ASH1 like histone lysine methyltransferaseN-alpha-acetyltransferase 10, NatA catalytic subunitHistone acetyltransferase 1Protamine 1H2B clustered histone 1Protamine 2Lysine acetyltransferase 6AMetastasis-associated gene family, member 2Pbsx family phage terminase BB_A31Hypothetical protein BB_G21Phage terminase large subunit BB_O44Phage terminase large subunit BB_M42Phage terminase large subunit BB_N43Phage terminase large subunit BB_S45Phage terminase large subunit BB_L43Phage terminase large subunit BB_P42Phage terminase large subunit BB_R45Phage terminase large subunit BB_Q50Suppressor of variegation 3-9 1H2B clustered histone 1H2A histone family member L2AProtamine 2SWI/SNF related, matrix associated, actin dependent regulator of chromatin, subfamily c, member 1Putative phage terminase, small subunit ECIAI39_2685Phage associated protein NGO1098Phage terminase small subunit TDE1158Phage terminase, small subunit YE2326DNA-binding protein HU-beta VC1919DNA-binding protein H-NS VC1130DNA-binding protein HU VC0273Terminase large subunit-like protein HI1410Terminase small subunit HI1411DNA-binding protein CBU_0473Hypothetical protein DVU2624Hypothetical protein Rru_A2591Phage terminase small subunit SAOUHSC_02250Terminase small subunit SAOUHSC_02050PBSX family phage terminase large subunit SAOUHSC_02049Terminase, small subunit, internal deletion EF1454Terminase subunit L36274
P682
Genomic sequences of human protamines whose genes, PRM1 and PRM2, are clusteredThe translocation t(8;16)(p11;p13) of acute myeloid leukaemia fuses a putative acetyltransferase to the CREB-binding proteinCryo-EM structure and in vitro DNA packaging of a thermophilic virus with supersized T=7 capsidsTerminase Large Subunit Provides a New Drug Target for Herpesvirus Treatment
P921
Q21102102-D0A9A7D8-C51B-4782-9CFA-6C7A781A5DC2Q21112511-F453CCA8-5C17-4817-8641-69E29F65173FQ21112765-A2AF8E77-97F9-40A5-897F-4D6FEA7F2899Q21119043-BAA40673-DC8A-4A42-AFE9-7B32DBD7EB78Q21119070-0B538B6E-6055-41E6-8D47-8541BBA7E984Q21119757-819EE1E3-9144-4B80-B3DF-EAB3A6AD45EFQ21119757-95B451F8-9EDB-4C32-81E0-FBB6C8E9C366Q21120668-4B29F15E-E46B-4E6C-A7B8-9D3412062ACBQ21494404-1A2790D7-6A5A-4D4C-9BCB-F2D081D8274AQ21603501-EDD87BF4-B24F-4BE8-9B51-391C6D84F934Q21603737-D5095F35-8E74-48FC-81E8-2BC4065D55EEQ21603848-5571B0B1-D37E-41D8-812C-B147B7A505B1Q21603917-34234E59-8E3C-4B79-9DED-E31F0B345AA4Q21604128-DE6ED142-EAD8-449E-83FB-610E7529C1DCQ21604699-EF696E80-D9B5-4BF6-9BB4-2BE54D6F62D9Q21605152-8DE84AC1-627D-4F4D-8CF9-3B943BB02B68Q21605276-BF677E64-2D9A-4C47-9219-3B2C12D7BB92Q21605283-37CBBE82-D859-465D-9D3D-3E8F2B0A773DQ21605347-E763C20B-561E-43B2-8422-93FBEF35CF6EQ21981394-DAE3D9BB-D566-420E-AA16-61D7BF3F189FQ21982182-5DE9EB04-7134-454F-8044-857B51733B35Q21985440-4C6433E9-89A9-4C7F-AC5E-9321A4DF232CQ21986306-99EFFE4F-6D90-4A55-8157-EFEE29561B3FQ21989512-944D590C-74AC-4AAE-A408-E6DC4E5AF3BEQ22134861-CE466E52-F395-453B-AAEB-927033A59413Q22265133-1482CC77-023C-4CA1-9EF9-895F1D1C9F5EQ22291895-4A28A3CE-638E-40FF-BC5A-B9F1C6088197Q23424997-407C925A-9788-46A8-9107-32E50772B647Q23433561-B27C914C-206B-4AEC-BBBD-F2CEBCE435CBQ23434310-CAAA9EC1-05AA-4763-9B7E-0C93D962AB1AQ23434317-F9077685-7A5E-44B7-B104-72B11407019AQ23445903-637985D3-EAAF-4010-B237-223A9A9F481CQ23446448-D333D45C-5311-43E9-AD8B-5B9CDC339B44Q23446861-DD08691E-4B07-454D-8821-D1E9E3CE9ED3Q23461384-CC951590-B585-4FF0-A532-6972A7FE9203Q23468529-21803006-1ACE-4BC1-9FE9-3E0A1899B68FQ23478071-25736114-2A43-42D9-BED4-C38BC757E84EQ23478949-1BC4C2AC-7998-4E91-9E92-059436BA0627Q23479754-317C20E5-1B3B-45EA-BF92-91D5550B81A6Q23500971-5FFDD500-4A73-4A6F-8DCC-D084930C93DD
P682
description
Any process in which DNA and a ...... a compact, orderly structure.
@en
biologisch proces
@nl
name
DNA packaging
@en
empaquetage de l'ADN
@fr
pakado de DNA
@eo
type
label
DNA packaging
@en
empaquetage de l'ADN
@fr
pakado de DNA
@eo
altLabel
DNA condensation
@en
DNA organisation
@en
DNA organization
@en
GO:0006323
@en
encapsidation de l'ADN
@fr
prefLabel
DNA packaging
@en
empaquetage de l'ADN
@fr
pakado de DNA
@eo
P486
P2888
P2892
P486
P686
GO:0006323