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Student Research Seminar Series presents: Alex Chung and Sam Eaton

January 12, 2017
Alex Chung, a graduate student in Leslie Parise’s lab and Sam Eaton, a graduate student Monte Willis’ lab will be presenting research seminars. Alex Chung – title of talk: “Targeting CIB1 combined with chemotherapy in triple-negative breast cancer.” Sam Eaton – title of talk: “Investigating potential therapeutics for Bag3-related Myofibrillar...

Student Research Seminar Series presents: Devon Blake and Matthew Lipner

January 5, 2017
Devon Blake, graduate student in the Der Lab, and Matthew Lipner, graduate student in the Yeh Lab, will be presenting research seminars. Title of Devon’s talk: “Targeting MYC degradation as a therapeutic approach for pancreatic cancer” Title of Matthew’s talk: “Chemotherapy-induced JNK signaling in pancreatic cancer” Come early to get...

Seminar presented by Dr. Selma Masri, University of California, Irvine

January 5, 2017
“Circadian Transcription and Metabolism: Epigenetic Control and Tumor-Dependent Rewiring”

Seminar presented by Dr. Lulu Cambronne, Oregon Health & Science University

January 5, 2017
“The Intermediary Metabolite NAD+, How Metabolism Talks to the Cell”

Seminar presented by Dr. Filippos Kottakis, Harvard Medical School

January 5, 2017
“Functions of LKB1/STK11 in Cellular Metabolism and Tumorigenesis”

Seminar presented by Dr. Nicholas Brown, St. Jude Children’s Research Hospital

January 5, 2017
“Structural Mechanisms of Cell Cycle Regulation by the Anaphase-Promoting Complex/Cyclosome”

Seminar presented by Dr. Aashish Manglik, Stanford University School of Medicine

January 5, 2017
“Structural Dynamics of Opioid Receptor Signaling”

Special Seminar with Wesley Legant, Betzig Lab, HHMI Janelia Farm Research Campus

January 3, 2017
Wesley Legant, PhD, is a research scientist in the Betzig Lab at HHMI Janelia Farm Research Center. He was instrumental in developing the Lattice Lightsheet Microscope (LLSM). Title of talk: “From cell mechanics to lightsheet microscopy: imaging forces, molecules, cells, and embryos at high spatiotemporal resolution.”