Mr. Speaker, I yield myself such time as I may consume. Mr. Speaker, this debate we are having surrounding H.R. 810, the Stem Cell Research Enhancement Act, is really one of the most fundamentally important debates that this body can…
Mr. Speaker, I yield myself such time as I may consume.
Mr. Speaker, this debate we are having surrounding H.R. 810, the Stem Cell Research Enhancement Act, is really one of the most fundamentally important debates that this body can undertake. Regrettably, this discussion will only last a few hours on the floor of the House of Representatives today.
There have been no hearings on this bill or on the previous stem cell bill. H.R. 810 addresses the most fundamental, basic, ethical issue: life, and when does it begin; when should life, including human embryos, be open to experimentation and scientific research.
Those of us who believe in the sanctity of life from conception to our last breath, find the logic of the proponents of embryonic stem cell research flawed. H.R. 810 allows research and science to triumph philosophy and values.
This country seeks to be a world leader militarily, economically and scientifically, and culturally. But what about morally and ethically? What about leading the world in ethics and morals by declaring human life off limits to research and to manipulation through stem cell research? What about leading the world in ethics and morals by declaring human life from embryonic stage to old age as valued? We, as a Nation, believe that all life is precious and there is an ethical line that we as a people, as a Nation, will not cross.
We should lead by declaring that human life, even at the embryonic stage, is not open to manipulation, experimentation, or research. We cannot mask the efforts to manipulate human life under the guise of science or medical research.
You and I, each of us, we all share one thing in common: we were all embryos at one time. The embryos that were you and me were allowed to grow to become Congressmen, Congresswomen, police officers, factory workers, soldiers, government employees, lawyers, doctors, scientists. We were all embryos at one time. We were all
allowed to grow. Whether an embryo, a human life, is or is not allowed to grow, to become a unique individual, is a discussion this country really should have, a meaningful discussion, not just a few hours of debate in this Chamber.
It is my hope that families, individuals, couples and our children will have a discussion on human life and when it begins. Is an embryo life? At what point does an embryo become life? At what point does our Nation shelter life with the constitutional, legal, and governmental safeguards? Are there other ways to do promising medical and scientific research without destroying human embryos?
This is an ethical discussion I hoped would take place in the Halls of Congress, in the congressional committee rooms, in homes and workplaces all across America. Whether it is at the watercooler or in the cloakroom, these ethical and moral issues should and must be discussed as a Nation, as a people, as a culture, and as a world leader. Instead, this will only be discussed for a few hours on the House floor.
The other body has just gone through public, political, and senatorial debate on the use of a filibuster in our democracy. Because of this debate, a healthy discussion occurred in America. I, for one, do not wish to avoid the moral and ethical issues of stem cell research debate.
Yesterday in a news show, the commentator asked me why not allow stem cell research on discarded medical waste. Is that what we have come to, to viewing embryos, which if allowed to grow and divide would become human beings, being treated as medical waste? Why are proponents of H.R. 810 so adamant that we do research specifically using embryonic stem cells? According to the proponents of this legislation, these stem cells are our best hope of finding cures. They can develop into all cells of the body. They say medical science can unlock the keys to life. We can cure any disease or injury. They argue we must create life and then kill it to unlock the mysteries of life for scientific medical research.
Create and clone the building blocks of life so we can manipulate and experiment? Is that the line we wish to cross today? We will hear today about other research with adult stem cells, cord and placenta cells, bone marrow, fetal tissue, and unraveling our DNA through mapping of genome, all in the pursuit of finding medical cures for the dreaded diseases, illnesses, and injuries we all wish to cure. But where do we draw the line on medical research and say we as a Nation, we as a people will not cross that line? This question has not been adequately addressed in this legislation.
When do embryos become life? If you read the materials, after 40 hours, less than 2 days, the fertilized egg begins to divide and the embryos are checked after 40 hours. Or is it 5 days when embryos are called blastocysts? At this stage there are approximately 250 cells. Or do we allow the blastocysts to survive in a laboratory culture for up to 14 days and still not call them human life but blastocysts so they are still open to research and experimentation?
When does life become scientifically nonexistent?
I ask these questions because H.R. 810 is silent on these issues. It does not specify how long these embryos are allowed to grow before they are killed--2 days, 5 days, 14 days or more. Proponents of H.R. 810 will claim that their legislation will address the ethical manner in which this research will be conducted. Yet their legislation is silent on the ethics, other than subsection C that directs the Secretary of HHS to create guidelines within 60 days.
Two presidential bioethics advisory panels have given us differing guidance on when and how research should be conducted. If this Nation, through its elected leaders, allows embryonic stem cell research, then we as representatives of the American people should have the courage to state unequivocally where we stand and answer the ethical questions presented before us here today. As elected leaders, we should set some basic guidelines, not leave the guidelines to unelected and unnamed administrative officials.
I know many Members on both sides of the aisle, of all political philosophies, have struggled with questions of morality, questions of life and questions of faith this past week. Many of us have asked ourselves that same question, and I have concluded that this legislation is unethical and unnecessary.
H.R. 810 mandates Federal tax dollars to be used to destroy human embryos. These embryos, if allowed to live, would grow into beautiful children like the snowflake children visiting the Capitol today. They are human life. You, I and they were embryonic stem cells that were allowed to grow.
Congress should not take lightly the destruction and manipulation of human life. It is clear that the American public does not. Forty-three percent of the American public clearly opposes more Federal funding for human embryonic research. Fifty-three percent clearly support more Federal funding, according to CNN.
As I said before, this legislation has no limits as to how long the embryo can grow. The National Academy of Sciences' guidelines recommends allowing them to grow for no more than 14 days.
Again, this legislation is not necessary. Human embryonic stem cell research is completely legal today in the private sector. Embryonic stem cell research is eligible for State funding in several States, California and New Jersey, and is funded through millions of dollars in private research money, $100 million alone at Harvard University.
Since August 2001, 128 stem cell lines have been created. And still human embryonic stem cell research is funded by the Federal Government today. The National Institute of Health spent $24 million on embryonic stem cell research in fiscal year 2004, the last year that data was available. Twenty-two human embryonic stem cell lines are currently receiving Federal funding. These lines are sufficient for basic research according to the NIH director. Former Secretary of Health and Human Services Tommy Thompson has said that these lines should be exhausted first before we move any further.
Finally, embryonic stem cell research remains unproven. Not a single therapy has been developed from embryonic stem cell research. Instead of cures, embryonic stem cell research has led to tumors and deaths in animal studies. The gentleman from Florida (Mr. Weldon) has had his staff scour the medical journals for real proof of therapeutic benefit of embryonic stem cell research, but has come up empty handed. There have been zero published treatments in human patients using embryonic stem cells.
While the promise of embryonic stem cells is questionable, the promise of adult stem cell research is being realized today. Adult stem cells are being used today to save lives. Recognizing this, the National Institutes of Health spent $568 million in fiscal year 2006 on adult stem cell research. Adult stem cells are being used today in clinical trials and in clinical practice to treat 58 diseases, including Parkinson's, spinal cord injury, juvenile diabetes, brain cancer, breast cancer, lymphoma, heart damage, rheumatoid arthritis, juvenile arthritis, stroke, and sickle cell anemia.
I am pleased the House is passing legislation today, the Stem Cell Therapeutic and Research Act, to promote adult stem cell research. But we are faced now with a bill that is unethical and incomplete. H.R. 810 says nothing about human cloning, which is still perfectly legal today. I introduced legislation with the gentleman from Florida (Mr. Weldon) and Senators Brownback and Landrieu to ban all human cloning. The inevitable truth is that if we pass this bill today, the cloning of a human baby will only come sooner. There is no room for shades of gray on this issue. The, quote, therapeutic cloning that will result from this legislation will make reproductive cloning even more likely.
We should not allow the creation of life for the purpose of destroying it. That is what happens with this bill.
Let me be clear. I am committed to funding scientific research that will unlock the origins of disease and develop cures that can help my constituents. Again, 58 conditions are being treated using placental and adult stem cells, and we cannot begin to imagine the promising new treatments and drugs on the horizon. But we cannot let
science leapfrog our ethics, our morals and our legal system. This is not a partisan issue, and it is bigger than a right-to-life issue.
It is clear that adult stem cell research has opened the door to the dreams of lifesaving treatments and cures for our most deadly and debilitating diseases, but I do not believe it is time to open the door to more embryonic stem cell research and open the floodgates to human cloning.
I urge my colleagues to vote against H.R. 810.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I yield 6 minutes to the gentlewoman from Ohio (Ms. Kaptur).
Mr. Speaker, I yield 1 minute to the gentleman from Maryland.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I yield 1 minute to the gentleman from New Jersey (Mr. Smith).
Mr. Speaker, I yield 4 minutes to the gentleman from Minnesota (Mr. Oberstar).
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I yield 1 minute to the gentleman from New Jersey (Mr. Ferguson).
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I yield myself such time as I may consume.
Mr. Speaker, as this debate has gone on, and it has been a good discussion here today, I think it is worthwhile to come back to where we are on this whole issue here.
The embryonic stem cell research we are debating here today is controversial because of the means of obtaining these cells. Research involving most types of stem cells, those derived from adult tissues or the umbilical cord, is uncontroversial except, as we saw, the second issue here today is, how effective is it? Is embryonic more effective than cord? Are embryonic stem cells more effective in treating injuries and illnesses than the adult tissue stem cells?
So we sort of have a two-pronged argument here yet: How do you obtain the stem cells and, secondly, the effectiveness of adult versus embryonic stem cells.
But I think in this whole issue here, we sort of lose questions. Before we even get to those questions, I think we should look at it and say, what is the ethical consideration of the human nature, and that should be the first question we should ask, not what are the means we obtain it by, what is left over when we obtain the embryonic stem cells, or what is its effectiveness.
I think we have to look at the ethical considerations. Because cloning is one method to produce embryos for research, the ethical issues surrounding cloning are also relevant. In fact, I believe those ethical issues should really be the first question we should ask before we debate the means of obtaining, or even the effectiveness of the proposed treatment.
I would hope that life would triumph hope and the question is really before we even get into effectiveness or means, but what is the human nature consideration? That should be the first question we should answer.
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I yield 2 minutes to the gentleman from Connecticut (Mr. Shays).
Mr. Speaker, I reserve the balance of my time.
Mr. Speaker, I yield 1 minute to the gentleman from Oregon (Mr. Blumenauer).
Mr. Speaker, I yield 1 minute to the gentleman from Oregon (Mr. Wu).
(Mr. WU asked and was given permission to revise and extend his remarks.)
Mr. Speaker, I have one more speaker and then I plan on closing.
Mr. Speaker, I yield 1 minute to the gentleman from Arizona (Mr. Kolbe).
Mr. Speaker, I yield 3 minutes to the gentleman from Florida (Mr. Weldon).
Mr. Speaker, I yield myself the balance of my time.
Mr. Speaker, there has been a lot of discussion today about the quality of adult stem cells and they are not as versatile as embryonic stem cells. There are a number of things that show adult stem cells are highly versatile and just as effective if not more effective than the predicted embryonic stems.
The list of these studies is as follows:
Myth: Adult Stem Cells are Not as Versatile as Embryonic
stem cells.
Fact: A number of studies show adult stem cells are highly
Versatile.
1. Professor Alan Mackay-Sim of Griffith University in
Australia published a study showing that olfactory stem cells
could develop into heart cells, liver cells, kidney cells,
muscle cells, brain cells and nerve cells. (Murrell W et al.,
``Multipotent stem cells from adult olfactory mucosa'',
Developmental Dynamics published online 21 March 2005.)
2. Dr. Douglas Losordo at Tufts University showed that a
type of bone marrow stem cell can turn into most tissue
types, and can regenerate damaged heart. ``This discovery
represents a major breakthrough in stem-cell therapy,'' said
Dr. Douglas Losordo. ``Based on our findings we believe these
newly discovered stem-cells may have the capacity to generate
into most tissue types in the human body. This is a very
unique property that until this time has only been found in
embryonic stem cells.'' (Yoon Y-s et al., ``Clonally expanded
novel multipotent stem cells from human bone marrow
regenerate myocardium after myocardial infarction'', Journal
of Clinical Investigation 115, 326-338, Febru9ary 2005.)
3. In July 2004, research conducted in Germany, led by Dr.
Peter Wernet found a type of umbilical cord blood stem cell,
they call USSC's (unrestricted somatic stem cells), that they
showed can turn into several different cell types, including
brain, bone, cartilage, liver, heart, and blood cells. It
showed that the cells can turn into all three germ layers,
showing they are pluripotent. (Kogler G et al., ``A new human
somatic stem cell from placental cord blood with intrinsic
pluripotent differentiation potential'', J. Experimental
Medicine 200, 123-135, 19 July 2004.)
4. In June 2004, researchers showed that human bone marrow
stem cells have pluripotent potential. (D'Ippolito G et al.,
``Marrow-isolated adult multilineage inducible (MIAMI) cells,
a unique population of postnatal young and old human cells
with extensive expansion and differentiation potential'', J.
Cell Science 117, 2971-2981, 15 July 2004 (published online 1
June 2004)
5. This study shows that blood stem cells can form cells
from all 3 primary germ layers, including endothelial cells,
neuronal cells, and liver cells. (Zhao Y et al.; ``A human
peripheral blood monocyte-derived subset acts as pluripotent
stem cells''; Proceedings of the National Academy of Sciences
USA 100, 2426-2431; 4 March 2003)
6. Researchers found bone marrow stem cells in females that
received transplants from male donors. Researchers found the
Y chromosome in the brain, showing that bone marrow stem
cells generated neurons. (Mezey E et al.; ``Transplanted bone
marrow generates new neurons in human brains''; Proceedings
of the National Academy of Sciences USA 100, 1364-1369; 4 Feb
2003)
7. Another group of researchers showed that bone marrow
stem cells can form all body tissues. (Jiang Y et al.;
``Pluripotency of mesenchymal stem cells derived from adult
marrow''; Nature 418, 41-49; 4 July 2002)
8. In 2002, Catherine Verfaille has turned these bone
marrow stem cells into skin, brain, lungs, heart, retina,
muscle, intestines, kidney and spleen. University of
Minnesota researchers found a certain type of bone marrow
stem cell (called a multipotent adult progenitor cells
(MAPCs)) that could be turned into the three primary germ
layers (endoderm, ectoderm, ectoderm and mesoderm). (Nature
advance online publication, 23 June 2002 (doi: 10.1038/nature
00870)
9. A single adult mouse bone marrow stem cell can form
functional marrow, blood cells, liver, lung, gastrointestinal
tract, skin, heart and skeletal muscle according to
researchers Dr. Neil Theise of NY Univ. School of Medicine
and Dr. Diane Krause of Yale Univ. School of Medicine (Krause
DS et al.; ``Multi-Organ, Multi-Lineage Engraftment by a
Single Bone Marrow-Derived Stem Cell''; Cell 105, 369-377; 4
May 2001)
Mr. Speaker, we have heard a lot of arguments. In fact, we just heard again that in fact we throw these cells away when we are done. We do not want them. There is nothing we can do with them so we should use them for medical research or else it will just be medical waste.
I must ask again, is that what we have come to as a Nation that in viewing embryos, that if allowed to grow
and divide could become human beings but we will just treat them as human waste?
The proponents of H.R. 810 are so adamant that we do research specifically using embryonic stem cells. And why embryonic stem cells? Because they are the best hope according to proponents of finding cures. They say medical science can unlock these keys to life. We can cure any illness, any disease, or any injury.
The proponents argue we must create life, the embryo, and then destroy the embryo through research to unlock the mysteries of life; create and clone the building blocks of life so we can manipulate and experiment. I believe as a country and as a culture that is a line we should not cross.
We heard today about other research with adult stem cells, cord, placenta, bone marrow, fetal tissue, and how about unraveling our DNA through the mapping of the genome, all in the pursuit of finding medical cures.
But where do we draw a line on medical research and say we as a Nation, as a people, will not cross that line? This question has not been adequately addressed in this legislation.
When do embryos become life? We have heard all kinds of figures today. After 40 hours? That is less than 2 days after fertilization when we are able to check embryos for division and fertilization. Or is it 5 days when the embryos may be called blastocysts? At this stage, they are approximately 250 cells. Or do we allow the blastocysts to survive in the laboratory culture for up to 14 days and still then not call them human life, but blastocysts so they are open to experiment and research?
When does life become scientifically non-existent? That is the question as elected representatives we have not yet answered. H.R. 810 does not answer that. Vote ``no'' on H.R. 810.