Gene Literature Dashboard

Viewing March 1977 — 3 paper(s) from the local store. (Local view only — run without --view to fetch new papers.)
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Also flagged:graft-versus-host reaction
Journal Article 1977-03-01 ✓ 1 Snippet Götze D, Rössler R, Thierfelder S.
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…nother combination, HTT versus 7R, which di…

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The data confirm an earlier finding by Klein et al. that the I region harbors a strong histocompatibility locus, which by exclusion might be assigned to the IA subregion. In addition, it appears that intercalated between the IA subregion and S region there is a minor H locus since (DBA/2 X 4R)F1 rejects skin of 2R in a chronic fashion. In another combination, HTT versus 7R, which differs for the IC, S, and G regions but may also differ for genes between the D and TL locus, a similar chronic rejection pattern was observed indicating minor H gene(s) within or closely linked to the H-2 complex. The data reported here are in concordance with very recently published results by Klein et al..

Also flagged:Steroid hormone receptors
Journal Article 1977-03-01 No Snippets McCarty KS, McCarty KS.
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No abstract available.

Also flagged:estrogen receptorbreast cancerdextransucrosetumor
Journal Article 1977-03-01 ✓ 1 Snippet McGuire WL, De La Garza M, Chamness GC.
In-Text Gene Mentions

Standard dextran-coated charcoal (DCC) and sucrose gradient centrifugation assays for estrogen receptor were compared in a series of human breast cancer tissues.

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Standard dextran-coated charcoal (DCC) and sucrose gradient centrifugation assays for estrogen receptor were compared in a series of human breast cancer tissues. From a quantitative standpoint the results were remarkably similar. A simplified version of the DCC assay compared to the sucrose gradient assay yielded acceptable results. We conclude that, in spite of the lack of specificity controls inherent in the sophisticated standard assays, the simplified DCC assay might be useful if the biopsy specimen is too small to provide the number of aliquots for a standard DCC assay or sufficient protein for a sucrose gradient analysis. It also might be useful in research laboratories attempting to develop assays for multiple receptors or other constituents in a single tumor biopsy specimen.