about
Leucine aminopeptidase 3Zinc metallopeptidase STE24Methionyl aminopeptidase 1Endoplasmic reticulum aminopeptidase 1Aminopeptidase like 1Methionyl aminopeptidase type 1D, mitochondrialNudix hydrolase 16Methionyl aminopeptidase 2Cytosol aminopeptidase CTL0301Methionine aminopeptidase CTL0224Dipeptidase 2Dipeptidase 3Methionine aminopeptidase CT_851Cytosol aminopeptidase CT_045Leucine aminopeptidase 3Methionine aminopeptidase BU230Leucyl aminopeptidase BU367Methionine aminopeptidase BB_0105Cytosol aminopeptidase FTT_1318cCytosol aminopeptidase FTT_1094cMethionine aminopeptidase FTT_0393Methionine aminopeptidase HP1299Cytosol aminopeptidase HP0570Hypothetical protein PA0639Hypothetical protein PA2102Leucyl aminopeptidase PA3831Methionine aminopeptidase PA3657Methionine aminopeptidase PA2748Methionine aminopeptidase TTHA1670Leucine aminopeptidase TTHA0256Endoplasmic reticulum aminopeptidase 1Dipeptidase 1Dipeptidase 2Dipeptidase 3Methionyl aminopeptidase 1Methionyl aminopeptidase type 1D (mitochondrial)Aminopeptidase-like 1Methionine aminopeptidase 2Nudix (nucleoside diphosphate linked moiety X)-type motif 16Proline dipeptidase ECIAI39_3148
P680
Identification and chromosomal location of two human genes encoding enzymes potentially involved in proteolytic maturation of farnesylated proteinsPrimary structure of human microsomal dipeptidase deduced from molecular cloningStructural and immunological evidence for the identity of prolyl aminopeptidase with leucyl aminopeptidase
P921
Q21097384-DFCCF54D-0DF6-4F4A-A512-76A42F803C41Q21101211-61A7CD6C-DE67-400B-BC43-3E56DCCE69A7Q21102194-C14B6E21-CAE8-4EC2-91BB-C279B33DDF36Q21117696-4679E5B1-709E-4D8C-A68F-CEF507DD8861Q21119711-D9C301AA-F145-41EC-B549-A6D3B01C1F47Q21119975-83629308-C01E-42C4-AE82-36FECD4390E6Q21120178-BBCD5F38-9FC4-4AF5-84A3-F93C1A55B627Q21130460-03D7A454-37BE-4CC8-A734-58F3654EAC5EQ21172555-4D621CE8-A123-4DDC-B28D-604576352F3DQ21172954-E54EE35E-D163-4467-883C-891B7C70CB81Q21173458-69688C54-46C6-4035-A0D1-6733D08A2E94Q21173459-D2A10ADC-2597-4550-87F7-5DF2AD20DFE6Q21174473-7BAAD8DE-95EF-49F8-B018-C92EC0E3B084Q21174673-47AFE23A-B549-436F-B5EB-BD71334C25EAQ21493878-D6E7A060-0BFF-49DA-85F0-71713F976781Q21599732-A6819CF4-6108-4D4B-94AA-D34023A8AA39Q21599802-26A25AD1-E913-4C03-8483-61F1FBBCBEF2Q21604354-C1B87C01-59D5-4B99-8611-315A08D064A9Q21630423-5921E657-8F61-4F28-B8A0-0A3CC79E624AQ21630471-29B7C9DE-9E30-43C9-B292-192C50EFD851Q21631486-575732A7-452F-46ED-832E-49B356289919Q21632394-9970CFC5-3CB4-45F9-A1B9-1AAD663ACE6FQ21633436-C6CC98E3-AAFE-4B2D-B4E1-49091D53F985Q21761200-F4688374-BE8D-490D-A60B-E5737900FAABQ21761229-686D2ED2-EAEE-494B-80F6-8A7682AB661EQ21762006-E3590B2E-4067-44A3-968A-28FD942798A3Q21762113-9D985772-9493-47BE-ADA8-9E2ACBFCB57FQ21762134-E2B7EAC6-73C7-4635-85D0-444FD89FDA39Q21767017-414B7324-CC95-487E-BA45-FE958C36574CQ21978477-D6149674-7702-4AF6-9F74-645F7C0DC722Q21981090-BB645C13-293C-4EF3-A542-DEA60ADA61A6Q21981546-A16BCA60-59E5-4D4C-BDD9-9690F3EA40C0Q21981549-69CFC2BE-0901-4DED-95D4-F6BA9C839179Q21981552-0B92060E-A898-490F-878D-FA51821C8C6DQ21985724-81D5AF26-168B-46E9-9E38-14352765063DQ21985726-1E873FC7-9C8E-47EF-8C54-712CB73AD201Q21986246-341534CE-1C8E-4B21-876F-977B55695998Q21986513-D92111F7-8634-4BB1-ABE3-D786ED9321A9Q21987778-526D8DC2-A267-4C23-AD8C-D0F2AA036D08Q22136072-1928F210-7D49-4D27-BC9F-2899B8DAB592
P680
description
Catalysis of the hydrolysis of ...... le in place, and charged amino
@en
moleculaire functie
@nl
name
metalloexopeptidase activity
@en
type
label
metalloexopeptidase activity
@en
prefLabel
metalloexopeptidase activity
@en
P2888
P686
GO:0008235