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A chicken embryo gene expression database

	Anatomical Location
	Stage
	Gene Name
	GEISHA ID
	Multiple Parameters

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ADAM9
ADAM metallopeptidase domain 9

The human orthologue of this gene is associated
with the following human disease:

Cone-rod dystrophy 9

Gene

Official Symbol	ADAM9
Official Full Name	ADAM metallopeptidase domain 9
CGNC ID	2474
also known as	disintegrin and metalloproteinase domain-containing protein 9\|ADAM metallopeptidase domain 9 (meltrin gamma)
gene type	protein-coding

Genomic Map

	Ensembl
	NCBI
	UCSC
	Gallus-Browse

Sequence Information

Genomic
RNA	NM_001031396
Polypeptide	NP_001026567
Sequence Clusters/ESTs	Unigene

Gene Expression

In Situ Hybridization	GEISHA
EST Profile	Gga.21336

Orthology

	Entrez Gene	Ensembl Gene	Genetic Phenotypes	MOD
Fruit Fly
Human	8754	ENSG00000168615	MIM:612775	MIM:602713
Mouse	11502	ENSMUSG00000031555	All phenotypic alleles (1):Targeted, knock-out(1)	MGI:105376
Xenopus	100491265, 373605			976452
Zebrafish	100331817, 447940	ENSDARG00000010070	ZDB-GENE-040912-127	ZFIN:ZDB-GENE-040912-127

Gene Ontology

Molecular Function
Biological Process
Cellular Component

Links to other databases

Entrez Gene	426781
Ensembl Gene	ENSGALG00000003398
KEGG	gga:426781

Entry 1

GEISHA Id	ADAM9.UApcr	Data Source	GEISHA ISH Analysis
Forward cDNA Template Primer	GGCAAAAGAGAGATTGAAACGAGG
Reverse cDNA Template Primer	ATTAACCCTCACTAAAGGCCTGACTGACACTAACAAGGGTTGG	cDNA Template Length	839
Forward cDNA Template Probe	show GCGNTTAGNTCAACAGGGGCTCCCTGGCCTTAAAGGTGGCCTCCGNAGAAAGCCTCAGGGGTGGGTCCTCAGCCAGATT CACATTATTGGCCTTCTCAGTGTTCTGCAGGGATTTCTTCAGAGTCTTCAGGTCCAAATTAAAACCTAGAGCTAAAAAC TCCATGTGTTTTAACCAAAAAATGGCCACGTCTTCTCGTACCTTTGTTTTCCTTACCCCTTTATGGCATTAGTGGAAGT TAGTACAGGATTCTCACTTAGCAACTCACCATAACTAATTTAAAATCATTAAATTAAACTTAATGTTCACGTAGCTTAG TGTCAGTCAGCATGAAATTAAGAATTTAAGTGCATTATTACACATCAATAAACATATATACATGCATAAACATGTTTAG AATACATTTATCTTTCTCTGATAAAGTACACTGATACCTTATTCCACTTGTGCCATTTACGTGTGAATGGGTAACGTTT TCCAGTCCATGCAAACTAAGCTTAAACTAATTAGCCAGATTTCCTTGGTTTGAACATGGTATGGACTGCTTTAACTCTT CACCATACGTTTAGAAAGACGACAACAAATAACTTCATTTTTAGGGCTCATTGCAGACATGGGGAAACCTAAAGCATGT CCTGAGCGCTGTACTTAAAGGGTTATTTAACTGCAGACTGCTGCACTTCCAGCTGGACAGCCCTGCTGCAGCGTACAGA GCCACAGCACTCAGATCTCAGAACAGGTCTGATGTTTTCTGCTCCTGTAGCTTTGGTAGAGGTATTTGAAGGTTTACAT TCCTCGTTTCAATC

Stage

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Location (click to highlight)

Comments (click to highlight)

4-6

stage 4

Unlabeled

7-12

stage 7

stage 8

stage 9

stage 11

Anterior Intestinal Portal
Extraembryonic Mesoderm
Forebrain
Head Mesenchyme
Heart
Intermediate Mesoderm
Lateral Plate Mesoderm
Neural Plate/Tube
Notochord
Primitive Streak
Somites
extraembryonic endoderm

13-18

stage 13

stage 18

Dermomyotome
Ear/Otic Placode
Forebrain
Foregut
Head Mesenchyme
Heart
Leg Mesenchyme
Neural Plate/Tube
Notochord
Oral Pharynx
Pharyngeal Arches and Clefts
Sclerotome
Somatic Mesoderm
Somites
Spinal Cord
Widespread Expression
Wing Mesenchyme

19-24

stage 19

stage 22

stage 23

Allantois
Dermomyotome
Eye
Forebrain
Foregut
Heart
Hindbrain
Leg Mesenchyme
Midbrain
Neural Plate/Tube
Notochord
Pharyngeal Arches and Clefts
Sclerotome
Somatic Mesoderm
Spinal Ganglia and Nerves
Wing Mesenchyme

25-26

stage 26

Aorta
Cardinal Veins
Forebrain
Foregut
Head Mesenchyme
Hindbrain
Leg Mesenchyme
Mesonephros
Midbrain
Outflow Tract
Pharyngeal Arches and Clefts
Sclerotome
Somatic Mesoderm
Spinal Cord
Spinal Ganglia and Nerves
Wing Mesenchyme

Entry 2

GEISHA Id	ADAM9.Yan.2011	Data Source	Publication
Complete cDNA Template Probe	show GCGGTGCGGCGCGGCGCAGGCCCCGGCCCGGCTGCATAAGCCCAGCGCTCTGCCCGCTCCGAGAGCCGCACGGCCGCGG GCAGCGCAGGGCCGACGCGGGGCACGATGGCTCGGGCGGCGCGGAGCTGCCTCTGCCGCCTCCTCCTCCTGCTGCTGTT GCTGGCCGCGCCCGCGCTGCCGGGCCCTGCGGGTTTCCAGGAGATATCCCAGTTGTCTTCCTATGAAGTTATAATCCCA CAGAAGTTAGGAAGAGAGCGGCGAGAGACCTCCAATGCCTCCTCAACACAGGACAAGGTGTCATATGCTATTGAGATAG AAGGAAAAGAATACACAATCCACCTGGAAAAGAACAAAGATTTGCTACCCAAAGATTTTACAGTTTATACCTATAATAA GGAGGGGAAGTTGCAATCTGAATACCCAGATGTCCAGGATCACTGCTATTACCAGGGATACGTGGAGGGGATCCTGGAC TCTGTTGTTGCTGTCAGCACTTGCTCGGGGCTCAGGGGTTTGGTGACAATAGGGAACGTCACCTATGGGATTGAGCCCA TGGATTCGTCCTCTGGCTCTGAACACATCGTGTATTCATTGGATAATGTGAAGAAAGAGCCCTCGATGTGTGGAGTAAT GACTGAAGGCCATGAAGAGGGGGAACATACAGGAGAAAATCACCATCCTAGTATGACTCAGCTGCTACGAAAAAAAAGA GCCATCCTACACCAAACAAGATATGTGGAGCTATTCATAGTTGTGGATAAAGAAAAGTTTGAAGATTTTGGGAAAAGTG AAACAGAAGTAAGAGAACATATGGTGCAATTGGCAAACTTCCTCGACAGTATGTACATAATGTTGAACATCCACATCGT GCTGGTTGGCCTAGAGATTTGGAAGTATGAGAACATCATTAGCACAGATGGAGGTGCTGGTGATGTACTGGCAAACTTT GTGCAGTGGCGAGAGAAGAACCTTGTTTTGCGCCGGAGGCATGACAGTGCCCAGTTTGTTCTGAAGAAGGGGTTTGGTG GAACAGCTGGAATGGCCTATGTTGGAACAGTGTGCTCCAAGAGCCACGCAGGAGGCATTAATGTGTTCGGAAAAATCAG TATACAGATGTTTGCTTCAATTATGGCTCATGAGCTGGGACATAACCTGGGGATGAACCATGATGATGAAAGGGTCTGT CACTGTGGAGCAAGCAGTTGCATTATGAGCTCTGGAGCATCAGGATCAAGGAACTTCAGCAGCTGCAGTGCAGAAGACT TTGAGAAGCTGACCCTCAACAAAGGGGGAAGCTGCCTGCTTAACGTTCCCAGGCCTGATGAAACCTATAGCATCCCCTA CTGTGGGAACAAGCTGGTCGACATGGGGGAGGAATGTGACTGTGGGTCACCGAAGGAATGTGAAAATGATCCTTGCTGT GAACCAGGCACATGTCGGCTCCGACCCACTGCTGAATGTGCTTATGGAGACTGCTGTAAAAACTGTCGGATCCTTCCTG GTGGAACTGAGTGTCGGGCGAGTAACAACGAGTGTGACCTTCCAGAGTACTGCAATGGCACATCCCAGTTCTGCCAGCC TGACTTCACCGTCCAGAATGGCCACCCCTGCCACAATGAGGAAGCATACTGCTACAATGGTGTCTGCCAGTACTATGAT GCACAGTGCCAGGATATATTTGGCTCAAAAGCCAAAGCTGCCCCCAACATTTGTTTTGCTAAAGTGAATTCCAAGGGTG ACAGATTTGGCAACTGTGGTTTCCATGGCCATGACTACAAGAAATGTTCCAGCTGGAATGCCATGTGTGGGAAGCTGCA ATGTGAAAATGTGGAGACTATGCCTGTGTTTGGAATTAAGCCTGCCATTATCCGGACTCCCAGTGATGGCACCACTTGT TGGGGTGTAGATTTCCAGCTGGGCTCTGATGTCCCTGATCCAGGAATGGTGAATGAAGGCACCAAATGTGATAATGGAA AGGTCTGTAGGCACTTCCAGTGTGTGAGTGCTTCTGTTCTGAACTATGACTGCGATGTGGAAAAGCAGTGTCATGGACA TGGGGTGTGCAACAACAACCGGAACTGTCACTGTGAGCCAGGCTGGGCCCCTCCTTTCTGCAATACTAAAGGCTATGGA GGGAGTATTGACAGTGGACCTCCCTACAATGACAAAGACAACTCATTGAGAAATGGGCTGCTGGTATTTTTTTCCTGGT CCTACCACTCCTTATAGCTGCTGCTTTGGCATTTGCAAGGAGAGACCGACTGAAACGATGGTTTAGAAGGTTAATGTCA CGTTGCCACTCGTCACTTCAGTCACCACCTCCTAGAACAGAAGCAGAACCAAGAGATTTCCCTCGCAGAGGCGTTCCAC ATGGCATGCCTTACCCTTCAAGAGGTGTACCCATGGACATGGAGCCAAATACCTTTCCTGTGCCATCCTACCCCATTAA CCAGCATCCCCAGCAGGCGTACCGCCAGTCCTACTACCCATCTCCGCAGTACCAGGCCCTGCAGCCACAGAAGCTGCCT GCAAGGCCGCCTCCTCCCCAGCAGAAATCTGTACCTCAGGGACCTCCTCCATCACAGCAGAAGTGTTTACCTCAGGGAC ATTACTTTCCTTCTCGACCAGCACCTTTGCCCCCCAAATAGCTTTTGACTTCTTTGAGACCTTCACATGAGCTGACCTG TTCACTGAAGCAAAGCTGAAATTGCATTTATCCTTCTTGCATCGAGTGGCCCATGGTAATCCCAGAAAGCCTTCCTTCT GCAGCCTTGGATAAGGCAAAAGAGAGATTGAAACGAGGAATGTAAACCTTCAAATACCTCTACCAAAGCTACAGGAGCA GAAAACATCAGACCTGTTCTGAGATCTGAGTGCTGTGGCTCTGTACGCTGCAGCAGGGCTGTCCAGCTGGAAGTGCAGC AGTCTGCAGTTAAATAACCCTTTAAGTACAGCGCTCAGGACATGCTTTAGGTTTCCCCATGTCTGCAATGAGCCCTAAA AATGAAGTTATTTGTTGTCGTCTTTCTAAACGTATGGTGAAGAGTTAAAGCAGTCCATACCATGTTCAAACCAAGGAAA TCTGGCTAATTAGTTTAAGCTTAGTTTGCATGGACTGGAAAACGTTACCCATTCACACGTAAATGGCACAAGTGGAATA AGGTATCAGTGTACTTTATCAGAGAAAGATAAATGTATTCTAAACATGTTTATGCATGTATATATGTTTATTGATGTGT AATAATGCACTTAAATTCTTAATTTCATGCTGACTGACACTAAGCTACGTGAACATTAAGTTTAATTTAATGATTTTAA ATTAGTTATGGTGAGTTGCTAAGTGAGAATCCTGTACTAACTTCCACTAATGCCATAAAGGGGTAAGGAAAACAAAGGT ACGAGAAGACGTGGCCATTTTTTGGTTAAAACACATGGAGTTTTTAGCTCTAGGTTTTAATTTGGACCTGAAGACTCTG AAGAAATCCCTGCAGAACACTGAGAAGCCAATAATGTGAATCTGCTGAGACCACCTGAGCTTCTCGGAGCACTTTAAGC AGGAGCCTGTTGACTAACGCAGCGCTGTCACCTAATCTCCAACCCTTGTTAGTGTCAGTCAGGATGCTTACATAGGCTT ACTTGCAGCAGGTCGGGCTGCCATTGGTTTCTGTGCCACTGCTAAACCAGGTTTAATACAGTTCCCAACAGGAGTGCTC AGCACTTGGTGTCATGGCTGTGCTGTGGGTGGAAACTGATGCTGGAGACAAATAGGAGAATTAAAGTGGGGAAAACAGC CCTGGAAGGTGTGCTTGGCTCTCTCACTTTGTGCTGGCCACTGAGTACAGACTTGCTCTGCAAAGATCCCCCATAGTAT TGCCAAAAAACATTCTTATCTTCTGTATATACATATATAAATATAGAGAGAGTGTTTGCATTTGCAGCAATAAAATACT TGAACTCCTGTGGTTCCCCATAAACATAGACTAAGATTTATAACACTATTAAGATACTCCAGGTGTCACCTAAGCTATC ACCAGACTTGTCCGTGGGGGTCTTCTGTCTGTCCCAAAGTGTTCCCATTCCCATTGTGTCCCACTCGGGTCAGGCTCTG CCATTTCCTGGCTCTGCTTTGTGTTTGGCCATGCGGGTTCCAGAAGGGGGAGCTCACATCACCAAGTAATCCAGGATGT CCTTAATTGTACTTAAAGCTGTACATGTGAACTAAAACTATGCTGAGAACGGTGCCTTCTAATAAGTTTTTATACTTCA TTGTGCATGTTAGCAATATTTACAGGGTGGTGGTGTAGGGCAACGGACGTGCAGTTTTTAGACGTGGTTCAATGGAAAA GAAACGGCTCCAATTTTAGATGTGTTGAATATTGCAGAAGAGCAGCGAGCAATAAACACGCTGGTTTTGTACAAACAAA AAAAAAAAAAAAA
Citation	Yan X, Lin J, Rolfs A, Luo J. Differential expression of the ADAMs in developing chicken retina. Dev Growth Differ. 2011 Jun;53(5):726-39.
Copyright	copyright 2011 The Authors
Comments	Insufficient information provided in publication to verify exact sequence used to synthesize probe. Sequence below was obtained from NCBI (acc # NM_001031396).

Stage

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Location (click to highlight)

Comments (click to highlight)

25-30

stage 27

Retina

31-44

stage 31

stage 35

stage 40

stage 42

stage 44

Retina

Entry 3

GEISHA Id	ADAM9.Lin.2010B	Data Source	Publication
Complete cDNA Template Probe	show GCGGTGCGGCGCGGCGCAGGCCCCGGCCCGGCTGCATAAGCCCAGCGCTCTGCCCGCTCCGAGAGCCGCACGGCCGCGG GCAGCGCAGGGCCGACGCGGGGCACGATGGCTCGGGCGGCGCGGAGCTGCCTCTGCCGCCTCCTCCTCCTGCTGCTGTT GCTGGCCGCGCCCGCGCTGCCGGGCCCTGCGGGTTTCCAGGAGATATCCCAGTTGTCTTCCTATGAAGTTATAATCCCA CAGAAGTTAGGAAGAGAGCGGCGAGAGACCTCCAATGCCTCCTCAACACAGGACAAGGTGTCATATGCTATTGAGATAG AAGGAAAAGAATACACAATCCACCTGGAAAAGAACAAAGATTTGCTACCCAAAGATTTTACAGTTTATACCTATAATAA GGAGGGGAAGTTGCAATCTGAATACCCAGATGTCCAGGATCACTGCTATTACCAGGGATACGTGGAGGGGATCCTGGAC TCTGTTGTTGCTGTCAGCACTTGCTCGGGGCTCAGGGGTTTGGTGACAATAGGGAACGTCACCTATGGGATTGAGCCCA TGGATTCGTCCTCTGGCTCTGAACACATCGTGTATTCATTGGATAATGTGAAGAAAGAGCCCTCGATGTGTGGAGTAAT GACTGAAGGCCATGAAGAGGGGGAACATACAGGAGAAAATCACCATCCTAGTATGACTCAGCTGCTACGAAAAAAAAGA GCCATCCTACACCAAACAAGATATGTGGAGCTATTCATAGTTGTGGATAAAGAAAAGTTTGAAGATTTTGGGAAAAGTG AAACAGAAGTAAGAGAACATATGGTGCAATTGGCAAACTTCCTCGACAGTATGTACATAATGTTGAACATCCACATCGT GCTGGTTGGCCTAGAGATTTGGAAGTATGAGAACATCATTAGCACAGATGGAGGTGCTGGTGATGTACTGGCAAACTTT GTGCAGTGGCGAGAGAAGAACCTTGTTTTGCGCCGGAGGCATGACAGTGCCCAGTTTGTTCTGAAGAAGGGGTTTGGTG GAACAGCTGGAATGGCCTATGTTGGAACAGTGTGCTCCAAGAGCCACGCAGGAGGCATTAATGTGTTCGGAAAAATCAG TATACAGATGTTTGCTTCAATTATGGCTCATGAGCTGGGACATAACCTGGGGATGAACCATGATGATGAAAGGGTCTGT CACTGTGGAGCAAGCAGTTGCATTATGAGCTCTGGAGCATCAGGATCAAGGAACTTCAGCAGCTGCAGTGCAGAAGACT TTGAGAAGCTGACCCTCAACAAAGGGGGAAGCTGCCTGCTTAACGTTCCCAGGCCTGATGAAACCTATAGCATCCCCTA CTGTGGGAACAAGCTGGTCGACATGGGGGAGGAATGTGACTGTGGGTCACCGAAGGAATGTGAAAATGATCCTTGCTGT GAACCAGGCACATGTCGGCTCCGACCCACTGCTGAATGTGCTTATGGAGACTGCTGTAAAAACTGTCGGATCCTTCCTG GTGGAACTGAGTGTCGGGCGAGTAACAACGAGTGTGACCTTCCAGAGTACTGCAATGGCACATCCCAGTTCTGCCAGCC TGACTTCACCGTCCAGAATGGCCACCCCTGCCACAATGAGGAAGCATACTGCTACAATGGTGTCTGCCAGTACTATGAT GCACAGTGCCAGGATATATTTGGCTCAAAAGCCAAAGCTGCCCCCAACATTTGTTTTGCTAAAGTGAATTCCAAGGGTG ACAGATTTGGCAACTGTGGTTTCCATGGCCATGACTACAAGAAATGTTCCAGCTGGAATGCCATGTGTGGGAAGCTGCA ATGTGAAAATGTGGAGACTATGCCTGTGTTTGGAATTAAGCCTGCCATTATCCGGACTCCCAGTGATGGCACCACTTGT TGGGGTGTAGATTTCCAGCTGGGCTCTGATGTCCCTGATCCAGGAATGGTGAATGAAGGCACCAAATGTGATAATGGAA AGGTCTGTAGGCACTTCCAGTGTGTGAGTGCTTCTGTTCTGAACTATGACTGCGATGTGGAAAAGCAGTGTCATGGACA TGGGGTGTGCAACAACAACCGGAACTGTCACTGTGAGCCAGGCTGGGCCCCTCCTTTCTGCAATACTAAAGGCTATGGA GGGAGTATTGACAGTGGACCTCCCTACAATGACAAAGACAACTCATTGAGAAATGGGCTGCTGGTATTTTTTTCCTGGT CCTACCACTCCTTATAGCTGCTGCTTTGGCATTTGCAAGGAGAGACCGACTGAAACGATGGTTTAGAAGGTTAATGTCA CGTTGCCACTCGTCACTTCAGTCACCACCTCCTAGAACAGAAGCAGAACCAAGAGATTTCCCTCGCAGAGGCGTTCCAC ATGGCATGCCTTACCCTTCAAGAGGTGTACCCATGGACATGGAGCCAAATACCTTTCCTGTGCCATCCTACCCCATTAA CCAGCATCCCCAGCAGGCGTACCGCCAGTCCTACTACCCATCTCCGCAGTACCAGGCCCTGCAGCCACAGAAGCTGCCT GCAAGGCCGCCTCCTCCCCAGCAGAAATCTGTACCTCAGGGACCTCCTCCATCACAGCAGAAGTGTTTACCTCAGGGAC ATTACTTTCCTTCTCGACCAGCACCTTTGCCCCCCAAATAGCTTTTGACTTCTTTGAGACCTTCACATGAGCTGACCTG TTCACTGAAGCAAAGCTGAAATTGCATTTATCCTTCTTGCATCGAGTGGCCCATGGTAATCCCAGAAAGCCTTCCTTCT GCAGCCTTGGATAAGGCAAAAGAGAGATTGAAACGAGGAATGTAAACCTTCAAATACCTCTACCAAAGCTACAGGAGCA GAAAACATCAGACCTGTTCTGAGATCTGAGTGCTGTGGCTCTGTACGCTGCAGCAGGGCTGTCCAGCTGGAAGTGCAGC AGTCTGCAGTTAAATAACCCTTTAAGTACAGCGCTCAGGACATGCTTTAGGTTTCCCCATGTCTGCAATGAGCCCTAAA AATGAAGTTATTTGTTGTCGTCTTTCTAAACGTATGGTGAAGAGTTAAAGCAGTCCATACCATGTTCAAACCAAGGAAA TCTGGCTAATTAGTTTAAGCTTAGTTTGCATGGACTGGAAAACGTTACCCATTCACACGTAAATGGCACAAGTGGAATA AGGTATCAGTGTACTTTATCAGAGAAAGATAAATGTATTCTAAACATGTTTATGCATGTATATATGTTTATTGATGTGT AATAATGCACTTAAATTCTTAATTTCATGCTGACTGACACTAAGCTACGTGAACATTAAGTTTAATTTAATGATTTTAA ATTAGTTATGGTGAGTTGCTAAGTGAGAATCCTGTACTAACTTCCACTAATGCCATAAAGGGGTAAGGAAAACAAAGGT ACGAGAAGACGTGGCCATTTTTTGGTTAAAACACATGGAGTTTTTAGCTCTAGGTTTTAATTTGGACCTGAAGACTCTG AAGAAATCCCTGCAGAACACTGAGAAGCCAATAATGTGAATCTGCTGAGACCACCTGAGCTTCTCGGAGCACTTTAAGC AGGAGCCTGTTGACTAACGCAGCGCTGTCACCTAATCTCCAACCCTTGTTAGTGTCAGTCAGGATGCTTACATAGGCTT ACTTGCAGCAGGTCGGGCTGCCATTGGTTTCTGTGCCACTGCTAAACCAGGTTTAATACAGTTCCCAACAGGAGTGCTC AGCACTTGGTGTCATGGCTGTGCTGTGGGTGGAAACTGATGCTGGAGACAAATAGGAGAATTAAAGTGGGGAAAACAGC CCTGGAAGGTGTGCTTGGCTCTCTCACTTTGTGCTGGCCACTGAGTACAGACTTGCTCTGCAAAGATCCCCCATAGTAT TGCCAAAAAACATTCTTATCTTCTGTATATACATATATAAATATAGAGAGAGTGTTTGCATTTGCAGCAATAAAATACT TGAACTCCTGTGGTTCCCCATAAACATAGACTAAGATTTATAACACTATTAAGATACTCCAGGTGTCACCTAAGCTATC ACCAGACTTGTCCGTGGGGGTCTTCTGTCTGTCCCAAAGTGTTCCCATTCCCATTGTGTCCCACTCGGGTCAGGCTCTG CCATTTCCTGGCTCTGCTTTGTGTTTGGCCATGCGGGTTCCAGAAGGGGGAGCTCACATCACCAAGTAATCCAGGATGT CCTTAATTGTACTTAAAGCTGTACATGTGAACTAAAACTATGCTGAGAACGGTGCCTTCTAATAAGTTTTTATACTTCA TTGTGCATGTTAGCAATATTTACAGGGTGGTGGTGTAGGGCAACGGACGTGCAGTTTTTAGACGTGGTTCAATGGAAAA GAAACGGCTCCAATTTTAGATGTGTTGAATATTGCAGAAGAGCAGCGAGCAATAAACACGCTGGTTTTGTACAAACAAA AAAAAAAAAAAAA
Citation	Lin J, Yan X, Markus A, Redies C, Rolfs A, Luo J.Dev Expression of seven members of the ADAM family in developing chicken spinal cord. Dyn. 2010 Apr;239(4):1246-54.
Comments	Insufficient information provided in publication to verify exact sequence used to synthesize probe. Sequence below was obtained from NCBI (acc # NM_001031396).

Stage

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Location (click to highlight)

Comments (click to highlight)

19-24

stage 20

stage 24

Dermomyotome
Myotome
Notochord
Sclerotome
Spinal Cord
Spinal Ganglia and Nerves

ep, epithelial cells of the ventricular layer
fp, floor plate
lm, lateral motor neuron column
mc, motor neuron column
mc, motor neuron column, *artifact/fold

25-30

stage 29

Spinal Cord
Spinal Ganglia and Nerves

ep, epithelial cells of the ventricular layer
lm, lateral motor neuron column

31-37

stage 34

stage 37

Spinal Cord
Spinal Ganglia and Nerves

dh, dorsal horn
lm, lateral motor neuron column
lm, lateral motor neuron column
ml, mantle layer
mm, medial motor neuron column
sg, sympathetic ganglion

Entry 4

GEISHA Id	ADAM9.Lin.2008	Data Source	Publication
Complete cDNA Template Probe	show ATGGCTCGGGCGGCGCGGAGCTGCCTCTGCCGCCTCCTCCTCCTGCTGCTGTTGCTGGCCGCGCCCGCGCTGCCGGGCC CTGCGGGTTTCCAGGAGATATCCCAGTTGTCTTCCTATGAAGTTATAATCCCACAGAAGTTAGGAAGAGAGCGGCGAGA GACCTCCAATGCCTCCTCAACACAGGACAAGGTGTCATATGCTATTGAGATAGAAGGAAAAGAATACACAATCCACCTG GAAAAGAACAAAGATTTGCTACCCAAAGATTTTACAGTTTATACCTATAATAAGGAGGGGAAGTTGCAATCTGAATACC CAGATGTCCAGGATCACTGCTATTACCAGGGATACGTGGAGGGGATCCTGGACTCTGTTGTTGCTGTCAGCACTTGCTC GGGGCTCAGGGGTTTGGTGACAATAGGGAACGTCACCTATGGGATTGAGCCCATGGATTCGTCCTCTGGCTCTGAACAC ATCGTGTATTCATTGGATAATGTGAAGAAAGAGCCCTCGATGTGTGGAGTAATGACTGAAGGCCATGAAGAGGGGGAAC ATACAGGAGAAAATCACCATCCTAGTATGACTCAGCTGCTACGAAAAAAAAGAGCCATCCTACACCAAACAAGATATGT GGAGCTATTCATAGTTGTGGATAAAGAAAAGTTTGAAGATTTTGGGAAAAGTGAAACAGAAGTAAGAGAACATATGGTG CAATTGGCAAACTTCCTCGACAGTATGTACATAATGTTGAACATCCACATCGTGCTGGTTGGCCTAGAGATTTGGAAGT ATGAGAACATCATTAGCACAGATGGAGGTGCTGGTGATGTGCTGGCAAACTTTGTGCAGTGGCGAGAGAAGAACCTTGT TTTGCGCCGGAGGCATGACAGTGCCCAGTTTGTTCTGAAGAAGGGGTTTGGTGGAACAGCTGGAATGGCCTATGTTGGA ACAGTGTGCTCCAAGAGCCACGCAGGAGGCATTAATGTGTTCGGAAAAATCAGTATACAGATGTTTGCTTCAATTATGG CTCATGAGCTGGGACATAACCTGGGGATGAACCATGATGATGAAAGGGTCTGTCACTGTGGAGCAAGCAGTTGCATTAT GAGCTCTGGAGCATCAGGATCAAGGAACTTCAGCAGCTGCAGTGCAGAAGACTTTGAGAAGCTGACCCTCAACAAAGGG GGAAGCTGCCTGCTTAACGTTCCCAGGCCTGATGAAACCTATAGCATCCCCTACTGTGGGAACAAGCTGGTCGACATGG GGGAGGAATGTGACTGTGGGTCACCGAAGGAATGTGAAAATGATCCTTGCTGTGAACCAGGCACATGTCGGCTCCGACC CACTGCTGAATGTGCTTATGGAGACTGCTGTAAAAACTGTCGGATCCTTCCTGGTGGAACTGAGTGTCGGGCGAGTAAC AACGAGTGTGACCTTCCAGAGTACTGCAATGGCACATCCCAGTTCTGCCAGCCTGACTTCACCGTCCAGAATGGCCACC CCTGCCACAATGAGGAAGCATACTGCTACAATGGTGTCTGCCAGTACTATGATGCACAGTGCCAGGATATATTTGGCTC AAAAGCCAAAGCTGCCCCCAACATTTGTTTTGCTAAAGTGAATTCCAAGGGTGACAGATTTGGCAACTGTGGTTTCCAT GGCCATGACTACAAGAAATGTTCCAGCTGGAATGCCATGTGTGGGAAGCTGCAATGTGAAAATGTGGAGACTATGCCTG TGTTTGGAATTAAGCCTGCCATTATCCGGACTCCCAGTGATGGCACCACTTGTTGGGGTGTAGATTTCCAGCTGGGCTC TGATGTCCCTGATCCAGGAATGGTGAATGAAGGCACCAAATGTGATAATGGAAAGGTCTGTAGGCACTTCCAGTGTGTG AGTGCTTCTGTTCTGAACTATGACTGCGATGTGGAAAAGCAGTGTCATGGACATGGGGTGTGCAACAACAACCGGAACT GTCACTGTGAGCCAGGCTGGGCCCCTCCTTTCTGCAATACTAAAGGCTATGGAGGGAGTATTGACAGTGGACCTCCCTA CAATGACAAAGACAACTCATTGAGAAATGGGCTGCTGGTATTTTTTTTCCTGGTCCTACCACTCCTTATAG
Citation	Lin J, Luo J, Redies C. Differential expression of five members of the ADAM family in the developing chicken brain. Neuroscience. 2008 Nov 19;157(2):360-75. doi: 10.1016/j.neuroscience.2008.08.053. Epub 2008 Sep 4.
Copyright	Copyright © 2008 IBRO. Published by Elsevier Ltd. All rights reserved.