|
Welcome to the National Society of Black Engineer's Black History Month blog on CR4! All through February we will feature a black inventor, scientist, or engineer every day. We hope you enjoy this, learn, and share with your friends!
Charles
Richard Drew was a Black physician and medical researcher most remembered for
his pioneering work in the development of viable blood transfusions. Born in
1904 to Richard and Nora Drew in Washington D.C., the work of Charles Drew
would eventually come to have worldwide impact.
Despite
an early interest in education and medicine, Drew was also a talented athlete.
He played a variety of sports in high school and college, captaining the track
team and starring as the halfback on his collegiate football team. After
graduation from Amherst College, he took a position as both biology teacher and
Athletic Director at Morgan State University in Baltimore, MD. In 1928 Drew
pursued his interest in medicine with enrollment at McGill University in
Montreal, Canada. He graduated second in his class of 127 in 1933 with Master
of Surgery and Doctor of Medicine degrees. Following his return to the United
States two years later, Drew began work as an instructor of pathology at Howard
University, also serving as a resident at the Freedmen's Hospital, where he was
awarded the Rockefeller Foundation Research Fellowship.
Charles
Drew would later spend two years at Columbia University in New York, where he
attended classes and became involved in research on blood and blood
transfusions. He wrote his doctoral thesis on "Banked Blood," where he
described a technique he developed for the long-term preservation of blood
plasma. Prior to his work, blood for transfusions could only be stored for a
day or two due to the rapid breakdown in red blood cells. Drew discovered that
by separating the blood into blood plasma (the liquid part of blood) and red
blood cells and freezing each, the results could be combined up to a week later
for a successful transfusion. He also discovered that though blood type could
prevent viable transfusion from one donor to another, plasma was universal for
all individuals and could thus be administered to any patient regardless of
donor.
In
late 1940 Drew was called in to direct the Blood Transfusion Association for
New York City, the US affiliate of the Blood for Britain project, an
institution designed to facilitate the collection, testing, and distribution of
blood plasma for soldiers and civilians in Britain. While there, Drew developed
the model for providing a central location for blood collection, and instituted
a system of contaminant testing and procedural rigor to ensure the safety of
all blood used for the program. Blood for Britain operated successfully for
five months, during which time the program saved thousands of lives for the
Allied Forces. Drew would later be named a project director for the American
Red Cross, but resigned that post when the US War Department mandated that
blood taken from White donors should be segregated from that of Black donors.
Charles
Drew returned to Howard University in 1942 and headed its Department of
Surgery, and also served as Chief of Surgery at Freedmen's Hospital. He was
later named Chief of Staff and Medical Director for the hospital. Charles Drew
died on April 1, 1950, when the automobile he was driving went out of control
and turned over three times. While the other three doctors riding with him suffered
minor injuries, Drew sustained severe leg injuries and was in shock by the time
emergency personnel arrived on the scene. Contrary to popular legend, Drew was
not denied care by an all-White hospital; he and the other Black physicians
with him were cared for on arrival. Drew's injuries were severe, however, and
he died soon after emergency treatment. His legacy lives on, however, in the
millions of lives his work in developing the blood plasma bank has touched. His
pioneering work has made him one of the most respected figures in modern
medicine.

--
The mission of NSBE is to increase the number of culturally responsible Black engineers who excel academically, succeed professionally, and positively impact the community.
|