about
Proteinase 3A disintegrin-like and metallopeptidase (reprolysin type) with thrombospondin type 1 motif, 2Cathepsin KCathepsin BFURINMatrix metallopeptidase 2Collagen type VI alpha 6 chainCollagen type VI alpha 1 chainCollagen type VI alpha 2 chainCollagen type VI alpha 3 chainCollagen type V alpha 3 chainCollagen type VIII alpha 1 chainCollagen type VII alpha 1 chainADAM metallopeptidase with thrombospondin type 1 motif 3ADAM metallopeptidase with thrombospondin type 1 motif 14Matrix metallopeptidase 9Collagen type XII alpha 1 chainCollagen type XIX alpha 1 chainCollagen type XXVI alpha 1 chainMatrix metallopeptidase 14ADAM metallopeptidase domain 15Matrix metallopeptidase 3Collagen type XV alpha 1 chainCollagen type XVIII alpha 1 chainMatrix metallopeptidase 20Matrix metallopeptidase 21Matrix metallopeptidase 19Matrix metallopeptidase 28Matrix metallopeptidase 27Matrix metallopeptidase 25Matrix metallopeptidase 26Matrix metallopeptidase 24Matrix metallopeptidase 10Matrix metallopeptidase 11Matrix metallopeptidase 12Matrix metallopeptidase 13Matrix metallopeptidase 15Matrix metallopeptidase 16Matrix metallopeptidase 17Mannose receptor C type 2
P682
Biochemical characterization of human collagenase-3Identification and characterization of the endocytic transmembrane glycoprotein Endo180 as a novel collagen receptorThe role of the C-terminal domain of human collagenase-3 (MMP-13) in the activation of procollagenase-3, substrate specificity, and tissue inhibitor of metalloproteinase interactionGlycosaminoglycan-mediated loss of cathepsin K collagenolytic activity in MPS I contributes to osteoclast and growth plate abnormalities.
P921
Q14877623-0D615977-F4B2-4F5D-9B92-D47329DC9FAFQ14881711-8ACD6F3E-D31C-44A5-AFB3-51A6F11A1767Q14902054-DF75B6B0-3D2A-40BB-87F1-44150C15F600Q14902054-E1D391A6-8C18-495E-B37E-C2B4BCA76A13Q14911950-A9AAF8BC-515D-4049-B2D0-6DDF934ACF7FQ14916427-47AE2666-4AAB-491A-B141-30345AEC2376Q15327944-76551169-A23B-47BF-BAD7-5D505805316DQ15327944-9EBA3E05-FD91-42F7-A323-D4D78AB23ACFQ21102469-E0270425-ED2B-4580-9532-AF8A0529E730Q21102482-230584C5-1A7C-4556-855D-C07E914BF053Q21102483-24405555-E440-4B45-A184-7EBC7314A66DQ21102484-59DFD634-F1C5-4BA9-B42B-2801A0F33F5FQ21102491-140A283F-70D3-4B10-8672-83E816A7A6ABQ21102493-AFA86649-84B4-4165-9808-3CCF815D631DQ21102497-281BE0D3-220A-4694-BFA1-9AA5FD3F2A8AQ21105293-87DCA6DB-BAE9-4BAC-8083-A4D5F161ACF9Q21105361-C8553270-CED3-4839-9726-26274B54F2B3Q21105703-77F44E0B-0CE1-4853-B72E-1E5A19CDEFF4Q21105703-F070BA2E-052E-4AA9-9487-14F60CE65114Q21106784-96CAED3C-5735-4905-9248-8151CE07E214Q21106801-3316FB1F-D3BA-4BD8-9AF3-6882BC8C9540Q21108430-926EA9BB-DF74-4BC2-9D0F-2F02C4BD4D5EQ21109573-37406817-9AF0-4091-87A9-C3CC32C1AE44Q21109573-D8690858-A8AE-49A6-B095-62E3627BC6AAQ21113814-66CBC3AC-C20E-41D7-AF6B-0BA31711EDF7Q21114943-8CC1997D-7316-476A-8C4F-9935E8FFA3BBQ21114943-FCC3BF31-4D94-4A78-BFFF-6847B13BEC55Q21115675-284EDEB8-4AC9-4DE3-AA26-54E744CAA6CEQ21116171-6BDF75F6-1855-4C00-A118-8A8F33B9D5A2Q21119452-0FCA5C4B-D529-4F2F-8BDA-415F98E74818Q21119452-5DCDB374-7430-45B6-94F6-27C2E4D2CF20Q21119453-427FCF36-AA6B-47DB-9BA3-162D747E5536Q21119454-C0FEAE4F-CFBD-4991-9933-2FC00D576238Q21119454-D77E9411-44AA-4B86-95F9-A70B834C14C1Q21119455-8933EFFB-E7B2-4DE0-8176-D1A557FD4D01Q21119456-7D8FF2C3-5F33-4728-B7E5-CD0E8F11CD0BQ21119456-CED0567A-F294-42A5-BB7A-1E98BC998FF7Q21119457-FE9BC8A7-B545-4608-B043-E1CC983A03A4Q21119458-0425CDFD-2183-4B39-80D3-A1AC3D5DF2F7Q21119458-284C4E79-5B79-4E4D-940C-E7DB8ACAF97C
P682
description
The proteolytic chemical react ...... ases secreted by nearby cells.
@en
biologisch proces
@nl
name
collagen catabolic process
@en
type
label
collagen catabolic process
@en
altLabel
GO:0030574
@en
collagen breakdown
@en
collagen catabolism
@en
collagen degradation
@en
prefLabel
collagen catabolic process
@en
P2888
P686
GO:0030574