Activation of transcription through histone H4 acetylation by MOF, an acetyltransferase essential for dosage compensation in Drosophila. (Q52580421)
scientific article published in February 2000
Language:
(P31) (Q13442814)
(P50) (Q40307364)
(P304) 367-375
(P433) 2
(P478) 5
(P577) Tuesday, February 1, 2000
(P1433) (Q3319468)
(P1476) "Activation of transcription through histone H4 acetylation by MOF, an acetyltransferase essential for dosage compensation in Drosophila." (language: en)
(P2093) Akhtar A
(P2860) (Q24534420)
(Q34416877)
(Q71297399)
(Q24318775)
(Q39449485)
(Q27934638)
(Q33889499)
(Q57902879)
(Q27765266)
(Q40399452)
(Q33845717)
(Q40646521)
(Q46023375)
(Q52562207)
(Q33886451)
(Q67373236)
(Q33957284)
(Q47934923)
(Q41586010)
(Q47072002)
(Q28276496)
(Q52572942)
(Q27939819)
(Q28286019)
(Q35192911)
(Q44644848)
(Q52541948)
(Q41075758)
(Q48018625)
(Q22122355)
(Q73770026)
(Q35949056)
(Q34416869)
(Q33888854)
(Q34321793)
(Q27938564)
(Q41441687)
(Q71473112)
(Q39631335)
(Q40394750)
(Q36005034)
(Q30453594)
(Q36627675)
(Q33775383)
(Q41714804)
(Q40946205)
(Q41116253)
(Q35850301)
(Q35193069)
(Q29616239)
(Q36555479)
(Q28255673)
other details
description scientific article published in February 2000

External Links