Gene Wong, Dean, School of Arts & Sciences
School of Arts & Sciences
Office Location: School of Business and The Science Center
Office Number: 221
Office Hours: E-mail for an Appointment
BIO 320 - Cell and Molecular Biology and Lab
A study of the cellular and molecular components associated with cell structure, cell function, and cell regulation in prokaryotic and eukaryotic cells. Mechanisms including bioenergetics, cell signaling, cell cycle, development, and gene expression will be emphasized. Key experiments in various aspects of the field will be explored. Class, three hours per week, (3 cr. lecture). Must be registered for lecture and lab sections.
Prerequisites & Notes
BIO 102 or BIO 130 or BIO 201 or CHE 105.
LST 100 - Seminar in Academic Inquiry
Students will be introduced to inquiry based learning skills that will provide the foundation to their four years of study at Endicott College. Students will learn the process of investigating an issue by reflecting upon, forming, and defending a position.
Dr. Wong is one of the executive members of the National Office of Phi Sigma Biological Sciences Honor Society, which is now based out of Endicott College.
Gene Wong joined the School of Arts and Sciences in Fall 2011 as the Dean and Professor of Biology. From the Department of Biological Sciences at The University of Calgary, he earned a B.Sc. and a M.Sc. in Zoology, and holds a Ph.D. in Anatomy and Cell Biology from the Faculty of Medicine at the University of Alberta. Dr. Wong was an Assistant Professor at Eastern Illinois University, and then an Associate Professor at Quinnipiac University, eventually becoming the Director of the Molecular Cell Biology graduate program, and Chair of the Pre-Health Professions Committee where he established the university-wide Pre-Medical Studies Program with the cooperation of the new School of Medicine.
He has involved the use of technology in his teaching, including using student remote response systems and iTunes U that allows students to download pre-recorded lectures synchronized to a PowerPoint presentation for review at any time.
His research involves actin cytoskeletal dynamics using sea urchin eggs as a model system, and the behavior of planaria.
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