Group Title: HHMI Distinguished Mentors for Science for Life : an Interdisciplinary Program in the Life Sciences with Support from the Howard Hughes Medical Instit
Title: HHMI Distinguished Mentors for Science for Life : an Interdisciplinary Program in the Life Sciences with Support from the Howard Hughes Medical Institute
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Title: HHMI Distinguished Mentors for Science for Life : an Interdisciplinary Program in the Life Sciences with Support from the Howard Hughes Medical Institute
Series Title: HHMI Distinguished Mentors for Science for Life : an Interdisciplinary Program in the Life Sciences with Support from the Howard Hughes Medical Instit
Physical Description: Book
Language: English
Creator: University of Florida
Publisher: University of Florida
Place of Publication: Gainesville, FL
Publication Date: 2006
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Bibliographic ID: UF00093539
Volume ID: VID00001
Source Institution: University of Florida
Holding Location: University of Florida
Rights Management: All rights reserved by the source institution and holding location.


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Science Fall 2006HHMI Distinguished Mentors
f HHMI Distinguished Mentor awards recognize excellence in
undergraduate mentoring. Six awardees were selected in the fall 2006
competition. These came from 34 nominees and applicants from
seven different colleges at the University of Florida representing ranks from junior
faculty to distinguished professors.
Dr. Mavis Agbandje-McKenna is an associate professor of Biochemistry and
Molecular Biology in the College of Medicine with an appointment through the
McKnight Brain Institute. Using X-ray crystallography and cryo-electron microscopy,
her main research focus is the study members of the ssDNA virus families, which are
the Microviridae, Geminiviridae, Circoviridae and Parvoviridae, infecting bacteria, plants and mammals. The aim is
to elucidate the role(s) of viral capsid and capsid protein structures in the dynamic array of biological processes
occurring in the viral life cycle. The ultimate goal is to aid the development of disease treatments, in the form of
virus assembly disrupters, viral vaccines, foreign antigen delivery vehicles and gene therapy vectors. Mavis enjoys
strong research support from 2 simultaneous NIH and 3 NSF grants and she has published some 63 papers with two
notable recent reports in J. Virology and J. Biological Chem. She serves on the NSF MCB panel and has been
invited to serve as one of 11 mentors in Florida's Beckman Scholar Program. Mavis' research has involved some 26
undergraduates since 2000, each with their own project. Already 10 undergraduates are primary or co-authors of
peer-reviewed papers. Research involving undergraduate students has been highlighted in the March 2006 NIGMS
Findings magazine. Undergraduates in the lab are regularly awarded prestigious research fellowships, and awards at
national conferences, including travel and poster awards.
Dr. Michael Bubb, an Associate Professor of Medicine, is a
practicing rheumatologist who performs clinical investigations in
rheumatoid and degenerative arthritis, but also studies molecules
and proteins at the level of atomic structure. In his laboratory,
studies of crawling, amoeboid-like behavior of cells have been
related to the diagnosis and treatment of arthritis and other human
diseases. Novel biophysical methods have been developed in his-
laboratory that provide a good understanding of the mechanism by .
which proteins regulate cell movement. Dr. Bubb is also an editor
of FEBS Letters, an international journal of the molecular biosciences. He has a joint appointment with the
Malcom Randall VA Medical Center, where he is Director of Graduate Studies. Equally comfortable with a set of
differential equations or a prescription pad, Dr. Bubb attempts to demonstrate to his students the sometimes
tortuous, but always present, link between investigation in basic science and medical advance. Some 52
undergraduates have already been mentored in his group and he has secured funding for undergraduates by NSF
REU supplements and NIH training grants. By his example, he hopes to inspire students to explore career paths in
science that cross traditional disciplines, a path that he has found to be satisfying, challenging and productive. Dr.
Bubb has led the interaction of the Science for Life program with ENS-Cachan.
Dr. Jeffrey Hughes received his doctorate in pharmacy (PharmD) and his PhD
from the University of Kentucky. He was always intrigued by the numerous
mechanisms that chemistry can play in the improvement of human health. After
Joining UF's College of Pharmacy faculty in 1994, his research is focused on
synthesizing novel chemicals that could be used for the delivery of genes. His
research activities span organic synthesis to animal evaluations. During this 12
year period Dr. Hughes' work has been facilitated by over 50 undergraduate
Researchers and the majority of these have gone on to pursue advanced degrees.
His current research is funded by NIH and focuses on the use of gene delivery for
treatment of Alzheimer's disease as well as other disorders (e.g. asthma). Specifically, the lab is currently in the
process of identifying therapeutic genes and synthesizing nanoparticles for the delivery of these genes. Jeff was
also invited to serve as one of 11 mentors in Florida's Beckman Scholar Program.

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Fall 2006HHMI Distinguished Mentors
Dr. Jon Stewart is currently Professor of Chemistry at the University
of Florida. He started his independent career at the University of Florida
in 1994 as a Camille and Henry Dreyfus New Faculty Fellow. Since that
time, his research group has included 19 graduate and 22 undergraduate
coworkers. Several have subsequently received major awards including a
Churchill Scholarship (the first ever awarded at Florida), a Goldwater
Scholarship and an NSF Predoctoral Fellowship. Dr. Stewart was
recently invited to be one of eleven mentors for the Beckman Scholar
program for University of Florida undergraduates. Dr. Stewart's research
has focused on biocatalysis the use of enzymes to carry out
stereoselective organic synthesis and on developing "smart" nanostructures as drug delivery vehicles. He has
published more than 65 peer-reviewed papers and was recently honored with the 2006 International Biocat Award
in the academic category for his research accomplishments in this area. He also received a fellowship from the
Japan Society for the Promotion of Science in 2006.
Lego is a toy. It has attributes that differentiate it from most toys that are designed
for only one purpose; in contrast, Lego pieces can be used in a variety of ways.
Ideas, techniques, instruments, and assays can be used just like Lego building
blocks to assemble a variety of projects in life science research. In preparation for
the study of biological systems, Dr. Yiider Tseng switched his research
direction from theoretical physics to experimental biology to gain a broad
spectrum of "research building blocks". He received his Ph.D. in Biophysics and
pursued his postdoctoral training in Chemical Engineering in the cell bioengineering field, both from the Johns
Hopkins University. His research has combined cell biology and polymer physics to make the first direct
measurements of intracellular mechanics in live cells, leading to 13 undergraduate-authored papers in quality
journals, several as first authors. His group is supported by simultaneous NSF, NASA, and NIH grants. Tseng
believes that undergraduate research is more than just an educational experience; rather it should help shape the
future career path of students. A majority of his 20 undergraduates in recent years have moved on to top programs
around the US. As an associate professor of Chemical Engineering, joint with Biomedical Engineering, he is also
currently engaged in efforts to enhance undergraduate bioengineering research training. He is formulation a series of
bioengineering courses across the engineering departments at University of Florida to "
systematically modernize the curriculum and integrate undergraduate research. He is
working closely with the Science for Life program to promote engineering undergraduate
research. -tacnl chc tifl cidu
Dr. Chang-Yu Wu received his B.S. in mechanical engineering from the National
Taiwan University. However, the desire to seek the balance between technology and the
environment led him to pursue a M.S. and Ph.D. in environmental engineering sciences at
University of Cincinnati. He started at the University of Florida in 1998 and is now
Associate Professor of Environmental Engineering Sciences. In the past 8 years, 28
undergraduate students have joined his group with the passion to develop better technology for protecting the
environment and human health and this has led to undergraduate participation in 11 publications, 2 patents, and 35
meeting presentations. Many of these undergraduate researchers have won awards, and most have continued to
pursue advanced degrees across the US. Dr. Wu is also the PI of two grants from NSF-DUE, leading a team to
develop a dynamic and interactive web environment aimed at enhancing undergraduate education and research. His
research focuses on harvesting the benefits of aerosols (e.g. drug delivery through the respiratory system) and
protecting humans from undesired aerosols (e.g. SARS and anthrax).
The University of Florida will award at least 27 HHMI-DM awards in six university-wide competitions over the
next four years through the Science for Life program. A rotating seven-member selection committee reviews
applications. Contact: K. Berns, R. Duran, L. Guillette
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