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English
Activation of ATP sensitive Potassium channels in neuroendocrine cells
An instance of the biological reaction in Homo sapiens with Reactome ID (R-HSA-1296024)
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Statements
instance of
biological process
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
part of
ATP sensitive Potassium channels
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
found in taxon
Homo sapiens
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
exact match
https://identifiers.org/reactome:R-HSA-1296024
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
has part(s)
potassium cation
quantity
1
object has role
reactant
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
potassium cation
quantity
1
object has role
product
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
ATP sensitive K+ channels (SUR1) [plasma membrane]
quantity
1
object has role
modifier
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
ATP(4-)
quantity
1
object has role
modifier
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
cites work
Human hair follicles contain two forms of ATP-sensitive potassium channels, only one of which is sensitive to minoxidil
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
Identifiers
Reactome ID
R-HSA-1296024
1 reference
stated in
Reactome
retrieved
8 July 2022
Reactome ID
R-HSA-1296024
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