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Welcome
to the College of Chemical and Life Sciences
at the University
of Maryland!
The
College has accomplished a great
deal in its first decade. The past
few years have seen major
improvements in our facilities
and infrastructure. A new $23M
wing for Chemistry and Biochemistry,
completed in Fall 2003, provides
state-of-the-art teaching and research
laboratories for biochemistry and
organic chemistry. We can
also look forward to a new $62M
Bioscience Research Building, funded
by the Maryland legislature, in
2006; the groundbreaking took place
in September 2004.
Our
strong undergraduate academic
programs attract approximately
2,100 accomplished, ambitious and
enthusiastic students. The entering
class for 2004 had an average SAT
score of 1263 and an average GPA
of 3.96. We have revamped our undergraduate
academic, advising and internship
programs to ensure that these
programs keep pace with the rapid
changes in the life sciences and
that we are providing our students
with the best possible undergraduate
education. In 2002, the prestigious
Howard Hughes Medical Institute funded
our undergraduate program for
another four years, providing
$1.8M for undergraduate research
projects, outreach to K-12, enhancing
parts of the curriculum and enabling
graduate students and postdoctoral
fellows to acquire experience
in curriculum development. The
University of Maryland ranks 13th
in the country in terms of baccalaureate
life science graduates who are
members of underrepresented groups,
and 7th in terms of African-American
baccalaureate life science graduates.
The
College received $21.3M in external
funding for research for FY2003,
an increase of 69% since 1999.
We currently have training grants
for graduate students and postdoctoral
fellows in hearing, neuroethology
and virology from NIH and in population
genetics from NSF. The College
has approximately 630 graduate
students and 135 postdoctoral
fellows. Large research grants
provide funding for research in
environmental pollution, stream
restoration, brain imaging, plant
genomics, pathogen detection, development
of new cancer drugs and vaccines
and the evolution of developmental
pathways. Two junior faculty members
won Packard Fellowships in 2001
for research in protein folding
and population genetics, respectively;
the former also won a Searle Scholarship.
Faculty in the College lead or
participate in several externally
funded research centers: the NSF-funded Center
for Materials Research Science
and Engineering (MRSEC), the
NIH-funded Center
for Comparative and Evolutionary
Biology of Hearing (C-CEBH)
and the Joint
Institute for Food Safety and
Applied Nutrition (JIFSAN,
with the FDA). The College has
four Centers that are currently
internally funded: the Centers
for Biodiversity,
Bioinformatics
and Computational Biology,
Biomolecular Structure
and Organization, and Neuroscience.
From
1999 to 2004, many outstanding
new faculty members have joined
the College, including:
- Alexa
Bely (Biology) Evolution of development in annelids
- Volker
Briken (CBMG) Molecular mechanisms
of host-pathogen interactions and
their importance for the virulence
of Mycobacterium tuberculosis
- Ashton
Cropp (Chemistry and
Biochemistry) Combinatorial design
of natural products biosynthesis,
bioorganic chemistry, protein engineering,
synthetic biology and the evolution
of new cellular function
- Michael
Cummings (Biology) Molecular evolution, bioinformatics,
computational biology
- Margaret
de Cuevas (CBMG) Animal cell and developmental biology
- Jonathon
Dinman (CBMG) Animal virology
- Jocelyne
DiRuggiero
(CBMG) Genomic approaches to studying DNA repair in Archaea
- Douglas
English (Chemistry and Biochemistry) Physical chemistry
of structures and reactions at surfaces
- William
Fagan (Biology) Theoretical ecology
- Kenneth
Frauwirth (CBMG) T cell activation
and peripheral tolerance mechanisms;
regulation of lymphocyte metabolism
- David
Fushman
(Chemistry and Biochemistry) Nuclear magnetic resonance spectroscopy
of macromolecules
- Lian-Yong
Gao (CBMG) Host-pathogen interactions;
molecular/cellular mechanisms of
mycobacteria pathogenesis
- Barbara
Gerratana (Chemistry
and Biochemistry) Mechanistic enzymology;
biosynthesis of cofactors and natural
products
- Matthew
Hare (Biology) Influence of ecological, genetic and demographic
processes on speciation
- Jin
Hu (Chemistry and Biochemistry) Nuclear magnetic resonance
spectroscopy of macromolecules
- Daniel Kosov
(Chemistry and Biochemistry) Theoretical
chemical physics; electron transport;
molecular electronics
- June
Kwak (CBMG) Plant hormone signal transduction; guard cell biology
- Hey-Kyoung
Lee (Biology) Mechanisms of synaptic plasticity
- Sang
Bok Lee (Chemistry and Biochemistry) Nanochemistry, nano-bio
sensors, electrochemistry
- David
Mosser (CBMG) Cell biology and immunology of macrophages
and dendritic cells
- Victor
Muñoz (Chemistry and Biochemistry) Protein folding
and design
- Maile
Neel (Entomology) Conservation
ecology, conservation genetics,
reserve selection and design, landscape
ecology
- Dennis
O'Connor (Biology) Mode of action of steroid hormones; developmental
biology of metamorphosis; is also Vice President for Research
and Dean of the Graduate School
- Leslie
Pick (Entomology) Hox genes, Drosophila embryonic development
- Elizabeth
Quinlan (Biology) Cellular and molecular basis of learning
and memory
- Kerry
Shaw (Biology) Behavioral genetics and evolution
- Paula
Shrewsbury (Entomology) Integrated pest management on ornamental
plants and turf
- Anne
Simon
(CBMG) Molecular biology of plant-virus interactions
- Sarah
Tishkoff (Biology) Human evolutionary genetics
- Andrei
Vedernikov (Chemistry and Biochemistry) Experimental and
computational organotransition metal chemistry; homogeneous
catalysis
- Michael
Zachariah (Chemistry and Biochemistry)
Nanoparticle science, manufacturing
and measurements; microcombustion,
energetic materials and reacting
flows (combustion and thermal CVD
processes) fundamentals of gas-phase
chemical kinetics
We
welcomed Dr.
Michael Doyle, the
chair of the Department of Chemistry
and Biochemistry, in Summer 2003.
Dr. Doyle most recently served
as Professor of Chemistry at the
University of Arizona, with prior
academic appointments at Hope College
and Trinity University. He also
served as Vice President and President
of Research Corporation.
This is
a time of great opportunity for the College. The explosion of new
knowledge across the life sciences has created opportunities to
address questions across the biological spectrum that were totally
inaccessible a decade ago. We are particularly well positioned to
develop cutting-edge academic and research programs because of our
proximity to the unique public and private scientific resources
in Maryland and the greater D.C. area. We have accomplished a great
deal to date, and the best is yet to come!
Dr. Norma Allewell
Dean
Biographical
information for Dean Allewell
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