about
potassium channel activitycalcium channel activitysodium channel activitycalcium activated cation channel activitytemperature-gated cation channel activityhydrogen ion channel activityvoltage-gated cation channel activityserotonin-activated cation-selective channel activityacetylcholine-activated cation-selective channel activityosmolarity-sensing cation channel activityammonium channel activityligand-gated cation channel activityG-protein gated cation channel activitymechanosensitive cation channel activity
P279
P361
Transient receptor potential cation channel, subfamily V, member 1Mucolipin 1Transient receptor potential cation channel subfamily M member 6Transient receptor potential cation channel, subfamily M, member 6Transient receptor potential cation channel, subfamily C, member 6Transient receptor potential cation channel, subfamily M, member 1Transient receptor potential cation channel, subfamily C, member 1Transient receptor potential cation channel, subfamily V, member 2Transient receptor potential cation channel, subfamily V, member 4Transient receptor potential cation channel, subfamily V, member 3Transient receptor potential cation channel, subfamily M, member 7Sodium leak channel, non-selectiveAcid sensing ion channel subunit 1Acid sensing ion channel subunit 2Acid sensing ion channel subunit 3Calcium homeostasis modulator family member 4Calcium homeostasis modulator family member 6Cation channel sperm associated 3Mucolipin 2Mucolipin 3Glutamate ionotropic receptor NMDA type subunit 2AGlutamate ionotropic receptor NMDA type subunit 2CCalcium homeostasis modulator 3Calcium homeostasis modulator family member 2Glutamate ionotropic receptor NMDA type subunit 3BGlutamate ionotropic receptor NMDA type subunit 1Purinergic receptor P2X 1Polycystin 1 like 3, transient receptor potential channel interactingPolycystin 2 like 1, transient receptor potential cation channelTransmembrane protein 38ATransmembrane protein 38BTrimeric intracellular cation channel type BTransient receptor potential cation channel subfamily M member 1Piezo type mechanosensitive ion channel component 1Piezo type mechanosensitive ion channel component 2Calcium homeostasis modulator family member 6Calcium homeostasis modulator family member 4Calcium homeostasis modulator family member 5Glutamate receptor, ionotropic, NMDA2B (epsilon 2)Mucolipin 2
P680
Q14865153-9BB43AD6-896C-4914-A2BB-B4867E2D8EE5Q14891583-A2B12A59-50A4-493F-A721-6E06E2A3FCABQ14905710-3E8C90B8-D275-4771-B1CD-2A767AE05C6EQ14908167-78EE99DF-28D4-4285-822B-4CFE0DD94548Q21095674-0DFC74A7-E727-4425-8E04-7D906BC484CFQ21102109-71CDFAD1-A7FF-4B09-BDF3-793F206AAA54Q21103307-8D3CB0F6-5019-4939-9669-DA24C73E18A9Q21108112-23F38169-F0C8-4793-B3AC-0374C445148DQ21108133-E1CFE717-23D6-42D3-8C5C-58DA9DC425C4Q22243890-C7ABE6D3-494B-4012-AC1F-0BE7D56FD9F0Q22324905-3DC988D9-D127-496E-92CF-044CC323E302Q27918427-D31A062E-FC91-4134-B751-90746BEEEFF1Q27918448-D46F9E3B-C547-479B-A778-0BCCCF73079BQ47009807-050D04D4-3896-4C4E-B39B-86798CFFD33D
P279
Q14908176-C984EA36-8CF1-4778-90BD-8647F5C94939Q14914273-07997B2F-37A8-437A-AD79-9B9800D77433Q14914273-337D8252-C5A5-4F60-91F3-87C4D3503A31Q14914570-001BA314-1317-4D6E-B016-4AC0D2EF539FQ14914574-E732A0BC-C88D-414A-9053-6796E90EA2DFQ14914580-DA7B2C42-187D-44A7-A140-9DB7D6E32A2EQ15322501-EE4DF1E1-2AB9-4FA1-BB32-1ED2FAAA115DQ15322698-B4EA97F9-C948-4383-8F4F-0E147091169CQ15323688-B3674DA0-97C5-440B-AB8E-9A985A89A260Q15324125-FE7FCD49-F34B-445C-B440-DCAB679CD439Q15324694-25AABDA5-1A80-4B14-A080-5946A47A5AD1Q15327635-97B8C85A-7638-41B9-9466-EEB8F6406256Q21096262-8B7E2536-D998-40D9-B7A7-1171E11E00D1Q21096262-9CE95A65-2E09-47C5-B169-E2C02947ACF0Q21102075-09EE4ACF-8C27-44DF-A6AC-EDDD5684190BQ21102082-3EA8297D-7CC3-4F23-84A9-44600DBDE3FFQ21102111-5453B971-13FB-4681-AD71-DF1FDD67BAB3Q21106048-B675F9DA-C202-45BF-AC48-3CDAA3184693Q21106050-D1818F81-B748-43A7-853E-C69ADF935141Q21106076-477E9EDF-62CF-442A-9E31-7DFAA9DFD0F4Q21109974-C50A865F-28C8-4548-9BB6-99A8669B56A8Q21113637-9E101D24-ABCC-4D33-B841-33CC3AA753EDQ21113640-F8202115-803D-4AEF-A387-C49A02F48F40Q21115815-CB646666-72BF-4941-912B-56BFA1DC255AQ21115819-72ED331E-FC7E-4069-A6C2-AE1B2287F4EEQ21116953-F0157EDD-61F0-40B9-BF91-79987EC65FA2Q21116957-615361FC-0653-4DFB-AECF-253B438B6A54Q21118848-E3084385-522D-46D0-AC80-B58E29988E55Q21118862-4F7990F3-4392-4578-8713-8976A5BFF589Q21118919-A9F82B45-0B33-40B5-92E8-888E9AD06A9AQ21126827-0AC0A08E-0C28-44C9-8D1C-FAEFFD83990AQ21126827-14719EB9-CF6B-47B0-9D84-201FB0716A6AQ21126833-FCE0C08B-F5D4-4CB5-B4D5-F6DD203D6055Q21136409-5D6EE5A6-31A1-46A9-BEFF-9D3361393036Q21136414-638C13A8-228D-4C38-AB6B-E2D030903F29Q21139907-A94F1D34-D29C-4FC7-9C18-A5BE065E0292Q21150831-75EB38A7-CD4F-4FAB-A250-35FC0D873613Q21173847-5F7A0CAE-3547-4236-B890-154B480A90C8Q21173849-CC5967CF-CD85-4C04-98A1-0677211792ECQ21495641-95F386CD-2CB6-4850-A365-157FB49BB5E4
P680
description
Enables the energy-independent ...... down a concentration gradient.
@en
biologisch proces
@nl
name
aktiveco de katjonkanalo
@eo
cation channel activity
@en
type
label
aktiveco de katjonkanalo
@eo
cation channel activity
@en
altLabel
GO:0005261
@en
cation diffusion facilitator activity
@en
prefLabel
aktiveco de katjonkanalo
@eo
cation channel activity
@en
P2888
P527
P686
GO:0005261