L-2HG concentration regulates centromere separation in diakinesis cells.

<p><b>A-B.</b> The PDD population enriched for diakinesis cell content was cultured in medium with vehicle, 24 mM oxamate, and 24 mM oxamate supplemented with 0.3 mM octyl-L-2HG for 24 hours. Following incubation, nuclear spreads were prepared and stained with SCP3 and CREST. <b...

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1. Verfasser:	Nina Mayorek (241888) (author)
Weitere Verfasser:	Miriam Schlossberg (21696644) (author), Yousef Mansour (21696647) (author), Nir Pillar (5249612) (author), Ilan Stein (131429) (author), Fatima Mushasha (21696650) (author), Guy Baziza Paz (21696653) (author), Eleonora Medvedev (21696656) (author), Zakhariya Manevitch (21696659) (author), Julia Menzel (12879920) (author), Elina Aizenshtein (21696662) (author), Boris Sarvin (8232306) (author), Nikita Sarvin (21696665) (author), Erwin Goldberg (2868524) (author), Bryan A. Niedenberger (21696668) (author), Christopher B. Geyer (13840432) (author), Tomer Shlomi (22999) (author), Michael Klutstein (22329) (author), Eli Pikarsky (103960) (author)
Veröffentlicht:	2025
Schlagworte:	Cell Biology Genetics Molecular Biology Developmental Biology Biological Sciences not elsewhere classified spindle assembly checkpoint satellite rna expression sac ), suggesting producing functional spermatozoa histone methylation changes including chromocenter clustering 2hg ), yet regulates centromere condensation hydroxyglutarate regulates centromere chromocenter condensation centromere dysfunction vivo results synaptonemal complex localizing along heterochromatin conformation epigenetic modifications diplotene stages acute depletion
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L-2HG concentration regulates centromere separation in diakinesis cells.

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