about
P361
Q21111601-42B5D8EE-ED59-435B-84DC-4679F1CB5858Q21111601-8EBF5955-2D9A-426B-872D-E03D5345B26AQ21118573-CFE42884-1BD5-4D35-8401-ADD4181277CFQ21118574-CB846193-1018-4185-9D75-8F5AE73E85CCQ21131786-45532871-7949-43E7-A93F-9D59B3E3AECDQ21983373-69AA5B39-0B94-4461-A429-6990309CA453Q21983373-9CF77D3A-2E50-4102-94A9-89732A37A8C2Q21983374-CD4FF48F-3A04-4F89-8DCD-0C74EAD11BA6Q21983378-B9AA4286-37AA-4191-8C4E-6584C658C60AQ22677369-7232F02A-BD71-45C1-966A-D870A8E500A7Q28558822-05DCADB1-1E09-4A7D-B700-7F5A5A442F30Q28560167-00478540-F604-4E86-A135-3BA7F54F5891Q28560167-AE83F5EC-71E3-4F78-8151-C705496501D0Q29827926-9D6F0439-1860-4661-AB62-5993174E5893
P682
description
The chemical reactions and pat ...... own by creatine phosphokinase.
@en
biologisch proces
@nl
name
phosphocreatine biosynthetic process
@en
type
label
phosphocreatine biosynthetic process
@en
altLabel
GO:0046314
@en
phosphocreatine anabolism
@en
phosphocreatine biosynthesis
@en
phosphocreatine formation
@en
phosphocreatine synthesis
@en
prefLabel
phosphocreatine biosynthetic process
@en
P2888
P527
P686
GO:0046314