race at a particular place at a particular time at a
particular location.

THE COURT: Just like yours.

MR. MEDVENE: No, no it's different, if Your Honor please, because here we have
-- we know you had a Bronco here. We have a witness, Mr. Heidstra, I believe,
that testified that the car he saw leaving was consistent with being a Bronco.
And we know --

Wait. I'm sorry.

But we know we have carpet fiber found on items that Mr. Simpson had. There was
carpet fibers in his Bronco.

THE COURT: Fine. So what do you need all this mumbo jumbo statistics for?

MR. MEDVENE: Well, minimally, I assume I can get down to the rarity, that
there's only 375 registered, if I can't get the probability.

THE COURT: How many are registered to O.J. Simpson?

MR. MEDVENE: One.

THE COURT: How many of those --

MR. MEDVENE: It's registered to Hertz.

THE COURT: Okay.

And how many of those have his hair type, fibers, and how many of those are
found on his property?

You know, your statistical analysis is meaningless when compared with the real
import of the evidence that you are adducing through commonality of factors
that point to the defendant. These numbers mean nothing.

MR. MEDVENE: Well, if I can't get in the probability --

THE COURT: These numbers give us -- these numbers give a plethora or a
prelature of numbers to a conclusion that is just statistically meaningless in
terms of evidentiary value.

Under 352 of the Evidence Code, I'm going to find it means nothing; that the
aspect of it is so insignificant, that under 352.

I think the prejudicial aspect of throwing numbers you have up on a board to a
jury, giving it the respectability of numbers, has a far prejudicial value
compared to the probative value.

I think your probative value of the evidence is the essence of the evidence
itself, not the numbers.

MR. MEDVENE: Your Honor, was the -- when you say putting evidence on the board,
I mean, was that -- would there be a difference if we elicited the evidence
from the witness. I don't --

THE COURT: Means absolutely nothing.

MR. MEDVENE: Are you saying the fact that there are only 375 Bronco vehicles
registered in LA County at the time of the murders isn't a factor that we can
argue.

THE COURT: Mr. Medvene what significance does that have in connection, when
contrasted with the evidence of commonality that it's evidence thus far.

MR. MEDVENE: I understand that. I didn't want to leave anything off of the
table --

THE COURT: Well, this one --

MR. MEDVENE: -- unless you tell me I have to.

THE COURT: Defense objects to it. And I see a more reasonable ground for
exclusion.

MR. PETROCELLI: We are going to get into frequencies in the blood on DNA tests.

THE COURT: That has a different scientific relevance.

MR. PETROCELLI: Okay.

MR. MEDVENE: But --

THE COURT: Those are scientifically, statistically accepted in the community. I
presume you're going to have testimony that goes to that.

MR. PETROCELLI: Absolutely.

THE COURT: All right. This means nothing.

MR. PETROCELLI: Okay.

MR. MEDVENE: But --

THE COURT: This is a big waste of time.

MR. MEDVENE: Well, isn't a statistical getting it to 375, Your Honor?

In other words, if the probability is one thing, but the fact that only that
many Broncos -- that's a fact. I mean, that's something that they've examined
the people on. Those are the number of vehicles registered.

THE COURT: What.

MR. MEDVENE: Well,

MR. LEONARD: Judge, they're triple-teaming me here.

MR. KELLY: You're not even supposed to be here.

Judge, if we elicited the testimony of the 375 and don't try to put it in
context of all the big numbers, can we just leave it at that?

MR. LEONARD: Oh yeah, that would be great.

MR. KELLY: No, you're avoiding it.

THE COURT: What's the relevance of 375?

MR. KELLY: The same with the number of gloves ordered or anything else. It's
the relative improbabilities, in a general sense. You have a sexual evidence
case, you've got to put all these different pieces of evidence together. It's
just one link in the chain.

If we use that and avoid all the different large numbers, I think it makes --

THE COURT: That's a pretty weak link.

MR. KELLY: It's a link, nonetheless.

THE COURT: The reason I'm going to sustain the objection is because the --
because the patina of throwing numbers up there is grossly prejudicial to the
probative value. And under 352, I'm going to sustain the objection.

Take it up on appeal.

MR. KELLY: Understand that, Judge.

MR. MEDVENE: May I ask -- I don't want to do it in front of the jury if I can't
ask it, because this is my last area; it will be my last question. And I don't
want to ask it if I can't --

THE COURT: I made my ruling.

MR. MEDVENE: I understand; I'm not challenging you.

THE COURT: Would you like to be part of this, Mr. Leonard, or you don't care?

MR. LEONARD: No, I care.

THE COURT: If you don't care, then I'll make a ruling without you.

MR. LEONARD: I thought you made your ruling.

THE COURT: I did. I'm trying to make a ruling.

MR. MEDVENE: I'm just asking if I may ask this question. I don't want to ask it
if you think it's improper, because of your ruling.

May I ask as the last question, based on your investigation, were the number of
vehicles with the same kind of carpet as Mr. Simpson's registered in LA County
in June of 1994, was that a small number.

If they don't want to get into the number, have just that one question.

MR. LEONARD: That leaves me at a disadvantage because then I have to
reconstruct all this. That leaves it hanging out there.

MR. PETROCELLI: We don't want to leave it hanging.

MR. MEDVENE: I don't want to leave it. They've left this area open.

THE COURT: Those numbers are meaningless.

MR. MEDVENE: Okay. I just want to get a question, because I've been kind of set
up here in a sense, that they knew this testimony was coming; they waited.
There was no motion. We started the testimony. And I just want something that I
can finish up with.

I mean, it's not like any of these things were a secret, Dan, so ... no
indication. We could have argued this out before the Judge before the
questioning started.

So I would just like to establish that there are relatively few Bronco vehicles
with this kind of carpet in LA County.

It's up to you if you want to open it.

MR. LEONARD: All right. Leave it on my plate. We've already got 72,000 vehicles
up there, and that there's --

MR. MEDVENE: It's unfair --

MR. LEONARD: No, it's not a setup.

MR. MEDVENE: It's mis -- I didn't mean to use that, but to have up there, if
there's 7,000 vehicles, puts me at a disadvantage because the real number is
375. If there's going to be this objection it could have been made before we
started.

We didn't try springing this on anybody; we've been over this before. I've
discussed it with Mr. Leonard.

MR. LEONARD: What do you mean "real number" `375. It has no significance to the
case whatsoever.

MR. MEDVENE: That's another argument. The real number in the sense that's the
number of Broncos that was registered on the night of the murder with the same
kind of carpet.

MR. LEONARD: So what?

THE COURT: I'm going to sustain the objection.

(The following proceedings were held in open court, in the presence of the
jury.)

Q. (BY MR. MEDVENE) Let me ask one more question, Agent Deedrick.

Is it correct that, in your judgment, that the Bronco carpet found in Mr.
Simpson's Bronco and that you've matched to the various items you've matched it
to, is a very rare dye formulation?

MR. LEONARD: Objection. Vague.

THE COURT: Overruled.

THE WITNESS: That's a different question to answer.

I can only go by the carpet itself. As far as whether or not they used that
particular dye formulation before, I don't know.

Q. (BY MR. MEDVENE) But, in terms of automotive vehicles that used, or had the
right to put this kind of carpet in a vehicle, in a Ford vehicle, in a Bronco,
was the medium mocha carpet made between May of '93 and June of '94 used in a
limited number of vehicles?

MR. LEONARD: Objection. Vague.

THE COURT: Overruled.

THE WITNESS: Yes. It would have been limited to only those vehicles produced by
Ford of those three, as I mentioned before.

MR. MEDVENE: Thank you very much, Agent Deedrick.

CROSS-EXAMINATION BY MR. LEONARD:

Q. Good morning.

A. Good morning.

Let me set my stuff up so it doesn't fall down like it usually does.

MR. PETROCELLI: Your Honor, we withdraw 2170.

THE CLERK: It's withdrawn?

MR. PETROCELLI: Withdraw it, yes.

(The document previously marked Plaintiffs' Exhibit 2170 for identification was
withdrawn by plaintiffs as an exhibit to this proceeding.)

Q. (BY MR. LEONARD) Mr. Deedrick, how much time have you spent preparing to
render the opinions that you gave in this case in this courtroom?

A. Perhaps about two days' preparation for this trial.

Q. Okay.

And how much time have you -- so how many hours, approximately? Let me get some
hours.

A. Seems like 48, but probably not that many.

Q. Okay.

And prior to the criminal trial, how much time did you put in, altogether?

A. Well, I would have spent a lot of time from the day it came in, in August of
'94, up through the testimony.

I can't really tell you how many hours.

Q. Do you remember testifying at the criminal trial that you had put in 100 to
200 hours prior to your testimony?

A. I don't remember, but that's a fair estimate, I would think.

Q. This was an important case to you, wasn't it, sir?

MR. MEDVENE: Objection. Vague; ambiguous; calls for conclusion.

THE COURT: Overruled.

THE WITNESS: It's an important case, sure.

Every case have you to testify on is important, every case you work.

Q. Is it fair to say that you've spent more time on this case than on any other
case you ever testified in?

MR. MEDVENE: Objection, Your Honor. Does he mean civil or criminal?

MR. LEONARD: Either.

MR. MEDVENE: Objection, Your Honor. They're different cases. Compound.

THE COURT: Overruled.

Let's get on with the preliminaries.

A. Yeah. I don't know. I mean, I've worked some big cases.

Q. (BY MR. LEONARD) You have given some opinions here. And would you agree with
me that it's important when you sit up on that stand and give opinions, such as
you have in this case, that you be objective and fair and accurate?

Would you agree with that?

A. As best I can, yes; I would agree.

Q. Would you agree that it's important that you don't get emotionally involved
in the case?

A. I don't believe you should; I should try to maintain a detached
impartiality.

Q. Well, it's important to be objective, correct?

A. During your analysis, during your interpretation, yes.

Q. And during your testimony, as well, correct?

A. Well, testimony should follow the interpretation of the results.

Q. And it's important to be impartial, correct?

A. Yes.

Q. And would you agree with the following proposition; that if there is any
question about your interpretations or the basis for your interpretations that
you throw out the conclusions? Do you agree with that?

A. Any question about the results? It all depends on what those results are. I
don't know. It's not clear.

Q. Do you remember testifying at the criminal trial that -- and saying that if
there is any question, you throw out the conclusion? Do you remember that, sir?

A. I don't recall what reference you're referring to. There's a lot of
situations that question could arise.

Q. As you sat on the stand today, did you feel like you explained fully,
accurately, fairly, and objectively, all of your findings in the case, sir?

A. It's not all the findings.

MR. MEDVENE: Objection. That's vague and ambiguous, Your Honor.

THE COURT: Overruled.

THE WITNESS: Well, there are a lot of findings in this case.

What I testified to today and yesterday is based on questions directed at me,
but with specific reference to items found at the crime scene and at
Rockingham.

Q. (BY MR. LEONARD) Did you feel that you gave this jury an accurate
representation of the basis for your technique?

Do you feel you gave them an accurate representation of what you do when you do
your analysis?

A. I don't know if we got into all of that.

Q. Do you feel that you gave the jury an accurate and fair description of
conclusions that you reached?

In other words, that you gave them all of the conclusions or all of the
inferences that can be drawn from the analysis you did?

MR. MEDVENE: Objection, Your Honor. Conclusion; speculation; vague.

THE COURT: Sustained.

Q. (BY MR. LEONARD) Why is it important to you to be objective?

A. Why?

Q. Yeah.

A. Well, to give an accurate representation of your findings, based on your
education, experience, and training.

Q. It's also important, isn't it, because what you do here is basically
interpretation, correct?

A. Well, it's mainly identification, and there is some interpretation also
associated with it.

Q. Well it's -- it's very subjective, what you do, correct?

A. It is subjective, yes.

Q. And because basically what you do is, you look at various items
microscopically, and without any checklist or any standard references, you
decide in your head whether or not various items, quote, unquote, "match;" is
that correct?

A. Well, that's one of the stages.

The first stage is the microscopic comparison. And it's a determination by me,
as an individual, as to whether or not the questioned hair or questioned fibers
exhibit the same characteristics from that information, reach a conclusion.

Q. And unlike fingerprint analysis, which is more of an absolute science -- you
would agree, right?

A. Its been recognized by the Court as a positive form of identification, yes.

Q. Unlike fingerprint analysis, you do not have a set number --

THE COURT: You know, Mr. Leonard --

MR. LEONARD: Yes, Your Honor?

THE COURT: It's really annoying to have somebody stand behind you and talk over
your head. And that's why I asked Mr. Kelly to stay away from the jurors.

When you conduct your inquiry, I would ask you to do the same.

MR. LEONARD: I will remain stationary.

THE COURT: You don't have to remain stationary; just don't get behind the
jurors.

MR. LEONARD: There's not much room back here, but...

Q. (BY MR. LEONARD) Do you remember my last question? Because I don't.

A. No; you were talking about subjectivity.

Q. Yeah, I was comparing fingerprint analysis with what you do.

And in fingerprint analysis, there is a standard number of -- what do you call
it, standard number of --

A. Well, they're reference points that they use.

Also, they have a pattern. There are a number of different patterns of
fingerprints.

There's also characteristics on each pattern that can individualize that
pattern to the person as the ending point of ridges and so forth.

A lot of my field; I have some training in that.

Q. Based on that training, you know there have to be a certain number of
characteristics that are not the same in the question fingerprints and the
known fingerprints, correct? Certain minimum number?

A. I don't know about that certain number. I think that depends on what
organization you work for, as to who is doing the fingerprints. So some
agencies may require 12 points or 15 points, and other more experienced
examiners may go with six or five. It just depends on the characteristics of
that print and the group you're working with.

Q. But would you agree in the technique that you use, there is no minimum
number of characteristics that are required, no minimum number of matching or
like characteristics, right?

A. Right; there is no set number.

Q. Although in the field, that has been suggested as something that should be
required; isn't that true?

A. I don't believe by hair examiners.

Q. Are you familiar with publications in your field that talk about checklists
and numbers of comparisons that are required to make a quote, unquote, "match?"

A. Well, I'm familiar with checklists and different attempts to establish a
checklist, check-off list of characteristics, but that's not something that
we've ever done. And I know there's a lot of crime labs that don't have
check-off lists; it's more of a training aid than it is an identification aid.

Q. You used the checklist when you started out, correct.

A. When I started out. I think everybody likes to start out with checklists.

Q. And there are still examiners in your office that continue to use the
checklists, correct?

MR. MEDVENE: Objection. Relevance, materiality, Your Honor.

THE COURT: I'm going have to use a rope.

(Indicating to Mr. Leonard.)

(Laughter.)

MR. LEONARD: It's a bad habit.

THE COURT: Well, just do the best you can.

MR. LEONARD: I'll try.

THE COURT: Consider the person you're standing behind.

THE COURT: Okay.

THE WITNESS: I don't know if anybody else uses it. There may be one or two that
use it periodically.

I don't recall seeing them. I review all their work, and I don't think anybody
uses it now.

Q. How much time did you spend with Mr. Medvene or the other lawyers before
testifying?

You mentioned that you had prepared for two days. How much time did you
actually spend with Mr. Medvene or one of the other lawyers?

A. Probably 15 -- 15 hours, maybe.

Q. Okay. And Mr. Medvene had a typed list of questions and answers. Did you go
through that with Mr. Medvene at any point?

A. At times, yes; I reviewed some of it.

Q. Okay.

So you sort of rehearsed your testimony; is that fair to say?

A. Well, he had questions that he was asking me, and I was answering those
questions. And he was -- eventually had them typed up, I believe.

Q. Questions and answers, correct?

A. If he typed up the answers. He may have.

Q. Did you spend any time with Mr. Goldman yesterday?

A. I spoke with him briefly, yes.

Q. Did you develop any kind of a personal relationship with Mr. Goldman during
the criminal trial?

MR. MEDVENE: Objection. Vague, speculative, Your Honor; not relevant.

MR. LEONARD: Goes to bias, Your Honor.

THE COURT: Overruled.

THE WITNESS: No, I wouldn't say it was a special relationship.

Q. (BY MR. LEONARD) I didn't say special; I said personal.

A. Personal, special. No; just seems like a nice man.

Q. Do you -- is your room at headquarters -- you have room 3931; is that your
--

A. 3931.

Q. Okay. Do you have a framed photograph of yourself with Fred Goldman and Kim
Goldman in your office?

A. I do.

I don't remember you ever being in the office, but I do.

Q. How many other victims of crimes or family members of victims of crimes do
you have framed pictures of in your office?

A. I don't believe I have any.

Q. Now, when you were testifying on direct examination for several hours, is
there anything you can think of that you left out that you should have told the
jury?

And let me be a little more specific about that.

For instance, you were asked about primary transfers and secondary transfers
with reference to some of these items. Do you remember that?

A. I do, yes.

Q. Okay. And my memory is that with regard to one of the Negroid-type head
hairs on the shirt of Ron Goldman, that you indicated to the jury that it was
your opinion that that was from a primary transfer; is that correct, sir?

MR. MEDVENE: Objection. Misstates the testimony.

THE COURT: Overruled.

Q. (BY MR. LEONARD) Did you say that, sir?

A. I think I said it could have been both, if I remember correctly.

Q. And when you said both, what did you mean by that, in real terms?

In other words, a primary contact, contact would be somehow with the head of an
African American coming in contact with the shirt, correct?

A. Right; that would be a primary transfer.

Q. And a secondary transfer would be what, because I don't remember you
explaining that to the jury.

A. Well, secondary could be -- and I believe I did, a hair found on the
clothing of an individual, and contact may occur. And that hair is then
transferred. So in that regard, it could be a secondary transfer, although it's
direct contact with the same person.

Q. Oh, you did say that; now I remember.

Is there -- isn't there another way that a secondary transfer could occur?

A. Oh, well, secondary transfers can occur a lot of ways. It could come from
any other source where that hair or fiber might be.

Q. For instance, that hair could have been on the ground, right?

A. That's a source; that's right.

Q. And it could have come into contact with Mr. Goldman's shirt when he fell to
the ground or when he was moved, correct?

A. It's possible.

Q. Just -- it's just as likely as any kind of primary; wouldn't you agree with
that?

MR. MEDVENE: Objection. Foundation, Your Honor.

THE COURT: Overruled.

THE WITNESS: I'm not really sure. I assume it is possible, maybe equally as
likely, depending on the situation and the conditions.

Q. (BY MR. LEONARD) Well, you're at a little disadvantage with regard to the
conditions and circumstances, aren't you. Sir?

A. I wasn't there, and I don't know a lot of the circumstances.

Q. You don't even know where the hair was found on the shirt, do you?

A. Well, no, I don't.

Q. Is there any reason that you didn't tell the jury about that form of
secondary transfer when you were sitting on the stand in direct?

MR. MEDVENE: He's arguing, Your Honor, and he can only answer the questions we
asked. We asked for some examples; he gave some examples.

THE COURT: Overruled.

THE WITNESS: There was no reason. I was trying to be responsive to the
question. There's a lot of opportunities, situation that could result in
trace-evidence transfer.

Q. Well, you say there was no reason.

When you were sitting on the stand on direct examination and you were asked an
open question by Mr. Medvene, how could this transfer have occurred, didn't you
think it was important to be objective and to be fair and to tell this jury
every way that could happen?

Didn't you think that was important?

A. I think sometimes, many kinds -- like fiber transfers and hair transfers are
kind of common sense, so I perhaps overlook things that you think might be
important.

But hair can be transferred through contact, as I mentioned, between a person
and an object, "object" being the ground or a tree or a club or ...

Q. You just forgot about that?

MR. MEDVENE: Objection, Your Honor. He said that -- he said that in his answer
at the beginning of his testimony.

Q. (BY MR. LEONARD) By the way, with regard to that, what you called a Negroid
hair on the shirt of Ron Goldman, that was a hair fragment, wasn't it?

A. It was a hair fragment, yes.

Q. Isn't that much more difficult to try to compare than a full head -- a full
hair, from root -- from root to tip?

Wouldn't you agree with that?

A. Well, it's less to compare; it's not more difficult to compare. But there's
less of the material to work with.

Q. And your conclusion is much less reliable; isn't that true, sir?

A. No, I don't believe so.

Q. Do you remember testifying in a case in Wilkes-Barre, Pennsylvania some
years ago involving a murder, a doctor was accused of murdering his wife?

A. I do remember the Wilkes-Barre case.

Q. Do you remember my associate, Anthony Cardinali, asking you some questions
about this very issue, hair fragments and the efficacy of examination of hair
fragments?

Do you remember that?

A. I don't.

Q. Would it surprise you to learn that in that trial --

MR. MEDVENE: Objection, Your Honor. It's about to be a speech. Before the
speech, we'd like to see the basis for what he's going to say. If he has a
transcript, he shouldn't make a speech, so the jury -- we don't know what he's
going to rely on.

MR. LEONARD: I'm probing his memory.

MR. MEDVENE: He won't know if what you're saying is accurate.

Let's see the basis.

MR. LEONARD: I'm gauging this witness's memory. I have every right to do that.

THE COURT: Not on something that's collaborative.

Q. (BY MR. LEONARD) Would you agree with me, sir, that the ideal is to have a
full questioned hair and not a small fragment? Would you agree with me about
that?

A. Right. The more hair you have, obviously, the -- it affects your
conclusions. Depends on the hair and characteristics.

Q. By the way, what you do in interpreting what you see and in trying to opine
as to how fibers could get from here to there, or hairs could get from here to
there, that's really not scientific; that's more of a form of art. Would you
agree to that -- with that?

A. No, I wouldn't agree with that.

Q. You are -- have you ever testified under oath, sir, that it was a form of
art?

A. I probably have used that terminology, it is a form of art.

Q. Okay.

So when you just said a minute ago, I don't agree with that, that it's not a
form of art, were you trying to fool this jury, sir?

A. No. I think that was I was trying to answer your question as accurately as
possible, as it was phrased.

And it is both objective -- it is both scientific and it is an -- it's a
trained ability to look at and interpret this type of material.

Q. It's a form of --

THE COURT: Just a minute. Jurors, ten minutes.

Bring the jury back in ten minutes.

(Recess taken at 11:02 A.M.)

(Jurors resume their respective seats.)

(The following proceedings were held in open court, in the presence of the
jury.)

MR. LEONARD: May I approach?

THE COURT: You may.

Do you have -- you have one.

(Indicating to pen.)

Q. (BY MR. LEONARD) Before we get to the subjective versus objective issue, I
want to ask you a couple of other background questions.

Who's paying you for giving your testimony today?

A. You are; I am.

Q. The jury is?

A. Everybody is.

Q. Judge Fujisaki?

A. Taxpayers.

Q. And that's another reason why you want to be as objective and fair and
accurate as possible, right?

A. I guess that's down there somewhere, yes.

Q. Because we are all paying you?

A. That's all part of it, sure.

Q. Now, it's relatively unusual for you to become involved in a civil trial,
isn't it?

A. Yes.

Q. You had to get special permission to do that, didn't you?

A. Yes.

Q. Now, we were talking about the fact that, as you've acknowledged, that your
interpretation is of, more or less, a form of art, right?

Would you agree with that?

A. Experience and art is involved, yes.

Q. Okay. And it involves subjective analysis by you, correct?

MR. MEDVENE: Asked and answered, Your Honor.

THE COURT: Let's --

MR. LEONARD: Foundational.

THE COURT: We spent ten minutes on it before the break.

MR. LEONARD: I'm sorry.

Q. (BY MR. LEONARD) And the reason it's subjective is -- well, among the
reasons it's subjective is because what you're doing is, you're looking at
under 250 degree -- 250 magnification length of hairs, right?

A. Right.

Q. And you're comparing them with other hairs or other fibers, for that matter,
right?

A. Right.

Q. And you know that even on an individual's head, many of the hairs can be
different, correct?

A. That's right.

Q. They have different characteristics?

A. That's right.

Q. And then, even along a single hair, the characteristics can change, correct?

A. That's correct.

Q. So that, for instance, there is no catalogs of hairs that you know of,
correct?

There's no place that you can go that gives you standard -- standards for hairs
of any type, correct?

A. Not that I know of.

Q. And there's no data that tells you how many other people in the world have
the same exact hair; isn't that right, sir?

A. There is none, no.

Q. So you don't know whether a million people in the world have the same hair,
or just one other person, or no other person, as you sit and do your analysis;
is that right, sir?

A. Right. I couldn't give you a number.

Q. And the most you can say with regard to hair and fiber -- and you've
testified to this many times before -- is that the hair or fiber could have --
could have come from a certain source; is that right. Sir?

A. That's right.

Q. It's not a positive meaning of identification by any stretch, is it?

A. It's not positive. We say that in every report.

Q. Okay.

So that when you put your conclusions up here on this board, it would be fair
to say that, for each and every one of them, you're saying this could have been
a source, correct?

A. Right. Each of those is a "could have," yes.

Q. Please go over to there, to the board, and on the acetate overlay, would you
write the words "could have" with a question mark, please.

A. Well --

MR. MEDVENE: Objection, Your Honor. It's an argumentative thing to ask him to
do.

Mr. Leonard can write "could have" with a question mark, if that's what he
wants to do.

MR. LEONARD: They've had the opportunity to have this board in front of the
jury. I think I should have the opportunity to create my own exhibit.

THE COURT: You may.

MR. LEONARD: Thank you.

THE WITNESS: Which?

Q. (BY MR. LEONARD) Just -- there's an acetate overlay, just somewhere where
it's not interfering with any of the actual letters, so maybe on the right-hand
side.

A. You want the words "could have?"

Q. "Could have," with a question mark.

A. Question mark.

Q. A little larger, please.

THE COURT: You said you didn't want it to interfere with what's on there.

MR. PETROCELLI: He can do it himself.

THE COURT: Why don't you go over there and show him exactly where you want it.

THE WITNESS: I want you to be happy.

MR. LEONARD: Yeah, I know; you're here for me.

Right here, in filling those two squares, "could have."

THE WITNESS: You want it in the square?

MR. LEONARD: Yeah, filling the two squares.

MR. MEDVENE: If the Court please --

THE COURT: I don't know what you're doing.

MR. MEDVENE: It a show by Mr. Leonard.

I can write whatever he wants on the board.

THE COURT: You want it in every square?

MR. LEONARD: That's good enough. That's fine.

Can we mark that next -- whatever the next exhibit number is.

THE COURT: Mark what?

MR. LEONARD: The overlay.

THE CLERK: 2171.

(The Chart created by Mr. Deedrick, formerly marked Plaintiffs' Exhibit 2169,
now with markings placed by Mr. Deedrick on acetate covering the same chart was
marked for identification as Defendants' Exhibit No. 2171.)

MR. LEONARD: You can resume the stand.

(Witness complies.)

Q. (BY MR. LEONARD) How many hairs on an individual's head, sir?

A. Depends on the person, but I've heard 100,000.

Q. How many people on the earth?

MR. MEDVENE: If the Court please ...

THE COURT: Sustain my own objection to it. This is getting a little ridiculous.

Q. (BY MR. LEONARD) A lot of hairs out there; would you agree?

A. There's a lot of hairs.

Q. Lot of fibers?

A. There are.

Q. We're virtually swimming in hairs and fibers as we walk through our daily
lives, sir?

A. Well, we are in a way, yes.

Q. And as we swim through these hairs and fibers, we pick some up along here,
along there, drop some, pick some more up, drop some, right?

A. That's right.

Q. Like little garbage collectors?

A. Yeah, little pig pens, I think.

Q. Okay.

So if a person frequents a particular location --

Okay, you follow me so far?

A. I follow you.

Q. Isn't it likely that that person is going to drop fibers occasionally, and
hairs --

A. Yes.

Q. -- from other places?

A. Right, could.

Q. From a car, right?

From his or her own head?

A. Correct.

Q. Right?

A. That's right.

Q. Okay.

And, of course, you had -- you had all that in mind when you were giving your
opinions earlier in your direct examination, correct?

A. Sure.

Q. Okay.

And you would agree that virtually all of the items and all of the fibers and
hairs that you've talked about could have been located in the environment at
Bundy, don't you?

You agree with that; it could have been there before this crime ever occurred?

MR. MEDVENE: Objection. That calls for speculation; foundation, Your Honor.

THE COURT: Overruled.

THE WITNESS: No, I couldn't agree with that.

Q. (BY MR. LEONARD) Do you have any information about how often Mr. Simpson was
over at the Bundy location?

A. No, I don't.

Q. Why not?

THE COURT: I'll sustain my own objection to that.

Q. (BY MR. LEONARD) Was that important to you, sir, in rendering your opinions
in this case, to know that?

A. It has a bearing on the weight of the findings.

Q. Explain that. How does it have a bearing on the weight of your findings?

A. Well, in some situations, especially when you have family members, close
associates, significance of certain hairs and fibers may have diminished value,
simply because of acknowledged contact, acknowledged living arrangements.

Q. But you, as you sit here today, you have no idea how many times Mr. Simpson,
prior to June 12, 1994, was at the Bundy location, right? No idea?

MR. MEDVENE: Asked and answered, Your Honor.

THE COURT: Sustained.

Q. (BY MR. LEONARD) You have no idea how many times the Bronco was used to
transport children and dogs and material from Rockingham to Bundy; you have no
idea, correct?

A. I don't.

Q. Did you ever ask anyone about that?

MR. MEDVENE: Objection. Relevance.

THE COURT: Sustained.

Q. (BY MR. LEONARD) Does that have any bearing on your opinions in this case?

MR. MEDVENE: Objection. Relevance. Same objection.

THE COURT: Overruled.

THE WITNESS: I'm not sure I understand the question. What findings?

Q. (BY MR. LEONARD) You talk about crime area transfers and secondary
transfers. Does that have any bearing at all, in your opinion, the number of
times that the Bronco was used to transport items, the number of times that
people used the Bronco, the number of times that dogs were in the Bronco and
ended up on the property at Bundy?

Does that have any bearing at all?

A. Well, it might in some ways, yes. Just depends how far you want to stretch
your imagination as to movement of hair and fibers.

Q. Well, did you ask anyone about that information, if it might have some
bearing on your opinions, sir?

Did you ever ask anyone?

A. Well, I accepted the fact that there was a possibility of transfer that the
victim -- one of the victims could have been in the Bronco, without that --
without knowing that, simply because of the relationship between the suspect in
the case and the victim.

But I didn't. I didn't know that. I mean, I expected to find her hair in the
Bronco.

Q. Did you consider the possibility that the fiber from the Bronco that you say
was found on the knit cap, or the fiber from the Bronco that you say was found
on the Rockingham glove, did you consider at all the possibility that those
fibers could have been already at the Bundy location, somewhere in the soil,
prior to this crime?

Did you think about that at all, sir?

MR. MEDVENE: Objection. Speculative and use of the word "possibility."

MR. LEONARD: He used it in every answer.

THE COURT: Overruled.

MR. MEDVENE: I don't believe so.

THE COURT: I think I overruled the objection.

MR. LEONARD: Thank you.

THE COURT: So let's stop the speeches and get on with the case.

MR. LEONARD: Can you answer the question?

THE WITNESS: I can.

I --

Q. (BY MR. LEONARD) Yes or no?

A. Well, let's go over that question again.

Q. Did you consider the possibility that the Bronco, the fiber that you've
identified as coming from the Bronco -- did you consider the possibility before
you came into this courtroom, sir, that that fiber could have been on the
ground, having been transferred, as you put it, prior to June 12, 1994?

Did you consider that at all? Yes or no?

A. Yes, that's a possibility.

Q. It's an equal possibility with the others that you've spun out for the jury;
isn't that fair to say?

MR. MEDVENE: Argumentative, Your Honor.

THE COURT: Overruled.

MR. LEONARD: You can answer the question.

THE WITNESS: With what other evidence? Just, I mean, you're throwing everything
into the same ball and I'm not sure that's possible to do that, especially with
hairs that are found inside a hat, woven into the fabric of the hat.

I don't suspect that would be as logical if it was just laying on the surface
of the soil, if you're assuming they're all over the ground.

Q. (BY MR. LEONARD) Can you pick up your notes, please.

Do you have your notes with you?

A. I do.

Q. Show me in your notes, sir, anywhere where you've indicated that you found
hairs that were interwoven in the knit cap. Show me.

MR. LEONARD: We'll mark these next.

THE CLERK: Are they already marked?

MR. P. BAKER: No.

THE WITNESS: No.

THE CLERK: 2172.

(The instrument herein referred to as Mr. Deedrick's Notes was marked for
identification as Defendants' Exhibit No. 2172.)

THE WITNESS: I didn't indicate that from the notes.

Q. (BY MR. LEONARD) Thank you.

Now, you did consider -- so we get back on track, you did consider the
possibility of secondary transfers for all these items in the ambient
background, if you will, at Bundy, didn't you?

That is the existing background of debris, hairs and fibers, you considered
that, right?

A. That was a consideration, sure.

Q. And it was -- it's equally as likely that that's how the hairs and fibers
ended up on all of these items, as it is that they ended up on there through
primary contact between an assailant and any victim; isn't that true, sir?

A. No, I can't agree with that.

Q. Don't agree with that?

A. Doesn't -- it is not logical to me.

Q. Okay.

And you don't -- and in coming to that conclusion, you don't even know where
the hair was found, that the Negroid hair was found on Goldman's shirt, do you?

A. No. That was from a debris scraping, if I remember correctly.

Q. You don't know where it was on the shirt, do you, sir?

A. No. Inside or outside, I don't know.

Q. Okay.

And you don't know where the Bronco fiber was on the Rockingham glove, do you?

A. No, I don't.

Q. In fact, the Rockingham glove was in a bag, correct?

A. I got a debris pack, I believe.

Q. And on the debris pack, did it not indicate that the Bronco fiber from the
Rockingham glove was actually found in the bag and not on the glove?

Didn't it say that, sir?

You can check your notes if you need to.

A. That's right; it was.

Q. So you have no idea where that was on the glove, do you?

A. No.

Q. And there's no indication of -- by the way, of any blood on that fiber, is
there, sir?

A. I don't recall. No, I don't recall any blood.

Q. You would have written it down if there was, wouldn't you?

A. Well, there was an awful lot of blood. I may have; I may not have. But I
didn't write it down.

I don't recall any blood on that fiber.

Q. Your best memory is there wasn't any?

A. I think I said that, yes.

Q. Now, your analysis, in general, is so subjective that you don't even bother
to keep notes of precisely what you see in the microscope with regard to your
comparison; is that correct?

A. I don't write everything down, no.

Q. Well, you didn't write anything down here about what you actually observed
when you compared fibers and hairs in this case, did you?

A. No. That's not what I routinely do. I don't routinely do that, nor does
anybody else in the unit.

Q. Okay.

And you also know that hair and fiber experts often differ about their
conclusions about whether or not particular items match, right?

MR. MEDVENE: Objection, Your Honor. He's not talking about this case. It's
vague and speculative.

THE COURT: Overruled.

THE WITNESS: I don't know if I understand what you mean by "often." I just
don't know.

Q. (BY MR. LEONARD) It happens, doesn't it?

A. Oh, it happens, sure.

Q. It happens a lot, doesn't it?

A. I can't answer that. I don't know what "a lot" is.

Q. You can't answer that?

A. Doesn't happen a lot in our laboratory. But I mean, I can't account for
everybody's laboratory.

Q. Well, your laboratory has got quite a record with regard to proficiency
testing, right?

A. I don't know what that means exactly.

Q. Well, since 1986, every single examiner who has been tested has gotten 100
percent, right?

A. All on the fiber and hair proficiency.

Q. Got 100 percent?

A. Right, got the right answer.

Q. And those are -- strike that.

There was something else that was found in the knit cap, the Bundy knit hat,
wasn't there?

A. There was other material found, yes.

Q. There was a lot of material found?

A. There were other fibers, yes.

Q. There were a number -- and by the way, there are a number of fibers and
hairs of all kinds that you haven't talked about here that were found on all
these items, right?

A. That's right.

Q. That's normal, right?

A. It's not unusual to find a lot of debris on a lot of items.

Q. Sure. Because everywhere we walk, everywhere we go, everywhere we happen to
lay our clothes down or our bags or anything, we pick up all types of hairs and
fibers, correct?

A. Well, depends on the surface, depends on the contact. We go through life
picking up things and losing things.

Q. And for instance, there were various kinds of dog and cat hairs that were
found on some of these items, correct?

A. That's right.

Q. And did you conclude that those found their way onto these items by way of
primary transfer or secondary transfer, or did you make any conclusion?

MR. MEDVENE: Objection. Compound number of items he's going to; and it's not
relevant, Your Honor.

THE COURT: I'll overrule it. It is rather compound.

Q. (BY MR. LEONARD) You understand it?

A. Yes.

Well, we didn't talk.

MR. MEDVENE: Excuse me. The nature of the objection is compound. You sustained
the objection.

You should ask a new question.

THE COURT: I guess he just wants to make you ask that question again.

MR. LEONARD: He's trying to cramp my style, I think.

Q. (BY MR. LEONARD) On many of these items -- you understand that part?

A. Right; I understand that.

Q. Okay.

There were cat hairs, right?

A. Right.

Q. Some of the items had dog hairs on them?

A. Right.

Mostly dog hairs. Mostly dog hairs.

Q. And some cat hairs?

A. If I remember right, yes.

Q. Did you know, by the way, that there hadn't been a cat at that apartment --
at least, the people who lived in the Bundy location hadn't owned a cat for six
months prior to this; did you know that, sir?

A. No.

Q. That doesn't surprise you, though, that there still would be cat hairs
there?

A. Well, I don't know if you can say that they're from that cat, necessarily.

I mean, I'm sure cats jump over fences. There's probably a lot of cats in the
neighborhood. Assuming it came from that cat --

Q. Now, inside -- according to the LAPD, anyway -- inside the knit cap, there
were Negroid head hairs that were dissimilar to Mr. Simpson's correct?

A. There were, yes.

Q. And they were dissimilar to everyone that was involved in the case, at least
the examples that you got?

A. Right. That's right.

Q. And is there any particular reason you didn't put that up on the board in
direct?

MR. MEDVENE: Argumentative, Your Honor.

THE COURT: Sustained. It wasn't asked.

Q. (BY MR. LEONARD) Did you discuss that with Mr. Medvene prior to your
testimony?

Did you tell him that there were Negroid head hairs in the knit cap that were
inconsistent with Mr. Simpson?

A. Yes, he was aware of that.

Q. Okay.

He didn't ask you that question?

MR. MEDVENE: It's argumentative.

THE COURT: Sustained.

MR. LEONARD: I'll withdraw it.

Q. (BY MR. LEONARD) And those, according to the record, were found inside the
knit cap; is that right?

You can check your record.

A. Yeah, I believe that's correct.

Let me check.

That's right. There were some.

Q. Now, as far as the Bronco fiber goes, there was a single fiber that was
found, you don't know where, but apparently found in -- somehow adjacent to or
associated with the Rockingham glove, right, a single fiber?

A. Right.

I think it's from the bag, if I remember.

Q. Right. Now -- and there was also a single fiber which you say came from the
Bronco, found somewhere in relation to the Bundy hat, correct?

A. Right.

Q. You don't know whether that was on the Bundy hat, do you?

A. No.

Q. In fact, it was only discovered by you after the Bundy hat had been examined
two times before; is that right?

A. I'm not sure what you mean. How many times it may have been examined prior
to my getting it?

Q. Didn't you get -- before you ever examined the knit cap, didn't you get a
debris pack?

A. Right. It was examined. I don't know how many times it may have been
examined.

Q. Okay.

And the way you found that -- and correct me if I'm wrong -- is that you took
the knit cap, right --

And by the way, that was the only actual piece of evidence, as opposed to
debris packets, actually clothing or physical evidence that you got, right?

A. That's right.

Q. At least at that time?

A. Right.

Q. You took the knit cap and you took it into what, a separate room from the
examination room?

A. Right.

Q. And you -- what, do you spread some kind of paper on the floor?

A. On a table.

Q. On a table. And you used some kind of device to scrape the knit cap?

A. Spatula, large spatula.

Q. And then you examined the debris that resulted or what came down from the
knit cap?

A. Right.

Q. And you found a single Bronco fiber, correct?

A. Well, I don't -- I found a single fiber that could have originated from a
Bronco.

Q. Right?

A. Right.

Q. And you could barely see that; is that fair to say?

You could barely see that with the naked eye?

A. Right. Right. It's a small piece. You can hardly see those fibers because of
their likeness.

Q. Right.

And by the way, when you say "likeness," you're talking about color, right?

A. Color.

Q. They're also light; in the physical sense, they can literally float around,
isn't that true?

A. Well, they're probably one of the heavier fibers. If you're assuming that
all fibers are floating around, they do. They're bigger; they're heavier.

Q. They move very easily from place to place; they get on people and people can
move them, correct?

A. Well, that's why we look at clothing items as evidence, because of that.

Q. Prior to -- and this was the last thing, according to your notes, that you
did, the scraping of the knit cap, correct?

A. Right.

Q. And if you would turn to the last page of your notes, please.

Actually, it's not; it's the second-to-last page.

(Witness complies.)

A. Oh, this thing here.

Q. Yeah, the typewritten notes.

What exhibit number are the typewritten notes, please?

THE CLERK: The notes of Mr. Deedrick?

MR. BAKER: 2172?

THE CLERK: Correct.

Q. (BY MR. LEONARD) Got that?

A. I do.

(Witness reviews notes.)

Q. You have Q47? Is that the knit cap?

A. That's right.

Q. It says general scraping, right?

A. That's right.

Q. Now, prior to this, there had been an examination of what you -- what you
characterize as a shovel, shovel and plastic sheeting, and a towel, which you
knew had come from the Bronco, correct?

A. That's right; that's where they told me it came from.

Q. Okay. And on those particular items, there was also a single Bronco fiber
found, correct?

A. That's right.

Q. Now, by the way, there was never any blood found on any of those items,
correct, that you know of?

A. I don't know.

Q. And the shovel, that was kind of a mucking shovel; it had a square nose to
it. Do you remember that?

Did you ever see the shovel?

A. I saw a picture?

I think it did have a square end to it.

Q. Okay.

And you know that the plastic was something that actually came with the Bronco,
right?

Remember hearing that?

A. I remember hearing that.

Q. In any event, that was the sequence, correct?

A. Right.

Q. Now, you would agree with me, wouldn't you, that hairs and fibers can be
inadvertently transferred, even in an environment like your laboratory? That's
something that can happen; do you agree with that?

A. Yes.

Q. Okay.

And, in fact. You try to take the precautions to avoid that, don't you?

A. We do.

Q. In fact, don't you sometimes pluck your own hair out and make sure your hair
hasn't gotten into exemplars that you're looking at?

A. We've done that, yes.

Q. It's something you do, right?

A. Yes.

Q. So you would agree with me that it is certainly possible that hairs and
fibers can be transferred from items that you're actually examining, right?

MR. MEDVENE: Objection, Your Honor? Anything is possible.

THE COURT: Overruled.

THE WITNESS: I would -- again, I don't -- maybe -- let's go over that question
again so I'm clear; can we?

MR. LEONARD: Yeah.

Q. (BY MR. LEONARD) You told me that you take precautions, if you can, to avoid
inadvertent transfer, secondary transfers or primary transfers, for that
matter, between items that you're examining in your lab?

A. Right.

Q. And you do that because you know it's possible that that can occur, correct?

A. Right.

Q. Otherwise, you wouldn't take the precautions?

A. We don't want to contaminate; that's correct.

Q. But it's possible for that to happen?

A. It's possible.

Anything is not possible, but that's possible.

Q. Now, you have attempted to be, again, as fair and objective and up front,
straight on with this jury as you possibly can, correct?

MR. MEDVENE: Asked and answered, Your Honor, several times.

MR. LEONARD: Withdrawn.

Q. (BY MR. LEONARD) You mentioned early on in your direct examination that you
had testified in hundreds of cases. Remember that?

A. I do.

Q. And you said that. And when you said that, you intended to convey to this
jury that your testimony and your scientific technique had been accepted in all
the courts that you had testified in; is that fair to say, sir?

That's what you wanted to tell this jury?

MR. MEDVENE: Objection. Relevance.

THE COURT: Sustain the objection as to the form of the question.

Q. (BY MR. LEONARD) Did you intend, when you said that you had testified in
hundreds of cases, to impart to this jury that your testimony had been
permitted, that it was accepted scientifically in all the courts that you have
testified in? Is that what you intended by saying that to this jury?

A. No, it wasn't my intention.

Q. And you didn't because you know that your testimony has been excluded, and
it happened in 1993 in a case in Oklahoma. Do you remember that, sir?

A. In Oklahoma, right.

That's the only time.

Q. And that was the Chief Judge of the Federal District Court there, right?

MR. MEDVENE: Objection. Collateral.

THE COURT: Sustained.

This is this court, and this court is admitting it.

Q. (BY MR. LEONARD) Now, you would agree with me, sir, would you not, that for
each and every one of the associations that you've made in the case -- okay --
every one of those primary transfers, that there's an equally plausible
secondary transfer that could have occurred. Would you agree with that?

A. I don't know if I would agree with equally plausible, but secondary
transfers could account for some of this evidence that I talked about, yes.

MR. LEONARD: I don't have any further questions.

THE COURT: Anything further?

MR. MEDVENE: Yes, Your Honor.

REDIRECT EXAMINATION BY MR. MEDVENE:

Q. You said that the -- that one of Mr. Simpson's head hairs, I believe, that
you examined, was a fragment?

A. That's right. There were several, I guess, if you look at all the evidence.

Q. And was one that was a fragment found on Mr. Goldman's shirt?

A. Right. That's right.

Q. And did you feel you had an adequate sample to examine against Mr. Simpson's
known hair sample?

A. I did.

Q. I'd ask that you put on the board what you have as No. 38, K7, Mr. Simpson's
known hair sample. I believe it is on the board that we've previously looked
at.

MR. GELBLUM: On the screen or...

MR. MEDVENE: I'm sorry, on the TV monitor.

Q. (BY MR. MEDVENE) And would you put the fragment, which is Q23, the hair
found on Mr. Goldman's shirt that Mr. Leonard asked you about that you
identified as matching or the same microscopic characteristics as Mr. Simpson.

MR. LEONARD: Asked and answered.

THE COURT: Overruled.

Q. All right.

Now, let's do it again so we can all see it.

Mr. Leonard asked you if there was enough to analyze, to say it matched or had
the same microscopic characteristics.

Let's first put up the known Hair of Mr. Simpson, the hair we knew came from
his head. That's K7.

And let's run over it, Q23, which is the fragment.

(Mr. Foster complies.)

Q. (BY MR. MEDVENE) And can you explain to the ladies and gentlemen of the jury
why you said they had the same microscopic characteristics, or did it matter?

A. Well, you've already gone through that. I think it was pretty visible on one
of the video things.

MR. LEONARD: I object. This is asked and answered.

THE COURT: You raised a fragment issue. I'm going to allow examination.

What exhibits are we looking at?

We've got two numbers. Are these exhibits court exhibit numbers?

MR. MEDVENE: Yes, Your Honor. They're on the board.

THE COURT: Well, they're not on the board. You're showing them on the screen
and you're overlaying something on top of each. What are you doing?

MR. PETROCELLI: We'll need new numbers for those on the television, Your Honor.

THE CLERK: 2173 is next in order.

MR. PETROCELLI: Okay.

THE COURT: There are two exhibits.

MR. PETROCELLI: 2173 and 2174. 2173 will be K7, the known head hair from Mr.
Simpson, and 2174 would be the hair found on Mr. Goldman's shirt.

(The instrument herein referred to as Photograph of known head hair from Mr.
Simpson (K7) was marked for identification as Plaintiffs' Exhibit No. 2173.)

(The instrument herein referred to as Photograph of hair found on Ron Goldman's
shirt (Q23) was marked for identification as Plaintiffs' Exhibit No. 2174.)

THE COURT: Which is?

MR. MEDVENE: 2174.

THE COURT: You had a Q number.

MR. MEDVENE: Yes, sir. Q23.

Q. (BY MR. MEDVENE) There was -- I'm sorry; I probably interrupted you on your
answer.

You were going to tell the jury -- we just run the pictures, actually, by them.

Would you just briefly describe the microscopic characteristics that caused you
to say microscopic characteristics were the same and/or there -- that there was
a match?

A. When I do a comparison, that is, compare question hair with the known hair,
you line up particular points along the hair with a shorter fragment, we're
talking about here, that was taken off of Mr. Goldman's shirt. You'd have to
make a determination of where it might fit into that known hair sample.

It's not uncommon to find fragments in cases.

In this particular one, I saw the color of the hair, the one side pigmentation,
the thickness of the cuticle, the size of the pigment granules, distribution of
the pigment, presence or absence of certain characteristics such as particle
fusi or -- ovoid bodies, the general shape and size of the hair. Those are
things basically that I use for comparison.

Q. Now, Mr. Leonard also asked you certain of the hair that you analyzed inside
the knit cap.

I'll put on the board K7 again. It's known head hair from Mr. Simpson. That's
number 26.

And that will be 2175, Your Honor.

(The instrument herein referred to as Photograph of K7, Known Head Hair from
Mr. Simpson, was marked for identification as Plaintiffs' Exhibit No. 2175.)

MR. MEDVENE: And 2176 will be Q10, a hair found inside the knit hat at Bundy.

(The instrument herein referred to as a Hair found inside the knit hat at
Bundy, (Q10), was marked for identification as Plaintiffs' Exhibit No. 2176.)

MR. MEDVENE: Again, let's put them on the board.

First, 2175, which is K7, the known head hair of Mr. Simpson.

(Exhibit 2175 displayed.)

MR. MEDVENE: And Q10.

(Q10 displayed.)

Q. (BY MR. MEDVENE) Why did you say the hairs that it's just -- again, had the
same microscopic characteristics or matched?

A. For the same reasons. It's pigmentation, thickness of the cuticle, size of
the hair, distribution of the pigment, presence and absence -- and in this
case, there's an absence of ovoid bodies and cortical fusi, the look of the
hair, and the size -- I mentioned the size. All of them are very similar. All
the questioned hairs that were matched and the known hairs were very similar to
each other. It didn't matter which hair.

Q. I'm just going to show you one more with reference to the knit hat, so it
will be 2177.

(The instrument herein referred to as Photograph of known head hair of Mr.
Simpson, No. 34, was marked for identification as Plaintiffs' Exhibit No.
2177.)

MR. MEDVENE: Again, the known head hair of Mr. Simpson, which is No. 34.

And 2178, which is Q14, a hair found inside the knit cap at Bundy, which you
identified as microscopically identical to Mr. Simpson's--or the same
microscopic characteristics to Mr. Simpson.

(The instrument herein referred to as Photograph of Head Hair found in cap at
Bundy, (Q14), was marked for identification as Plaintiffs' Exhibit No. 2178.)

MR. MEDVENE: Can you run that on the board once more? First the known hair of
Mr. Simpson.

Now, over that, the questioned hair.

Q. (BY MR. MEDVENE) Can you explain to the ladies and gentlemen of the jury why
you gave the opinion that those two hairs had the same microscopic
characteristics?

A. Yeah. Not same reasons; that is, the color, size, shape, pigmentation,
distribution of pigment, streakiness of pigment, thickness of the cuticle is
very thin. Size of the pigment granules, ovoid bodies, cortical fusi those are
the reasons mainly.

Q. In the 10,000 or so occasions when you've been asked to differentiate
between a victim's hair and a suspect's hair, have you ever been unable to make
that identification?

MR. LEONARD: Objection. Irrelevant.

THE COURT: Sustained.

Q. (BY MR. MEDVENE) With respect to the questions we've asked you about hairs
or fibers flying around, in connection with your testimony that you felt it
logical that the carpet fiber from Mr. Simpson's Bronco that was on the Bundy
hat got there from -- probably sitting on the Bronco, is it possible that that
carpet fiber from the Bronco somehow, when the window was open, flew out of the
Bronco, maybe one gray day, when Mr. Simpson was driving that Bronco, flew out
on its own from the Bronco, and landed on the Bundy hat sometime around the
night of June 12, because the Bundy hat was just lying there at the murder
scene?

Is that possible?

MR. LEONARD: Objection, Your Honor. Argumentative.

THE COURT: Sustained.

Q. (BY MR. MEDVENE) Well, when you say that -- when you gave your explanation
of what you felt was a most reasonable explanation of how carpet fiber from --
identical to that in Mr. Simpson's Bronco found its way to the Bundy hat, the
hat found at the murder scene, having the same carpet fiber as Mr. Simpson's
Bronco, why did you say that was the logical -- or why did you believe that
what was found at Bundy had had some contact with Mr. Simpson's Bronco?

MR. LEONARD: Your Honor, that misstates his evidence. He said several times --

MR. MEDVENE: Objection to speaking objection.

MR. LEONARD: It misstates what he testified to.

I will approach the side bar if I need to. Absolutely misstates what he said.

THE COURT: I'll sustain the objection.

Q. (BY MR. MEDVENE) Mr. Deedrick, do you have any reason to believe that the
carpet fiber from Mr. Simpson's Bronco somehow flew out the window and landed
on a hat that was found at Bundy, that we referred to as the Bundy hat?

MR. LEONARD: Objection. Argumentative.

THE COURT: I think I'll allow it. I don't know what kind of a probative
question that is; it has no probative value at all.

(BY MR. MEDVENE) Would you answer the question, please. The Court permitted you
to answer.

THE WITNESS: Oh, I.

THE COURT: It's like asking, is anything possible.

MR. MEDVENE: That's what Mr. Leonard asked, is anything possible.

MR. LEONARD: Oh, Your Honor, I --

THE COURT: Excuse me. The question is, is anything possible in terms of how the
fiber got on the hat.

THE WITNESS: Should I answer that question, Your Honor?

THE COURT: I guess so. That's what the question is.

MR. MEDVENE:

Q. (BY MR. MEDVENE) All right. Let me ask you, Mr. Deedrick, could you tell us,
in your experience of 18 years or so doing this work, what do you -- what is
your opinion as to how the transfer was made of the carpet fiber identical to
that in Mr. Simpson's Bronco to the Bundy hat and the Rockingham glove?

MR. LEONARD: Misstates his testimony and it's been asked and answered.

THE COURT: Well, we will take a noon recess.

1:30.

And, Mr. Medvene, why don't you work on that question.

(At 12:00 P.M. a recess was taken until 1:30 P.M. of the same day.)

SANTA MONICA, CALIFORNIA
WEDNESDAY, NOVEMBER 13, 1996
1:38 P.M.

DEPARTMENT NO. WEQ
HON. HIROSHI FUJISAKI, JUDGE

(REGINA D. CHAVEZ, OFFICIAL REPORTER)

(Jurors resume their respective seats.)

(The following proceedings were resumed in open court in the presence of the
jury:)

Douglas Deedrick, the witness on the stand at the time of the recess, having
been previously duly sworn, was examined and testified further as follows:

THE CLERK: You're still under oath. Would you please state your name again for
the record?

THE WITNESS: Douglas W. Deedrick.

THE CLERK: Thank you.

THE COURT: Okay.

REDIRECT EXAMINATION BY MR. MEDVENE:

Q. Agent Deedrick, you referred to your work and examination this morning as a
combination, and part of our -- the combination, the part of science. Could you
tell us what you meant by that?

A. Well, hair analysis, especially with hair analysis, it's a subjective
interpretation of objective criteria.

What that -- what that means is you make a determination as to the value or the
identity of a particular structure based upon the way they look, based upon
their scientific biological appearance, through a microscope.

So it's a combination of both. A lot of the subjectivity or art, as some people
refer to it, comes into determining the value of something, what it's worth.
And that has a basis. In experience, you have to take that into consideration
with all the hairs that you've seen, all the case work that you've seen. So it
is a combination of both.

Q. Now, Mr. Leonard, in questioning, talked about the possibility of human
hairs or fibers, or Bronco fibers, floating around in the air and I just want
to pick up, 'cause of time, just a couple items. With respect --

MR. LEONARD: Your Honor, I object to the preamble. It misstates my questions to
this witness.

THE COURT: I think you talked about floating hairs. Overruled.

Q. (BY MR. MEDVENE) With respect -- with respect to Mr. Goldman's shirt, did
you find any human hairs, other than those that you testified to, in your
opinion, matched the known samples of Nicole Brown, Ronald Goldman and Mr.
Simpson?

MR. LEONARD: Your Honor, I object. It's beyond the scope and also, once again,
there's a lack of foundation.

THE COURT: Overruled.

THE WITNESS: I did not. I found no other hairs.

Q. (BY MR. MEDVENE) With respect to Mr. Goldman's pants, did you find any hairs
from anyone other than Nicole Brown and possibly Ronald Goldman?

A. Again, what was the item?

Q. When on -- on Ronald Goldman pants?

A. On his pants, no. And again, we're referring to hairs, comparable type
hairs?

Q. Yes?

A. Yes.

Q. Did you find any Bronco fibers that floated down on Mr. Goldman's shirt that
you were able to identify?

MR. LEONARD: Objection. Argumentative.

THE COURT: Overruled.

THE WITNESS: On his shirt?

Q. (BY MR. MEDVENE) Yes.

MR. LEONARD: Calls for speculation as well.

THE COURT: Overruled. Floated down, yes. Sustained on that.

Q. (BY MR. MEDVENE) Were there any Bronco fibers identified on Mr. Goldman's
shirt?

A. No.

Q. Any on his pants?

A. No.

Q. With respect, there's questions about the Bundy glove. Did you find any
other human hairs on the Bundy glove other than those that matched Nicole Brown
Simpson?

A. I did not.

Q. Did you share the hair and fiber evidence that you testified about,
underlying slides, all the evidence regarding matches, did you share that with
Mr. Simpson's defense expert?

MR. LEONARD: Objection, Your Honor. Outside the scope and irrelevant.

THE COURT: Sustained.

(BY MR. MEDVENE) Did you -- did you make available and give to Mr. Simpson's
defense expert all the underlying material from which you testified to today?

MR. LEONARD: Same objections, Your Honor. I move to strike the question at this
point.

THE COURT: Overruled.

THE WITNESS: Yes. All that material was made available and it was examined. I
understand he agreed with me.

MR. LEONARD: Your Honor, I move to strike the last response.

THE COURT: Everything stricken except "yes."

Q. (BY MR. MEDVENE) Did any expert, to your knowledge, ever disagree with any
of the findings that you testified to.

MR. LEONARD: Your Honor, I move to strike.

THE COURT: Sustained.

MR. LEONARD: I ask the jury be admonished at this point.

MR. MEDVENE: If the Court --

THE COURT: Disregard the question.

MR. MEDVENE: If the Court please, Mr. Leonard talked about --

MR. LEONARD: Your Honor, please. I don't want speaking objections in front of
the jury. If Your Honor --

MR. MEDVENE: Your Honor, may we approach the bench, Your Honor?

THE COURT: No. The objection is sustained.

Q. (BY MR. MEDVENE) Mr. Leonard asked you a general question, not about this
case, but about, do experts ever disagree, and I'm asking you, did the defense
expert who had your material or any other expert ever disagree with you on any
of the results you testified to today about matches?

MR. LEONARD: Your Honor, I move to strike once again. Objection. Irrelevant.

THE COURT: I think --

MR. LEONARD: Calls for hearsay.

THE COURT: You opened the door on that one, overruled.

THE WITNESS: No, no one disagreed with the results that I came up to.

Q. (BY MR. LEONARD) Did you report out -- is the policy of the FBI to ever
report out on batch, as you reported in this case, if that match is not
confirmed, within your unit by at least one other hair and fiber examiner?

MR. LEONARD: Objection. Beyond the scope, asked and answered.

THE COURT: Asked on direct. Overruled -- Sustained.

MR. MEDVENE: I have nothing further.

Thank you very much, Agent Deedrick.

RECROSS EXAMINATION BY MR. LEONARD:

Q. Agent Deedrick, you were asked on redirect examination about hairs and
fibers floating through the air.

Let's me ask you this: If a blanket was brought out of the residence at Bundy,
introduced into the crime scene and spread out, in the environment of the crime
scene, before all these articles were collected, could that very possibly
account for some of the hairs and fibers that I've identified that have been
spread around the crime scene?

MR. MEDVENE: Objection, Your Honor. Outside the scope and assuming facts not in
evidence.

THE COURT: Overruled.

MR. MEDVENE: And no foundation.

THE COURT: Overruled.

THE WITNESS: It could -- it depends what's on the surface of the blanket.

MR. LEONARD: Thank you.

Q. (BY MR. LEONARD) Now, I want to make sure it's perfectly clear to the jury
what you were showing them when you showed them on redirect examination, some
250 times blown up, photographs. I want to make sure they understand what you
were doing.

MR. MEDVENE: The Court, please --

THE COURT: Sustained.

Q. (BY MR. LEONARD) Those photographs that you showed, they represent a very
small minute portion of the hair that -- hairs that you examined, correct?

A. That's right, it does.

Q. In fact, the hair that -- the hairs that you examined, were how long -- I'm
talking about on the redirect.

THE COURT: Sustained my objection. You've been through this on your cross
already.

MR. LEONARD: But Your Honor, he went into it on detail in redirect.

THE COURT: Just sustained on redirect.

MR. LEONARD: Excuse me?

THE COURT: I'll sustain my objection.

MR. LEONARD: Can you put the chart up?

Q. (BY MR. LEONARD) On redirect, you were asked about items that weren't found,
correct?

You were asked about items of hair and fibers that weren't found on various
items in the crime scene. Do you remember that?

A. I do.

Q. Now, you've seen this chart before, haven't you?

A. I have, yes.

Q. And that chart, at least this portion of it, accurately represents some of
the things that were found and weren't found; is that correct?

A. It does represent some of the things, yes.

Q. Okay. So you would agree that there was no hair consistent with O.J. Simpson
found on the Bundy glove, correct?

(Exhibit 1159 is displayed on TV screen.)

MR. MEDVENE: This is outside the scope of the redirect.

MR. LEONARD: Your Honor, he went --

THE COURT: Sustained.

MR. LEONARD: Your Honor, he went into detail.

MR. MEDVENE: Excuse me. This is argument.

THE COURT: Sustained.

THE COURT: This wasn't covered on redirect.

MR. LEONARD: Your Honor, can we approach?

THE COURT: No.

MR. LEONARD: May we approach, Your Honor?

THE COURT: No.

MR. LEONARD: Don't have any further questions of this witness.

THE COURT: Okay. Okay. You're excused.

THE WITNESS: Thank you.

THE COURT: Thank you.

(The instrument herein referred to as Chart listing items of evidence that were
not found was marked for identification as Plaintiffs' Exhibit No. 1159.)

THE CLERK: Was there an exhibit referred to?

I'd like to get for the record, what 1159 is.

MR. LEONARD: It is a chart indicating items of evidence that were not found on
various evidentiary items, item hairs and fibers that were not found.

THE CLERK: Thank you.

MR. MEDVENE: If the Court please, we would move in 2169.

THE CLERK: One moment, please.

Thank you.

MR. MEDVENE: 2169, 520, 521, 503, 524, 525, 527, 530, 531, 532, 516, 517, 2173,
2174, 2175, 2176, 2177, and 2178.

(The instrument previously marked as Plaintiffs' Exhibit 2169, was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 520 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 521 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 503 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 524 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 525 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 527 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 530 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 531 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 532 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 516 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 517 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 2173 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 2174 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 2175 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 2176 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 2177 was received in
evidence.)

(The instrument previously marked as Plaintiffs' Exhibit 2178 was received in
evidence.)

MR. BAKER: Object to 2169. That's cumulative and --

MR. MEDVENE: We didn't move in 2169.

THE CLERK: Yes you did.

MR. BAKER: Yes you did.

MR. MEDVENE: Excuse me, the first one.

MR. PETROCELLI: That's our chart.

MR. BAKER: The chart, I object to it.

MR. MEDVENE: That's the chart.

THE COURT: Which chart?

MR. MEDVENE: That was the chart that Mr. Deedrick prepared.

THE COURT: Okay. Overruled.

MR. MEDVENE: Thank you, Your Honor.

MR. LEONARD: Your Honor, we ask that 2171, 2172 and 1159 be moved in.

THE COURT: Okay.

(The instrument herein described was received in evidence as Defendants'
Exhibit No. 2171.)

(The instrument herein described was received in evidence as Defendants'
Exhibit No. 2172.)

(The instrument herein described was received in evidence as Defendants'
Exhibit No. 1159.)

ROBIN COTTON, called as a witness on behalf of Plaintiffs, was duly sworn and
testified as follows:

THE CLERK: You do solemnly swear that the testimony you may give in the cause
now pending before this court shall be the truth, the whole truth and nothing
but the truth, so help you God?

THE WITNESS: I do.

THE CLERK: And if you please, state and spell your name for the record?

THE WITNESS: My name is Robin Cotton, R-O-B-I-N, C-O-T-T-O-N.

MR. MEDVENE: Oh, excuse me, your honor, can we reserve on 1159? There was no
testimony about it. Mr. Baker just raised that. I think that's what was put on
the board. There weren't any questions, as I remember, asked about it. Can we
reserve on that and address it later? We object to --

THE COURT: Okay. Objection is noted and you may raise that objection at a later
time.

THE CLERK: Received?

THE COURT: Received. You may move to strike it. DIRECT EXAMINATION BY MR.
LAMBERT:

Q. May I proceed, Your Honor?

A. You may.

Q. Dr. Cotton, what is your occupation?

A. I'm the Laboratory Director at Cellmark Diagnostics in German Town,
Maryland.

Q. What is Cellmark Diagnostics?

A. We are --we are a private laboratory and we do paternity testing and testing
on biological evidence.

Q. And could you tell us what your formal educational background is?

A. I have a Bachelors Degree of Science with a major in Biology. I have a
Master's Degree of Science which major in biology and both of those are from
Southern Methodist University in Dallas, Texas. I have a Ph.D. in molecular
biology and biochemistry from the University of California at Irvine.

Q. And when did you receive your Ph.D. degree?

A. In 1980.

Q. Can you describe briefly for us what molecular biology is?

A. It's basically a set of techniques that allow you to study the molecular
interactions that occur in cells that allow cells to function.

Q. And what is biochemistry?

A. It's sort of the same thing.

Q. Okay. And in your studies to obtain your Ph.D. in these fields, did you deal
at all with DNA?

A. Yes, I did.

Q. Can you tell us what aspects of your studies involve DNA?

A. DNA is packaged into chromosomes and my work at Irvine was involved in
looking at the proteins that helped to package the DNA up to form the
chromosomes.

Q. Now, after obtaining your Ph.D. degree, did you -- what did you do next?

A. I went to the University of Iowa and did a post -- Post Doctoral Fellow
which is going to someone who has an established laboratory and working in
their laboratory and I worked there in the Department of Biochemistry for three
years.

Q. Did you work there, also involve any aspects of DNA?

A. Yes, it did.

Q. After your postdoctoral studies, what did you do next?

A. I went to the National Institute of Health in Bethesda, Maryland and I
worked there for about four and a half years.

Q. And what did you do while you were -- Well, first maybe you could tell us
what the National Institute of Health does?

A. It is a government funded research institute which is really composed of
many smaller institutes. There's probably, I don't really remember, but maybe 3
to 5,000 scientists. It sort of looks like a good size college campus. And it's
-- all the people there are involved in government funded research which is
mostly health related.

Q. And what specific research were you involved with?

A. I was involved with a unit that was looking at the genetics of alcoholism
and we were mapping some of the genes that are not necessarily involved in
alcoholism, but involved in how alcohol is metabolized when it's -- when you've
had some.

Q. And that also was a DNA related research; was it?

A. It was.

Q. Let me show you what I'd like to mark as next exhibit in order which I
believe is --

THE CLERK: 2179.

MR. LAMBERT: 1179.

THE CLERK: 21.

MR. LAMBERT: Excuse me, 2179.

Q. (BY MR. LAMBERT) Is that a copy of your current curriculum vitae, Doctor?

A. Yes, it is.

Q. Does that list the various articles that you have authored since you
obtained your Ph.D.?

(The instrument herein referred to as the curriculum vitae of Dr. Robin Cotton
was received in evidence Plaintiff's Exhibit No. 2179)

A. Yes, it does.

Q. Are any of those articles peer review articles?

A. Some of them are.

Q. You explain what peer review means?

A. If a scientist or a group of scientists does some research in the laboratory
and they want to publish that, you write up what you did, the results you got,
how you got them and send that off to a scientific journal.

The journal then sends that out to two or three, usually other scientists, who
are also knowledgeable in the same area that the paper is written in.

And those scientists read the paper, make comments and then send it back to the
journal, and the journal is basically asking, should the paper be accepted;
should the paper be rejected, or should the paper have more work done to it and
then re-submitted.

Q. So some of your articles that you've published have gone through that
process?

A. Yes.

Q. Have you, yourself ever been a peer reviewer of other people's articles?

A. Yes. I review, maybe two articles a year.

Q. The articles that you've written and articles that you review, are they all
involved with the DNA?

A. The ones I would be peer reviewing, currently would be involved with DNA as
it's applied to DNA testing, as it's applied to evidence.

Q. And when did you join Cellmark?

A. In January of 1988.

Q. And when you first joined, what was your position?

A. I was the Manager of Research and Development.

Q. And what was your next position at Cellmark?

A. Couple -- couple years later, I became the Deputy Director, that is the
Assistant to the Laboratory Director; and some years after that I became the
Laboratory Director.

Q. That's your current position?

A. Yes.

Q. And can you tell me, generally speaking, what your duties are as a
Laboratory Director at Cellmark?

A. I have overall scientific responsibility for the work that's done at
Cellmark. I supervise both paternity and forensic, both testing of evidence
work. There are two supervisors who work underneath me to help me do that.

And I oversee every research and validation work that's done at Cellmark and I
testify when necessary.

Q. And can you tell us about how many cases a year are handled by Cellmark?

A. Cellmark handles about a thousand.

MR. BLASIER: Objection. Irrelevant.

THE COURT: Overruled.

THE WITNESS: Cellmark handles about a thousand or so paternity cases per year
and about 500 forensic cases per year.

Q. (BY MR. LAMBERT) And are the cases that are handled by Cellmark, are they
done pursuant to any -- especially the forensic cases, let's take, are they
done pursuant to any national guidelines of any sort?

A. Yes, they are.

Q. What are those guidelines?

A. The guidelines are referred to as the TWGDAM guidelines. It's T-W -- all
capitals T-W-G-D-A-M, which stands for the Technical Working Group on DNA
Analysis Methods. It's a group that was formed by the FBI, specifically to
write guidelines for testing evidence samples using DNA analysis.

Q. And Cellmark follows those guidelines, do they?

A. Yes, we do.

Q. Do the guidelines require, among other things, proficiency testing done by
the laboratory?

A. Yes, they do.

Q. And what is proficiency testing?

A. Proficiency testing is having some samples come into the laboratory where
someone else knows what the answer should be. So the laboratory is receiving
the samples. We generally know that these are proficiency test samples, but we
don't know what the answer is, so we do the analysis and report that analysis
back to the submitting agency.

Many other labs will do the same proficiency test and then all these results
are compared.

Q. And so Cellmark has taken these proficiency tests in the past?

A. Yes.

Q. Have there ever been any problems with any proficiency tests?

A. Yes.

Q. What problems have there been?

A. In 1988, we did a large proficiency test sample set and got one incorrect
match. And the same thing occurred in 1989. We also did a similar large set and
got one incorrect match.

Q. Did Cellmark take any action as a consequence of these two incorrect
matches?

A. We made some changes in our protocols to address the problems that we
thought caused or the -- to address the proto -- protocol steps that we thought
had caused these problems.

Q. And since 18 -- 1989, has Cellmark taken any further proficiency tests?

A. Yes. All of our analysts take two per year.

Q. So a number of proficiency tests have been taken by different analysts since
1989?

A. Yes.

Q. Have you ever experienced any problems on any proficiency tests since 1989?

A. No, we have not.

Q. In addition, to the TWGDAM, am I saying that right?

A. Yes.

Q. In addition to the TWGDAM guidelines concerning proficiency tests, are there
other guidelines that laboratories must follow if they choose to follow the
TWGDAM guidelines?

A. No. Analysis of evidence -- the TWGDAM guidelines are pretty much the
nationally accepted set of guidelines.

Q. And Cellmark follows those guidelines?

A. We do.

Q. Now, could I ask, if you're a member of any -- if you're a member of any
professional organizations or societies?

A. I am.

Q. Can you just list those for us?

A. I'm a member of the American Association of Blood Banks, the connection
there is that they have a paternity testing set of guidelines and we do
paternity testing. I'm a member of the American Association of Human Genetics
and the American Academy of Forensic Science.

Q. Can you tell us basically what the function of the American Society of Human
Genetics is?

A. Basically, it's a large group of scientists who have interests, scientific
interests in a broad area of human genetics.

Q. The American Society of Forensic -- American Academy of Forensic Science,
what does -- is that involved with?

A. It's also a group of scientists that have scientific interest in the
application of scientific techniques to the analysis of evidence.

Q. And can you just tell us generally what forensic science means?

A. Basically, the application of science to answering questions regarding some
type of forensic evidence.

Q. Now, as part of your job as Cellmark Lab Director, do you testify in court
as part of that job?

A. I do.

Q. And how often have you testified in court?

A. I don't keep an exact record, but I testify about 12 times a year. I
probably testified over 100 times.

Q. And in all of those times that you've testified, have you been qualified as
an expert witness?

A. Yes, I have.

Q. And in regard to what subject matter?

A. With regard to DNA analysis as it applies to Forensic Science.

Q. And how many different states have you been qualified as such an expert?

A. Probably about 20.

Q. And have you been qualified before in the State of California?

A. Yes.

Q. And have you testified before in the State of California?

A. Many times.

Q. Now, we've talked already a little bit this afternoon about DNA. Perhaps you
could help us out by telling us exactly what DNA is?

A. DNA is found in the nucleus of all of our cells. It's found in basically all
organisms, and the DNA molecule contains all of the information that allows our
body to function.

One half of that information is inherited from your mother, the other half of
that information is inherited from your father. And the combination of that
information carries the code that tells your body how to develop and what it
will look like and basically most everything, unless you want to talk about the
behavior; and that's sort of up for grabs.

Q. When was DNA first discovered?

A. It was first discovered in the early, late 1800s or early 1900s. And I don't
really know the exact date. The structure, as we know it today, the chemical
structure was discovered in 1953.

Q. Since the discovery of the structure of DNA, has that been the subject of
scientific investigation?

A. Yes, an enormous amount.

Q. There have been great advances, have there, in the field of DNA since that
discovery?

A. Since 1953, yes, there have been many advances. We know a huge amount now
that we didn't know -- well, I didn't know anything in 1953 about DNA, that is.

Q. Okay. Why don't we put up the first chart.

(Chart displayed entitled, "Where Is DNA Found?")

Q. (BY MR. LAMBERT) Perhaps, Dr. Cotton, you can explain to us what that chart
sets forth.

MR. BLASIER: Could we have the chart number?

MR. LAMBERT: I'm sorry, it's 273.

(The instrument herein referred to as a chart entitled "Where is DNA Found?"
was marked for identification as Plaintiffs' Exhibit No. 273.)

Q. (BY MR. LAMBERT) Can you please explain what this chart sets forth?

A. On the left, we'll start on the left with the cell. This one sort of looks
like an egg, but that's fine.

All cells, except red blood cells, have a nucleus. Red blood cells lose their
nucleus in maturing to be a functional red blood cell. And when you get DNA
from the blood, you're getting it from another cell type which does have a
nucleus.

The DNA is found in the nucleus, packaged up into 46 chromosomes. 23 of those,
you -- each of us inherit from our mother and 23 of those each of us inherit
from our father.

So the second panel just shows a lot of chromosomes sitting in this nucleus
that's been enlarged. And the next panel over -- shows what the structure, sort
of a cartoon structure of what a chromosome would look like if you blew a
single one up in a microscope, and were able to see that. And you can certainly
do that. In fact, many people are very expert at that.

In that chromosome, the DNA molecule wound up. And so in this chart, the DNA is
depicted here as blue and it's shown -- sort of shown to look like a slinky.
That's maybe -- that's another sort of cartoon version. But there's some
accuracy to that. If you further unwind that slinky, what you wind up with is
have -- have a very long thread of DNA.

That's what's shown in that final panel that the DNA has a helical structure as
if you took a ladder that was not made of metal and just twisted it around, or
if you took a ribbon and made some twists in that ribbon, you would end up
which double helical structure.

Q. Perhaps we could have the next chart then, please. I think this one is going
to be the new number. So it would be?

THE CLERK: 2180.

(The instrument herein referred to as chart with close-up of chromosome with
base pair sequences was marked for identification as Plaintiffs' Exhibit No.
2180.)

(Exhibit No. 2180 was displayed.)

Q. You can tell us what that chart is?

A. This is just a really short section of a DNA molecule diagrammatically, but
it's pretty accurate, and there's a couple of things that are relevant in this
diagram.

One is that the DNA strand is made up of only four components and they are
Adenine, Thymine, Guanine and Cytosine and every scientist in the entire world,
refers to these as ATG and C, by the first letter of their chemical name.

And these four components, if you just looked along the whole strand, the order
of these components actually makes a code, and that's what carries the
information. So instead of having a 26 letter alphabet, DNA has a four letter
alphabet.

The components are in the molecule in pairs. So at the very top you see a green
"A" and a gold "T." And the next one down you see red "C" and a blue "G." Those
-- And then you see another AT.

A and T are always paired together, G and C are always paired together. And
that feature of the molecule allows you to do something in the lab that's
necessary for DNA testing, which is you can pull the two strands of this helix
apart, as you would unzip a zipper and put them back together. But they only go
back together when the AT and GC pairs are all properly lined up.

So it's like if you think of a zipper that has different shape teeth that sort
of fit together like a lock and key, with an A and a T forming a lock and key,
and a G and a C. But the shapes are slightly different for the AT pair, than
they are for the GC pair.

When you pull these strands apart and you can put them back together and that
feature of DNA allows DNA testing to be possible.

There's only one other feature that's really important in terms of thinking
about DNA testing as it's applied to forensic or paternity, and that is you can
think about -- you could measure -- there are various scientific ways to
measure the lengths of DNA. But when people do this, they don't talk about a
piece of DNA being so many millimeters or so many inches long. They talk about
how many base pairs it is.

An AT pair or a GC pair is called a base pair. It's almost impossible to talk
about DNA without interjecting that scientific terminology.

So the piece that we're looking at on the chart has six base pairs altogether
and you can talk about length -- the length of a piece of DNA and you always
talk about it in terms of how many base pairs long it is.

Q. And how many base pairs would a person of this DNA -- would a person
normally have?

A. In humans, there are about 6 billion base pairs of information that makeup
the whole human DNA, that exists in all of the chromosomes.

Q. And all of those base pairs are composed of just these 34 items?

A. There either AT pairs or GC pairs.

Q. They're always paired together in that sequence?

A. In that fashion, yes.

Q. Let me ask you this: Do we have, all of us have the same DNA?

A. No.

Q. What kind of differences between people are there in this DNA?

A. There are actually many more similarities than there are differences. At
least 99 percent of DNA in humans is the same. We all have five fingers on our
hand. We all have the same body parts. Our bodies all function similarly. So
the great majority of DNA in humans is going to be the same between myself and
everyone else in this courtroom.

However, a small fraction of the DNA is different and that's intuitively
obvious because you can look around and recognize pretty quickly that people
don't look alike unless they're related. And even if they're related, they
don't look identical.

With the exception of identical twins. Identical twins look identical because,
in fact, they have identical DNA.

Q. So other than identical twins, do any other two people have identical DNA?

A. No.

Q. And this portion of the DNA that's different from person to person, is there
a way to determine the differences by looking at that DNA?

A. Looking at it how?

Q. Well, let's take a look at the next two charts and maybe that will help you.
Might bring them both back, Steve.

(Mr. Foster complies.)

MR. LAMBERT: I think both of those -- these will need a few numbers.

(Display chart entitled "DNA Lengths Differences.)

MR. LAMBERT: Which will be what?

THE CLERK: 2181.

MR. LAMBERT: 2181.

(The instrument herein referred to as a chart entitled "DNA Length
Differences," was marked for identification as Plaintiffs' Exhibit No. 2181.)

Q. Dr. Cotton, can you describe for us what this board depicts?

A. Yes. There's two common ways, two common types of differences in DNA that
are used in both paternity testing and forensic testing. And this first board
shows one of them. And this is the idea that a particular section of DNA is
different. People will be different lengths.

Can I --

Q. There's a pointer there.

A. Yeah. Can I come down and -- just for these next two?

Q. Sure.

(Witness approaches exhibit.)

A. This is the same little sequence that we saw on the diagram that you had up
just a few minutes ago. And it's got four base pairs here, a GC, an AT another
GC, another AT. And what the diagram shows is that you've got four of those
right here. You've got four of those sections all stuck together. So this four
base pair section is repeated four times.

Sort of like box cars on a train. This train has four box cars. This chromosome
over here -- let's say that, suppose this is my DNA and this is one of my
chromosomes. And I got this one. I got this chromosome from my mother. This is
the corresponding chromosome, let's say, that I got from my father. But here,
there are only two sections, two box cars stuck together of this four base pair
section. Two pieces stuck end to end.

Now, let's go on and look at another person for that same chromosome pair, for
that same genetic location. Someone else might have their sections repeated end
to end. And say they got that chromosome from their mother and on the other
chromosome they inherited from their father. There were five of that four base
pair section stuck end to end.

So here I've got altogether, eight base pairs. Here I've got 16. Here I've got
12, and here I've got 20.

If I had a way to go in to the DNA and cut these sections out that had these
repeats, I could see that my DNA was different from this other person.

That kind of difference in DNA is one of the differences that -- current
methods for DNA testing looks at.

Q. And this, the difference that you're describing is the difference in length
of these repeating sequences?

A. That's right. So this is a length difference or a length. The scientific
term is a length polymorphism. Polymorphism means several forms. So this is an
example of a length difference from one person to the next.

Q. So, would you say that the person one and person two are polymorphic in this
example? This one up here?

A. I would say that the genetic location that has this DNA added is
polymorphic.

Q. Could we look at the next one, please?

Did -- this one does have an existing number. It's number 276.

(The instrument herein referred to as a chart entitled "Diagram of Autorad,"
was marked for identification as Plaintiffs' Exhibit No. 276.)

Q. On this one?

A. On this one we've only shown what would be only one person. You get two
copies of every chromosome, so one copy from mother, one from father. But this
serves to show the idea.

Here, if we look along one side, we have a C, a T, a G and an A. If we go to
the other DNA strand, we have a C, just like over here, but here where we had a
T on the first one, we have a C on the second one.

So we have a difference in the sequence of the basis or the base pairs as you
go down the molecule at this particular location.

And someone else might have the same C or the same T, or they might have a G
there. And I'm just reading down one side to be consistent. I'm just picking
this side, the left side, to my left side to read down.

So this is an example of a sequence difference. Where at a particular location,
the sequence of the basis isn't necessarily the same in every person. And that
is the other kind of difference that DNA testing in paternity and forensic uses
-- makes or uses to distinguish one person from the next.

Q. So Dr. Cotton, taking these two DNA differences that you pointed out to us
into account, have tests been developed to determine whether a person's DNA is
different from another person's DNA by looking at these kind of differences?

A. Yes.

Q. And what are those tests called?

A. The tests that look at -- well, the two kind of tests are referred to as
RFLP or PCR.

Q. Okay. Why don't we take them one at a time. What's the RFLP test? Maybe you
could first tell us what RFLP means.

A. RFLP stands for Restriction Fragment Length Polymorphism. And the two
operative words here are the last two. It is a -- the test looks at length
differences.

Q. Looks at length differences like you explained in that first chart on the
board there?

A. Exactly.

Q. And could you just generally describe how this RFLP, and if you don't mind,
I'll use the shortened version of that how the RFLP test works?

A. For either kind of test, it doesn't matter if it's RFLP or the other type,
PCR. The first thing that happens is that you have a piece of evidence that has
some biological tissue or fluid on it that has cells.

The first thing that you're going to do is purify the DNA away from both the
piece of evidence itself, like a piece of cotton or a stain on a clothing or
whatever it happens to be.

And you also want to purify the DNA away from the other parts of the cells that
you're not interested in looking at. You're really only interested in looking
at the DNA.

Q. So your first step is you purify the DNA and this is part of the RFLP
process?

A. Yes.

Q. What do you do with it after that?

A. After that, you go through a procedure that allows you to cut out these
sections that we know vary in length from one person to the next.

Q. Can we have the next chart please, Steve?

And I think this is going to need a new number as well.

THE CLERK: 2182.

MR. LAMBERT: No. I'm told it has a number. What this is a portion of existing
274. It's the last portion of existing 274.

Q. And this chart diagram of Autorad, perhaps you can explain to us what this
chart depicts and also tell us what Autorad is?

A. In this -- in doing this RFLP procedure you're going to purify the DNA, then
you're going to go through this second step. It allows you to cut out these
fragments that are different in length and then you're going to go to another
step that allows you to separate the fragment, based on how long they are.

And then you go through yet one more step to be able to see your results.

The final results are visualized on a piece of X-ray film. You haven't done an
X-ray, keep in mind, but it is that same type of film that's used and you see
dark lines on this X-ray film.

And the chart that's on the easel is a very simplified diagram of what's shown
on this X-ray film, which is called an Autorad.

Q. And can you tell us, using this as an example, what an Autorad can show you
about these length differences?

A. Yes we can.

Q. Yes. You can go.

A. Can I?

Q. Sure.

A. Enhance this just a little bit.

Q. Yes, you can.

(Witness draws on exhibit.)

A. What I want to do, to orient you, there's a, what's called a top and a
bottom to this.

There's a starting point for your DNA, and there's going to -- just give us
some starting point across the top here, which is actually a place where your
sample goes in and the DNA in this procedure moves this way. This is the
bottom. This is the top. These fragments at the bottom or anything that you see
at the bottom, is shorter. And anything that you see at the top is longer.

For each sample, generally you'll see two dark lines that are called bands,
B-A-N-D-S. It's just like -- could be "mark" -- I don't know where the term
"band" came from, but it's been around a long time.

The piece of DNA that's resulted in this band is physically shorter in length
and different from this piece.

So let's suppose that I have three samples here; one, two, and three. And these
are the appearance of the bands that I get from these three samples.

When this result is completed, you can look at these. Sample one and sample two
have appearances that look the same, that is, the bands are in the same
relative position.

So it's possible that sample one and sample two came from the same person.
Sample three has two bands also. Again, each time, you know, one from mother;
one from father. Sample three has two bands also. They are in different
positions than the bands in sample one and sample two.

So the person with whom the DNA came in sample three cannot be the same person
as one and two.

What you're looking at here is the amount of information you would get, looking
at one genetic location and that's the starting point. But generally, you would
go on and look at two, three, four, five, and possibly more, each providing
this kind of information. So you would end up with a group of data, a set of
data from several genetic locations. And each time you're asking the same
question: Can -- are one and two the same or are they different?

We already know this is different. So that answer's one question right there.

Two and three --

MR. BLASIER: Your Honor, I object to the narrative at this point.

THE COURT: Overruled.

THE WITNESS: Sample two and sample three must be from different people.

Q. (BY MR. LAMBERT) Now, when you actually use this system in case work, do you
make the comparison just visually?

A. No. In case work, you -- well, you do make the comparison visually when you
see it the first time. You have to look at it. And it's relatively easy to make
this comparison visually. You don't need any further assistance.

After you've made the comparison visually, there is a computer assisted imaging
device that allows you to make some more precise measurements about the
proximate size of the length of DNA that's created each of these bands, and
then you compare those in a numerical fashion and come to a final conclusion.

Q. This RFLP method that you just described for us, is that one of the tests
that you use at Cellmark?

A. Yes.

Q. Is that test also used in any other fields besides forensic fields?

A. Yes. It's used in -- it's used in a lot of research applications. It's used
in some medical diagnostic applications. This very same test is used to monitor
bone marrow transplants. So it's not just a forensic application. There are a
lot of other applications for this procedure.

Q. And so is this a commonly used procedure among DNA scientists?

A. Very common.

Q. Could we see the next chart, please?

(Mr. Foster displays chart)

MR. LAMBERT: This is number 275.

(The instrument herein referred to as a chart entitled "PCR Analysis," was
marked for identification as Plaintiffs' Exhibit No. 275.)

Q. Now, this chart, which is teetering up there, is this chart designed to
explain the PCR test; is that right, Dr. Cotton?

A. Yes.

Q. Can you just take us briefly through the steps in the PCR test?

A. The big difference in a PCR test is that you don't have as much DNA to start
out with. And the only way you can analyze the small amount of DNA that you
have, is to make some more of it. Although you're not making more of
everything, you're just making more of the particular section that you're
interested in looking at.

So if you look at the top panel here, it shows, like, a white cloth with a
small stain on it.

And then the blow-up there in pink is trying to illustrate that you're getting
DNA from that stain. You're purifying, the same methods that you used to purify
the DNA to RFLP are used for PCR and some additional different ones as well.

If you look at the pink circle there with the DNA in it, you'll see that most
of it is very dark gray. But there's a short section that's blue.

And let's say that this is the section that we want, that we're interested in
looking at. There's something about this blue section that's going to show
differences from one person to the next, and we don't have enough of it to look
at. But when we'd like to make more and that's what this procedure allows you
to do.

And that is, you add the DNA into a tube and you add an additional component
that allows you to copy that short blue section.

So step two just shows that you've taken all these components and what you're
doing is you're putting them in a machine that cycles through a set of hot and
cold -- It's not real cold, but warmer and cooler temperatures that allow this
chemical reaction to go forward and make many copies.

And so on the -- on the lower panel here, in the test tube, now the pink circle
is trying to illustrate that now I have a whole lot of that blue section that I
wanted to make a copy of. And now, because I've been able to make so many
copies, it's like xeroxing.

If you want to have 20 copies of one page, you just go in and push "20" on your
machine. Well, it's -- that's where the analogy ends. But it's like you can
make many, many copies of one section, one page of the DNA, if you want to sort
of say it that way.

And now you have enough to actually do an analysis and then the small little
panel at bottom here, where it says step three, that analysis might look at a
sequence polymorphism, a sequence difference. That's one kind of analysis that
is commonly done.

And the other kind of analysis that's commonly done where it says: AMP, FLP is
actually -- it just looks at a length difference in the same manner that the
RFLP test looks at a length difference, but you just -- it happens that you're
looking at shorter smaller pieces, but the idea is the same.

Q. So taking the later point first in the PCR context, is there a particular
test that's commonly used to a look at fragment length differences?

A. Yes.

Q. What that test called?

A. It's called D1S80. That's actually the name of the genetic location that the
test looks at.

Q. That test looks at one particular location, and what does it look at, at
that location?

A. It looks at length differences in the DNA at that location.

Q. Perhaps you can get the pad of paper out for us now.

Just put it on top of that.

(Mr. Foster complies.)

Q. (BY MR. LAMBERT) What I'd like you to do now, Dr. Cotton, is explain another
kind of test that is used in connection with the PCR process, kinds of tests
that look at sequence differences?

A. And what exactly --

Q. Well, I'd like you to explain to us what the tests are that are commonly
used and what is it that they look at.

A. Okay.

Let me start here just for a minute.

There are two commonly used tests that look at sequence differences. And they
are called DQA Alpha, and polymarker.

Let me start with the polymarker because it's a little easier. First of all --
yeah. Can you hang onto that?

MR. FOSTER: You want me to take the board down?

THE WITNESS: It's abbreviated PM, standing for polymarker. This test looks at
five different genetic locations, or LOSI. Five different locations.

Each of those locations has a name. But what I want to show you is that the
results you get out are as follows:

There's two, two variations that a person could have. You could have a B at one
location or an A" That is, you could inherit from one parent an A, and you
could inherit from your other parent -- from your father, mother and father, in
which case, the type that you would be would be AA. If you had inherited an A
from one parent and a B from the other parent, you would be an AB. And if you
inherit a B from both parents, you would be a BB.

And everyone is going to be one of these three types. Each of these variations
is called an allele. You may have been familiar with ABO blood groups where the
alleles are A, B, and O. Here the alleles are A and B.

For the polymarker tests, there are three locations that have this much
variation where the types are called A and B and you can be an AA or an AB or
BB. In this polymarker test, there are two genetic locations that the test
looks at where you can be an A or a B or a C. And that ends up to give you the
following types.

So that's all the possible combinations of an A, a B or a C. Each time
inheriting one from one parent and one from the next.

(Witness indicates to portion just written on hand-written diagram.)

Q. And everyone is going to be one of these six possibilities.

Q. So this polymarker test, tests at five separate locations simultaneously?

A. Simultaneously, well, actually it's six because there's one location I
didn't talk about and that's the DQ Alpha location.

Q. Okay. Maybe you could explain that, too.

MR. BLASIER: Could we have a number to that?

MR. LAMBERT: The one you just did, yeah, we'll put a number on it. That will be
2182, I believe.

THE CLERK: (Nods in the affirmative.)

THE COURT REPORTER: 2182?

MR. LAMBERT: Yes.

(The instrument herein referred to as a Hand Drawn Diagram by Dr. Cotton of DQ
Alpha combinations was marked for identification as Plaintiffs' Exhibit No.
2182.)

Q. For DQ Alpha, there are a few more alleles than A, B and C and these have
number designations.

So there's a 1.1, a 1.2, a 1.3 -- 1.3, a 2, a 3 and a 4. And if I wrote down
all the combinations, if I remember correctly, it gives you 21 possible
combinations and every one will be one of those 21 possible combinations of
these six things.

Q. And is this, once again, is an example of where you'll get one of those
alleles from your father and one from your mother.

A. Yes.

Q. So everyone will have two, although it could be that you have the same from
each parent?

A. Yes. You might get a 1.1 from one parent and a 1.1 from another parent. Or
you might get a 4 from each of your parents and be a 4, 4. Or you might get a
1.1 from one parent and a 4 from the other, in which case you'd be a 1.1, 4.

Q. And again, this test, like the polymarker test, is testing for sequence
differences at this particular location?

A. Yes. Each one of these that have a number designation in the DNA is
different because there's a difference in the sequence of the base pairs at
that DQ Alpha location.

Q. Thank you. And we'll give this the next number which is --

MR. LAMBERT: 2183.

THE CLERK: Counsel will you write, than, on this chart, 2182 so we don't get --

MR. LAMBERT: Sure.

MR. BLASIER: This is 2183.

THE COURT: That's 2183.

MR. BLASIER: It's one before.

THE CLERK: Okay.

THE COURT: The other one is 2182.

THE CLERK: Thank you.

(The instrument herein referred to as hand drawn diagram by Dr. Cotton
displaying Numerical Allele Combinations was marked for identification as
Plaintiffs' Exhibit No. 2183.)

THE COURT: Okay. Let's take a ten-minute recess, ladies and gentlemen. Don't
talk about the case; don't form or express any opinions.

(Recess.)

(Jurors resume their respective seats.)

(The following proceedings were resumed in open court in the presence of the
jury:)

Q. Before the break, Dr. Cotton, you had explained the PCR system of testing
DNA. Is that a system that Cellmark uses in it's laboratory?

A. Yes.

Q. Is that system used in laboratories, other than forensic laboratories, as
well?

A. The reaction, the PCR reaction is used almost anywhere anybody's doing
biology these days.

The specific test is used mainly in forensic laboratories and may have some
application to other laboratories that are not doing forensic.

Q. But the PCR process itself, that's very commonly used by DNA scientists?

A. PCR process itself is very common.

Q. And in your laboratory, you use both RFLP test and the PCR test, as I
understand it?

A. That's right.

Q. Why do you choose one or the other?

A. Essentially it allows you to work on a lot of different kinds of evidence.
Because if you have a lot of DNA and the DNA is in good condition, you can do
an RFLP test and that gives you the most amount possible. The most possible
information that you can get. If you don't have very much DNA, or it's not in
very good condition, then you would go to a PCR test and you can still get some
information from that test.

Q. So are there different amounts of information that you can get from these
different kind of tests?

A. Yes.

Q. Could you sort of explain to us what the range of the amounts of information
are that are available to you using these tests?

A. Yes. Let's -- in order to do that, and this is an -- this is an important
concept, let me go back to the example I gave you where there's two alleles, an
A and a B. And anyone, any person will be one of three types, an AA, a BB or an
-- AA, an AB or a BB.

That system by itself isn't, doesn't have a lot of information because it's not
going to be too unusual that two different people would both be an AA. So that
system, by itself, allows you to exclude somebody if you have a piece of
evidence that an AB, and you have a known individual that's an AA. The known
can't be the contributor -- to the piece of evidence. But if you have a piece
of evidence that's an AA and a known person that's an AA, that's going to
happen fairly often just by chance; not necessarily because the person was the
person who put the biological specimen on the piece of evidence.

The polymarker test altogether uses five systems like that. And so it provides
a fair amount of information, particularly if you say, well, if I have two
alleles, I can have three possible combinations.

And then I showed you, if you have three alleles, you can have six possible
combinations. So that would be even a little more information.

But you could still accidentally, by chance have the same type as a piece of
evidence.

For the DQ Alpha you have six alleles, 21 possible combinations, that's a
little bit more information. So the chances of a person, person A accidentally
having the same type as the DNA from a piece of evidence isn't so great.

RFLP, on the other hand, for each genetic location that you use, has at least
20 alleles. And for technical reasons that we haven't tried to explain, there
may be actually many more than that.

So information that comes from an RFLP test is very highly discriminating and
four genetic locations on an RFLP test or five or more, provide enormous
amounts of information and have a very great ability to distinguish one person
from the next.

So right now, as the technology stands, the most information possible is
obtained from an RFLP test.

If you can't do an RFLP test and you do a PCR test, you are not getting the
same amount of information. But it's still -- it's interesting to me, but it's
still useful. What I mean to say, in that it allows you to exclude someone as
being a contributor and then it allows to you include one as being a possible
contributor. And then you can put a frequency to that to say, well, how often
might you see this combination of genetic types. And if that number is one in
20, then you would see that combination relatively often.

If that number is one in a million, you wouldn't see that number very often.

Q. And using the PCR test as an example, if you are able to test at several
different of these genetic markers that you've talked about, does that increase
the information that the test gives you?

A. It does. And that's really a good generic statement. The more genetic --

MR. BLASIER: I'm going to object to the narrative response.

THE COURT: Overruled.

THE WITNESS: The more genetic locations that you look at, the more information
you have.

Q. (BY MR. LAMBERT) Now, before we get into the actual work that you did in
this case, I'd like to ask you about some -- a word that we've heard used in
this trial so far, and that has to do with degradation. What does degradation
mean in the context of DNA?

A. In the context of DNA, it means that the DNA molecule is being broken down.
Let's say that the DNA molecule is equivalent to a very long piece of thread.
If I took a spool and unwound it, that would be one DNA molecule from one
chromosome.

If I took a pair of scissors then -- and cut that thread in 20 different
places. That might be the -- equivalent to that DNA being slightly degraded,
that is it is randomly broken in 20 different locations. It's no longer all in
one piece.

If you think of degradation, you can think of degradation as a one continuum;
from no degradation to DNA being completely in tact, to extensive degradation,
where all you have are AT pairs and AT pairs and CG pairs; and anything in
between.

So if I took that same thread and I cut it into a thousand, cut it at a
thousand spots, it's going to be in a lot smaller pieces and that would be more
degraded than if I cut it in 20 places.

Q. In doing forensic DNA work, is degradation something that you see very
often?

A. It's something that you see all the time.

Q. Why is that, Dr. Cotton?

A. If you take some fresh blood from -- if I had somebody draw my blood and we
extracted the DNA from it right then, we would get DNA that's in very good
condition, and might have been broken up a little bit just in the process of
handling it, but it would be it would be really in good shape.

If you have blood or any other human cells left at a crime scene, that those
cells are not in the body any longer and they are now subjected to whatever
environment is at that crime scene, it might be sunlight. It might be heat. It
might be -- there are a lot of different kinds of evidence.

It might be that some evidence is taken from someone who is deceased. So all of
the things that are affecting those cells will eventually affect the DNA and it
will gradually degrade. And depending on where it is and what conditions it's
under, it may degrade more, or it may degrade less.

Q. And are you, as a general proposition, able to test this degraded DNA to
determine the information that you've described in the RFLP and PCR test?

A. Yes.

Q. Does there ever come a point in time when the DNA is so degraded that you
can no longer test it?

A. Yes.

Q. And when that happens, Dr. Cotton, does the degradation change the DNA type
from one type into another type?

A. No, it --

Q. I'm sorry. Please.

A. It's okay. If it's too degraded to test, you simply don't get an answer.

Q. And does DNA type ever change from one type into another type?

A. If --

Q. Through degradation?

A. No.

Q. And can degradation change DNA so that one person's DNA type could be
mistaken for another person's DNA type?

A. The answer to that is no. I can think of an affect where you might lose some
information by degradation, but it won't -- it won't change somebody's type to
be something other than what it started to be. So you're -- you either have all
the information that's there, you can lose some of it or you will lose all of
it.

Q. Okay. Now, let's talk about this test. Did you, at Cellmark -- did Cellmark
receive evidence items to be tested in this case?

A. Yes.

Q. Do you recall when you first received those?

A. I need to --

Q. Take a look at your -- look at your records?

A. -- Yeah, use the case records.

(Witness reviews documents.)

A. The initial items that we received were received on June 24, 1994.

Q. And who did you receive those initial items from?

A. From Colin Yamauchi.

Q. And from whom is he employed?

A. LAPD Scientific Investigation Division.

Q. And during the course of your involvement with this case, did you receive
subsequent items of evidence from the Scientific Investigation Division?

A. Yes.

Q. Did you receive from them, any other source?

A. Yes. We received, also, some tubes that had DNA already extracted. So the
tubes contained DNA and the original extractions had been done at the
California Department of Justice Lab in Berkeley.

Q. And is that another DNA laboratory?

A. Yes, it is.

Q. On this -- the initial time, when you got these evidence items that Mr.
Yamauchi sent you, when you first processed those items, was anyone at your
laboratory other than Cellmark people?

A. Well, when we first opened the items and logged -- Well, actually for the
very first two items, no, there wasn't.

Q. And how about the for the rest of the items?

A. For some of the subsequent items, we had Henry Lee and Edward Blake, Dr.
Blake and Dr. Lee present in the lab to watch the items initially be put into
tubes from which they would be processed.

Q. And Dr. Lee and Dr. Blake were there as representatives of Mr. Simpson?

A. That's correct.

Q. And Dr. Blake, is he, himself, a DNA scientist?

A. Yes, he is.

Q. Does he run a laboratory that does DNA testing?

MR. BLASIER: Objection. Irrelevant.

THE COURT: Overruled.

THE WITNESS: Yes, he does.

Q. (BY MR. LAMBERT) Ultimately, do you have a record as to how many different
evidence items were tested by Cellmark laboratories in this case?

A. Yes.

Q. Can you tell me how many there were?

A. All together, we tested 23 items.

Q. And were all those items tested by the one test or the other or did you use
both of the tests described?

A. Some items were tested, both RFLP and PCR. And some items were just tested
with PCR.

MR. LAMBERT: Why don't we bring out the next board, please.

(Mr. Foster complies. Displays board entitled "Results of DNA Analysis Bundy
Crime Scene." )

MR. LAMBERT: This is 291, Your Honor.

(The instrument herein referred to as a chart entitled "Results of DNA Analysis
- Bundy Crime Scene" was marked for identification as Plaintiffs' Exhibit No.
291.)

Q. (BY MR. LAMBERT) Before we get to this board, Dr. Cotton, I'd like to ask
you a question about frequencies. You mentioned before there was a way to
determine the frequency of some particular DNA type. Could you explain that to
us please?

A. Yes. What you're doing is saying I have a group of genetic characteristics
and I want to know how often they occur in the population. And traditionally,
that question has been asked separately for different racial or ethnic groups.

So you might say, how often does this group of characteristics occur in
Caucasians, how often does it occur in African persons, how often does it occur
in Hispanics or Asians or whatever group you were interested in.

The purpose of doing that is just what I mentioned earlier. That is, if a
genetic characteristics or a group of characteristics is common, that doesn't
tell you a lot. You can exclude somebody if they don't share the
characteristics of a piece of evidence. But if you include them, and that --
and half the population has that characteristics, it doesn't tell you very
much.

On the other hand, if you calculate a frequency and say I have -- I have a set
of genetic characteristics here and I'm going to ask the question, how often do
they individually, each individually occur? And then if I want to say how often
would they occur as a group, I can multiply how often each one occurs
individually together. And that will tell me how often they occur as a group.

And if that frequency is rare, then that tells you a lot more about whether
that individual, how likely it is that that individual was a contributor, as
opposed to accidentally having the same type by chance.

Q. And as part of Cellmark's regular work, do you routinely calculate these
frequencies?

A. Yes, we do.

Q. Do you include them in your reports, on your test result?

A. Yes, we do.

Q. Did you do so in this case?

A. Yes, we did.

Q. So for each of the items that you tested were you -- where you got a
reportable result, you included a frequency calculation?

A. Yes, we did.

Q. That's a calculation that is routinely done by other DNA laboratories; isn't
it -- as well; isn't it, Doctor?

A. Yes.

Q. Now let's take a look at this board itself. I'd like to focus your attention
first, on item 56, which is a shoe print item. Did you do a test on that item?

A. Yes, we did.

Q. And what test did you do?

A. We did a DQ Alpha and a polymarker test.

Q. And those are the PCR tests that you mentioned?

A. They are both PCR tests.

Q. And what results did you get on -- on that test?

A. The DQ Alpha result showed us a type of a 1.1 but the control that is
included on this test, that basically is sort of a way to say I have enough DNA
to confidently call this result, did not show-up.

So the -- if you look on the board in parentheses it says "zero." That's
supposed to be -- anyway there's no C dot. That means there's no control dot.
So we did not regard that as an interpretable result and the DQ Alpha result
was then inconclusive.

We did get a polymarker match, that is the polymarker type from that piece of
evidence was the same as Nicole Brown's polymarker type.

Q. And looking up at the top of the board where we have the names Orenthal
Simpson, Nicole Brown and Ronald Goldman and opposite each one of these those,
would you describe what those letters mean at the top for the DQ Alpha entry?

A. Yes. The DQ Alpha entry shows what the type was from these three known
individuals.

Mr. Simpson has a 1.1, 1.2 DQ Alpha type; Nicole Brown has a 1.1, 1.1 DQ Alpha
type; and Ronald Goldman has a 1.3, 4, DQ Alpha type.

Q. Than, though we don't have it on the board, did you also determine the five
polymarker types for each of those three persons?

A. We did.

Q. And as to number 56, you obtained a polymarker match at all five of those
types for Nicole Brown?

A. Yes, we did.

Q. So that would tell you then that Nicole Brown is a possible source of that
item 56; is that right?

A. Yes, it would.

Q. And were you able to exclude Mr. Simpson and Mr. Goldman as possible
sources?

A. Yes. They are excluded.

Q. So the only possible source upon those three people is Nicole Brown?

A. Among those three people, she's the only one that's not excluded.

Q. And were you able to calculate a frequency for that one item?

A. Yes, we were.

Q. Can you please write that frequency on the board for us in the space
provided there?

JUROR: We can't see behind here. Can you move it toward the judge, or just move
it over?

Yeah. Thank you.

(Counsel adjusts Exhibit board.)

THE COURT: All the jurors see it?

JURORS: (Nod in the affirmative.)

THE COURT: Okay. Go ahead.

Q. (BY MR. LAMBERT) Maybe black is better.

(Indicating to marker.)

(Witness marks on board.)

Q. So for this one evidence item, you were able to determine the frequency as 1
in 48 to 1 in 110. Perhaps you could explain what those numbers mean to us?

A. For each item, we calculated a frequency for Caucasians, for African persons
and for Hispanics, and they give different numbers.

What I wrote on the board was the smallest of those numbers, was 1 in 48. And
the largest of those, the largest of those numbers was 1 in 110.

Q. And taking the one in four, what does that number tell us, 1 in 48?

A. That means that we are estimating. And every time you do this, this is an
estimate. Using a different reference sample, another estimate might be
slightly different. It means that the combination of polymarker types that were
common to those, from the shoe print and Nicole Brown occurs in about 1 in 48,
whatever racial group that was. I'd have to look at the report. As a low range,
just to give you a range or as -- as little as 1 in 110.

Q. Okay. And in this instance you're frequency was calculated just based on the
polymarker test?

A. Yes. Because the DQ Alpha test did not have a C dot. That was one clue. So
we didn't include that in the frequency calculation.

Q. Okay. Let's now go up to the top of the chart item 47, which is the first of
the drops by the Bundy trail. And could you tell me what your first -- what
test you ran on that particular item?

A. We ran, again, the DQ Alpha test and the polymarker test.

Q. And what results did you get?

A. We got a DQ Alpha type 1.1, 1.2 and a polymarker type that was the same as
Mr. Simpson's.

Q. And the DQ Alpha type 1.1, 1.2 is that the same as Mr. Simpson?

A. It's also the same as Mr. Simpson's.

Q. Would Mr. Simpson be a possible source of that particular evidence item?

A. Yes.

Q. And would either of Nicole Brown Simpson or Ronald Goldman be a possible
source of that item?

A. No. They are both excluded.

Q. Okay. So once again, the only possible source among those three people for
that evidence item is Mr. Simpson; is that correct?

A. For that item of these three people we have the only one that could be a
contributor.

Q. Did you do a frequency allocation for that evidence item?

A. Yes, we did.

Q. Can you please put that up on the board for us?

(Witness complies, marks exhibit.)

Q. So in regard to that particular evidence item, you would expect to find that
combination of DQ Alpha types and polymarker types in about 1 out of every 5200
to about 1 in every 56,000 people?

A. Yes.

Q. Is that what that means? The reason why that number is so much larger than
on item 56 is what, Dr. Cotton?

A. In this case, we're now including and multiplying together, the DQ Alpha
information and the polymarker information. So we have five locations that we
looked at on the shoe print, five pieces of information here on the -- item 47,
there are six pieces of information and it does result in a larger range of
numbers.

But also, we're looking at a different set of types, too so, you can't make a
direct comparison there.

Q. But is that, at least, in part, an example of the more genetic markers that
you are able to type, the high your frequency numbers can become?

A. Yes. But that you -- yeah. But if you really wanted to make that comparison,
you'd take the type from the shoe print and then add a DQ Alpha information to
that, then you'd see a better relative number.

Q. Okay. Let's take now, item 48. Again, what tests were you able to do on item
48?

A. We did the DQ Alpha test and the polymarker test.

Q. And the results on that test?

A. The results on that test for DQ Alpha are type 1.1, 1.2. The polymarker
types are the same as the types obtained from Mr. Simpson. Nicole Brown and
Ronald Goldman are excluded: As possible contributors.

Q. And when you say excluded in this context does that mean that they could not
possibly be the source of that blood evidence?

A. Yes.

Q. And Mr. Simpson could be the source; is that what your saying?

A. Yes.

Q. And I probably know the answer to this by looking at the board, but can you
tell me what the frequency calculation for that particular evidence item was?

A. It's exactly the same as the one for item 47 because it's exactly the same
set of types.

Q. Okay. And now how about item number 49?

A. Item 49, we did a DQ Alpha test and a polymarker test. The DQ Alpha has a
1.1, 1.2 type polymarker, the set of polymarker types are the same as the types
obtained from Mr. Simpson's known sample.

Q. So once again, Mr. Simpson is a possible source for this item of evidence?

A. That's right.

Q. And Ronald Goldman and Nicole Brown Simpson are excluded?

A. That's correct.

Q. Would the frequency for that evidence item be the same?

A. Yes, it would.

Q. Let's now then go to item 50. And by the way, I'm just asking you about the
Cellmark tests here. Other labs tested some of these same evidence items?

A. That's right.

Q. So Cellmark's tests on item 50 showed -- first, was the PCR and RFLP test?

A. It's a PCR test.

Q. What's the results there?

A. The results are that the DQ Alpha type is 1.1; 1.2. The polymarker set of --
typed of the same as those for Mr. Simpson he is a possible source. He's not
excluded. Nicole Brown and Ronald Goldman are excluded.

Q. Get down or take down our patch for this one..

Once again, from the frequencies for that item be the same as for item 47?

A. Yes, it would.

Q. That's because those are the same types.

A. That's right.

Q. Why don't we have you write those up there now, so we'll have our record
complete. I hope you can reach that top line.

(Witness complies, marks exhibit at descriptions 48, 49 and 50 under frequency
column.)

Q. Now as to item number 52, possibly should have you do this before you sat
down. As to item number 52, did you also do a PCR test on that item, which is
the last of the five drops along the Bundy walkway?

A. Yes, we did.

Q. And what results did you get there?

A. We got a DQ Alpha type 1.1, 1.2. We got a polymarker set of types that's the
same as Mr. Simpson's.

Q. And would he, once again, therefore, by the CPCR test be included as a
possible source of that evidence item?

A. Yes.

Q. And would Ronald Goldman and Nicole Brown Simpson be excluded?

A. Yes, they would.

Q. Now, as to that evidence item, were you also able to do an RFLP test?

A. Yes, we were.

Q. The reason why you could do it on that evidence item and not the other
evidence items is what?

A. The DNA in item 52 was not as degraded as the DNA in items 50, 49, 48 and
47.

Q. And the RFLP test that you did, what results did you obtain?

A. We looked at five different genetic locations with the RFLP test and the DNA
banding pattern that we obtained from those five locations matches, the DNA
banding pattern for Mr. Simpson.

Q. By banding pattern, you mean by what you showed us on that example before
Mr. Simpson's bands appearing on the Autorad at those five genetic locations,
matched the bands that the sample created. Is that --

A. That's right.

Q. So is Mr. Simpson therefore under both the PCR test an the RFLP test
included as a possible source of this evidence item?

A. Yes.

Q. And is Ronald Goldman and Nicole Brown Simpson excluded?

A. They are excluded.

Q. Now, because you have two different tests here, did you do two different
frequency calculations for that evidence item?

A. We did one frequency calculation for the DQ Alpha polymarker and we did a --
we did a separate calculation for the RFLP results.

Q. And would the frequency calculation for the PCR results be the same as for
the other four evidence items?

A. Yes, it is.

Q. And that's because ...

A. That's because it's the same set of types that we're doing the calculation
for.

Q. The frequency calculations for the five -- by the way, let me ask you this
first: When we say on our chart here, five probe match, can you explain what a
probe is?

A. A probe is recognizing a specific genetic location so when they, on the
chart where it says five probe match, that means five RFLP genetic locations we
looked at.

Q. And taking into account that five probe match, were you able to calculate
the frequency, for the RFLP test, match that blood drop to Mr. Simpson's type?

A. Yes.

Q. Could you put that calculation up for us, please?

A. And do you want the PCR calculation?

Q. Might as well put it while you're at it.

(Witness complies, marks exhibits under frequency column for item numbers 52 52
and 56.

Q. So, Dr. Cotton, you put up, for the PCR test results, the same numbers, the
same frequency numbers that you found for the other blood drops along the Bundy
trail, but obviously the frequency numbers that you found, using the RFLP test,
are significantly higher. Could you please explain why that is to us?

A. It's because the RFLP test is very much more powerful in discriminating one
person from the next. Any particular RFLP banding pattern is not a common
event.

This particular pattern calculates out to be -- Occur in this range of 1 in 170
million people to 1 in 1.2 billion people. What it means, it's not a common
occurrence so the likelihood that someone would, by chance, have this banding
pattern is small.

Q. As small as 1 in 170 million people?

A. Yes.

Q. Okay. Now, we haven't put all of the test results that you got in connection
with the Bundy crime scene on this board. But I'd like to ask you about one
other one that you did.

Did you do some testing on evidence item number 84?

A. Yes.

Q. Can you tell us what evidence item number 84 is, please.

Q. The --

A. The item was broken down into -- there's fingernail clippings, fingernail
scrapings from the right and left hand.

Q. And those are from the Nicole Brown fingernail scrapings?

A. That's right.

Q. From whom did you receive those fingernail scrapings?

A. We received extracted DNA from the California Department of Justice Lab.

Q. And did you subject those fingernail scrapings to any tests?

A. Yes, we did, the PM and the DQ Alpha test.

Q. What test results did you get?

A. The test results we got were the same types as Nicole Brown's types.

Q. So the DQ Alpha type for the blood from under the fingernails was 1.1, 1.1?

A. That's right.

Q. The polymarker types in this AB, B system that you described before that
matched Nicole at all five of those polymorphic marker locations?

A. That's right.

Q. These tests, this PCR test that you did on the fingernails, that's a
sensitive test; isn't it?

A. Yes.

Q. And did you -- would you be able to determine from that test if any other
person's blood was in with the blood that you tested?

In other words, if there was more than one person's blood in there?

A. Well, I have to answer that yes and no.

Q. Okay.

A. Yes. It's a sensitive test, but it does have limitations. So you have to
have enough blood to get a result. You could have a mixture of two people and
have so little of one person and so much of the second person, that you would
only see the major contributor.

You could have a mixture of two people where the amounts in that mixture were
more -- were more even and you would see both people.

So, yes, it's a sensitive test. It will not always pick up a mixture, but it
can pick up a mixture if two components are there in amounts. At least that
would reflect a 1 to 20 or a -- or above. That is, the parts would be present 1
to 20 or one to one in that range.

Q. In other words, if you had one part of one person's blood and 20 parts of
another person's blood, you could detect both of their blood types?

A. You would possibly see that you had a mixture if you had one part, one part
of one and five parts of the other, you would do that even better. If you had
one part of one person and a hundred parts of another person, you wouldn't see
that.

Q. And in this particular test for evidence item 84, did you see any evidence
of any additional person other than the one who's types you obtained?

A. No.

Q. Why don't we have the next board then.

(Mr. Foster complies. Displays board.)

MR. LAMBERT: This will be -- excuse me, I believe 296.

(The instrument herein referred to as board entitled "Results of DNA Analysis -
Rockingham Residence" was marked for identification as Plaintiffs' Exhibit No.
296.)

Q. (BY MR. LAMBERT) Now, Dr. Cotton, this board reflects some additional
evidence items. These from Mr. Simpson's Rockingham residence.

Did Cellmark test some of those items?

A. Yes, we did.

Q. And first let's take item number 7 with a -- was a blood drop found on the
driveway there? Were you able to do a test on that item?

A. Yes, we were.

Q. And what were your results?

A. We have again visible, DQ Alpha results have a 1.1, 1.2. But like one of the
samples on the previous board, there was no C dot there, so the DQ Alpha
results on this particular test were inconclusive and were not used in
determining the frequency.

The polymarker results were the same as those obtained from Mr. Simpson.

Q. And would that test therefore include Mr. Simpson as a possible source of
that evidence item?

A. Yes.

Q. And did it exclude Nicole Brown or/and Ronald Goldman as possible sources?

A. Yes.

Q. So we can take a little patch off on this one. And did you calculate a
frequency for that particular type?

A. Yes, we did.

Q. Could you please put that on the board?

(Witness marks exhibit in frequency location under item number 7.)

Q. There's a second item on this Rockingham evidence board which is item number
12, collected in the foyer of the house at Rockingham. Were you able to do
tests on that evidence item?

A. Yes, we were.

Q. And what tests were you able to perform on that evidence item?

A. We did a DQ Alpha and a polymarker test and also an RFLP test.

Q. And so you were able to do much more testing on this evidence item than on
evidence item number 7?

A. That's right.

Q. And do you have any idea as to why one item would test so much better than
the other item?

A. It's a matter of how degraded the DNA was. The DNA from the foyer was in
good condition. The DNA from the driveway was not.

Q. So the location at which an evidence item is found can affect how degraded
the item would be.

MR. BLASIER: Objection. Leading.

THE COURT: Overruled.

THE WITNESS: Definitely.

Q. (BY MR. LAMBERT) Now, did you do calculations for both the DQ Alpha and RFLP
for the evidence item?

A. Yes, I did.

Q. I guess before we did that, I should take off this patch because this also
includes Mr. Simpson as a possible source, didn't it?

A. It does.

Q. And neither Ronald Goldman or Nicole Brown Simpson could be included, could
they?

A. That's correct.

Q. Would you put the frequencies in, please?

A. Yes.

(Witness marks exhibit in Frequency Column for item number 12, labeled
"Rockingham foyer".)

Q. And the number that you have placed up here is for both the PCR and RFLP.
Those are the same numbers that we saw on the Bundy results board?

A. That's right.

Q. That's because you got the same test results there?

A. Yes.

Q. And once again, for that RFLP test of the blood drop found in the foyer,
only somewhere between 1 and 170 million and 1 and 1.2 billion people would
have those -- that five probe type?

A. That's the estimate.

Q. Why don't you take that down? (Mr. Foster complies.)

MR. LAMBERT: Can I have the next one?

Q. (BY MR. LAMBERT) The next board is 297. Entitled "Results of DNA Analysis
Rockingham Socks."

Before we get to this board, Dr. Cotton, let me ask you, did you also do any
testing on any of the substrate controls for these evidence items?

A. Yes, we did four substrate controls.

Q. And could you explain to us again briefly what a substrate control is?

A. Well, it's not again. I didn't explain.

Q. All right. Thank you. Somebody else might have.

A. Somebody else might have.

Essentially, if you have a stain, you would be taking an area of the cloth that
is not obviously stained, but adjacent to the stained area. Or if you were
lifting a stain from a surface, you would lift your stain up and then you would
take another lift from an area adjacent to the stain that was not apparently
stained.

Q. And for evidence item 7, which was the blood drop in the driveway at
Rockingham that we just looked at, did you test the substrate control for that
evidence item?

A. Yes, we did.

Q. And what result did you get?

A. We got no detectable result.

Q. So that you could not find any detectable DNA in that substrate?

A. That's right.

Q. And for evidence item number 12, which was blood drop at the foyer that you
got the RFLP result on. Did you test the control for that evidence item?

A. Yes.

Q. What result did you get?

A. No detectable DNA.

Q. And for evidence item 49, which is one of the blood drops at Bundy we looked
at earlier, did you test the control for that item?

A. Yes, we did.

Q. And what result did you get?

A. No detectable DNA.

Q. And for evidence item 56, which was the bloody shoe print at Bundy that we
looked at earlier, did you test the control for that item?

A. Yes, we did.

Q. And what result did you get?

A. No detectable DNA.

Q. Thank you.

Now, let's take a look at this board, and this deals with a pair of socks found
at Rockingham. Did you do any tests in regard to that particular evidence item?

A. Yes, we did.

Q. And what kind of test did you do?

A. We did a PMDQ Alpha test and an RFLP test.

THE COURT: Mr. Lambert, is this going to take more than 12 minutes; isn't it?

MR. LAMBERT: It might, Your Honor.

THE COURT: Yeah. Okay. We're going to adjourn until 8:30 tomorrow, ladies and
gentlemen. Don't talk about the case, don't form or express any opinions.

(At 4:00 PM an adjournment was taken until Thursday, November 14, 1996 at 8:30
A.M.)