Fish Single-cell RNA Database

GENE ID: ENSDARG00000011998

Symbol	Location	Gene type	Genome version	Species
bfsp2	2: 32761130 ~ 32769759 (-)	protein_coding	GRCz11	Danio rerio

Notice the +/- strand.
Display format: symbol/gene id: RNA id. (Except when gene id is similar to RNA id.)
You can browse transcripts by dragging.
A more detailed transcript can be viewed by the zoom button in the upper right corner.
Click on the transcript to obtain the sequence.

PPI (protein-protein interaction) results are shown above.

Green is ENSDARG00000011998 (bfsp2), yellow represents other genes.

Hover over the node can see the symbol/gene ID it represents.

The more connections, the bigger symbol size.

Gene ID	Symbol	Location
ENSDARG00000062904	idua	5: 9046813 ~ 9069365 (+)
ENSDARG00000041301	crybb3	5: 6489260 ~ 6508250 (-)
ENSDARG00000038089	NA	3: 27929505 ~ 27952302 (+)
ENSDARG00000016255	chmp4ba	6: 49901465 ~ 49920320 (+)
ENSDARG00000011998	bfsp2	2: 32761130 ~ 32769759 (-)
ENSDARG00000078022	fyco1b	2: 50722439 ~ 50765082 (+)
ENSDARG00000078318	tmod1	1: 12231478 ~ 12257979 (+)
ENSDARG00000015076	gja8b	1: 47446032 ~ 47448850 (+)
ENSDARG00000053502	cryaa	1: 29096881 ~ 29100923 (+)
ENSDARG00000025943	crygs3	9: 22351443 ~ 22366295 (+)
ENSDARG00000021889	gja3	9: 21407987 ~ 21409466 (+)
ENSDARG00000035810	rgcc	9: 17438765 ~ 17449872 (+)
ENSDARG00000069451	gja8a	9: 30430188 ~ 30432778 (-)
ENSDARG00000041171	crygs2	9: 27733334 ~ 27738110 (-)
ENSDARG00000053512	crybb2	8: 42629748 ~ 42636278 (+)
ENSDARG00000007323	chmp4bb	8: 45361735 ~ 45375108 (+)
ENSDARG00000074919	NA	13: 985442 ~ 992458 (-)
ENSDARG00000013251	hsf4	18: 22739732 ~ 22753637 (-)
ENSDARG00000062350	synm	18: 20859661 ~ 20869175 (-)
ENSDARG00000041141	cryba1a	15: 28086193 ~ 28107505 (-)
ENSDARG00000042621	cryaba	15: 18119618 ~ 18124678 (-)
ENSDARG00000013963	mipb	23: 6637611 ~ 6641223 (-)
ENSDARG00000037285	mipa	23: 27068225 ~ 27072774 (+)
ENSDARG00000077918	dnase2b	11: 8170948 ~ 8179145 (+)
ENSDARG00000007715	lgsn	11: 11263451 ~ 11266882 (-)
ENSDARG00000068507	crybb1	10: 44021147 ~ 44027391 (-)
ENSDARG00000024548	cryba4	10: 44042033 ~ 44051808 (+)

MARKER

The figure above shows the marker information in datasets of Danio rerio.
: marker.
: potential marker.
Click the legend to hide the icon of the cell type, which can be used in the case of overlapping icons.

EXPRESSION

Dataset ID	Tissue / Organ	Experiment type	Sample	Cell type	Marker class	Evidence
GSE158142 (5dpf)	brain, eye	baseline	5dpf, untreatment
GSE158142 (8dpf)	brain, eye	baseline	8dpf, untreatment
GSE158142 (1.5dpf)	head	baseline	1.5dpf, untreatment	Lens (cluster: 17)	potential marker	NA
GSE158142 (3dpf)	head	baseline	3dpf, untreatment	Lens (cluster: 19)	potential marker	NA
PRJNA415636 (brain)	brain	baseline	adult, Zebrabow M, brain
PRJNA610520 (3.5dpf)	caudal hematopoietic tissue	baseline	3.5dpf, the mixture of same amount of kdrl:mCherry+ cells, CD41:GFP+ cells and double negative cells.
PRJNA610520 (4.5dpf)	caudal hematopoietic tissue	baseline	4.5dpf, the mixture of same amount of kdrl:mCherry+ cells, CD41:GFP+ cells and double negative cells.
GSE144944 (fgfr3 +\|+)	cranial vault	baseline	1mpf, fgfr3 +/+
GSE144944 (fgfr3 -\|-)	cranial vault	growth	1mpf, fgfr3 -/-
GSE168695 (5dpf)	embryo	baseline	5dpf, GFP+ cells isolated from 5 dpf cldnb:lyn-EGFP embryos
PRJNA564810 (2dpf)	embryo	baseline	2dpf, a single-cell transcriptome atlas for zebrafish development
PRJNA564810 (1dpf)	embryo	baseline	1dpf, a single-cell transcriptome atlas for zebrafish development
GSE126647 (control)	embryo	baseline	1.17dpf, control nkx2.5:ZsYellow+ cells
PRJNA564810 (5dpf)	embryo	baseline	5dpf, a single-cell transcriptome atlas for zebrafish development
GSE161712 (M. marinum)	granulomas	disease	adult, infected with bacteria of M. marinum
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
PRJNA608912 (wt_2dpi)	heart	regeneration	5mpf, wild type, 2 days post injury
PRJNA608912 (kit_7dpi)	heart	regeneration	5mpf, kit mutant, 7 days post injury
PRJNA608912 (wt_7dpi)	heart	regeneration	5mpf, wild type, 7 days post injury
PRJNA608912 (kit_uninjuried)	heart	regeneration	5mpf, kit mutant, uninjured
PRJNA608912 (wt_unjuried)	heart	baseline	5mpf, wild type, uninjured
PRJNA415636 (pancreas, liver)	hepatopancreas	baseline	adult, Zebrabow M, pancreas and liver
PRJNA754013 (zebrafish)	hypothalamus	baseline	adult, male, female, untreatment
GSE150498 (wildtype, 1X DSS)	intestine	disease	6dpf, wildtype, 1X DSS
PRJNA605021 (hair cells)	neuromast	baseline	7dpf, posterior lateral-line neuromast cells were isolated from the dissociated trunks of Tg[myo6b:actb1-EGFP] transgenic zebrafish larvae
PRJNA668529 (control)	olfactory rosette	baseline	3mpf, intranasal PBS
PRJNA668529 (3d)	olfactory rosette	disease	3mpf, intranasal 100ng r-Spike 3 days
PRJNA668529 (3h)	olfactory rosette	disease	3mpf, intranasal 100ng r-Spike 3 hours
GSE148591 (6mpf)	pituitary	baseline	6mpf, male, Sox17:CreERT2
PRJNA415636 (primary pancreatic islet)	primary pancreatic islet	baseline	adult, Zebrabow M, primary pancreatic islet
GSE122680 (24hpf)	retina	baseline	24hpf, WT, untreatment
GSE122680 (1.5dpf)	retina	baseline	1.5dpf, WT, untreatment
PRJNA551501 (8mpf)	thyroid gland	baseline	8mpf, Tg(tg:mVenus-T2A-NTR)
GSE131136 (all)	trunk, skin	baseline	5dpf, sox10:CRE positive cells from 5dpf and post-embryonic zebrafish trunks with and without thyroid hormone
GSE159709 (melanoma)	tumor	disease	adult, equal numbers of sorted GFP+ (tumor) and GFP- (macroenvironment) cells
GSE176129 (pdgfrb-positive)	whole body	baseline	5dpf, FACS-isolated pdgfrb-positive cells
GSE158099 (runx1 -\|-)	whole body	hematopoietic	16dpf, cd41:GFPlow-runx1-/-
GSE158099 (WT)	whole body	baseline	10dpf, cd41:GFPlow-WT
GSE158099 (WT)	whole body	baseline	16dpf, cd41:GFPlow-WT
GSE158099 (runx1 -\|-)	whole body	hematopoietic	16dpf, cd41:GFPlow-runx1-/-

After clicking the magnifying glass button, the clustering and expression information will be displayed below.

GENE ID: ENSDARG00000011998

MARKER

EXPRESSION

copyright 2021-present@Lab of Aquatic Bioinfomatics, Institute of Hydrobiology, Chinese Academy of Sciences