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John
Clancy, Jr., Ph.D.
Professor and Chair
Department of Cell Biology, Neurobiology
and Anatomy
Director, Graduate Histology Course
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B.S., Chemistry, 1965. University of Notre Dame.
M.S., Anatomy, 1968. University of Iowa.
Ph.D., Anatomy, 1970. University of Iowa.
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EMAIL |
Current Interests |
| Graft-versus-host disease (GVHD), cytokines, T
cells, heat shock proteins, neuroimmunology, serotonin |
Laboratory Focus |
- Potentially lethal graft-versus-host disease (GVHD) occurs when foreign immunocompetent
cells are transfused into immunocompromised recipients. GVHD is a frequent occurrence
after human bone marrow transplantation for leukemia or aplastic anemia. While the
putative donor effectors have been shown to be T cells, other recruited donor as well as
host cell types may also be involved. As a result of such donor and host cell
interactions, a cascade of immunoreactive cytokines ensues which causes severe pathologic
lesions in host skin, liver, gut, lung as well as lymphoid tissue. Studies in my
laboratory are designed to understand the source (phenotype and genotype), target organ
compartments affected and mechanistic consequences of such a cytokine cascade in order to
control and hopefully counteract it. Such studies will not only help us understand the
mechanisms of immunopathology in GVHD but also some of the mechanisms of organ transplant
rejection and autoimmune disease.
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- Studies are also in progress designed to elucidate the mechanism of serotonin
enhancement of the immune system. These and other studies should help to further
understanding of interactions between the nervous and immune systems.
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Publications |
| Goral, J., H.L. Mathews and J. Clancy, Jr.
Antibodies specific for the 70-kD heat shock protein parallel the development of
acute graft-versus-host disease in (DAXL)F1 rats. Clinical Immunology and Immunopathology,
75: 147-153,
1995. |
| Workman, D. and J. Clancy, Jr.
Phenotypes of lung infiltrating cells during acute lethal graft-versus-host disease.
American J. of Pathology, 147: 1350-1360, 1995. |
| Clancy, J. Jr. and S. Lorens
Subchronic and chronic exposure to d-Fenfleuramine dose-dependently enhances splenic immune
functions in young and old male Fisher-344 rats. Behavioral Brain Research, 73:
355-358, 1996. |
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