Acid Sensing Ion Channels [iontové kanály ASIC]
- Terms
-
iontové kanály citlivé na kyselost
-
Acid Sensing Ion Channel
Acid-Sensing Ion Channel
Acid-Sensing Ion Channels
ASIC Channel
Proton-Gated Sodium Channel
Proton-Gated Sodium Channels
A family of proton-gated sodium channels that are primarily expressed in neuronal tissue. They are AMILORIDE-sensitive and are implicated in the signaling of a variety of neurological stimuli, most notably that of pain in response to acidic conditions.
- DUI
- D062565 MeSH Browser
- CUI
- M0568648
- Previous indexing
- Sodium Channels (1988-2012)
- History note
- 2013
- Public note
- 2013; ASIC CHANNEL (now ACID SENSING ION CHANNELS) was indexed under NERVE TISSUE PROTEINS and SODIUM CHANNELS 2009-2012, and under MEMBRANE PROTEINS 1997-2008
Combination
- agonists
- Sodium Channel Agonists
- antagonists & inhibitors
- Acid Sensing Ion Channel Blockers
Allowable subheadings
- AD
- administration & dosage
- AE
- adverse effects
- AN
- analysis
- BI
- biosynthesis
- BL
- blood
- CF
- cerebrospinal fluid
- CS
- chemical synthesis
- CH
- chemistry
- CL
- classification
- DF
- deficiency
- DE
- drug effects
- EC
- economics
- GE
- genetics 1
- HI
- history
- IM
- immunology
- IP
- isolation & purification
- ME
- metabolism 1
- PK
- pharmacokinetics
- PD
- pharmacology
- PH
- physiology
- PO
- poisoning
- RE
- radiation effects
- ST
- standards
- SD
- supply & distribution
- TU
- therapeutic use
- TO
- toxicity
- UL
- ultrastructure
- UR
- urine
ASIC1 protein, human Chemical MeSH Browser
ASIC1 protein, mouse Chemical MeSH Browser
ASIC2 protein, human Chemical MeSH Browser
ASIC2 protein, mouse Chemical MeSH Browser
ASIC3 protein, human Chemical MeSH Browser
ASIC3 protein, mouse Chemical MeSH Browser
ASIC3 protein, rat Chemical MeSH Browser
ASIC4 protein, human Chemical MeSH Browser
ASIC4 protein, mouse Chemical MeSH Browser
ASIC5 protein, human Chemical MeSH Browser
Asic1 protein, rat Chemical MeSH Browser
Asic2 protein, rat Chemical MeSH Browser
Asic5 protein, mouse Chemical MeSH Browser