Broker, Thomas

Scope and Content From the Collection: The Dr. Matthew Meselson Collection is composed of two record groups: Professional Materials and Chemical and Biological Warfare Materials.Materials in Record Group I were accrued by Dr. Matthew Meselson during his doctorate work at the California Institute of Technology from 1953-1957 under Linus Pauling, his tenure as an Assistant Professor at Caltech, his work with Franklin Stahl in 1955-1957 demonstrating self-replication of DNA, and his tenure as a Professor at Harvard...

Scope and Contents From the Series: Extensive collection consisting of over 2,000 offprints and reprints, mostly signed by James Watson (some annotated), some inscribed and signed by various scientific authors. Also included are galley proofs, and photocopies of research papers written by scientists, including James Watson, Sydney Brenner, Max Delbruck, Rosalind Franklin, Al Hershey, Linus Pauling and Max Perutz. The material includes a number of papers by his students and colleagues at Harvard,...

Scope and Contents From the Series: Extensive collection consisting of over 2,000 offprints and reprints, mostly signed by James Watson (some annotated), some inscribed and signed by various scientific authors. Also included are galley proofs, and photocopies of research papers written by scientists, including James Watson, Sydney Brenner, Max Delbruck, Rosalind Franklin, Al Hershey, Linus Pauling and Max Perutz. The material includes a number of papers by his students and colleagues at Harvard,...

Scope and Contents From the Series: Extensive collection consisting of over 2,000 offprints and reprints, mostly signed by James Watson (some annotated), some inscribed and signed by various scientific authors. Also included are galley proofs, and photocopies of research papers written by scientists, including James Watson, Sydney Brenner, Max Delbruck, Rosalind Franklin, Al Hershey, Linus Pauling and Max Perutz. The material includes a number of papers by his students and colleagues at Harvard,...

Scope and Contents Cervical cancer remains a major neoplastic cause of death among women worldwide. Identification of its cause would thereby present a major step toward understanding and potentially controlling this important neoplastic disease. Recent advances in molecular virology, in combination with ongoing epidemiological approaches, now seem to make this goal highly feasible. It was thus felt that bringing together the virological, epidemiological, and clinical communities concerned could be...