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The late twentieth and early twenty-first centuries saw human genetics emerge as one of the defining scientific endeavors of the era, drawing researchers across disciplines into questions about inheritance, disease, and biological variation. David Matthew Altshuler, born on August 27, 1964, in Ithaca, came of age as a scientist during that expansive period, working as both a geneticist and an endocrinologist.

Altshuler's education took him through several demanding institutions. He attended the Commonwealth School before going on to the Massachusetts Institute of Technology, and subsequently to Harvard University and Harvard Medical School. That sequence of training moved him through institutions with deep commitments to biomedical research, positioning him at the junction of genetics and clinical medicine.

His dual occupational identity as a geneticist and endocrinologist placed him across two fields that, by the turn of the century, had become increasingly entwined. Working within that overlap, Altshuler pursued a career in American science as a citizen of the United States whose professional formation was shaped by some of the country's most rigorous educational environments. The combination of genetics and endocrinology as parallel vocations reflects the cross-disciplinary demands that have characterized biomedical inquiry in this period.

Recognition of his work came in the form of the ASHG Scientific Achievement Award. That honor, which Altshuler received over the course of his career, represents a concrete acknowledgment by peers within the field of human genetics. For a scientist whose training ran from the Commonwealth School through Harvard Medical School, and whose work spanned two distinct but related disciplines, the award marks a specific and documented point of professional recognition.

Quotes by David Altshuler

Being directed down that pathway is very helpful.
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Being directed down that pathway is very helpful.
In terms of the epidemiological risk of diabetes, this is by far the biggest finding to date.
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In terms of the epidemiological risk of diabetes, this is by far the biggest finding to date.
We know that half of individual risk of most diseases is due to inherited differences in DNA sequences. Identifying genes that contribute to health is a remarkable opportunity for biomedical research.
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We know that half of individual risk of most diseases is due to inherited differences in DNA sequences. Identifying genes that contribute to health is a remarkable opportunity for biomedical research.
Such understanding is required for researchers to develop new and much-needed approaches to prevent, diagnose and treat diseases, such as diabetes, bipolar disorder, cancer and many others.
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Such understanding is required for researchers to develop new and much-needed approaches to prevent, diagnose and treat diseases, such as diabetes, bipolar disorder, cancer and many others.