Recorded: 31 May 2003
Jeff: This charming gentleman is Amar Klar.
Amar: This is my colleague Jeff Strathern. He’s the one [who] first started at Cold Spring Harbor and made room for other people like me to come join. I want him to start, because he started as a post doc with Ray Gesteland and brought in this wonderful thing about yeast genetics and molecular biology. We ganged up and got together and continued for many years and still we continue with that story and that project.
Amar Klar and Jeff Strathern worked together in the Cold Spring Harbor Yeast group from 1977 till 1984 where they made outstanding discoveries about the mechanism of mating type switching in yeast.
Amar Klar, is a leading yeast geneticist, concerned with the molecular biology of gene silencing and mating-type switching. Klar came from India to the University of Wisconsin in 1975 to receive his Ph.D. in bacteriology. From 1977 to 1984, he worked with Jeff Strathern and Jim Hicks in the Cold Spring Harbor Yeast Group studying the mechanism of mating type switching. Klar served as Director of the Delbruck laboratory from 1985 to 1988.
He left Cold Spring Harbor to join the ABL-Basic Research Program as Head of the Developmental Genetics Section. In 1999, Klar joined the National Cancer Institute Center for Cancer Research and is now a Principal Investigator in the Gene Regulation and Chromosome Biology Laboratory at NCI-CCR.
Jeffrey Strathern, a leading yeast geneticist, obtained his Ph.D. from the Molecular Biology Institute at the University of Oregon in 1977 and then moved to Cold Spring Harbor Laboratory, where he became a Senior Staff Member with the yeast genetics laboratory.
In 1984, he joined the ABL-Basic Research Program at the NCI-FCRDC. His research remains centered on aspects of gene regulation and genetic recombination as revealed by studies in yeast. In 1999, Strathern joined the Division of Basic Sciences, NCI. Strathern worked together with Amar Klar and Jim Hicks in the Cold Spring Harbor Yeast group from 1977 to 1984 where they made outstanding discoveries about the mechanism of mating type switching in yeast.