I graduated from the Department of Plant Pathology at National Taiwan
University (Taipei, Taiwan). While I received very little training there
in the area of molecular biology, I enjoyed being a "traditional
biologist" trekking in the forests to collect specimen. I came to
the US in 1984. I went to the graduate program in the Biochemistry Department
at SUNY/Buffalo where I received a PhD degree in 1989. My Ph. D. thesis
investigated the function of superoxide dismutases (SODs), which remove
highly reactive oxygen radicals, generated during the utilization of
oxygen in cells. I show that SOD is essential for cell growth when cells
are grown aerobically. Mutations in genes encoding SOD have been linked
to numerous human diseases such as the Down syndrome and Lou Gehrig's
disease. From 1989-1992, I worked as a post-doctoral fellow at Cold Spring
Harbor Lab with Michael Wigler, a pioneer in the area of oncogene study,
including that of Ras. From 1992-1994, I was promoted to Staff Associate
at Cold Spring Harbor Lab. While at the Cold Spring Harbor Lab, I started
using S. pombe to study Ras, and I was the first to show that Ras can
directly activate Cdc42 by regulating its GEF. From 1995-2001, I started
an independent position in the Biology Department at New York University.
While at NYU, I continued to explore the function and regulation of Ras
and at the same time established a number of important teaching programs
(see below). In 2002, I moved to Baylor where I plan to focus on research
and to test our ideas based on the yeast data in the mammalian systems.
Past Teaching at NYU:
Cell Biology (G23.1051)-Fall term each year. Syllabus
Signal Transduction and Cell Cycle (G23.2019)-Spring term each
year. Syllabus
I also participate in Molecular Genetics (G23.2127).
Current Teaching at Baylor:
Cellular Signaling
Current Funding:
NIH
DOD, Army Breast Cancer Program
Susan Komen Foundation