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(The following is an excerpt from
an article that ran in Hematology
Magazine by the Blood Center’s Jose
Lopez.)
In September of 2009, hematology
lost one of its legends, Eloise R.
Giblett. Dr. Giblett was a native
and life-long resident of the Pacific
Northwest and spent her entire
career at Puget Sound Blood Center
in Seattle and affiliated with the
University of Washington.

In 1955 she was hired as the Associate
Director of the King County
Blood Bank (now Puget Sound
Blood Center) and was appointed
Clinical Associate in Medicine at the
University of Washington. She spent
her entire career with the Blood
Center, and it was there that she
made her major scientific contributions.
Her interest in blood groups
blossomed into a broader interest
in genetic markers in human blood,
which included not only markers
found on red blood cells, but also
those found on other blood cells
and in the plasma. This work led to
her identification of several blood
group antigens. In the process, she
provided scientific evidence to refute
the then common practice of segregating
collected units of blood on
the basis of the race of the donor
(usually as white vs. non-white).
This interest also led her to write a
book, published in 1969 and appropriately
entitled, “Genetic Markers
in Human Blood.” This book was
met with universal praise, and it
remained a standard on the topic for
several years after its publication.
These seminal discoveries, and many
others, led to Dr. Giblett’s election
into the National Academy of
Sciences in 1980. This honor came
just one year after she was named
Director of the Puget Sound Blood
Center, an administrative move
that led her to close her laboratory.
She served as Director until her
retirement in 1987. Her tenure as
Director was extremely eventful, in
particular because it spanned the
period when AIDS was first recognized
as a disease and evidence
emerged that it could be transmitted
by blood transfusion. She often
mentioned her consternation at the
realization that the life-saving act
of blood transfusion, a procedure
to which she had devoted much of
her career to make safer, could also
transmit this deadly disease.
In retirement, Dr. Giblett devoted a
great deal of time to her first love,
music. She also remained a staunch
supporter of the Puget Sound Blood
Center, in particular its research
program.
She will be greatly missed.
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