Chris Wang

Chris Wang serves as Associate Professor of Biology and Chair of Sciences at Ambrose University since Fall 2017. His research investigates stem cell proliferation-differentiation balance using Caenorhabditis elegans germ line and human tissue culture models, focusing on molecular regulators like the GLP-1/Notch pathway and teg-1 gene.

His educational background includes:

• PhD from University of Calgary
• MSc from University of Calgary
• BSc from University of Lethbridge

Dr. Wang's research centers on molecular mechanisms governing stem cell fate decisions. His lab identifies key regulators such as TEG-1/CD2BP2 in microRNA-mediated control of germline development, with implications for tumor formation and developmental defects. Current work explores how TEG-1 maintains microRNA-induced silencing complex stability.

Recent publications (2017-2021) reveal consistent focus on C. elegans germ line development, Notch signaling, and RNA processing. Key themes include tumor suppression via Derlin proteins, posttranscriptional regulation of meiosis, and proteasome-mediated control of chromodomain proteins, demonstrating interdisciplinary integration of genetics and molecular biology.

Dr. Wang actively mentors students in laboratory research, as evidenced by co-authorships on conference presentations about RACK-1, VIG-1, and MRG-1 roles in germline stem cells. His teaching portfolio includes Cellular and Molecular Biology, Molecular Genetics, and Cancer Biology courses using team-based learning approaches.

His research laboratory employs forward/reverse genetics in C. elegans to dissect conserved pathways regulating stem cell behavior. Current projects investigate TEG-1's dual roles in splicing factor interactions and microRNA abundance control, with collaborations extending to University of Calgary researchers.