Dram Seminars - Past
DRAM Seminar 12/7/2017
Bilyana Koleva; Beuning Lab, Northeastern University. Engineering stability in the E. coli beta clamp
Vladimir Seplyrskiy; Sunyaev Lab, Harvard Medical School. Bypass of DNA lesions during lagging strand replication is a common source of germline and cancer mutation
DRAM Seminar 11/16/2017
Edward J. Brignole; Drennan Lab, MIT. 3.3-Å resolution cryo-EM structure of human ribonucleotide reductase with substrate and allosteric regulators bound
Dan Semlow; Walter Lab, Harvard Medical School. Pathway choice during DNA interstrandcross-link repair
DRAM Seminar 10/5/2017
Lizzie Ngo; Samson/Engelward Lab, MIT. High-throughput platform for detection of DNA adducts induced by metabolic activation of xenobiotics
Ryan Mcginty; Mirkin Lab, Tufts University. Nanopore sequencing of complex genomic rearrangements in yeast reveals mechanism of repeat-mediated double-strand break repair
DRAM Seminar 5/11/2017
Carly Ching; Godoy Lab, Northeastern University. Investigation Into the Regulation of RecA in Acinetobacter Baumannii
Nick Panzarino; Cantor Lab, U. Mass Medical. Understanding Acquired Cisplatin Resistance in BrCA2 Mutant Cancer
DRAM Seminar 4/13/2017
Beatrice Rondinelli; D’Andrea Lab, Harvard University. The Role of Chromatin Modifiers on Fork Stability and Drug Resistance
Gajendradhar Dwivedi; Haber Lab, Brandeis University. Frequent Mutations Arising During Repair of a DNA Double Strand Break
DRAM Seminar 3/9/2017
Bert van de Kooji; Yaffe Lab, MIT. Understanding DSB-Repair Pathway Choice and Fidelity
Tommy Tashjian; Godoy Lab, Northeastern University. A Stable Conformational Change of E. coli DNA Polymerase IV After Interaction with RecA Regulates Activity
DRAM Seminar 2/16/2017
Lizzie Ngo; Engleward Lab, MIT. High-throughput platform for detecton of DNA adducts induced by metabolic activation of xenobiotics.
Gonen Memisoglu; Haber Lab, Brandeis University. DNA damage checkpoint regulation in yeast.
DRAM Seminar 1/19/2017
Simran Kaushal; Freudenrich Lab, Tufts University. Molecular Basis of Common Fragile Site Fragility in Yeast
Anne Bothmer; Scientist, Editas. DNA Repair Pathways Involved in the Repair of CRISPR/Cas9 Mediated Cuts