Mar 21, 20148:15 AMMSTP RevisitBelfer Educational Center for Health Sciences Room 207
Mar 24, 201410:00 AM18th Annual Julius Marmur SymposiumForchheimer Medical Science Building 3rd Fl. Lecture Hall
Tuesday, March 25, 201410:00 AM
Thesis Defense Seminar: "Characterization of Mechanisms that Contribute to the Transmigration of CD14+CD16+ Monocytes Across the Blood Brain Barrier: ...Dionna Williams
Tuesday, April 01, 201410:00 AM
Thesis Seminar: Effect of blockage of chaperone-mediated autohagy in vivoJaime L. Schneider
Wednesday, April 02, 201410:00 AM
Thesis Defense Seminar: "Dopamine mediates mature monocyte migration in the context of HIV neuropathogenesis and substance abuse"Jacqueline Coley
Monday, March 24, 2014
Michelle W. Antoine - “Impacts of inner ear dysfunction on brain activity and behavior”
Mentor: Dr. Jean Hébert
Department of Neuroscience
Adina Buxbaum - “Single beta-actin mRNA detection in neurons reveals a mechanism for regulating its translatability”
Mentor: Dr. Robert H. Singer
Department of Anatomy & Structural Biology
Carlyn Patterson - “Effects of adaptation in the visual motion processing hierarchy”
Mentor: Dr. Adam Kohn
Department of Neuroscience
Julius Marmur is remembered today as one of the founding fathers of molecular biology and for his enthusiasm and dedication to education.
He developed the first method to isolate highly purified and high quality DNA. He was involved in the definitive experiments demonstrating the hybridization of DNA strands and the physical characteristics of DNA annealing. His lifelong commitments to DNA structure, yeast genetics and graduate education are celebrated annually by the Marmur Research Awards. Julius Marmur was a member of the Einstein faculty for thirty-three years.
Born in Poland and educated in Canada, Dr. Marmur moved from McGill University in Canada, to Iowa State, followed by short stays at the NIH, Rockefeller University and the Pasteur Institute in Paris. At Harvard, he collaborated with Paul Doty and Carl L. Schildkraut (currently Professor of Cell Biology here at Einstein) to generate technologies to manipulate and study DNA structure and function. The techniques that Marmur developed emerged as some of the most powerful methods for the study of modern microbial genetics. He and his colleagues developed the cesium chloride gradient method to separate small circular DNAs from genomic DNA. He defined the characteristics of DNA strand separation, renaturation and hybridization. After Harvard, he moved to Brandeis and then to Einstein, as a Professor in the Departments of Biochemistry and Genetics. At Einstein, he pioneered the use of yeast as an organism for genetic and biochemical studies.
Julius Marmur had many additional responsibilities, professional, civic and personal. He was an enthusiastic and dedicated teacher, with a deep concern for the welfare and education of his students. He was always available to help students with scientific problems. He would have been particularly pleased to see his name associated with a prize for the most promising young scientists at the Graduate School to which he dedicated so much of his life.