PubMed Health⌕ Search

PubMed · 3120137

Immunoglobulin light chain nephropathies.

Abstract

Excessive monoclonal light chain production and excretion may result in a variety of renal diseases which may collectively or individually be referred to as light chain nephropathy. Kappa light chains are more likely to produce tubular dysfunction and nodular nonamyloidotic glomerulosclerosis, while lambda light chains are more likely to be involved in the development of amyloidosis. The physicochemical reasons for this segregation are poorly understood. Affected patients may present with minor tubular dysfunctions, acute or chronic renal failure, mild proteinuria, or severe nephrotic syndrome. Underlying each is a dyscrasia of plasma cells or frank multiple myeloma with excessive production of monoclonal light chains. Electron microscopy and immunofluorescence studies of renal biopsies have been critical in defining these nephropathies and continue to be essential in establishing the diagnosis.

Explore related subjects

Keep this discovery

Explore connections, maps & timelines

BibTeXRIS

B C Sturgill, F L Tucker, W K Bolton. 1987. Immunoglobulin light chain nephropathies.. https://pubmed.ncbi.nlm.nih.gov/3120137/

Cite the original work for its findings. Save a collection to share your selection of sources.

KEEP EXPLORING

Related citations

Schistosoma-induced amyloidosis in hamsters is gender-dependent.

BACKGROUND: A high serum level of female protein (FP), found to be a constituent of Syrian hamster amyloid was associated with enhanced amyloidosis. In this work, we studied the sex-limited factors in the induction of amyloidosis in Syrian hamsters infected with either Schistosoma mansoni or S. hematobium cercariae. METHODS: Hamsters were infected with different species of schistosome cercariae and sacrificed after different time periods of infection. Kidney and liver specimens were processed in paraffin, stained with Congo-red and examined by ordinary light and polarized light microscopy. RESULTS: Statistical analysis showed a significant difference in intensity of kidney and liver amyloid deposits (P<0.002 & <0.007 respectively) between females and male hamsters with extensive deposits in the former. Amyloid deposits were correlated significantly to the duration of infection (P<0.001) than the load of worm recovered. CONCLUSION: From this study, we conclude that, in hamster model, Schistosoma-induced amyloidosis is enhanced in females than male hamsters. This may be due to the high serum level of FP that is normally detected in females. As an experimental model for schistosomal nephropathy, we recommend to use male hamsters instead of females to minimize the effect of amyloid deposits, which may mask other pathological changes associated with schistosomal infection.

Amyloidosis↗