RJ Reynolds
Presentation to Operating Committee. R.J. Reynolds Industries, Inc..
Fields
- Type
- SPEECH
- Attachment
- 9243 -9250
- Site
- Executive
- Recipient
- Rjri
- Date Loaded
- 27 Feb 1998
- Request
- 4rfp9
- Minnesota
- 1rfp5
- Named Person
- Harvard Univ
- Jacob, E.J.
- Nci
- Rjr
- Rockefeller Univ
- Rockefeller Institute For Medical, R.
- Nih
- Congress
- Shannon, J.A.
- Nixon
- Univ, O.F. Ca
- Wa Univ
- Lacy, P.E.
- Sticht
- Stokes
- Roemer
- Bacon
- Mccarty, M.
- Advisory Comm
- Bowman Gray
- Intl Advisory Board Comm
- Pierce, B.
- Univ, O.F. Co
- Ross, R.
- Univ, O.F. Seattle
- Clarkson, T.B.
- Barger, A.C.
- Haber, E.
- Cline, M.J.
- Moser, K.
- Univ, O.F. Pa
- Sommers, C.
- Author
- Seitz, F.
- Box
- Rjr3771
- UCSF Legacy ID
- mns55d00
Document Images
Presentation to
Operating Comsnittee
R. J. Reynolds Industries, Inc.
by
Dr. Frederick Seitz
August 8, 1979
I would like to begin the presentation with a brief discussion of the
fac~ors affecting the,support of biomedical research in our country
at the present time and with this give the reasons why it is reasonable,
from a shareholder viewpoint, for a corporation to support such research
on a highly selective basis with appropriate interdisciplinary groups
in not-for-profit institutions. In the case of R. J. Reynolds it
seems most reasonable that such support be directed toward increasing
our understanding of a few of the most prevalent degenerative diseases
about which there is controversy and lack of fundamental knowledge
at the present_time. Such programs should be tied to biomedical
education where feasible. Needless to say, one can hope that the
acquisition of such knowledge will shed light on means for preventing,
treating and, if possible, curing such diseases.
The very rapid advances in medical science that have taken place in
the industrial countries during this century leave us with little
doubt that the well-being of humanity is intimately associated with
those advances. Part of the gains have come from increased under-
standing which has displaced much ancient folklore, part has come from
our ability to prevent disease and part from the advances in therapy.
It was my great good fortune to spend ten years as the head of an
institution which has been one of the leaders in biomedical research
in our own country during this century. As you know it is now called
The Rockefeller University but was once called The Rockefeller Insti-
tute for Medical Research. It is not only responsible for many major
contributions to modern medical science but has played a critical
role in the evolution of the modern American medical school. In fact,
it was so successful in stimulating biomedical research throughout
our country that there are now a number of excellent research centers,
most of which are associated with medical schools.
Until about 1950 almost all medical research with the possible
exception of that important*for military needs was supported by
private funds - either endowment or grants - or by state funds in
some of the state supported medical schools.

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at all times or if there are more subtle side effects. We are
now looking into the possibility of supporting a program of
fundamental research into diabetes at the University of
Pennsylvania.
6. Arthritis is another common-degenerative disease. It may occur-
--in a somewhat oscillatory and merely annoying rheumatic form or
in its worst case may cauge major inflamation of the joints. It
-now seems fairly clear that arthritis is a consequence of a break-
down in the immune system which protects us from foreign agents
such as invading bacteria. In effect, the imcnune system begins
to attack some of our own tissue as if it were foreign. Appar-
ently the onset of arthritis does not have a great deal to do with
the mode of life. While it is an important disease in the medical
sense it probably does not merit inclusion in the special group
to which R. J. Reynolds is devoting its attention unless a very
special research opportunity comes to our attention.
7. There are many other forms of degenerative disease which, like
arthritis, deserve a great deal of medical attention but are not
of the type in which we feel inclined to take immediate interest.
Included in this group are, for example, matters such as osteo-
porosis in which the balance of uptake and loss of calcium by
the bones is upset and the bones become very brittle.
The technique for finding suitable programs is based on a variety of
experience. As you can see some of our most valued programs were
started as the result of studies carried out by the advisors to the
consortium of tobacco companies nearly ten years ago. Others came
to us through discussions with members of the medical profession
stimulated in part by Mr. Stokes and Mr. Roemer as well as Mr. Edwin
Jacob and Dr. Charles Sommers. Needless to say, your Advisory
Committee regards this matter of search and review as a matter of
major importance for the health of the future.

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About 1950 the National Institutes of Health in Bethesda, an organi-
zation with a very long and varied history, obtained a new director,
Dr. James A. Shannon, who was deeply interested in biomedical research
as well as in its applications to medicine. He was instrumental in
convincing Congress that it should make use of a long slumbering-item
in its charter which would permit it to give grants to groups involved
in biomedical research throughovt.the country or in special cases
abroad.-yUp'to-that point the NIH was mainly involved in in-house
research both within its institutes and within its research hospital
and-.was also prepared to advise our government on matters of public
health upon request.
Shannon was so effective in dealing with Congress during the next
fifteen years that the NIH grants program rose to nearly a billion
dollars. This money was used both to provide new facilities and to
stimulate biomedical research throughout the country. Toward the end
of the 1960's those in government became so preoccupied with matters
related to patient care that it began to turn its back on scientific
research. Thus, by 1970 we entered into a period in which the federal
-port of biomedical research began to decline. Moreover, the federal
government began to establish ground rules which made it much more
difficult to initiate distinctly new programs, not least those which
involved imaginative new approaches to problems with the use of
interdisciplinary groups.
The 1970's saw only one significant exception to this policy of
decline and restriction in connection with federal support. As you
know, President Nixon succeeded in persuading Congress to launch a
highly imaginative attack on the problem of cancer - a field of
research which had received little attention up to that time. Starting
in 1972 the National Cancer Institute received a special series of
infusions of money which made it possible to expand the number of
centers devoted to cancer research and to improve the facilities for
treatment and patient care throughout the country. The new adminis-
--*ion took little interest in this program so that it is now losing
6L:,"nd rapidly as far as the purchasing power of the funds provided is
concerned. Moreover, the special emphasis previously given to basic
research has also declined and become encumbered, as in other areas
of medicine.
I would like to emphasize that there is once again, as there was
before 1950, great need for private funds which can be directed in a
very selective way toward innovation in biomedical research in order
to bring new ideas and techniques to the surface and to provide
innovations an appropriate opportunity to mature. Other sources of
funds will become available once distinctly new advances have been
accepted.
r

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Our most significant program on cardiovascular diseases with
specific reference to high blood pressure is that carried out
at the Harvard University Medical School under the joint supervision
of Professor-A. C. Barger and Professor Edgar Haber.
4. LunL disorders. The lung is a very,complex organism. While its
primary function is to remove oxygen from the air we breathe and
permit it to diffuse into'the blood, it is both sensitive to and
reacts with the state of other organs of the body. For example,
..-if heart action becomes weak as a result of the blocking of arteries
of the heart or the destruction of heart tissue, the membrances
in the lung wall may become moisture laden and block the normal
diffusion of oxygen. Such blocking may also inhibit the migration
of the defensive cells which inhabit the lung from diffusing from
the blood stream into the lung cavity. Moreover, the lung being
something in the nature of a filter may accumulate debris which
can cause irritation or may prevent it from carrying out its
primary function in an effective and efficient way.
Wee have two quite exciting programs on lung research. That under
Dr. Martin J. Cline at the University of California at Los Angeles
was started by the consortium of tobacco companies. The other,
at the University of California at San Diego under the leadership
of Dr. Kenneth Moser, began to receive our support which will
accelerate it substantially on July 1 of this year.
5. Adult Diabetes is one of the well-known degenerative diseases
which, like most other such diseases, has a complex background.
In most cases, as is well known, the disease is caused by the
failure of the pancreas to produce insulin which is one of the
very important hormones which regulates the way in which we utilize
sugar. It is usually treated either by controlling the intake
of sugar or by administering insulin in some form. In another form
of the disease, the pancreas produces insulin but it fails to
stimulate the way in which sugar is utilized. While diabetes is
.nfluenced by genetics in many cases, its onset can also be
affected by the mode of living. For example, obese individuals
are much more susceptible to it than individuals who keep their
weight under control.
One of the as yet unexplained matters associated with adult
diabetes is the fact that diabetics frequently display a faster
onset of other degenerative diseases than normal individuals.
It is not known whether this effect is related to the fact that
diabetics never have complete control of their sugar metabolism

-S -
other things we know that the oxygen in the air we breathe and
which is essential for life plays a role in radiation-induced
cancer. Generally speaking, research on the origins of cancer is
made particularly complex by the fact that several important
factors are involved in the vast majority of cases.
.--As.-wes-noted in the material for the International Advisory Board
Committee meeting last May, we have two very large and_compre-
...hensive programs related to cancer both of which have the requisite
interdisciplinary character. The first is under the direction of
Dr. Barry Pierce of the Medical School of the University of
Colorado. The other has been supported by the consortium of
tobacco companies at the Medical School of Washington University
in St. Louis under the leadership of Dr. Paul E. Lacy.
2. Arteriosclerosis is another of the important degenerative diseases.
In its most simple and prevalent form it is linked to the develop-
ment of thickened areas in the blood vessels which obstruct blood
flow and may induce blood clotting which can impede the flow of
blood to the heart or lungs. Dr. Russell Ross and his colleagues
are studying the origin of the changes which occur in the blood
vessels. They believe that the primary causative factor is re-
peated damage to a given area of the internal wall of the blood
vessels. There are mechanisms for repairing such damage.
Unfortunately the damaged areas may become the focus for the
disposition of blood constituents such as cholesterol which build
up and lead to a diseased state.
Two of our programs on arteriosclerosis are supported at the
Medical School of the University of Seattle under Dr. Russell Ross
and the other here in Winston-Salem under the leadership of
Dr. Thomas B. Clarkson who has developed a primate farm nearby for
the study of stress-related diseases in primates with particular
emphasis on arteriosclerosis.
3. HiRh Blood Pressure. There are other cardiovascular diseases
among which high blood pressure is undoubtedly the most important.
Blood pressure is controlled by the interaction of a complex set
of hormones some of which originate in the kidney and others in
the adrenal glands near the kidneys. While there have been great
advances in the development of chemical agents to control high
blood pressure in the past twenty years, there is still only the
most primitive information concerning the factors which make high
blood pressure so common in old age.

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3. It will be recognized that distinctly new approaches to problems
often require special physical facilities such as the refurbishing
of existing space or the acquisition of new, often quite expen-
sive equipment. Otherwise the support of building construction
will be de-emphasized, preference being given to the support of
interdisciplinary groups containing young investigators with
fresh ideas.
The laboratories which are now under the surveillance of the
Advisory Committee are, in part, laboratories which came to the
" attention of your Board before our Advisory Committee was esta-
blished and in part laboratories whose programs were reviewed by
our group in the last year or so prior to the beginning of funding.
All except the older ones supported by the tobacco companies, or
institutions in the Winston-Salem community such as Bowman Gray,
fit into the pattern of the policies I have just described, although
there are no major contradictions in these cases.
Let me now describe some of the degenerative diseases including those
which may be regarded to be most relevant to matters of corporate
zterest. The following are six of the most significant common
degenerative diseases.
1. Cancer. This takes many forms and is the result of the uncontrolled
growth of cells which have previously been commited to specialized
function but have begun to multiply indiscriminately. A cancer
is said to be benign if this growth ceases, if not it is malignant.
There are certain chemicals which can produce cancer with a very
high probability, in some cases very rapidly. However, all evidence
indicates that most cancer requires multiple effects whether
mechanical, chemical, radiation, virus or whatever else. There
also are genetic factors which enter into the disposition of the
_ndividual. For example certain population groups are more sus-
ceptible to skin cancer than others. Moreover, there is no doubt
that we have significant built-in protective mechanisms against
cancer which tend to lose their effectiveness with aging and which
should be understood better.
There is auch talk these days about the effects of the environment
in causing cancer. This is often coupled with an attempt to lay
much of the blame for cancer upon industrialization. While there
':- no doubt that certain industrial occupations carry special
hazards, it seems quite fair to say that under the best circum-
stances the natural environment is not carcinogen free. Among

-3-
As you know, R. J. Reynolds has long been interested in aspects of
basic research which have some bearing on the effects of tobacco use,
partly as an issue in itself and partly to sift truth from fiction in
an atmosphere where there are so many irrational attacks on the use
of tobacco. I have visited some of the laboratories which have been
supported for about a decade by R. J. Reynolds in cooperation with a
group of'tobacco companies..and have found all working on relevant
issues. I was particularly impressed with the work being carried out
by.Dr.. Cline and his colleagues at the Medical School of the University
of California at Los Angeles dealing with the defensive mechanisms
within the lung and the group at The Medical School of Washington
University in St. Louis under Dr. Paul E. Lacy studying the organisms
in the body which help defend against cancer.
Several years ago during my period as President.of The Rockefeller
University, Mr. Sticht informed me of the Corporation's interest in
supporting a somewhat broadened but still highly focused program dealing
with innovative research in the degenerative diseases. As a result of
those discussions the company has provided very valuable support for
such work at the University. This has permitted us to institute
several programs as well as make more effective use of existing
facilities such as our new center devoted to the modelling of human
pathology with the use of research animals. As mentioned in the pre-
vious document, I have been working with your Board since that time
through Mr. Stokes, Mr. Roemer and Mr. Bacon as head of a small
advisory group consisting of Dr. Maclyn McCarty and Dr. James Shannon
in addition to me.
The main tasks and policies set before our group are the following:
1. To seek highly productive groups engaged in studies of relevant
degenerative diseases which could benefit from a significant addition
of private funds for a period of time of the order of five years.
Particular emphasis will be placed upon cases where the additional
funds will stimulate interdisciplinary activity under circumstances
that would otherwise be well-nigh impossible under the present
day pattern of federal support.
2. Since well-established groups are in a better position to obtain
federal or institutional support, the commitments to individual
interdisciplinary groups should be for a limited period of the
order of five or six.years. Among other things this policy would
prevent the freezing-in of the use of Reynold's funds by groups
which no longer have unquestioned need for such special support.
