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Bioinformatics.
Use of modern computational techniques to interpret the data from
genomics and to develop predictive models
(Almeida).
Coral Health and Disease.
Exploring the molecular basis of the world wide coral degradation
(bleaching) including identification of molecular biomarkers and the
role of microbes in this complex process.(
Morris,
Smith, Woodley)
Eco-toxicology & Cancer.
Use of chemistry and molecular biology to explore the basis for
environmental/marine contaminants (e.g. trichlorethylene,
lead, uranium, etc.
) to exert their toxic effects on organisms including
marine mammals and humans including the molecular basis of
environmentally induced cancer. (
Bertsch,
K. Burnett,
L. Burnett,
Kucklick,
London,
J. McMillan,
Scott,
Walle, Christopher)
Epidemiology.
The incidence, distribution, and control of disease in a marine
population and the transmission of diseases between human and marine
populations.(Hulsey,
Schwacke)
Marine Biotoxins.
Focus is on harmful algal blooms; their molecular dynamics including
triggers for toxin production, interrelationships of commensalate
microbes, and effects on marine mammals and humans.(Lewitus,
Van Dolah,
Moeller,
Kindy)
Marine Functional Genomics.
Using modern techniques in genomics science to explore the control of
gene expression in relation to environmental stressors, “ ecogenomics”.
(K.
Burnett, L. Burnett,
Chapman,
Gross, Tompkins,
Vasta, Warr,
Van Dolah Charles Cunningham)
Marine Immunology.
The cellular and
molecular basis which organisms use to defend themselves against
invading micro-organisms - bacteria, viruses, fungi and parasites.(
Bossart,
K. Burnett,
L. Burnett,
Gilkeson,
Gross,
London, Warr,
Leong, Rice)
Marine Mammal Health.
Using marine mammals as sentinels for human health by comparing
molecular biology of these animals’ defense systems In pristine and
compromised environments.
(Baatz,
Bossart, Gattoni-Celli,Gilkeson,
Kindy, Rice,
Romano,
Kucklick, Christopher)
Marine Microbiology.
The study of microbes and their relationship to environmental
contaminants and as vectors of disease.(Chinchar,
Fulton, May,
Morris)
Marine Natural Products.
"Drugs from the Sea" research focuses on isolation, characterization
and functionality of molecules isolated from marine organisms.
(Moeller,
Gross,
Wright)
Proteomics.
Identification of proteins (peptides etc.) which have biological
activities. This group works closely with functional genomics,
structural biology and bioinformatics,
(Baatz,
Schey, Bearden)
Structural Biology.
Use of nuclear magnetic resonance, MALDI-TOF (time of flight) and other
technologies to identify marine contaminants, antimicrobial molecules
produced by marine organisms.
(Bearden,
Schey,
Baatz, Christopher, Kucklick)
Note: Not all MBES faculty fall into one of the research foci described
above. Potential students should view the list
of full members of the MBES graduate faculty to gain an appreciation
of the full range of research within MBES and potential mentors.
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