This staff working paper was discussed at
the Council's January
2004 meeting. It was prepared by staff solely to aid discussion,
and does not represent the official views of the Council or
of the United States Government.
Staff Working Paper
The Council's Second Term: Agenda Options
The final meeting of the Council's first term provides a
good time for Members to assess the group's work to date and
to discuss possible future directions for the term ahead.
This paper is intended to help the Council begin this discussion.
I. Points of Departure
To help us take stock of our work to date, we begin by reminding
ourselves of the unusually broad charge given to the Council
in the Executive Order that brought the Council into being.
This breadth is reflected in the specific functions enumerated
as part of the Council's mission "to advise the President
on bioethical issues that may emerge as a consequence of advances
in biomedical science and technology":
1. to undertake fundamental inquiry into the human and
moral significance of developments in biomedical and behavioral
science and technology;
2. to explore specific ethical and policy questions related
to these developments;
3. to provide a forum for a national discussion of bioethical
issues;
4. to facilitate a greater understanding of bioethical
issues; and
5. to explore possibilities for useful international collaboration
on bioethical issues.
The Council's broad mandate is also reflected in the illustrative
list of subject matters to which we were invited to attend:
In support of its mission, the Council may study ethical
issues connected with specific technological activities,
such as embryo and stem cell research, assisted reproduction,
cloning, uses of knowledge and techniques derived from human
genetics or the neurosciences, and end of life issues. The
Council may also study broader ethical and social issues
not tied to a specific technology, such as questions regarding
the protection of human subjects in research, the appropriate
uses of biomedical technologies, the moral implications
of biomedical technologies, and the consequences of limiting
scientific research.
The broad charge and range of possible topics
invited the Council to develop and pursue a suitably rich
and thorough approach in all of its activities. As the Chairman
put it in his opening statement at the Council's first meeting:
To do bioethics properly, I suggest, means beginning not
with judging whether deed "x" or "y" is moral or immoral,
but with what the Executive Order says is our first task:
undertaking fundamental inquiry into the full human and
moral significance of developments in biomedical and behavioral
science and technology. We must strive to understand the
meanings of the intersection of biology and biography, where
life as lived experientially encounters the results of life
studied scientifically. Even as we tackle specific issues,
we must always attend to the deep character of humankind's
individual and social bioi [lives] and how they interact
with the findings of biology and the technical powers they
make possible.
In developing a suitably richer bioethics, the
Chairman further identified what he considered would be the
Council's most urgent tasks: to provide an adequate ethical
lens through which to view the particular developments in
their proper scope and depth, and to combine the intellectual
search for a "rich bioethics" with practical regard for the
difficult decisions faced by policymakers, researchers and
doctors, and the public as a whole:
Doing this must involve careful and wisdom-seeking reflection
about the various human goods at stake: both those that
may be served and those that may be threatened by 21st century
biotechnology-and, in either case, going beyond the obvious
concerns of safety and efficacy. This sort of analysis must
begin by prospectively considering what we wish humanly
to defend and advance, rather than by reactively considering
merely the potential consequences of this or that particular
technological innovation. A rich and proper bioethics will
always keep in view the defining and worthy features of
human life, features that biotechnology may serve or threaten.
Yet, at the same time, responsible public bioethics must
not lose sight of its practical duty to shape a responsible
public policy, as the demands for policy decisions arise
piecemeal and episodically. Bioethical thought must therefore
be ready and able to bring the aforementioned general considerations
to the specific ethical issues at hand. Maintaining this
difficult but all-important balance shall be part of the
goal of the Council's thinking.
In the light of these points of departure, we next survey
the Council's work during its first term.
II. Major Projects, First Term
The Council has undertaken five major projects during its
first term, issuing in four already published book-length
reports or products and a fifth close to completion. These
projects have spanned the range of possible topics and approaches
envisioned by the Council's charge.
The Council's first report, Human Cloning and Human Dignity,
addressed a very specific issue of current public and legislative
debate: it offered specific legislative recommendations, but
it did so in the context of a thoroughgoing analysis that
sought to clarify terminology, to articulate competing ethical
viewpoints, and to locate the entire analysis in the context
of the significance of human procreation, the scientific vocation
and the obligations to heal the sick, and the overall relation
between science and biotechnology, on the one hand, and ethics
and society on the other.
The second report, Beyond Therapy: Biotechnology and
the Pursuit of Happiness, with an educational rather than
policy-oriented intent, stepped back from immediate and narrower
practical issues to "conduct fundamental inquiry into the
human and ethical/social significance" of providing biotechnological
means for pursuing deep human desires, seeking goods beyond
therapy and healing. In dealing with technologies ranging
from genetic screening and manipulation to psychotropic drugs,
the Council substituted for a more customary mode of technology
assessment an approach that focussed more on human ends than
on technical means and that considered not only undesired
side-effects of the techniques employed but the human significance
of attaining the desired ends through powers supplied by these
novel means.
In its third report, Monitoring Stem Cell Research,
the Council executed the narrower charge, given it by President
Bush, to keep track of and to report on recent developments
in stem cell research and in the ethical and policy debates
surrounding it. Having reviewed and analyzed the relevant
literatures, the Council presented its findings in a form
that should be accessible to a generally educated reader.
The report is intended to shed light on where we are now-ethically,
legally, scientifically, and medically-in order that the President,
the Congress, and the nation may be better informed as we
all consider where we should go in the future.
The Council's fourth volume, Being Human: Readings from
the President's Council on Bioethics, is a major educational
venture. An anthology of readings grouped around ten enduring
human themes, this volume is intended as an adjunct to the
existing, more analytical literatures of contemporary bioethics.
It may also be seen as a companion volume to Beyond Therapy:
if the latter gave rise to many large questions related to
what it means to be human, this volume brings together readings
that may help us answer these questions, or at least think
them through more carefully and thoroughly.
The Council's fifth project, on Biotechnology and Public
Policy, is once again resolutely practical. It deals not with
this or that biotechnology and this or that piece of public
policy, but explores the way our society at present monitors,
oversees, and regulates a series of biotechnologies touching
the beginnings of human life. The anticipated report (due
this spring), though primarily a diagnostic document, is intended
as a step on the road that seeks the best institutional arrangements
for insuring the most responsible and humanizing uses of new
biotechnologies.
In addition to these major projects, the Council has had
a number of exploratory sessions on a series of other topics,
including the following: man-animal chimeras and the boundary
of the human; the patenting of human organisms; the ethics
of procuring organs for transplantation; "medicalization";
pediatric psychopharmacology; commerce and the body; "human
nature and its future"; the "research imperative" and the
relation of science to society; reform of institutional review
boards (IRBs); and (even) how best to do bioethics.
A few general observations may be in order. First, the Council
has ranged from topics very narrowly practical to topics very
broadly philosophical. Second, in the practical realm, it
has worked on an issue of specific legislation and on questions
of broad regulatory practices. Third, in all that it has done
(including the most practical of its activities), it has tried
to keep in view the larger questions concerning the diverse
and sometimes competing human goods, individual and social.
In this respect, all the work of the Council to date has had
a decidedly humanistic outlook and tone. Fourth, all of the
Council's work has sought to serve the twin functions of providing
a forum for a national discussion and facilitating a greater
understanding of bioethical issues. Our first two reports
have also been commercially re-published, the second one by
two trade presses. Fifth, in three of the four substantive
reports (Cloning; Stem Cell Research; Biotechnology and Public
Policy), the "embryo question" has loomed large, and there
is a case to be made that other issues of at least equal moment
deserve more of the Council's future attentions. Finally,
nearly all of the five major projects (perhaps excluding the
anthology) point the way to possible follow-up inquiries and
studies, that would carry further some matters that were only
partly explored or left incomplete in the Council's completed
work so far. Some of these "pointings" will be made explicit
in presenting the possible topics for the Council's future
work.
III. Future Prospects: Preliminary Questions
As has already been noted, the Council's work over the past
two years has shown a great interest in ends as well
as in means, in the human as well as the
technical. In exploring such diverse topics as cloning,
stem cells, sex selection, age-retardation, psychopharmacology,
organ transplantation, research ethics, and the current (and
possible future) regulation of assisted reproduction, embryo
research, and genomics, here and abroad, the Council has recurrently
asked such questions as: What are the human implications of
our new powers in this area? What human goods are these new
powers likely to serve or to threaten? What does it mean to
be human in an age of biotechnology? Where are the true boundaries
between the human and the nonhuman? Are those boundaries now
in need of review, revision, or reinforcement?
This "humanistic" emphasis has won the Council both praise
and criticism. An initial question in moving forward, then,
is whether the Council is more inclined to agree with those
who praise or with those who criticize that emphasis. How
high "off the ground" should the Council's work be pitched?
How fundamental and how practical should its inquiry be?
Second, there are questions to be addressed regarding how
to limit the potentially endless list of possible topics,i
and how to decide which topics are worthy of study before
the group has actually been able to spend time studying them.
Presumably the Council will deal with this challenge as it
has done in the past, first identifying topics of plausible
interest and then doing "test sessions" with expert guest-presenters
and detailed background papers to see for itself which questions
prove worthy of continued attention.
Yet preliminary and formal questions like these, while important,
are perhaps best addressed not in the abstract, but in the
context of specific substantive proposals. Staff has therefore
compiled the following, non-exhaustive list of ideas for possible
lines of inquiry to help prime the conversational pump. Each
idea listed here has been suggested by at least one Member,
either privately or during a past Council meeting. Several
of these topics overlap with each other. Several of them grow
out of, or explicitly continue, subjects considered during
the first term, and a good case can be made for deepening
and perfecting things already begun. Some of the suggested
topics are more ambitious and far-reaching, while others are
more circumscribed. Some are new to the terrain of public
bioethics, others are rather familiar. The paragraphs that
follow are meant to give some rationale or explanation for
why a topic might be worthy of Council attention. They are,
of course, tentative and provisional.
IV. Some Possible Topics
1. Neuroscience, Neuropsychiatry, and Neuroethics.
In the Beyond Therapy report, the Council looked at
the ways in which powers growing out of brain science can
or might enable us to affect mood, memory, and behavior. Clearly
these inquiries barely begin to open the questions arising
from advances in neuroscience, an area of inquiry that touches
most directly on activities of mind and feeling that are central
to our humanity. Not only are there discoveries that do and
will increasingly lead to technological interventions having
important ethical, social, and legal implications. The scientific
findings themselves will very likely raise challenges to those
forms of human self-understanding that we have inherited from
a pre-scientific age. The "human and ethical significance"
of this domain of inquiry is, arguably, the most far-reaching
and the most profound. Yet no previous bioethics commission
has broached the subject.
The field is, of course, vast. And if we entered it, we
would need to choose our focus carefully. Here, in no particular
order, are some candidates. What ethical issues are raised
by new brain-imaging technologies? By practices of deep brain
stimulation (DBS) or transcranial magnetic stimulation (TMS)?
By mechanical implants and brain-machine interfacing? How
should identifiable biomarkers (genetic, psychometric, and
brain imaging) be used to justify activities of prediction,
prescription, and preemption? What are the ethical and social
implications of new findings and theories of desire, reward,
and impulse control-and addiction? How do studies of intention,
causation, and consciousness relate to moral motives and actions?
Conversely, what are the implications of studies on the "emotional"
brain for our understanding of moral judgment and choice?
What do the scientific findings and their interpretations
imply for freedom, responsibility, and criminal behavior?
For public policy?ii
2. Children, Bioethics, and Biotechnology. In our
Beyond Therapy report, we began an inquiry into how
biotechnology affects or might affect children and the character
of childhood. We began with a reflection on the meaning of
childhood itself, and then looked at efforts to screen and
select genetic endowments at reproduction and efforts to augment
native endowments as children grow up. But this inquiry only
scratched the surface of understanding the social, familial,
and medical realities that shape childhood today, and how
these realities might influence the increasing demand for
new biotechnical remedies to the problems of anxiety, hyperactivity,
and despair in children. Has childhood (and parenthood) changed
in ways that make behavior-altering biotechnologies more necessary?
Has the incidence of depression, anxiety, and hyperactivity
in children increased in response to social and familial changes?
Or have our powers of diagnosis increased so that we now recognize
these dilemmas and disorders for what they really are, or
methods of diagnosis and treatment changed so that we understand
and address such behavior patterns in new ways? Has the growing
use of behavior-altering biotechnologies changed the trajectory
of life for the children who use them-altering not only current
behavior but future aspirations? Has it changed our ideas
about childhood and child-rearing more generally-including
the attitudes of children (and parents) who do not use such
drugs but have many friends who do?
Our focus on children in BT was limited both in scope and
approach: we focused on the uses of biotechnology in children
that go "beyond therapy," and our manner of inquiry was largely
philosophic and ethical. In the next two years, we might conduct
a much deeper inquiry into biotechnology, bioethics, and children,
combining both empirical research into biotechnology and the
state of American childhood, and ethical and sociological
reflection on what these new realities might mean. While the
point of entry might be the rapidly expanding use of psychotropic
drugs in children, the inquiry could help to highlight in
a manner both intellectually rich and practically useful a
major set of issues concerning the well-being of America's
children.
3. The Elderly, Biotechnology, and Bioethics. (This
topic would seek to do for the elderly what the last proposal
would seek to do for children; notice that both of them would
adopt an unusual, humanistic approach, beginning not with
some technical question, but with a segment of society with
special needs, concerns and vulnerabilities.) In our Beyond
Therapy report, in the chapter on "Ageless Bodies," we
began an inquiry into how biotechnology might in the future
affect the processes of senescence, the character of aging,
and the health and vitality of the elderly. But we said little
if anything about important bioethical issues touching on
the well-being and care of the currently elderly and aging
population, a growing fraction of American society. Several
sub-topics suggest themselves as worthy of attention, and
a larger project might seek to combine several of them.
One is dementia (including Alzheimer disease): Our
population is aging, and with it the population of persons
with dementia. What is the human meaning of this condition?
What is the scope of the problem right now, and how might
things change in the near future? What is in the best interests
of people who suffer from it, and how concretely might this
be determined? What research avenues are currently being pursued?
Which avenues seem most worthy of support?
A second sub-topic is decisions about life-sustaining
treatment, especially for patients unable to make their
own choices. In light of the recent Schiavo case (in
which a state legislature intervened to prevent a comatose
woman's legal guardian from terminating her nutrition and
hydration), what normative standards should govern decisions
to forgo or continue life support, especially when the patient
has no clear terminal prognosis? What standards should govern
treatment of incompetent patients? Are advance directives
sufficient or effective? How, in a society of aging Baby Boomers,
should individuals and society regard medical measures to
sustain life in those who are less than fully competent? What
is a "good death?" When, if ever, is a life "not worth living"?
A third sub-topic is general care of the elderly.
Bioethicists have given much attention to the dramatic termination
of treatment or end-of-life decisions, but relatively little
attention to the much more prosaic but perhaps even more significant
ethical questions concerning the ordinary place of and care
for elderly people in our society. To concentrate only on
the technological meaning of "life-sustaining treatment" to
the neglect of the more social and human meaning is to overlook
a matter of growing significance with a progressively aging
society and with fewer family members available to attend
and care for older people. While not strictly speaking a problem
raised by biomedical advance, it is one of the side effects
of increased longevity (and other consequences of modern technological
society).
4. Biotechnology and Public Policy. The BPP report
that we will be issuing in the spring is explicitly an interim
report. And although the report will indicate that we do not
yet have enough information for making any useful recommendations
regarding changes in current institutional regulatory responsibilities,
there may be useful activity for the Council to continue in
pursuing this question. It might be possible, for example,
to develop a set of position papers arguing the relative strengths
and weaknesses of the various institutional alternatives (including
the alternative of doing nothing new).
5. Organ Transplantation. What is the current state
of the art in this field? What are the current success rates
and what do they mean? What possible breakthroughs lie on
the horizon? Is there an organ "shortage," and if so, why?
What are the important differences between U.S. and European
transplant policies (and industries)? How should organs be
procured and allocated? We hear today increasing calls for
using market forces in procuring and allocating organs for
transplantation. Should there be some modest financial incentives
to increase donation? Should there be overt markets in organs,
limited or otherwise? Should the current altruism-based policy
be retained? What are the larger philosophical or humanistic
questions raised by our having come increasingly to think
of the body as a collection of "useful" organs?
6. Property and Commerce in the Body. (This topic
overlaps with the previous one.) The Council has spent some
time considering the meaning of patenting human organisms,
and there has been an effort in Congress to forbid such patents.
Some Council members have expressed an interest in the issue
of patenting other living forms. What are the ethical and
policy implications of permitting people to hold patents on
genes, tissues, organs, or gametes? On other living things
and their parts? To what extent should the human body and
its parts and precursors be objects of commerce? Where should
the boundary be drawn, and why?
7. The Boundaries of the Human. What do we really
mean when we speak of a "human organism"? What genetic complement,
cytoplasmic factors, and dynamic developmental context define
such an entity? What is meant by the term "human-animal chimera"?
Might current or proposed lines of research blur the boundary
between the human and the nonhuman (especially between the
human and other primates)? If so, what difference should this
make, and why? Are there "natural kinds" that human beings
are bound to respect? If so, why?
8. Acceptable Risk. New medical powers raise questions
about levels of acceptable risk. For example, if, as some
studies indicate, IVF is associated with a doubled rate of
serious congenital malformations, should it be judged against
standards of risk used in other medical procedures? Or does
the chance to "be alive at all" justify a greater-than-normal
risk of disability? On the other hand, are parents with certain
genetic or chromosomal "problems" acting unethically when
they procreate without recourse to ARTs like PGD and sperm
sorting? Should PGD (with its attendant risks) be available
to people who are neither infertile nor at great risk of producing
children having serious genetic disease? How should transplant
surgeons whose first responsibility is to "do no harm" take
account of such risks when operating on the healthy to help
the sick? How should potential donors regard such risks in
making the decision whether or not to give their organs? Do
such risks make sense between family members, but seem strange
in the context of anonymous donation?
9. Health Care Issues and Research Priorities. A
number of suggestions have been offered for subjects that
might be described as "everyday" or "practical" healthcare
issues, including: how to address the problems of the uninsured;
how to ensure a more sensible distribution of health resources
(as between research, treatment, and prevention); and how
to better combat preventable diseases abroad, such as malaria
and HIV.iii
10. Bioethics Itself. From its first meeting, the
Council has expressed an interest in encouraging a "richer"
bioethics. This implies a certain criticism of bioethics as
currently practiced. Is today's bioethics satisfactory? If
not, why not? Are the traditional principles used in bioethical
analysis (beneficence, autonomy, justice) satisfactory? If
not, why not? The Council in its writings has made use of
the notion of "human dignity," and this usage has drawn some
criticism. What exactly is meant by "human dignity"? Is this
just a slogan, or can it be given manifest and weighty content?
What is the relation between nature (and human nature) or
the natural and ethics or the ethical? Are there any universal
or cross-cultural ethical norms for addressing bioethical
issues?
_______________
Footnotes
1. One way
to weigh the relative merits of proposed topics might be
to "screen out" those that fail to pass certain "tests"
or "filters." For example, one might wish to set aside any
subject about which any of the following questions would
produce a clear "No" answer: (1) Does it involve an ethical
question with public-policy implications? (2) Is it worthy
of national attention? (3) Is it within the scope of the
Council's mandate? (4) Is there no federal agency (or branch)
already addressing it, or better situated to do so? (5)
Is it ripe (sufficiently mature for consideration now)?
Is there some pressing reason to take it up sooner rather
than later?
2. The guest
presentations at the January 2004 meeting may suggest some
topics as most worthy of attention.
3. The question
of distribution of research and treatment resources was also
raised in the context of the "beyond therapy" uses of biotechnology,
a question that almost asks itself when one notices (as we
did in Beyond Therapy) that in 2002 Americans
spent ten times as much on drugs to treat baldness ($1 billion)
as was spent on malaria research, and $7.7 billion on 6.9
million cosmetic procedures (up from 2.1 million in 1997).
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