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A chicken embryo gene expression database

	Anatomical Location
	Stage
	Gene Name
	GEISHA ID
	Multiple Parameters

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ADAM33
ADAM metallopeptidase domain 33

Gene

Official Symbol	ADAM33
Official Full Name	ADAM metallopeptidase domain 33
CGNC ID	11979
also known as	ADAM13, disintegrin and metalloproteinase domain-containing protein 33\|a disintegrin and metalloprotease 13, A disintegrin and metalloprotease 13, ADAM13, ADAM33
gene type	protein-coding

Genomic Map

	Ensembl
	NCBI
	UCSC
	Gallus-Browse

Sequence Information

Genomic
RNA	NM_001082418
Polypeptide	NP_001075887
Sequence Clusters/ESTs	Unigene

Gene Expression

In Situ Hybridization	GEISHA
EST Profile	Gga.39591

Orthology

	Entrez Gene	Ensembl Gene	Genetic Phenotypes	MOD
Fruit Fly
Human	80332	ENSG00000149451		MIM:607114
Mouse	110751	ENSMUSG00000027318	All phenotypic alleles (7):Targeted, knock-out(3) Targeted, other(4)	MGI:1341813
Xenopus	677728, 386623			988106
Zebrafish

Gene Ontology

Molecular Function
Biological Process
Cellular Component

Links to other databases

Entrez Gene	422948
Ensembl Gene	ENSGALG00000016038
KEGG	gga:422948

Entry 1

GEISHA Id	ADAM33.UApcr	Data Source	GEISHA ISH Analysis
Forward cDNA Template Primer	TGCGGTGAGCAGCAATGATAC
Reverse cDNA Template Primer	ATTAACCCTCACTAAAGGCCTCTCCATCTTCCAGAAAGCC	cDNA Template Length	866
Forward cDNA Template Probe	show ATTTCGTCCACCACCAGGGTCCTTGGTGTCGGGCAGGTTGAAGAGACACATGCCACCTCCCTTCTGGAAGTAGTTCTCC AACTGCCTCTTGCTGCAGGAGCTGAAGACACGTGGGAAGGGGTGCCCGGTGGCCGCTGCCATCACACAGCCTCCTTGTT CCGGGGTGGCCTCCACGCAGCAGCCTTGGCTGTCGTGGCTCATGCCGAAGTTGTGGCCAATCTCATGGGCCATGGTGGC TGCTGCTCCAATGGGAAGCTCCGAGTGGTCCACGCTGACCCCTCCGGAGTTGTCTGCACTGCACATTCCCTCCAGTGGG GCCATGCCAATGGTCGTCCCCCGGAATGTCTTCCCGGTCAGCAGCTGCGCGTTGTCGTGCTTCTTGCGAGCCCTCAGAG CCTTCTTCCACTGCAGGAAGGCCCAGAGCGTGGCGTTGGCATCGCTGGTGACAGTGCACTGGTCCCGCTCCGTCCACAC CTCCAGTCCAATCAGGGCCACCTTGATGTTCAGCAACCTGTAGAACTTGTCCACGTAGTTGGCGATCTCCACGATTCGC TGCTTGGTGAGGCCCAGGTTGAGGTTCTGGTTCCTGAACAGCGTGTGGTCAGCAACGATGAAGAGCTCCATGTACTTCA TGGTCCTCCAGGCATCTCTCTTCACCCGCCGGTCCACCAGCTGGAAGAGCCGGGTGATGTCATCAATAGTGTTCCCAAA GTCACTGCCGTGGGCACAGGTGCCACCAGGGATGTGCAGGTGCTCTGCTCTGTGGATGAAGTGGTGGTTCGGCTCAGGT GTCCCCACAGGGTGCAGGTAGTAGGTATCATTGCTGCNNCNACCGCAA

Stage

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Location (click to highlight)

Comments (click to highlight)

4-6

stage 6

Unlabeled

7-12

stage 8

stage 9

stage 11

Ectoderm
Head Mesenchyme
Neural Crest
Neural Plate/Tube
Notochord
Sclerotome
Somatic Mesoderm
Somites
Splanchnic Mesoderm
extraembryonic endoderm
extraembryonic mesoderm

19-24

stage 19

stage 20

stage 21

Aorta
Dermomyotome
Eye
Forebrain
Foregut
Head Mesenchyme
Heart
Hindbrain
Isthmus/MHB
Leg Mesenchyme
Mesonephros
Midbrain
Nephric Ducts
Oral Pharynx
Pharyngeal Arches and Clefts
Sclerotome
Somatic Mesoderm
Somites
Spinal Ganglia and Nerves
Trunk Mesenchyme
Widespread Expression
Wing Mesenchyme

25-26

stage 25

stage 26

Allantois
Anterior/Second Heart Field
Aorta
Foregut
Head Mesenchyme
Heart
Hindgut
Leg Mesenchyme
Lung
Mesonephros
Midgut
Outflow Tract
Pharyngeal Arches and Clefts
Sclerotome
Somatic Mesoderm
Spinal Cord
Spinal Ganglia and Nerves
Wing Mesenchyme

dorsal mesentery

Entry 2

GEISHA Id	ADAM13.Lin.2007	Data Source	Publication
Complete cDNA Template Probe	show CGATGCCAACGCCACGCTCTGGGCCTTCCTGCAGTGGAAGAAGGCTCTGAGGGCTCGCAAGAAGCACGACAACGCGCAG CTGCTGACCGGGAAGACGTTCCGGGGGACGACCATTGGCATGGCCCCACTGGAGGGGATGTGCAGTGCAGACAACTCTG GAGGGGTCAGCGTGGACCACTCGGAGCTTCCCATTGGAGCAGCAGCCACCATGGCCCATGAGATTGGCCACAACTTCGG CATGAGCCACGACAGCCAAGGCTGCTGCGTGGAGGCCACCCCGGAACAAGGAGGCTGTGTGATGGCAGCGGCCACCGGG CACCCCTTCCCACGTGTCTTCAGCTCCTGCAGCAGGAGGCAGTTGGAGAACTACTTCCAGAAGGGAGGTGGCATGTGTC TCTTCAACCTGCCCGACACCAAGGACCTGGTGGTGGGACGGAAATGTGGCAACGGCTTTCTGGAAGATGGAGAGGACTG TGACTGTGGGGAGGTGGAGGAGTGCACCAACCCATGCTGCAATGCACACAACTGCACGCTGAAGATGGGGGCTCAGTGT GCCCATGGTGACTGCTGCCAGAACTGCAGGCTGAAGGTGGCTGGGACCATCTGCAGGGAAGCAGCAGGATCCTGGGACC TCCCTGAATACTGCACTGGTGCCTCACCCTACTGCCCAGCCAATGTGTACCTGCTGGATGGCTCGTCCTGTGCCTATGG TGGGGCATACTGCAACAATGGCATGTGCATGACCCACCACCAACAGTGTGTCCAGCTCTGGGGACCAGGAGCCTGGCCA GCCCCAGCTGCCTGTTTCCAAGATGTGAACATGGCTGGGAACACCTATGGCAACTGTGGCAAAGACAGCCAAGGGCGCT ACGTGAAGTGCGACAAGAGAGATGCCATGTGTGGCAAGATCCAGTGCCAGAGCTCAGCCAAGAAGCCCCAGGGGACCAA CACTGTCTCCATTGACACCACCATCCGCTTCAATGGACGGGAGGTGAAGTGCCGGGGCACCTACATGTACACTGCCAAG GATGATGAAGAAGACCTCTCCGACCCTGGGCTGGTGATGACGGGGACGAAATGTGGAGATGGAATGGTTTGCAAAGACC GCCGGTGCCAGAACGCCTCCCTTTTTGAGCTGGAGAAGTGCGTTTCCCGGTGCAACGGCCATGGGGTTTGCAACAGCAA CAAGAACTGCCACTGCAACGCGGGTTGGGCTCCTCCATACTGCGAGAAGCCGGGCTTGGGAGGCAGCGTGGACAGTGGC CCCGTGCAGCAT
Citation	Lin J, Redies C, Luo J. Regionalized expression of ADAM13 during chicken embryonic development. Dev Dyn. 2007 Mar;236(3):862-70.
Copyright	Copyright © 2007 Wiley-Liss, Inc.
Comments	Sequence below was obtained from NCBI (NM_001082418) using the primers given in the publication: 5'-CGATGCCAACGCCACGCTCTG-3' as ADAM13-Forward and 5'-ATGCTGCACGGGGCCACTGTCC-3' as ADAM13-Reverse.

Stage

Image (click image to view full size)

Location (click to highlight)

Comments (click to highlight)

7-12

stage 10

Head Mesenchyme

13-18

stage 13

stage 17

Dermatome
Dermomyotome
Head Mesenchyme
Myotome
Pharyngeal Arches and Clefts
Sclerotome
Somites

19-24

stage 20

stage 24

Aorta
Dermatome
Dermomyotome
Glomeruli
Head Mesenchyme
Mesoderm
Myotome
Nephric Ducts
Nephric Tubules
Pharyngeal Arches and Clefts
Renal
Sclerotome

Branchial Arch Arteries
Meninges
Mesonephros
Scleromyotome

25-30

stage 26

stage 28

Aorta
Glomeruli
Head Mesenchyme
Hindgut
Intermediate Mesoderm
Leg Muscles
Myotome
Nephric Ducts
Nephric Tubules
Neural Crest
Pharyngeal Arches and Clefts
Sclerotome
Trunk Mesenchyme
Wing Muscles

Meninges
Mesonephros
Small Intestine

31-36

stage 36

Aorta
Arteries
Esophagus
Gizzard
Glomeruli
Hindgut
Leg Muscles
Mesoderm
Nephric Ducts
Nephric Tubules
Stomach
Trunk Mesenchyme
Wing Muscles

Carotid Arteries
Chondroblasts
Large Intestine
Meninges
Muscles of the Thorax and the Abdominal Wall
Proventriculus
Small Intestine

Entry 3

GEISHA Id	ADAM13.Yan.2011	Data Source	Publication
Complete cDNA Template Probe	show GGCAGAGGCTGTGACAGCCCCGGGGAGTGCGGGCATGGCGAGGTTGGCCCCCCACGTGTCCCCTAAATGGAGGGGCTTC GCTGTCATTTTTGGGGATCACGTCTTGCTGCTGGGGCTGCTGCTGCTCCCTGGGCACGGGGGTGCTGCTGGGACACGAG GGCCGATGTCCCACGGAGAGCGGGTGACACCACACTGGCTCCTGGGGGGTCGCAGCCGGCGAGCCGTCAGCCTGGATGA TGAGGTGCCAGCGCCGGCGCGGGCGGAGGTGGCTGTGATGGCTGAGGGCAGAGAGCTCATTCTGGTGCTGGAGAGGAAC CAGCTGCTGGCACCAGGCTATACTGAGACGCACTACACCACAGATGGGCAGCCCGTGACGGTGACCCCCAACCACACGG ACCACTGCCACTACCATGGGCACGTACGGGGCCGCAGGAACTCCTGGGTCGTCCTCAGCACCTGCTCAGGAATGCGGGG CTTGATTGCGGTGAGCAGCAATGATACCTACTACCTGCACCCTGTGGGGACACCTGAGCCGAACCACCACCTCATCCAC AGAGCAGAGCACCTGCACATCCCTGGTGGCACCTGTGCCCACGGCAGTGACTTTGGGAACACTATTGATGACATCACCC GGCTCTTCCAGCTGGTGGACCGGCGGGCGAAGAGAGATGCCTGGAGGACCATGAAGTACATGGAGCTCTTCATCGTTGC TGACCACACGCTGTTCAGGAACCAGAACCTCAACCTGGGCCTCACCAAGCAGCGAATCGTGGAGATCGCCAACTACGTG GACAAGTTCTACAGGTTGCTGAACATCAAGGTGGCCCTGATTGGACTGGAGGTGTGGACGGAGCGGGACCAGTGCACTG TCACCAGCGATGCCAACGCCACGCTCTGGGCCTTCCTGCAGTGGAAGAAGGCTCTGAGGGCTCGCAAGAAGCACGACAA CGCGCAGCTGCTGACCGGGAAGACGTTCCGGGGGACGACCATTGGCATGGCCCCACTGGAGGGGATGTGCAGTGCAGAC AACTCTGGAGGGGTCAGCGTGGACCACTCGGAGCTTCCCATTGGAGCAGCAGCCACCATGGCCCATGAGATTGGCCACA ACTTCGGCATGAGCCACGACAGCCAAGGCTGCTGCGTGGAGGCCACCCCGGAACAAGGAGGCTGTGTGATGGCAGCGGC CACCGGGCACCCCTTCCCACGTGTCTTCAGCTCCTGCAGCAGGAGGCAGTTGGAGAACTACTTCCAGAAGGGAGGTGGC ATGTGTCTCTTCAACCTGCCCGACACCAAGGACCTGGTGGTGGGACGGAAATGTGGCAACGGCTTTCTGGAAGATGGAG AGGACTGTGACTGTGGGGAGGTGGAGGAGTGCACCAACCCATGCTGCAATGCACACAACTGCACGCTGAAGATGGGGGC TCAGTGTGCCCATGGTGACTGCTGCCAGAACTGCAGGCTGAAGGTGGCTGGGACCATCTGCAGGGAAGCAGCAGGATCC TGGGACCTCCCTGAATACTGCACTGGTGCCTCACCCTACTGCCCAGCCAATGTGTACCTGCTGGATGGCTCGTCCTGTG CCTATGGTGGGGCATACTGCAACAATGGCATGTGCATGACCCACCACCAACAGTGTGTCCAGCTCTGGGGACCAGGAGC CTGGCCAGCCCCAGCTGCCTGTTTCCAAGATGTGAACATGGCTGGGAACACCTATGGCAACTGTGGCAAAGACAGCCAA GGGCGCTACGTGAAGTGCGACAAGAGAGATGCCATGTGTGGCAAGATCCAGTGCCAGAGCTCAGCCAAGAAGCCCCAGG GGACCAACACTGTCTCCATTGACACCACCATCCGCTTCAATGGACGGGAGGTGAAGTGCCGGGGCACCTACATGTACAC TGCCAAGGATGATGAAGAAGACCTCTCCGACCCTGGGCTGGTGATGACGGGGACGAAATGTGGAGATGGAATGGTTTGC AAAGACCGCCGGTGCCAGAACGCCTCCCTTTTTGAGCTGGAGAAGTGCGTTTCCCGGTGCAACGGCCATGGGGTTTGCA ACAGCAACAAGAACTGCCACTGCAACGCGGGTTGGGCTCCTCCATACTGCGAGAAGCCGGGCTTGGGAGGCAGCGTGGA CAGTGGCCCCGTGCAGCATGACAATCACGAAGCCATCTTGGTAACAATTCTGCTCATCTTCCTGCTCTTCCTCCCGGTC CTGGTGGGGAGCATTTACTTCTGGTACCGGCGGGAGAACTCGCTTCTGAATAAGTGGATCAAGGAGGTGAGGAGGAGGA GCCGGGAGACATACAGGAACACAACCTTCGGTCGGAAGGCAACCAGTGGCCATTCCAAAGCTGCTTTCACCTTACGGAA CATTTCCACCTCCAGCCATGATAACAAAGCGGCGCGGGCTGCGTTCCCCCCCAAAACCTGCCCTCGCCAACCCGGCTTC CAACCCGTCAACGTTGTTCATCCCTTTCGACCACCTCCTCACTCCATCCCTCCACGCCCAAGGGACCCCAAGCCTGCCA GACCACCTCCTCCAGCCAGCAAGTCGCCCATGGTCCCCACCAAAACAGTCGTCTCTCAAGCAAAGCTGCCTCCTCCTAA GAAACCTCTTCCCTCCAGCCCTGTGAGGACGCCAGTGGTGGGCCCAAAGCACCAGCCGCCACGTCGGCCACTGCCTGGA TGTCCTTTTCTGGCCAAAGAGCTGCCTCCTGCACATGGACAGACCCTGCTGGTCACGGTCCCTCCTACCAACTTCAAGG CCTTTGGTACAAGTGCCACGAGCCACTCGACGAGGCCATCCAAGCCGATGCCACTTCAAAGGCCAGTCCCAGCCATCAA AGTCCAGTCAACCTCCTTCCCCTTGAAGAAGTGACAAACCAAAGGACACCTTAAGCCCATCCTTCCTGAGCTGGCTCTC CTGATTTGCACTGCTGCTGGCGACAGGGGTCTTCTATTCCTCTCATTTTATTGTG
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

Stage

Image (click image to view full size)

Location (click to highlight)

Comments (click to highlight)

25-30

stage 27

Retina

31-44

stage 31

stage 35

stage 38

stage 40

stage 42

stage 44

Retina
Unlabeled

Entry 4

GEISHA Id	ADAM13.Lin.2010B	Data Source	Publication
Complete cDNA Template Probe	show GGCAGAGGCTGTGACAGCCCCGGGGAGTGCGGGCATGGCGAGGTTGGCCCCCCACGTGTCCCCTAAATGGAGGGGCTTC GCTGTCATTTTTGGGGATCACGTCTTGCTGCTGGGGCTGCTGCTGCTCCCTGGGCACGGGGGTGCTGCTGGGACACGAG GGCCGATGTCCCACGGAGAGCGGGTGACACCACACTGGCTCCTGGGGGGTCGCAGCCGGCGAGCCGTCAGCCTGGATGA TGAGGTGCCAGCGCCGGCGCGGGCGGAGGTGGCTGTGATGGCTGAGGGCAGAGAGCTCATTCTGGTGCTGGAGAGGAAC CAGCTGCTGGCACCAGGCTATACTGAGACGCACTACACCACAGATGGGCAGCCCGTGACGGTGACCCCCAACCACACGG ACCACTGCCACTACCATGGGCACGTACGGGGCCGCAGGAACTCCTGGGTCGTCCTCAGCACCTGCTCAGGAATGCGGGG CTTGATTGCGGTGAGCAGCAATGATACCTACTACCTGCACCCTGTGGGGACACCTGAGCCGAACCACCACCTCATCCAC AGAGCAGAGCACCTGCACATCCCTGGTGGCACCTGTGCCCACGGCAGTGACTTTGGGAACACTATTGATGACATCACCC GGCTCTTCCAGCTGGTGGACCGGCGGGCGAAGAGAGATGCCTGGAGGACCATGAAGTACATGGAGCTCTTCATCGTTGC TGACCACACGCTGTTCAGGAACCAGAACCTCAACCTGGGCCTCACCAAGCAGCGAATCGTGGAGATCGCCAACTACGTG GACAAGTTCTACAGGTTGCTGAACATCAAGGTGGCCCTGATTGGACTGGAGGTGTGGACGGAGCGGGACCAGTGCACTG TCACCAGCGATGCCAACGCCACGCTCTGGGCCTTCCTGCAGTGGAAGAAGGCTCTGAGGGCTCGCAAGAAGCACGACAA CGCGCAGCTGCTGACCGGGAAGACGTTCCGGGGGACGACCATTGGCATGGCCCCACTGGAGGGGATGTGCAGTGCAGAC AACTCTGGAGGGGTCAGCGTGGACCACTCGGAGCTTCCCATTGGAGCAGCAGCCACCATGGCCCATGAGATTGGCCACA ACTTCGGCATGAGCCACGACAGCCAAGGCTGCTGCGTGGAGGCCACCCCGGAACAAGGAGGCTGTGTGATGGCAGCGGC CACCGGGCACCCCTTCCCACGTGTCTTCAGCTCCTGCAGCAGGAGGCAGTTGGAGAACTACTTCCAGAAGGGAGGTGGC ATGTGTCTCTTCAACCTGCCCGACACCAAGGACCTGGTGGTGGGACGGAAATGTGGCAACGGCTTTCTGGAAGATGGAG AGGACTGTGACTGTGGGGAGGTGGAGGAGTGCACCAACCCATGCTGCAATGCACACAACTGCACGCTGAAGATGGGGGC TCAGTGTGCCCATGGTGACTGCTGCCAGAACTGCAGGCTGAAGGTGGCTGGGACCATCTGCAGGGAAGCAGCAGGATCC TGGGACCTCCCTGAATACTGCACTGGTGCCTCACCCTACTGCCCAGCCAATGTGTACCTGCTGGATGGCTCGTCCTGTG CCTATGGTGGGGCATACTGCAACAATGGCATGTGCATGACCCACCACCAACAGTGTGTCCAGCTCTGGGGACCAGGAGC CTGGCCAGCCCCAGCTGCCTGTTTCCAAGATGTGAACATGGCTGGGAACACCTATGGCAACTGTGGCAAAGACAGCCAA GGGCGCTACGTGAAGTGCGACAAGAGAGATGCCATGTGTGGCAAGATCCAGTGCCAGAGCTCAGCCAAGAAGCCCCAGG GGACCAACACTGTCTCCATTGACACCACCATCCGCTTCAATGGACGGGAGGTGAAGTGCCGGGGCACCTACATGTACAC TGCCAAGGATGATGAAGAAGACCTCTCCGACCCTGGGCTGGTGATGACGGGGACGAAATGTGGAGATGGAATGGTTTGC AAAGACCGCCGGTGCCAGAACGCCTCCCTTTTTGAGCTGGAGAAGTGCGTTTCCCGGTGCAACGGCCATGGGGTTTGCA ACAGCAACAAGAACTGCCACTGCAACGCGGGTTGGGCTCCTCCATACTGCGAGAAGCCGGGCTTGGGAGGCAGCGTGGA CAGTGGCCCCGTGCAGCATGACAATCACGAAGCCATCTTGGTAACAATTCTGCTCATCTTCCTGCTCTTCCTCCCGGTC CTGGTGGGGAGCATTTACTTCTGGTACCGGCGGGAGAACTCGCTTCTGAATAAGTGGATCAAGGAGGTGAGGAGGAGGA GCCGGGAGACATACAGGAACACAACCTTCGGTCGGAAGGCAACCAGTGGCCATTCCAAAGCTGCTTTCACCTTACGGAA CATTTCCACCTCCAGCCATGATAACAAAGCGGCGCGGGCTGCGTTCCCCCCCAAAACCTGCCCTCGCCAACCCGGCTTC CAACCCGTCAACGTTGTTCATCCCTTTCGACCACCTCCTCACTCCATCCCTCCACGCCCAAGGGACCCCAAGCCTGCCA GACCACCTCCTCCAGCCAGCAAGTCGCCCATGGTCCCCACCAAAACAGTCGTCTCTCAAGCAAAGCTGCCTCCTCCTAA GAAACCTCTTCCCTCCAGCCCTGTGAGGACGCCAGTGGTGGGCCCAAAGCACCAGCCGCCACGTCGGCCACTGCCTGGA TGTCCTTTTCTGGCCAAAGAGCTGCCTCCTGCACATGGACAGACCCTGCTGGTCACGGTCCCTCCTACCAACTTCAAGG CCTTTGGTACAAGTGCCACGAGCCACTCGACGAGGCCATCCAAGCCGATGCCACTTCAAAGGCCAGTCCCAGCCATCAA AGTCCAGTCAACCTCCTTCCCCTTGAAGAAGTGACAAACCAAAGGACACCTTAAGCCCATCCTTCCTGAGCTGGCTCTC CTGATTTGCACTGCTGCTGGCGACAGGGGTCTTCTATTCCTCTCATTTTATTGTG
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_001082418).

Stage

Image (click image to view full size)

Location (click to highlight)

Comments (click to highlight)

19-24

stage 20

stage 24

Aorta
Dermomyotome
Myotome
Sclerotome
Spinal Cord

da, dorsal aorta
me, meninges

25-30

stage 29

Myotome
Sclerotome
Spinal Cord

cc, condensed chondroblasts
me, meninges

31-37

stage 34

stage 37

Sclerotome
Spinal Cord

cc, condensed chondroblasts
me, meninges

Entry 5

GEISHA Id	ADAM13.Kee.2007	Data Source	Publication
Complete cDNA Template Probe	show GCAGAGGCTGTGACAGCCCCGGGGAGTGCGGGCATGGCGAGGTTGGCCCCCCACGTGTCCCCTAAATGGAGGGGCTTCG CTGTCATTTTTGGGGATCACGTCTTGCTGCTGGGGCTGCTGCTGCTCCCTGGGCACGGGGGTGCTGCTGGGACACGAGG GCCGATGTCCCACGGAGAGCGGGTGACACCACACTGGCTCCTGGGGGGTCGCAGCCGGCGAGCCGTCAGCCTGGATGAT GAGGTGCCAGCGCCGGCGCGGGCGGAGGTGGCTGTGATGGCTGAGGGCAGAGAGCTCATTCTGGTGCTGGAGAGGAACC AGCTGCTGGCACCAGGCTATACTGAGACGCACTACACCACAGATGGGCAGCCCGTGACGGTGACCCCCAACCACACGGA CCACTGCCACTACCATGGGCACGTACGGGGCCGCAGGAACTCCTGGGTCGTCCTCAGCACCTGCTCAGGAATGCGGGGC TTGATTGCGGTGAGCAGCAATGATACCTACTACCTGCACCCTGTGGGGACACCTGAGCCGAACCACCACCTCATCCACA GAGCAGAGCACCTGCACATCCCTGGTGGCACCTGTGCCCACGGCAGTGACTTTGGGAACACTATTGATGACATCACCCG GCTCTTCCAGCTGGTGGACCGGCGGGCGAAGAGAGATGCCTGGAGGACCATGAAGTACATGGAGCTCTTCATCGTTGCT GACCACACGCTGTTCAGGAACCAGAACCTCAACCTGGGCCTCACCAAGCAGCGAATCGTGGAGATCGCCAACTACGTGG ACAAGTTCTACAGGTTGCTGAACATCAAGGTGGCCCTGATTGGACTGGAGGTGTGGACGGAGCGGGACCAGTGCACTGT CACCAGCGATGCCAACGCCACGCTCTGGGCCTTCCTGCAGTGGAAGAAGGCTCTGAGGGCTCGCAAGAAGCACGACAAC GCGCAGCTGCTGACCGGGAAGACGTTCCGGGGGACGACCATTGGCATGGCCCCACTGGAGGGGATGTGCAGTGCAGACA ACTCTGGAGGGGTCAGCGTGGACCACTCGGAGCTTCCCATTGGAGCAGCAGCCACCATGGCCCATGAGATTGGCCACAA CTTCGGCATGAGCCACGACAGCCAAGGCTGCTGCGTGGAGGCCACCCCGGAACAAGGAGGCTGTGTGATGGCAGCGGCC ACCGGGCACCCCTTCCCACGTGTCTTCAGCTCCTGCAGCAGGAGGCAGTTGGAGAACTACTTCCAGAAGGGAGGTGGCA TGTGTCTCTTCAACCTGCCCGACACCAAGGACCTGGTGGTGGGACGGAAATGTGGCAACGGCTTTCTGGAAGATGGAGA GGACTGTGACTGTGGGGAGGTGGAGGAGTGCACCAACCCATGCTGCAATGCACACAACTGCACGCTGAAGATGGGGGCT CAGTGTGCCCATGGTGACTGCTGCCAGAACTGCAGGCTGAAGGTGGCTGGGACCATCTGCAGGGAAGCAGCAGGATCCT GGGACCTCCCTGAATACTGCACTGGTGCCTCACCCTACTGCCCAGCCAATGTGTACCTGCTGGATGGCTCGTCCTGTGC CTATGGTGGGGCATACTGCAACAATGGCATGTGCATGACCCACCACCAACAGTGTGTCCAGCTCTGGGGACCAGGAGCC TGGCCAGCCCCAGCTGCCTGTTTCCAAGATGTGAACATGGCTGGGAACACCTATGGCAACTGTGGCAAAGACAGCCAAG GGCGCTACGTGAAGTGCGACAAGAGAGATGCCATGTGTGGCAAGATCCAGTGCCAGAGCTCAGCCAAGAAGCCCCAGGG GACCAACACTGTCTCCATTGACACCACCATCCGCTTCAATGGACGGGAGGTGAAGTGCCGGGGCACCTACATGTACACT GCCAAGGATGATGAAGAAGACCTCTCCGACCCTGGGCTGGTGATGACGGGGACGAAATGTGGAGATGGAATGGTTTGCA AAGACCGCCGGTGCCAGAACGCCTCCCTTTTTGAGCTGGAGAAGTGCGTTTCCCGGTGCAACGGCCATGGGGTTTGCAA CAGCAACAAGAACTGCCACTGCAACGCGGGTTGGGCTCCTCCATACTGCGAGAAGCCGGGCTTGGGAGGCAGCGTGGAC AGTGGCCCCGTGCAGCATGACAATCACGAAGCCATCTTGGTAACAATTCTGCTCATCTTCCTGCTCTTCCTCCCGGTCC TGGTGGGGAGCATTTACTTCTGGTACCGGCGGGAGAACTCGCTTCTGAATAAGTGGATCAAGGAGGTGAGGAGGAGGAG CCGGGAGACATACAGGAACACAACCTTCGGTCGGAAGGCAACCAGTGGCCATTCCAAAGCTGCTTTCACCTTACGGAAC ATTTCCACCTCCAGCCATGATAACAAAGCGGCGCGGGCTGCGTTCCCCCCCAAAACCTGCCCTCGCCAACCCGGCTTCC AACCCGTCAACGTTGTTCATCCCTTTCGACCACCTCCTCACTCCATCCCTCCACGCCCAAGGGACCCCAAGCCTGCCAG ACCACCTCCTCCAGCCAGCAAGTCGCCCATGGTCCCCACCAAAACAGTCGTCTCTCAAGCAAAGCTGCCTCCTCCTAAG AAACCTCTTCCCTCCAGCCCTGTGAGGACGCCAGTGGTGGGCCCAAAGCACCAGCCGCCACGTCGGCCACTGCCTGGAT GTCCTTTTCTGGCCAAAGAGCTGCCTCCTGCACATGGACAGACCCTGCTGGTCACGGTCCCTCCTACCAACTTCAAGGC CTTTGGTACAAGTGCCACGAGCCACTCGACGAGGCCATCCAAGCCGATGCCACTTCAAAGGCCAGTCCCAGCCATCAAA GTCCAGTCAACCTCCTTCCCCTTGAAGAAGTGACAAACCAAAGGACACCTTAAGCCCATCCTTCCTGAGCTGGCTCTCC TGATTTGCACTGCTGCTGGCGACAGGGGTCTTCTATTCCTCTCATTTTATT
Citation	Yun Kee, Byung Joon Hwang, Paul W. Sternberg, Marianne Bronner-Fraser. Evolutionary conservation of cell migration genes: from nematode neurons to vertebrate neural crest. Genes Dev. 2007 February 15; 21(4): 391396.
Copyright	Copyright © 2007, Cold Spring Harbor Laboratory Press
Comments	As insufficient information is provided in publication to verify exact sequence used to synthesize probe, the sequence below was obtained from NCBI (acc #NM_001082418.1 ).