Mr. Speaker, I yield myself such time as I may consume. It is my singular honor to stand before the House today to support H.R. 1154, a bill that Mr. Green is the lead author of, which he has coauthored with Mr. Burgess and I and other…
Mr. Speaker, I yield myself such time as I may consume.
It is my singular honor to stand before the House today to support H.R. 1154, a bill that Mr. Green is the lead author of, which he has coauthored with Mr. Burgess and I and other members of the Texas delegation, which Senator Hutchison has carried in the Senate, to award the Congressional Gold Medal to Dr. Michael DeBakey.
Al Green and I are proud to represent the Texas Medical Center in Houston, the largest assembly of medical institutions and hospitals, learning facilities in the world, and certainly the greatest collection of medical talent, human talent in the entire world. And Dr. Michael DeBakey has had an impact on medicine based out of the Texas Medical Center that just simply cannot be overstated. And my friend Al Green has spoken so eloquently and so well of many of Dr. DeBakey's accomplishments. I could not agree more that if the Congressional Gold Medal did not exist, it certainly should be created just for Dr. Michael DeBakey.
He is an educator, surgeon, innovator. As Mr. Green has said, Dr. DeBakey comes from Louisiana, the oldest of five children. He was born in 1908. And it is important for people listening to know that this great good man is 99 years old, in great good health, is still active, and is, I hope, watching this afternoon.
He received both his bachelor's, his master's, and his medical degrees all from Tulane University in New Orleans and completed his internship at the Charity Hospital and his residency at the University of Strasbourg, France and Heidelberg, Germany.
At the age of 23, and still a medical student, he reported a major invention, the roller pump for blood transfusions, which later became a major component of the heart-lung machine used in the first successful open heart operation. And while Dr. DeBakey was still a resident in surgery, he invented a blood transfusion needle, suture scissors, and a colostomy clamp while still a student. He is also credited with inventing and perfecting countless other medical devices, techniques, and procedures that have saved untold number of lives and led to healthy hearts for millions of people throughout the world. The man is truly a pioneer in ways that I think most people may or may not know. He is a modest good man, and I just can't tell you how proud I am to be here and to be a part of this tonight.
When he returned to the United States in 1937, after completing his European studies, Dr. DeBakey accepted a position on the faculty of Tulane University's School of Medicine Department of Surgery. And although he had already achieved a national reputation as an authority on vascular disease and had a promising career as a surgeon and teacher, Dr. DeBakey volunteered for medical service during World War II, joined the Surgeon General's staff, and rose to the rank of colonel and chief of the surgical consultant's division.
His firsthand knowledge led Dr. DeBakey to make a number of recommendations to properly stage the management of war wounds, which led to the development of the MASH units that we are all so familiar with because of the television show, and today the survival rate of soldiers in the field is remarkable. If they are injured or wounded in combat and defense of this Nation, the surgical attention they get from those mobile army surgical hospitals is a direct result of Dr. DeBakey's work in World War II. And for this contribution, Dr. DeBakey earned the Legion of Merit in 1945.
After World War II, Dr. DeBakey recommended the creation of specialized medical centers in different parts of the United States to treat wounded military personnel returning from the war; and from this recommendation, Dr. DeBakey's ideas led to the creation
of the Veterans Affairs Medical Center System. He also proposed a systematic follow-up of veterans, as he had done so with soldiers in the field, which led to the establishment of the Commission on Veterans Medical Problems of the National Research Council and an extensive VA Medical Center Research program. And in 2003, in honor of Dr. DeBakey's accomplishments, with the help of my friend Al Green and Sheila Jackson-Lee and other members of the Houston delegation, the Department of Veterans Affairs Medical Center in Houston, Texas, was renamed the Michael DeBakey Veterans Affairs Medical Center.
In 1948, Dr. DeBakey moved to Houston and started at the Methodist Hospital in Baylor College of Medicine in the Texas Medical Center. Shortly after he arrived, he secured commitments to improve the institutions and quickly developed the first surgical residency program in the city of Houston. Guided by his vision, Baylor College of Medicine is today one of the most respected health science centers in the Nation and in the world.
In 1969, as Al mentioned, Dr. DeBakey was elected the first president of the Baylor College of Medicine, and today he is chancellor emeritus of the Baylor College of Medicine. Dr. DeBakey has been crucial to the growth of the Methodist Hospital in the Texas Medical Center.
At Methodist, Dr. DeBakey performed many of his groundbreaking surgeries, including the first removal of a carotid artery blockage in 1950.
Today Dr. DeBakey is a senior attending surgeon at the Methodist Hospital.
Convinced that there must be a way to improve existing methods of vascular surgery, Dr. DeBakey went out on his own and purchased fabric from a Houston area fabric store, using a craft he had learned from his mother as a child, Dr. DeBakey created the first Dacron prosthetic artery on his wife's sewing machine. Intensive studies and testing followed, and with the collaboration of a research associate from the Philadelphia College of Textiles and Sciences, a knitting machine was developed that produced the first seamless artificial artery in history called Dacron tubes.
In 1953, Dr. DeBakey performed the first successful procedures to treat patients who suffered aneurysms leading to severe strokes. He later developed a series of innovative surgical techniques for the treatment of aneurysms enabling thousands of lives to be saved in the years ahead.
During Dr. DeBakey's tenure as a member of the Task Force on Medical Services of the Hoover Commission, he initiated the concept and led the movement to establish a national facility for valuable and historical medical papers and artifacts. His efforts led to the dedication on June 12, 1959, of the National Library of Medicine housed at the National Institutes of Health. Today the National Library of Medicine is the world's largest and most prestigious repository of medical archives.
In 1964, President Johnson appointed Dr. DeBakey to the position of chairman of the President's Commission on Heart Disease, Cancer and Stroke, which led to the creation of the Regional Medical Programs established ``to encourage and assist in the establishment of regional cooperative arrangements among medical schools, research institutions and hospitals for research and training.''
In 1964, Dr. DeBakey also triggered the most explosive era in modern cardiac surgery when he performed the first successful coronary bypass in history. That's an extraordinary achievement, and everyone should focus on that. Dr. DeBakey was, once again, paving the way for surgeons worldwide to offer hope to thousands of patients who might otherwise succumb to heart disease.
Two years later, Dr. DeBakey made medical history again when he was the first to use, successfully, a partial artificial heart to solve the problems of a patient who could not be weaned from a heart-lung machine following open heart surgery.
And in the mid-1960s, Dr. DeBakey pioneered the field of telemedicine with the first demonstration of open heart surgery to be transmitted overseas by satellite, a technique that is today used extensively in Iraq. When soldiers in the field are injured and brought into the hospital and they need medical care, physicians in the Texas Medical Center, which Al Green and I are so proud to represent, are able to view those procedures live via satellite, of the x-rays, of the CAT scans and the procedure itself being done in Iraq. A doctor sitting in Houston, Texas is able to help observe and offer advice on that procedure to help save those soldiers' lives. And that technique was first pioneered by Dr. DeBakey back in the mid-1960s.
In 1968, Dr. DeBakey supervised the first successful multi-organ transplant where a heart, both kidneys and a lung were transplanted from a single donor to four separate recipients. In 1968.
In 1969, President Johnson bestowed on Dr. DeBakey the Presidential Medal of Freedom with Distinction.
Dr. DeBakey has always focused on education and bringing young people into the field of medicine and strengthening and expanding the reach of our medical schools. And in 1962, he supported an educational outreach program that led to the creation of Houston High School for Health Professions, now recognized as one of the best high schools of its kind in the United States. And in 1996, Houston's High School for Health Professions was renamed the Michael E. DeBakey High School for Health Professions in honor of this great, good man.
And he was recognized by President Reagan in 1985 with the National Medal of Science.
In 1999, Time Magazine chose Dr. DeBakey as one of the 100 Great Americans of the 20th Century and honored him for his pioneering work and innovation in cardiovascular surgery and the artificial heart.
Dr. DeBakey continues his pioneering research today. Working with NASA engineers, he refined existing technology to create the DeBakey ventricular assist device for patients with dying hearts. This device is one tenth the size of current versions and restores the cardiac output of a heart to normal function in order to relieve the patient's failing heart and could eventually eliminate the need for heart transplant in some patients. And, in fact, the technology that Dr. DeBakey was able to develop for the ventricular assist device is very similar to and helped NASA in developing the fuel pumps for the space shuttle, which to this day the space shuttle fuel pumps on those engines are able to move more fuel, more fluid more rapidly than any other pump ever invented. And Dr. DeBakey's work was a key part of that.
I have a particular soft part in my heart. As a member of the Appropriations Committee, I do my best to avoid spending money. The starting answer is no, unless it's medical or scientific research. And when it comes to medical or scientific research, that's our Nation's insurance policy and the investment that we make. And the research that's done at the Texas Medical Center, other medical institutions around the country and in scientific research and in the space program is truly a part of our national insurance policy. And the research work that Dr. DeBakey has done with NASA has truly led to saving lives and improved technological spin-offs in many other areas as well.
In 1999, Dr. DeBakey was one of eight individuals chosen to commemorate the United Nations' International Day for Tolerance and received the prestigious U.N. Lifetime Achievement Award.
In 2000, Dr. DeBakey was recognized by the Library of Congress, which designated him a Living Legend.
Throughout his many years of public service, Dr. DeBakey has been awarded over 50 honorary degrees from colleges, universities and medical schools worldwide, as well as numerous awards from educational institutions, professional and civic organizations and governments worldwide.
I want to again, Mr. Speaker, say thank you to my colleagues, Representative Al Green and Representative Michael Burgess, for bringing this bill to the House floor, and a special thank you to Chairman Barney Frank for expediting its approval through the Financial Services Committee.
I could not agree more with my friend, Al Green. There is no better
way to express the merit of this good man, that if the Congressional Gold Medal did not exist, it truly would need to be invented for Dr. DeBakey. With his extraordinary achievements, his contributions to mankind, to improving the lives and health of not only the people of the United States but of the world, I am proud to join my friend, Al Green, in urging the House to support and pass H.R. 1154 to award the Congressional Gold Medal to Dr. Michael Ellis DeBakey.
Mr. Speaker, I am pleased that we have been joined by the other lead author of this bill, my colleague and good friend from Dallas, Dr. Michael Burgess. And I would like, if I could, at this time to yield time to Dr. Burgess.
Mr. Speaker, I yield back the balance of my time.