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XB-ART-29689
Biochim Biophys Acta 1984 Jun 16;7822:132-41.
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Organization of Xenopus histone gene variants within clusters and their transcriptional expression.

Destrée OH , Bendig MM , De Laaf RT , Koster JG .


Abstract
Using previously cloned Xenopus nucleosomal core histone genes as hybridization probes, a genomic DNA library of Xenopus laevis was screened for histone gene clusters. From over 200 histone-gene containing clones identified, 36 were selected as possibly containing H1 histone genes by hybridization to a probe derived from a sea urchin H1 histone gene. These 36 clones were further analyzed by hybrid-selected translation for the definitive presence of H1 histone genes. The genes for three different H1 histone variants were found: H1A , H1B and H1C . Mapping of the histone genes within each clone showed that at least three different gene arrangements can occur within a cluster and that the type of H1 histone variant present in a cluster may be related to the cluster type. S1-mapping experiments indicated that histone genes found in different cluster-types can be expressed in oocytes. Also, the H1 gene found in one cluster-type was expressed in at least three different cell-types: oocytes, gastrula-stage embryos, and erythroblasts.

PubMed ID: 6326836
Article link: Biochim Biophys Acta


Species referenced: Xenopus laevis
Genes referenced: h1-3