OSU logo Oklahoma State University
Center for Health Sciences
Graduate Degree Programs
Printer Friendly

Anatomy

Anatomy and Vertebrate Paleontology

  • vertebrate paleontology and mammalian evolution (K. Smith)
  • vertebrate paleontology and paleobiology of early mammals and recovery from extinction events (A. Weil)

Bacteriology/Virology/Mycology

  • primate herpes viruses, primate cytomegaloviruses; other viruses of non-human primates (E.Blewett)
  • bacterial pathogenesis, cell envelope physiology of gram-negative bacteria representing both animal and human pathogens  (F. Champlin)
  • role of lipopolysaccharides in infection and disease; molecular bases of antimicrobial resistance in gram positive and gram negative bacteria; epidemiology, identification and interactions of bacteria associated with dental devices and nasopharynx (S. Conrad)
  • development of mouse model for Bacterial Cholangitis (R. Kaul)
  • fungal pathogenesis: role of lipid metabolism and lipid mediators in fungal infections; microbiota-host-pathogen relationship: elucidation of molecular interactions of beneficial microorganisms with the host and (fungal) pathogens. (G. Koehler)

Cellular and Molecular Biology and Genomics

  • molecular mechanisms through which alcohol and other drugs of abuse affect the human brain (R. Davis)
  • elucidation of molecular interactions of beneficial microorganisms with the host and fungal pathogens. (G. Koehler)
  • cytoskeleton in cell regulatory mechanisms; role of cAMP in cell morphology; fine structure of cancer cells; arrangement of the vimentin intermediate network in epithelial cells (B. Meek)
  • role of molecular receptor composition in functional properties of AMPA receptors (D. Patneau)
  • identification of specific membrane receptors, intracellular mediators, and signal-transduction mechanisms that regulate sodium and water movement in the kidney (A. Rouch)
  • analysis of enzymes, protein-ligand interactions and antivenin-venom interactions (C. Sanny)
  • mechanisms involved in the trafficking and  targeting of muscarinic acetylcholine receptors; structure/function of muscarinic receptors (G. Sawyer)
  • molecular details of opioid analgesic drug actions at neuronal opioid receptors (C. Stevens)
  • functional properties of glutamate receptor subunits (D. Turetsky)
  • Trafficking, insertion and functionality of the dopamine transporter after exposure to toxins/drugs (D. Wallace)
  • identification of signaling pathways involved in the regulation of cytoskeletal dynamics; cellular and molecular mechanisms that regulate the assembly of cilia and flagella (N. Wilson)
  • molecular physiology of ion channels, ion pumps and pacemaker channels (R. Wymore)

Endocrinology and Systems Physiology

  • cardiovascular physiology; cardiovascular regulation; 3-dimensional ECG analysis (vectorcardiography) (B. Benjamin)
  • body fluid balance; sex differences in body fluid regulation (K. Curtis)
  • role of hormones in the development of Hepatic carcinoma and in urinary tract infection (R. Kaul)
  • renal physiology; receptor-mediated transport mechanisms of salt and water in the kidney as it relates to renal regulation of blood pressure (A. Rouch)

 Immunology/Inflammation

  • lipopolysaccharides in infection and disease (S. Conrad)
  • neuroinflammation: modulation of proinflammatory pathways in human glial cells by various drugs and dietary compounds (R. Davis)
  • role of hormones and complement regulatory proteins in the development of Hepatic carcinoma; role of cytokines in urinary tract infection-induced preterm labor mouse model (R. Kaul)
  • role of lipid metabolism and lipid mediators in fungal infections (G. Koehler)
  • cellular immunity; inflammation, vaccines and immunotherapy; immunotoxicology (J. Price)

Neuroscience

  • CNS control of body fluid balance; sex differences in body fluid regulation (K. Curtis)
  • neurobiological processes that underlie monogamous pair bonding; interaction with mechanisms that mediate responses to rewarding stimuli; heavy metals, dopamine, and autism (T. Curtis)
  • neuroinflammation: modulation of proinflammatory pathways in human glial cells by various drugs and dietary compounds (R. Davis)
  • neurophysiology of the retina, cultured neural networks, electrophysiology and bioengineering of neuro-prosthetic devices (W. Finn)
  • role of glutamate metabolism during chronic pain and spinal injury.  (K. Miller)
  • modulation of AMPA subtype of glutamate receptors by endogenous and exogenous factors; AMPA receptors in neurodegenerative diseases.  (D. Patneau)
  • mechanisms involved in the trafficking and  targeting of muscarinic acetylcholine receptors; structure/function of muscarinic receptors (G. Sawyer)
  • mechanisms of opioid analgesia, from initial binding of opioid drugs to the opioid receptor to analgesia measurement using behavioral tests; molecular details of opioid analgesic drug actions at neuronal opioid receptors (C. Stevens)
  • mechanisms involved in generating functionally diverse AMPA receptors in neurons of the CNS (D. Turetsky)
  • mechanisms of HIV-related protein neurotoxicity and neurodegeneration; involvement of the dopaminergic system in autism; development and characterization of neuroactive substances from plants (D. Wallace)

Pharmacology, Toxicology, and Pathology

  • pathophysiology of human cardiovascular function (B. Benjamin)
  • heavy metals and autism (T. Curtis)
  • mechanisms of opioid pharmacology in vertebrate CNS with respect to pain and analgesia (C. Stevens)
  • fine structure of kidney and renal diseases (B. Meek)
  • effect of mutations on the binding and function of muscarinic receptors (G. Sawyer)
  • neurotoxic mechanisms of HIV-associated proteins; neurotoxic mechanisms of low-level metal exposure (D. Wallace)
  • Morgellon’s Disease (R. Wymore)

 

OSU-System | OSU-Stillwater | OSU-OKC | OSU-Tulsa | OSU-Okmulgee | OSU-CHS

Oklahoma State University - Center for Health Sciences
1111 W. 17th St., Tulsa, OK  74107 | 918-582-1972

Copyright © 2011 Oklahoma State University
All rights reserved