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B U L L E T I N Taft Portrait of a Graduate - The Taft School

B U L L E T I N Taft Portrait of a Graduate - The Taft School

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PETER FINGER<br />

ALUMNI SPOTLIGHT<br />

Alumni Citation <strong>of</strong> Merit Awarded to Dr. Alfred G. Gilman ’58<br />

This year’s esteemed Alumni<br />

Citation <strong>of</strong> Merit was awarded<br />

to Nobel Laureate Dr. Alfred<br />

G. Gilman ’58 who serves as<br />

pr<strong>of</strong>essor and chairman <strong>of</strong> pharmacology<br />

at the University <strong>of</strong><br />

Texas Southwestern Medical<br />

Center at Dallas. Dr. Gilman is<br />

their Regental Pr<strong>of</strong>essor and<br />

holds the Raymond and Ellen<br />

Willie Distinguished Chair in<br />

Molecular Neuropharmacology.<br />

In 1994 he was awarded the<br />

Nobel Prize in medicine, along<br />

with co-winner <strong>of</strong> the $930,000<br />

prize Martin Rodbell, for the<br />

discovery <strong>of</strong> G proteins and<br />

their role in signal transduction<br />

in cells. Understanding the<br />

“wiring diagram” <strong>of</strong> a molecule’s<br />

“switchboard” is key in enabling<br />

drugs to work most effectively.<br />

G proteins were discovered in<br />

1980 by Gilman and other<br />

colleagues who have continued to pursue<br />

research on the critical role these<br />

play within cells. Since that time, they<br />

have worked to form an alliance that<br />

will foster sharing <strong>of</strong> research on cell<br />

signaling, creating a database by which<br />

a “virtual cell” might be constructed.<br />

Gilman now serves as director <strong>of</strong> the<br />

Alliance for Cellular Signaling.<br />

In a 2001 issue <strong>of</strong> Molecular Intervention,<br />

Gilman stated <strong>of</strong> the Alliance<br />

and its research, “Our goal<br />

is to generate data—to identify<br />

pieces <strong>of</strong> the signaling ‘puzzle,’<br />

and then see how the pieces fit<br />

together…What we will primarily<br />

<strong>of</strong>fer to the community is free<br />

access to our data and insights<br />

into how signaling systems are<br />

built and organized.” <strong>The</strong>ir findings<br />

will be put in the public<br />

domain through the Internet.<br />

In a 1995 Bulletin interview<br />

Gilman said, “<strong>Taft</strong> taught me<br />

how to study, but more importantly,<br />

<strong>Taft</strong> taught me how to<br />

think, [and] how to go on learning<br />

for the rest <strong>of</strong> my life. <strong>The</strong><br />

foundation I got there has carried<br />

me through until now.”<br />

Gilman has received numerous<br />

pr<strong>of</strong>essional awards<br />

including the Albert Lasker<br />

Award for Basic Medical Research<br />

in 1989, the Richard Lounsbery<br />

Award in 1989, and the John J. Abel<br />

Award in Pharmacology in 1975. In addition,<br />

he has authored over 100<br />

scientific papers for pr<strong>of</strong>essional journals.<br />

<strong>The</strong> 2003 Alumni Citation <strong>of</strong> Merit States:<br />

Alfred Gilman, humanitarian and renowned<br />

leader in the scientific<br />

community, your life’s singular quest<br />

to understand and unravel the secrets<br />

<strong>of</strong> nature for the benefit <strong>of</strong> mankind<br />

was forged at <strong>Taft</strong> where, as a cum<br />

laude society inductee and recipient<br />

<strong>of</strong> the Rensselaer Alumni Medal for<br />

excellence in mathematics and science,<br />

you “learned how to learn.”<br />

Earning your bachelor’s degree in Biochemistry<br />

from Yale University and<br />

doctorates <strong>of</strong> Medicine and Pharmacology<br />

from Case Western Reserve<br />

University, you applied your knowledge<br />

in pursuit <strong>of</strong> unlocking the<br />

mysteries <strong>of</strong> genetics and biochemistry<br />

as Assistant Pr<strong>of</strong>essor <strong>of</strong> Pharmacology<br />

at the University <strong>of</strong> Virginia. But it was<br />

during your tenure as Chair <strong>of</strong> the<br />

Department <strong>of</strong> Pharmacology at the<br />

University <strong>of</strong> Texas Southwestern Medical<br />

Center that the culmination <strong>of</strong> your<br />

prodigious contribution to science was<br />

noted. Hailed for your landmark discovery<br />

<strong>of</strong> the G-Protein component <strong>of</strong> basic<br />

cellular function and communication,<br />

you were recognized as a 1994 Nobel<br />

Laureate in Physiology or Medicine.<br />

Uncompromising and impassioned in<br />

your commitment to excellence, innovative<br />

and principled in your research,<br />

humble and unselfish in your eagerness<br />

to share your success, your<br />

seminal work has been transformational,<br />

engendering hope, inspiration,<br />

and enrichment across the globe.<br />

Alfred Gilman, you have lived a life<br />

<strong>of</strong> purpose and achievement always<br />

dedicated to upholding and preserving<br />

your Alma Mater’s most cherished<br />

ideal: non ut sibi ministretur sed ut<br />

ministret. You have gracefully held<br />

al<strong>of</strong>t the torch lighted by our Founder,<br />

and it is with the greatest pride, respect,<br />

and admiration that we bestow<br />

upon you <strong>Taft</strong>’s highest honor, the<br />

Alumni Citation <strong>of</strong> Merit.<br />

<strong>Taft</strong> Bulletin Summer 2003<br />

7

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