Preserving and promoting the history of molecular biology.
LocationCollection JDW: James D. Watson Collection (1870-2012)Section JDW/2: Personal Papers (1895-2012)Series JDW/2/2: Correspondence (1908-2011)Item JDW/2/2/2115: July - December 1987 (1987)
Tags: Gellert, Martin~ Ikeda, Hideo~ Manuscripts as Topic~ Peer Review~ Watson, James D., 1928-
LocationCollection JDW: James D. Watson Collection (1870-2012)Section JDW/2: Personal Papers (1895-2012)Series JDW/2/2: Correspondence (1908-2011)Item JDW/2/2/2110: July - September 1985 (1985)
LocationCollection SB: Sydney Brenner Collection (1927-2010)Series SB/1: Correspondence (1946-2009)Subseries SB/1/1: Personal Correspondence (1946-2007)Item SB/1/1/223: Gellert, Martin (1962)
Tags: Bacteriophages~ Brenner, Sydney~ Collaboration~ Gellert, Martin~ Travel
Tags: Brenner, Sydney~ Employment~ Gellert, Martin
Tags: Brenner, Sydney~ Employment~ Gellert, Martin~ Job Application~ Medical Research Council (Great Britain)
LocationCollection SB: Sydney Brenner Collection (1927-2010)Series SB/1: Correspondence (1946-2009)Subseries SB/1/1: Personal Correspondence (1946-2007)
LocationCollection SB: Sydney Brenner Collection (1927-2010)Series SB/1: Correspondence (1946-2009)Subseries SB/1/1: Personal Correspondence (1946-2007)Item SB/1/1/39: Baltimore, David (1984-2005)
Tags: Awards and Prizes~ Brenner, Sydney~ Gellert, Martin~ National Academy of Sciences (U.S.)
LocationCollection SQB: Cold Spring Harbor Symposia on Quantitative BiologySymposia SQB/1984: Recombination at the DNA Level, LV
Tags: Gellert, Martin~ Mizuuchi, Kiyoshi~ Recombination at the DNA Level
LocationCollection SQB: Cold Spring Harbor Symposia on Quantitative BiologySymposia SQB/2000: Biological Responses to DNA Damage, LXXI
Tags: Biological Responses to DNA Damage~ DeLange, Titia~ Gellert, Martin
LocationCollection SQB: Cold Spring Harbor Symposia on Quantitative BiologySymposia SQB/1999: Signaling and Gene Expression in the Immune System, LXX
Tags: Gellert, Martin~ Signaling and Gene Expression in the Immune System