Different adhesion molecules are implicated in the pathogenesis in glo
merulonephritis. Leukocyte adhesion molecules play a critical role in
causing renal damage in a variety of glomerulonephritic conditions. In
order to understand the mechanisms by which distinct adhesion molecul
es are involved in human glomerulonephritis, it is necessary to have a
n overview of their function in maintenance of tissue architecture, mo
rphogenesis, immunosurveillance, inflammation, tumor growth, etc. Thus
, this review addresses the role of cadherins, selectins, integrins, a
nd members of the immunoglobulin supergene family in developing, norma
l, and diseased kidney with special attention to glomerulonephritis an
d possible new therapeutic approaches.