Path ID: DB00356_MESH_D009128_1

db00356-mesh-d009128-1

Concepts

Identifier Name Type
MESH:D002753 chlorzoxazone Drug
MESH:D015220 Calcium Channels GeneFamily
MESH:D015221 Potassium Channels GeneFamily
GO:0016917 GABA receptor activity MolecularActivity
GO:0061534 Gamma-aminobutyric acid secretion, neurotransmission BiologicalProcess
GO:0090075 relaxation of muscle BiologicalProcess
GO:0006936 muscle contraction BiologicalProcess
HP:0031826 Abnormal reflex PhenotypicFeature
HP:0003394 Muscle spasm PhenotypicFeature
HP:0002493 Upper motor neuron dysfunction PhenotypicFeature
MESH:D009128 Spasticity Disease

Relationships

NOTE: predicates are annotated in Biolink Model (v1.3.0)

Subject Predicate Object
Chlorzoxazone NEGATIVELY CORRELATED WITH Upper Motor Neuron Dysfunction
Upper Motor Neuron Dysfunction POSITIVELY CORRELATED WITH Spasticity
Chlorzoxazone DECREASES ABUNDANCE OF Abnormal Reflex
Abnormal Reflex POSITIVELY CORRELATED WITH Muscle Spasm
Muscle Spasm POSITIVELY CORRELATED WITH Spasticity
Chlorzoxazone NEGATIVELY REGULATES Calcium Channels
Chlorzoxazone NEGATIVELY REGULATES Potassium Channels
Calcium Channels POSITIVELY CORRELATED WITH Muscle Contraction
Potassium Channels POSITIVELY CORRELATED WITH Muscle Contraction
Chlorzoxazone POSITIVELY REGULATES Gaba Receptor Activity
Gaba Receptor Activity POSITIVELY CORRELATED WITH Gamma-Aminobutyric Acid Secretion, Neurotransmission
Gamma-Aminobutyric Acid Secretion, Neurotransmission POSITIVELY CORRELATED WITH Relaxation Of Muscle
Muscle Contraction POSITIVELY CORRELATED WITH Spasticity
Relaxation Of Muscle NEGATIVELY CORRELATED WITH Spasticity

Comment: Althouth InterPro and Pfam have entries to encompass different types of calcium channels, the chosen MESH term is the most generic term that encompasses ALL calcium channels, rather than individual domains, subunits or classes.

Reference: