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Hydrozoan sperm-specific H2B histone variants stabilize chromatin and block transcription without enhancing chromatin condensation

2021-08-30

Abstract excerpt

Many animals achieve sperm chromatin compaction and stabilisation during spermatogenesis by replacing canonical histones with sperm nuclear basic proteins (SNBPs) such as protamines. A number of animals including hydrozoan cnidarians and echinoid sea urchins lack protamines and have instead evolved a distinctive family of sperm-specific histone H2Bs (spH2Bs) with extended N-termini rich in SPKK-related motifs. Spe...

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Literature Corpus work
34930bbb-f98c-5795-86e6-3da526724926
DOI
10.1101/2021.08.30.458175
Open publication

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Hydrozoan sperm-specific H2B histone variants stabilize chromatin and block transcription without enhancing chromatin condensationDOI 10.1101/2021.08.30.458175
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