PARTICIPATING FACULTY:
Executive Committee: Paula L. Hoffman (Principal Investigator),
Dept. of Pharmacology, University of Colorado Denver Health Sciences Center; Michael D. Browning, Dept. of Pharmacology, University of Colorado Denver Health Sciences Center; John K. Hewitt, Institute for Behavioral
Genetics, University of Colorado at Boulder; and Nancy R. Zahniser, Dept. of Pharmacology, University of Colorado Denver Health Sciences Center.
Preceptors
| Name and Email Address | Research Interest |
| Training Directors (Executive Committee) | |
Paula Hoffman, PhD |
neuropharmacology; neuroadaptation; alcohol tolerance and dependence; glutamate receptors; signal transduction; biochemical/genetic markers of alcohol abuse/dependence |
|
Nancy
Zahniser, PhD
|
neuropharmacology; drug and alcohol abuse; dopamine transporter; cocaine sensitization; ethanol and NMDA receptors; neurotransmitter release |
John Hewitt, PhD |
behavior genetics; twins; family studies; adolescence; substance abuse; development; quantitative trait loci |
| Training Preceptors | |
|
Thomas Beresford, MD
|
alcoholism; liver transplantation; brain imaging and alcohol; HPA axis and alcohol; treatment adherence; fatty acid ethyl esters and alcohol; cocaine abuse treatment; central pontine myelinolysis treatment; hepatitis C and alcohol |
|
Thomas Crowley, MD
|
substance dependence; human genetics; functional magnetic resonance imaging; adolescent; conduct disorder; antisocial personality disorder; child abuse and neglect; risk-taking; impulsivity |
|
Mark Dell'Acqua, PhD
|
signal transduction; phosphorylation; protein kinases; protein phosphatases; cAMP; calcium signaling; scaffold proteins in assembly of localized signaling complexes; glutamatergic synapses; postsynaptic density; NMDA and AMPA receptor localization and trafficking |
Marissa Ehringer, PhD
|
molecular genetics, genomics, and bioinformatics; behavior genetics; alcohol, tobacco, and substance abuse |
|
Robert Freedman, MD
|
|
Kim Heidenreich, PhD
|
neurodegeneration, apoptosis, autophagy, neurotrophic factors, signal transduction, insulin-like growth factors, dopamine neurons, cerebellar neurons |
|
Christian Hopfer, MD
|
behavior genetics; adolescent substance abuse |
|
Lawrence Hunter, PhD
|
bioinformatics; computational biology; computational pharmacology; natural language processing; gene expression arrays; knowledge-based systems |
|
Kent Hutchison, PhD
|
gene, pharmacogenomics, craving, substance abuse, fmri, addiction |
|
Thomas Johnson, PhD
|
genetics; QTLs; anesthesia; mice; gene mapping; bioinformatics; microarrays; congenics |
|
David Jones, PhD
|
alcohol; protein structure; protein-alcohol complexes; NMR spectroscopy; x-ray crystallography |
|
Sherry Leonard, PhD
|
nicotine; nicotinic receptor; schizophrenia; mental illness; nicotine addiction; molecular neurobiology; microarray |
|
Dennis
Petersen, PhD
|
molecular mechanisms of ethanol-induced liver injury; lipid peroxidation; proteomics |
|
Richard
Radcliffe, PhD
|
behavioral genetics; alcoholism; microarrays; mouse; alcohol tolerance; zebrafish; mutagenesis |
|
Paula
Riggs, MD
|
comorbid disorders; adolescents; substance use disorders; integrated treatment of comorbid psychiatric disorders and substance use disorders |
|
James
Sikela, PhD
|
genomics; disease gene identification; human gene; genome evolution |
|
Andrew
Smolen, PhD
|
human behavioral genetics; drug abuse; alcohol abuse; attention deficit hyperactivity disorder; candidate genes; DNA polymorphisms |
|
Michael
Stallings, PhD
|
substance use disorders; developmental psychopathology; quantitative genetics; QTL mapping; family studies |
|
Boris
Tabakoff, PhD
|
neuroscience; molecular biology; intracellular signalling; alcohol abuse; tolerance; humans/animals/cells; dependence; drug abuse; transgenics; genetics |
|
Vasilis
Vasiliou, PhD
|
ethanol/acetaldehyde metabolism; aldehyde dehydrogenases; oxidative stress; pharmacogenetics |
|
Jeanne
Wehner, PhD
|
genetics; ethanol/nicotine interactions; learning and memory |
| Christine Wu, PhD
|
quantitative proteomics, mass spectrometry, membrane protein topology, Chlamydia trachomatis |
|
W.
Michael Zawada, PhD
|
alcohol; apoptosis; brain repair; differentiation; dopamine; neurodegeneration; neuroprotection; neurotransplantation; Parkinson's disease; stem cells |