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The Origins of CRG
by Ruth Hubbard & Sheldon Krimsky
While the motley hundreds of citizens, who that night
jammed the old wood-paneled [Cambridge] City Hall to its balconies,
were settling down enough for voices to be clearly heard, [Mayor]
Velucci brought in the Cambridge public high-school choir to
set a properly lofty tone for the fateful deliberations that
were to follow under the scorching lights of the TV cameras.
With appropriate fervor, the choir sang, This land is
your land.
John Lear, Recombinant DNA: The Untold Story
The Council for Responsible Genetics
and GeneWatch turn twenty in 2003, a good time for reflection
on where we have come from and where we should be headed. In the
late 1970s, scientists, environmentalists, public health and labor
activists and other concerned citizens came together in response
to unprecedented developments in genetics and biotechnology to
form the Coalition for Responsible Genetics Research and the Coalition
for the Reproductive Rights of Workers. These merged into our
parent organization, the Committee for Responsible Genetics (later
renamed the Council for Responsible Genetics), and we launched
GeneWatch.
A technological revolution is underway in the biological
sciences, began the premier issue of November - December
1983. Private investors and corporations have invested over
$1.1 billions in biotechnology and the field is still in its infancy.
. . . Almost every week, newspaper headlines represent new and
more fantastic breakthroughs in the scientific understanding and
manipulation of genes. . . . These reports often fail to ask important
questions such as: how will the new crop varieties affect farmers
and farmworkers; what are the long term implications of human
gene therapy; and how can the public participate in decisions
regarding biotechnology? It is only through an informed public
that the course of technological change in genetics can meet the
widest social needs over many generations.
CRGs agenda thus was clear from the start, building on what
was the precipitating event that launched our two precursor coalitions,
namely, the public hearings held, in June 1976, by the Cambridge
City Council. These hearings were called in an effort to minimize
hazards resulting from the manufacture of genetically modified
microorganisms in university or commercial laboratories and their
potential escape into the community. Though these hearings have
been caricatured by some scientists, they were a premier exercise
in citizen participation in scientific decisions that affect our
lives. They resulted in the appointment of a Cambridge Experimentation
Review Board, which proposed a local ordinance to regulate potentially
hazardous experiments. Similar ordinances were adopted by other
communities and also helped to broaden public representation on
the National Institutes of Healths Recombinant DNA Advisory
Committee (RAC).
The committee of Cambridge citizens alerted the nation to keep
a vigilant eye on future genetic research. In its words, the
social and ethical implications of genetic research must receive
the broadest possible dialogue in our society including
whether all knowledge is worth pursuing, whether a particular
route to knowledge threatens our precious human liberties, and
how to ensure that decisions are arrived at democratically. CRG
was the first public interest group formed specifically around
the impact of new genetic technologies and the need for their
democratic control.
The very first issue of GeneWatch warned about genetic engineerings
potential for manufacturing new types of biological weapons and
argued that it is impossible to distinguish between research aimed
at offensive and defensive uses of such weapons. With support
from CRG, founding Board member Susan Wrights landmark book,
Preventing a Biological Arms Race, provided a framework for strengthening
the Biological Weapons Convention. CRG was also active in the
passage of federal legislation that made the prohibitions of the
biological weapons convention part of U.S. civil law.
Over the years, as efforts at genetic modification have moved
from microorganisms to plants and animals, including humans, CRGs
efforts to educate and advocate about these issues have broadened
also. Initially focused on environmental releases of genetically
manipulated microorganisms, such as the bacteria advertised to
mop up oil spills, or to protect agricultural crops against frosts,
genetic modification has become the stock in trade of the transnational
agrochemical corporations, such as Monsanto and Novartis, which
manipulate the worlds major crop plants and farm animals.
Genetic modification of crops and the concomitant rise in monopoly
control of agriculture will narrow the diversity and increase
the vulnerability of the worlds food supply.
Various genetic modifications have been touted as beneficial.
In reality, the dependency on global agribusiness threatens the
survival of small-scale and subsistence farmers. Protecting seeds
is the theme of Genetically Engineered Food: Changing the Nature
of Nature, by Martin Teitel and Kimberly Wilson, two of CRGs
former staff. This influential book was connected to CRGs
safe seed campaign, a project that supports the production and
distribution of non-GM seeds.
The Council for Responsible Genetics was the first group to address
the implications of genetic testing and screening and their potential
for discrimination initially in the workplace, but eventually
in all settings, especially those involving health and life insurance.
We are indebted to the late Tony Mazzocchi, internationally recognized
leader of the Oil Chemical and Atomic Workers Union and
the U.S. Labor Party, also a founding CRG Board member, who helped
us to understand how genetic screening can be used to stigmatize
people [see page 15]. Over the years, CRG has worked with legislators
and insurers, and with individuals who have experienced genetic
discrimination, to counter the insidious potential of genetic
testing.
Since its earliest days, CRG has raised questions about the supposed
benefits of pre-natal testing and other technologies touted to
improve birth outcomes on women, children and society. These kinds
of technologies are usually advertised as increasing womens
reproductive choice. CRG unequivocally supports womens right
to reproductive autonomy. At the same time, CRG has been keenly
aware of the problems inherent in women having to decide whether
to use technologies of questionable predictiveness. The failure
to use these technologies can make women feel responsible for
health problems that their children may encounter.
In addition, CRG, along with disability rights organizations,
has warned of the discriminatory and eugenic potential arising
from the implication that any form of disability is to be avoided
at all cost. Given the uncertainties of genetic predictions and
the range and unpredictablilty of expression of most inborn conditions,
it is far from clear that, for most women, the benefits of predictive
testing outweigh its burdens. As for the more novel or prospective
technologies, such as reproductive cloning or the introduction
of heritable genetic alterations into eggs, sperm, or embryos
that are intended to be gestated, these constitute human experimentation
of a kind that should be considered prohibited by the Nuremberg
Convention.
A critical thread running through CRGs positions and activities
has been its analysis and rebuttal of genetic reductionism
the oversimplification that represents genes as determining the
way organisms grow and function, while neglecting the extraordinarily
complex relationships between genes and environments in an organisms
development. Prominent examples of this kind of reductionism,
as applied to humans, are currently being popularized under the
name of evolutionary psychology. They are also being promoted
with overstated promises of the hypothetical benefits of gene
therapy and genetic testing, diagnosis, and prediction.
All gene-based health information is inherently ambiguous because
genes are not determinative. Moreover, most predictions have only
statistical validity.
Genetic reductionism also reveals itself in risk assessment of
genetically modified organisms, where genes are often viewed according
to the beads on a string model. This false model of
the genome has been used by corporations to lobby against testing
and labeling of GM foods. Clearly, this will remain an area of
great importance to CRG.
For two decades GeneWatch has been a leading international forum
for critical commentary and early warning signals on new applications
of genetic technologies. It has also pointed to the oppressive
social policies such applications are likely to engender. Over
the years, CRG has published articles alerting readers to:
- The abuse of human growth hormone
in normal individuals
- The rising conflicts of interest in science
- The patenting of genetic information
- The increasing dependency on toxic chemicals of genetically
modified crops
- DNA databanks that create new opportunities for infringing
on personal privacy
- Dangerous transgenic research animals such as the AIDS
mouse produced in the 1980s
- Genetic modification of human embryos.
Throughout its two decades of existence, GeneWatch
has warned that the technological fixes offered by genetic technologies
will not address the major global problems of environmental degradation,
hunger and disease. Despite the hype that accompanies news of
the latest genetic discoveries, major social needs cannot be met
without a collective, communitarian response to human needs.
Whereas CRG started as virtually the only organization publicly
and critically discussing these issues, we are now one of many.
Onward to further decades of productive social activism to ensure
that science is of the people, for the people and by the people.
***
Sheldon Krimsky, PhD, is
the Vice Chair of the CRG and Professor of Urban and Environmental
Policy at Tufts University. He served on the National Institutes
of Health Recombinant DNA Advisory Committee from 1978-1981. Ruth
Hubbard, PhD, is the Professor Emerita of Biology at Harvard
University. Each has authored numerous articles and books on the
science and politics of biotechnology.
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