about
ATP binding cassette subfamily E member 1Transmembrane BAX inhibitor motif containing 6ATP-binding cassette, sub-family E (OABP), member 1Transmembrane BAX inhibitor motif containing 6Hypothetical protein ECIAI39_4728Ribonuclease activity regulator protein RraA ECIAI39_3065Hypothetical protein YE0495Ribonuclease activity regulator protein RraA YE0102Hypothetical protein AHA_3470Ribonuclease activity regulator protein RraA AHA_4124Hypothetical protein VC0424Ribonuclease activity regulator protein RraA VC2672Ribonuclease activity regulator protein RraA VF_0211Hypothetical protein VF_0409Ribonuclease activity regulator protein RraA VP0247Hypothetical protein VP2650Ribonuclease activity regulator protein RraA HI0508Hypothetical protein HI0700Ribonuclease E inhibitor B STM4470Ribonuclease E activity regulator RraA STM4089Ribonuclease E inhibitor RraA SO_4197Ribonuclease E inhibitor RraB SO_0568RNase E inhibitor protein EAE_09740Ribonuclease activity regulator protein RraA EAE_07550Ribonuclease activity regulator protein RraA ECL_05048Hypothetical protein ECL_00679Ribonuclease E inhibitor ECUMN_4459Hypothetical protein ECUMN_4787Ribonuclease activity regulator protein RraA NRG857_19615Hypothetical protein NRG857_21640Hypothetical protein KPHS_05130Ribonuclease activity regulator protein RraA O3K_24220RNase E inhibitor protein O3K_22365Hypothetical protein SDY_4277Ribonuclease activity regulator protein RraA SDY_3808ATP binding cassette subfamily E member 1Bax Inhibitor-1 Dmel_CG7188Endonuclease G inhibitor Dmel_CG4930ATP binding cassette subfamily E member 1
P682
Q21113670-B2C5C685-2393-4B93-9153-0473189EBFBCQ21132769-157283CD-8BF0-4D46-9B3D-D74602EB647CQ21491068-CE69904F-C771-417C-BB00-8DB59CEA8A76Q21493974-2F17F83D-D38F-4BA2-8960-44059C09EE72Q22161554-EE3B1696-B99C-44EB-B154-A862D554AF2FQ22162054-4A46AB13-3403-4DB4-832D-CF8B9B96B9C6Q23424137-1FE0734F-2F46-4214-876F-BFFECDA87706Q23426587-54FEC390-2071-466E-9D42-D56C6D014F7BQ23431529-B1792384-E261-47DF-94BD-067D0B1CDFA9Q23432358-305079C8-8AD9-4DA8-A2B3-C49CC7C7A7ACQ23432814-18C49FD6-004E-496E-9C29-966149337B1AQ23435608-6A023380-7CC7-4505-8F4E-16A094CE11E7Q23437209-BD9C14B8-0113-44C9-967A-989CCA773CF6Q23437355-8B9D9A9B-6B1B-4150-AB56-374FDA3573D3Q23440462-5137200A-450B-45E2-A2B4-148974C12A25Q23441676-C08F92FF-C682-463D-A431-F697C7DE26B0Q23445102-0D1C2793-E367-451B-B137-5C87ABC6BD1DQ23445907-D3EF60DF-2D2D-4655-A704-B5BA3978E518Q23557568-A5ED2D6F-687D-4647-835E-7DEA64C29A04Q23562205-FBB33E25-7926-4604-B204-A590A5DB37E6Q23596898-684AF429-9C46-4D28-947F-580436F5BE2AQ23600046-87069545-D254-4FBA-9DAA-609C607E3729Q24128480-323A015C-5748-4467-B6E9-7E4D392808ACQ24128485-97B37E17-A959-41B9-89B5-37AAC33759B3Q24132342-4FB49D85-2F14-4E94-92A6-DD86277292B7Q24132514-ED931E04-A9AF-497D-BD42-1F593E95DD93Q24147118-450E1B3A-0ACA-4109-805E-6BE9F527F03CQ24147756-BAFC041D-E647-44C8-88F8-AF11E94622DDQ24152969-62DAF281-BBBD-4BDC-96D4-60A8543343F8Q24153044-2C42E9A7-EC60-40C8-BB29-BD2ECF0B198FQ24271272-20D6CFFB-BCEB-4EDB-9122-7C361E18A885Q24281819-528D9E2A-EECB-4F36-9EBC-1829E9AD0518Q24282559-9958BA64-2F2D-45CE-8B9B-559C8525C94AQ27476682-40F8A816-5ABD-4CF0-AFF1-ED4FEA9A989AQ27476873-70F65765-8230-4599-8CAF-BDA8DA69C455Q29519387-11FDD09C-DAFE-4AA2-B6CC-5729DCD6F9CDQ29819724-2397ADFD-D4D0-46DF-95A7-A7E8BB6BCFA9Q29820474-6925AD0D-C567-4BF7-A139-EF58A3A6A0A0Q55202299-7EC7FA7A-4CCF-4260-B0F7-F3D9098DABDA
P682
description
Any process that decreases the ...... d by creating internal breaks.
@en
biologisch proces
@nl
name
negative regulation of endoribonuclease activity
@en
type
label
negative regulation of endoribonuclease activity
@en
prefLabel
negative regulation of endoribonuclease activity
@en
P2888
P686
GO:0060702