Genetics/Molecular Biology/Biochemistry/Cellular Biology

  Home
  Fields of Study
  Next Field
  Previous Field
 
Rene J. Herrera   Lidia Kos

Research Interests:

Study different aspects of human genetic diversity;  collection and preservation of DNA and cells from populations worldwide. The aim of this effort is to study genetic variations among human groups, especially those in the process of extinction mainly by admixture with other populations

 

Student Projects:

 

Representative Papers:

American J of Physical Anthropology 109:1-8(1999)
Molecular Human Reproduction 5: 103-94-1039 (1999).

 

Research Interests:

Mammalian embryonic development, mouse molecular genetics.

 

Student Projects:

Identification of genes involved in neural crest development; expression and functional analysis of transcription factors and signaling pathways that play a role in melanocyte and Schwann cell development.

 

Representative Papers:

Pigment Cell Research 12:13-21

Nature Gen.  18: 60-64

 

kuhn.jpg (420514 bytes)

David Kuhn
John Makemson Kalai Mathee

Research Interests:

Biochemistry, molecular biology, and genetics of fungi.

 

Student Projects:

 

Representative Papers:

Exp. Mycol. 12:180-194, 1988.

Phytopathology 78:961-966, 1988.

Phytopathology 80:602-606, 1990. 
 
 

 

Research Interests:

Marine bioluminescent bacteria and their ecology, physiology and luciferase kinetics; particularly their life in fish guts, feces and seawater. The evolution of luciferase kinetic classes and arginine requlation of luciferase synthesis (lux operon). Thiothrix and mixotrophic sulfur oxidation. 

 

Student Projects:

Relationship of LuxA sequences to luciferase kinetic classes; Lux regulatory genes in new isolates of luminous bacteria.

 

Representative Papers:

Luminescence 14:161-169, 1999
J. Biolumin. Chemilumin 13:147-156, 1998
Appl. Environ. Microbiol 58:2341-2343, 1992

Research & Student Interests/Projects:

Molecular Pathogenicity of Pseudonomas aeruginosa:

(a) b-lactam resistance, (b) regulation of alginate production, (c) biofilm formation, (d) quorum sensing; In vivo animal model for chrome respiratory infection and alternative and complementary. 

 

Representative Papers:

Microbiology1999 Jun;145(Pt6)1349-57

J. of Bacteriology 179(11)3711-3720

Clinical Microbiology 1999, 5:5S8-9

 

Sylvia Smith
Martin L. Tracey

Research Interests

Microbiology & Immunology; Evolution of innate immunity; complement and immune modulation; shark antibacterial proteins/peptides; shark cartilage in complementary/alternative medicine

 

Student Projects: 

 

Representative Papers: 
Tissue & Cell 21(1):47-58
Fish & Shellfish Immunol. 2: 173-181.

Immunol. Revs 166: 67-77
Develop. & Comparative Immunol 22: 207-216
Fish & Shellfish Immunology 10: 215-228 Immunogenetics 53: 250-254

Research Interests:

Repeat structure and evolution of mini and micro satellites; Effects of flanking polymorphisms on mutation in satellite and mtDNA

 

Student Projects:

 

Representative Papers:

Genetics(2):317-333.

Experientia 39:536-538.

  Home
  Fields of Study
  Next Field
  Previous Field