UC Irvine Dunlop School Department of Developmental & Cell …
Jun 24, 2024 · The Department of Developmental and Cell Biology seeks discoveries that foster a better understanding of biological questions such as the origins of cancer development, cell repair and regrowth and developmental disorders.
Developmental Biology Faculty – UC Irvine Dunlop School …
A team of regionally and globally recognized leaders in Developmental and Cell Biology. Our faculty is an integral part of our goal towards the understanding what causes developmental disorders and more.
Maksim Plikus – UC Irvine Dunlop School Department of …
A) What mechanism allows lineage-restricted adult cells to expand their developmental plasticity in response to wounding? B) How can embryonic-like regeneration be enhanced to achieve scarless healing of adult tissues?
People – UC Irvine Dunlop School Department of Developmental …
Department of Developmental and Cell Biology. Educating future STEM leaders and innovators takes a collaborative effort. Our faculty and staff work together to stimulate student curiosity and provide academic support.
Dae Seok Eom – UC Irvine Dunlop School Department of …
The research goal of the Eom lab is to discover the cellular and molecular mechanisms of long-range intercellular communication mediated by a novel signaling protrusion called ‘airinemes’. Mechanisms underlying morphogenesis and pattern formation are one of the most critical questions in developmental biology.
Staff – UC Irvine Dunlop School Department of Developmental
The DCB staff is here to help faculty and graduate students find what they need to be successful! The DCB Staff directory contains contact information for each department staff member.
Thomas Schilling – UC Irvine Dunlop School Department of …
Thomas Schilling, Ph.D. Zebrafish developmental genetics – Our laboratory uses genetics and molecular biology to study pattern formation in the musculoskeletal and nervous systems of early zebrafish embryos. Their rapid development and simple anatomy, together with recently developed techniques for reverse genetics and a complete genome ...
Pablo Lara-Gonzalez, Ph.D. - UC Irvine Dunlop School Department …
Using a combination of cell biology, proteomics, genetic screens, and developmental analyses we are aiming to answer three key questions: 1. What mechanisms control entry into G2 quiescence? 2. How does external signaling regulate exit from G2 quiescence? 3. How do these signals interface with the cell cycle? CONTROL OF MITOTIC FIDELITY
Olivier Cinquin – UC Irvine Dunlop School Department of …
Olivier Cinquin, Ph.D. Systems biology of cell differentiation - We follow three complementary approaches to address the regulation of cell proliferation and dif.
Qing Nie – UC Irvine Dunlop School Department of …
Distinguished Professor of Mathematics and Developmental & Cell Biology. Director, The NSF-Simons Center for Multiscale Cell Fate Research. We are interested in using novel computational tools and mathematical modeling to study complex biology systems.