ncam1 Phenotypes

PhenotypesPheno.

XB-GENEPAGE-923170

Gene Symbol: ncam1 Gene Name: neural cell adhesion molecule 1

Expression Phenotypes Gene expression phenotype annotations where the gene of interest has been disrupted (manipulated) or is the gene assayed (assayed). Computed annotations are derived from differential expression analysis from Xenbase processed GEO data with the criteria of a TPM >= 1, FDR <= 0.05 and an absolute LogFC >= 2.
Manual annotations: ncam1 assayed (13 sources)
Computed annotations: ncam1 assayed (5 sources)

Monarch Ortholog Phenotypes These phenotypes are associated with this gene with a has phenotype relation via Monarch.
Mouse (25 sources): abnormal circadian behavior period, abnormal circadian behavior phase, abnormal CNS glial cell morphology, abnormal hippocampus CA3 region morphology, abnormal hippocampus pyramidal cell layer, abnormal neuron differentiation, abnormal postnatal subventricular zone morphology, abnormal retina inner plexiform layer morphology, abnormal rod electrophysiology, abnormal spatial learning, abnormal total retina thickness, absent long term depression, behavior/neurological phenotype, decreased brain size, decreased retina ganglion cell number, decreased retina inner nuclear layer thickness, decreased visual acuity, increased retina ganglion cell number, prenatal lethality, complete penetrance, reduced long term potentiation, shortened circadian behavior period, small olfactory bulb, thick retina ganglion layer, thin retina outer nuclear layer, thin retina outer plexiform layer [+]

Monarch Ortholog Phenotypes

These phenotypes are associated with this gene with a has phenotype relation via Monarch.

Mouse (25 sources): abnormal circadian behavior period, abnormal circadian behavior phase, abnormal CNS glial cell morphology, abnormal hippocampus CA3 region morphology, abnormal hippocampus pyramidal cell layer, abnormal neuron differentiation, abnormal postnatal subventricular zone morphology, abnormal retina inner plexiform layer morphology, abnormal rod electrophysiology, abnormal spatial learning, [+]