Reactome | Cell-surface carbohydrates [plasma membrane]

Schema > OtherEntity > Entries

compartment	[Compartment:876] plasma membrane
componentOf	[Complex:R-GGA-2132252] CHF [plasma membrane] - Gallus gallus [Complex:R-GGA-2867942] iC3b [plasma membrane] - Gallus gallus
consumedByEvent	[Reaction:R-GGA-2132187] MBL or ficolin binds an oligosaccharide pattern on the target cell surface - Gallus gallus [Reaction:R-GGA-2132283] Factor H binds to host cell surface - Gallus gallus [BlackBoxEvent:R-GGA-2132201] Opsonization with C3b or C4b - Gallus gallus [Reaction:R-GGA-2132248] C4b binds to target cell surface - Gallus gallus [Reaction:R-GGA-2132210] C3b fragment binds to the target cell surface - Gallus gallus
created	[InstanceEdit:2132098] Shamovsky, V, 2012-02-21
crossReference	[DatabaseIdentifier:9667308] ChEBI:23367
dbId	2132109
displayName	Cell-surface carbohydrates [plasma membrane]
inDisease	false
modified	[InstanceEdit:9667321] D'Eustachio, Peter, 2019-11-08
name	Cell-surface carbohydrates
schemaClass	OtherEntity
stId	R-ALL-2132109

(hasComponent)	[Complex:R-GGA-2132252] CHF [plasma membrane] [Complex:R-GGA-2867941] C3dg [plasma membrane] [Complex:R-GGA-2867942] iC3b [plasma membrane] [Complex:R-GGA-2132219] surface-bound MBL:Ca2+:MASP [plasma membrane] [Complex:R-GGA-2173560] surface-bound ficolin:Ca2+:MASP [plasma membrane] [Complex:R-GGA-2859041] surface-bound ficolin:Ca2+:activated MASP [plasma membrane] [Complex:R-GGA-2859037] surface-bound MBL:Ca2+:activated MASP [plasma membrane] [Complex:R-GGA-2132202] C3b [plasma membrane] [Complex:R-GGA-2132117] C4b [plasma membrane]
(input)	[Reaction:R-GGA-2132283] Factor H binds to host cell surface [BlackBoxEvent:R-GGA-2132201] Opsonization with C3b or C4b [Reaction:R-GGA-2132187] MBL or ficolin binds an oligosaccharide pattern on the target cell surface [Reaction:R-GGA-2132248] C4b binds to target cell surface [Reaction:R-GGA-2132210] C3b fragment binds to the target cell surface
(entityOnOtherCell)	[Reaction:R-GGA-2132187] MBL or ficolin binds an oligosaccharide pattern on the target cell surface