GENE ID: --

Symbol Location Gene type Genome version Species
si:ch211-150j10.4 -- -- -- Danio rerio

MARKER



EXPRESSION

Dataset ID Tissue / Organ Experiment type Sample Cell type Marker class Evidence
GSE158142 (3dpf) head baseline 3dpf, untreatment Otic vesicle (cluster: 17)
 potential marker
 NA
GSE123241 (wild type) neuromast baseline 5dpf, wild type during sensory hair cell regeneration, lateral line sensory Hair cells (cluster: 7)
 potential marker
 NA
GSE158142 (5dpf) brain, eye baseline 5dpf, untreatment
GSE158142 (15dpf) brain, eye baseline 15dpf, untreatment
GSE151354 (wild type) cartilage baseline 21dpf, wild type
GSE151354 (nkx3.2 mutant) cartilage growth 21dpf, nkx3.2 mutant
GSE126647 (control) embryo baseline 1.17dpf, control nkx2.5:ZsYellow+ cells
GSE126647 (Pbx4-depleted) embryo growth 1.17dpf, Pbx4-depleted nkx2.5:ZsYellow+ cells
GSE158142 (12hpf) head baseline 12hpf, 6 somites, untreatment
GSE158142 (14hpf) head baseline 14hpf, 10 somites, untreatment
GSE158142 (16hpf) head baseline 16hpf, 14 somites, untreatment
GSE158142 (18hpf) head baseline 18hpf, 18 somites, untreatment
GSE158142 (20hpf) head baseline 20hpf, 21-22 somites, untreatment
GSE158142 (24hpf) head baseline 24hpf, untreatment
GSE158142 (1.5dpf) head baseline 1.5dpf, untreatment
GSE158142 (2dpf) head baseline 2dpf, untreatment
GSE150498 (nod2-|-, 1X DSS) intestine disease 6dpf, nod2-/-, 1X DSS
GSE123241 (fgf3 mutants) neuromast regeneration 5dpf, fgf3 mutants during sensory hair cell regeneration, lateral line sensory
GSE123241 (fgf3 siblings) neuromast regeneration 5dpf, fgf3 siblings during sensory hair cell regeneration, lateral line sensory
GSE148591 (6mpf) pituitary baseline 6mpf, male, Sox17:CreERT2
GSE148591 (3mpf) pituitary transplant 3mpf, graft transplantation during early embryogenesis
GSE122680 (24hpf) retina baseline 24hpf, WT, untreatment
GSE152982 (wild type) trunk baseline 1.25dpf, untreatment
GSE131136 (all) trunk, skin baseline 5dpf, sox10:CRE positive cells from 5dpf and post-embryonic zebrafish trunks with and without thyroid hormone

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