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Associate
Professor of Biology
Bibb Graves 214I
UWA Station 7
205.652.5541
mmorsy@uwa.edu |
Education: |
- Ph.D.
Cell and Molecular Biology,
University of Arkansas, 2005
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Professional Bio: |
- Postdoctoral Fellow, The Samuel
Roberts Noble Foundation, Plant
Biology Division, February
2007-July 2011
- Postdoctoral Research Associate,
Department of Biochemistry and
Molecular Biology, University of
Nevada, Reno, February
2005-January 2007
- Research Specialist,
Department of Crop, Soil and
Environmental Science,
University of Arkansas, January
2002-December 2004
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Employment Date: |
Fall 2011 |
Classes usually taught: |
Undergraduate:
- BY 472 Cell Biology
- BY 380 Genetics
- BY 375 Molecular and
Microbial Biology
- BY 101 Principles of Biology
Graduate:
- BY-597-01 Directed Studies:
Functional Genomics
- BY597-12
Directed Studies: Plant Fungal
Interaction
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Academic/Research Interests:
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My main research is focused
on understanding how plants
respond to environmental
stresses. My lab is focused on
abiotic stress tolerance
acquired via symbiotic
association between plants and
microorganisms.
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Additional UWA Assignments: |
Science Saturdays Coordinator
(http://www.uwa.edu/ScienceSaturdays)
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Committees: |
Undergraduate Research
Symposium at Natural Sciences
and Mathematics (URS@NSM),
Chairman (http://ursnsm.uwa.edu)
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Current Projects: |
Increased greenhouse gas
emissions cause elevation of
global temperatures and changes
in rainfall patterns which
significantly affects
agricultural economics.
Environmental factors such as
heat, drought and increased soil
salinity causes significant
damage to most plant species,
particularly in the summer
months and in warm and temperate
climates.
For example, in 2011, the state
of Texas alone suffered more
than $5.2 billion in damage to
agriculture products due to dry
weather combined with elevated
air temperatures. The global
average temperature is predicted
to increase 0.3 oC every 10
years, threatening the future of
crop production. My main
research is focused on
understanding how plants respond
to environmental stresses. There
are two major themes in my lab:
- Characterization of the
three-way symbiosis associated
with plant heat tolerance: This
project focuses on understanding
the molecular mechanisms of the
mutualistic association between
panic grass (Dichanthelium
lanuginosumi), that can survive
temperatures of 65 oC because of
symbiotic association with the
fungal endophyte Curvularia
protuberata carrying a mycovirus
named Curvularia thermotolerance
virus (CThTV).
- Discovery of fungal endophytes
associated with environmental
stress tolerant plants in
Alabama: The long-term objective
of our research is to elucidate
the survival mechanisms of
plants growing under extreme
natural habitat of Alabama. The
ultimate goal is to apply
locally identified fungi
associated with stress tolerant
wild plants into crop plants to
improve their production and
tolerance to environmental
stresses.
I am strongly committed to
training undergraduate students
and to encouraging women and
minority students to pursue
careers in scientific research.
If you are interested in our
research please send me an
email.
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Recent Publications: |
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Morsy M.
(2015). Microbial Symbionts:
A Potential Bio-Boom.
Journal of Investigative
Genomics, Vol 2, issue
1.
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Vaghchhipawala ZE,
Vasudevan B, Lee S,
Morsy M, Mysore KS
(2012) Agrobacterium May
Delay Plant Nonhomologous
End-Joining DNA Repair via
XRCC4 to Favor T-DNA
Integration. Plant Cell doi:
http://dx.doi.org/10.1105/tpc.112.100495
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Morsy M,
and Stewart J McD (2012)
Expression profiling of two
rice (Oryza sativa)
genotypes differing in
chilling tolerance using
cDNA-AFLP. B.R. Wells Rice
Research Studies. R.J.
Norman and K.A.K.
Moldenhauer (editors).
Arkansas Agriculture
Experiment Station Research
Series 600: 78-85
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Feldman TS, Morsy
M and Roossinck MJ
(2012) Are communities of
microbial symbionts more
diverse than communities of
macrobial hosts? Fungal
Biology. 116: 465-477
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Morsy M,
Oswald J, He J, Tang Y, and
Roossinck MJ (2010) Teasing
apart a three-way symbiosis:
transcriptome analyses of
Curvularia protuberata in
response to viral infection
and heat stress. Biochemical
and Biophysical Research
Communications 401: 225-230.
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Morsy M,
Gouthu S, Orchard S,
Thorneycroft D, Harper J,
Mittler R, and Cushman C
(2008) Charting Plant
Interactomes: Possibilities
and Challenges. Trends in
Plant Sciences 13: 183-191.
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Recent Presentations: |
- Spears D. and
Morsy M. (2015) Fungal
Endophytes and their effect
on Agricultural Production.
NSF AL-EpSCOR meeting,
Montgomery, AL, Jan. 29–1,
2015
- Larkin A. and Morsy M.
(2015) Tomato taste better
with fungi added. NSF
AL-EpSCOR meeting,
Montgomery, AL, Jan. 29–1,
2015
- Clecker B, Armuelles H,
Bonham C, and Morsy M (2014)
Bio-Boom: Enhancing crop
production using habitat
specific fungal endophytes.
American Society of Plant
Biologist, Portland, OR, Jul
11–14.
- Wooley S, Deluca M,
Ware-Gilmore F, and Morsy M
(2014) The Small World
Initiative: An
antibiotic discovery-based
Freshmen Course. American
Society for Microbiology
Meeting, Boston, MA, May
17–20.
- Knight K, Bonham C,
Armuelles H, and Morsy M
(2014) Symbiotic endophytes
could improve crop
production. National
Conference on Undergraduate
Research Council, Lexington,
KY, Apr 3-5.
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Other recent notable works: |
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Additional Websites |
http://morsylab.org
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