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LSUHSC Pathology Research Division
 
Current Division of Research Projects
    Research mice   Dr. Chris Kevil   Senior Research Mouse  
 

The basic science research laboratories within the Division of Research conducts research in many areas. A few are listed below:

                           
 
Researcher(s)
   
Basic Science Research Project
   
 

 

 
     
   
  Dr. Jan Matthews-Greer
Human papilloma virus and cervical dysplasia/neoplasia.
   
     
                     
  Dr. Chris Kevil  
Cell and molecular biology of adhesion molecules with respect to chronic inflammation and leukocyte-endothelial interactions.
           
                     
  Dr. Kevin McCarthy  
Regulation of extracellular matrix gene expression in diabetic nephropathy.
           
  Researcher, Ms. Debbie McCarthy           Research Laboratory    
 

Researcher(s)

 
Additional Clinical Faculty Research
 
  Dr. Fleurette Abreo eIF4E and tumorgenesis
  Dr. James Cotelingam
Morphological pathology of the bone marrow and lymph nodes, wet hematology with clinico-pathologic correlation.
Dr. Xin Gu
Renal Pathology
Application of ancillary techniques including immunohistochemistry, electron microscopy, flow cytometry, and molecular genetic techniques to the diagnosis of hematologic disorders.
  Dr. Diana Veillon
                         
  Dr. Mary Lowery-Nordberg
Clinical cytogenetics (cancer cytogenetics), molecular cytogenetics (fluoresence in situ hybridization, spectral karyotyping), genomic profiling, molecular genetics, flow cytometry and immunophenotyping of leukemias and lymphomas, digital imaging microscopy.
  Mr. John Davis   Primarily in the area of clinical laboratory management, specifically in personnel and resource issues.
  Dr. R.P. Misra  
My primary focus is to generate new knowledge to better understand the obscure pathologic processes, to develop clinical applications of newly acquired knowledge, and to develop new technological procedures for research purposes.
  Dr. Leonard Prouty  
Chromosomal structure, particularly the 30nm diameter chromatin fiber, and chromosomal territories in the nucleus, both interests requiring electron microscopy.