dnajc18 Summary [species: Xenopus laevis and Xenopus tropicalis]

Summary

XB-GENEPAGE-5795682

Gene Symbol:

dnajc18

Gene Name:

DnaJ heat shock protein family (Hsp40) member C18

Synonyms:

LOC100124938 ( Add synonyms , Nomenclature history )

Gene Function:

Molecular chaperone (DnaJ superfamily)

Protein Function Downloaded from UniProtKB

InterPro

DUF1977 DnaJ-like , J dom sf , DnaJ domain , DnaJ domain CS [+]

Interactants:

Loading ...

Diseases:

External Links:

ClinVar, ClinGen, MalaCards, KEGG Disease, DECIPHER, COSMIC, MARRVEL, GTR, DisGeNET, dbVAR, GHR, gnomAD

Xenbase Gene ID

XB-GENE-5795683

XB-GENE-17345367

XB-GENE-6486863

Gene Symbol

dnajc18

dnajc18.L

dnajc18.S

Chromosome

Chr03

chr3L

Scaffold20

Molecules

tropicalis

laevis.L

laevis.S

Genomic Sequence

Version 9.1

>dnajc18 9.1 
							CTGGACTGTTGGCTTATTGGGCTACTGAGTTATGAGCTATTACTATGGGAAATGCCATGTTCTATTCACTGTCTGAGTTCATGTCCAACGCTTCCATCAAACTAAAAGATTGGGTGAATCTCATCTAGATCCCACCAAGACTGGAGTTGATGGACCTTCGTACATGGGCTTCAACACTACAGACTCCCCTTTGGTCCAAACTCTTAGCGTCTCTCAAGCCCAGCTCAGCCCGTCCGTTCCTCGGGGACAAGGATGGACCGACACCGGGCAGAAAAACTCATCCAGATTGCCCGAGAGTGTCTCCTGTTTGGGAAGAGTAGAGAAGCTCTCAACTATCTCAGCCAGGCGCAGAGCATCTACCCAACGCGAACCGCTGCCCGGCTGATCAGCGGCATCCGCGAGGCTTGGTTTCGGACGCAAAATGGCCATTCCGAACCGAGATACCCCCATTTTGAACAAAGGGATTACTGGGGCGGCCACCACTATGACTTTGGCTTCGGCGACGAGCCAACCTGGGAGGAGGAAGAAGAAGAAGAGGCAGAGGAAGAAGAGAGGCTGAATTCTAGAAAGGAGGAGGAAGATGACTACTACTCTCTGCTAGGAGTCAGCAAGGATGCCAACGAGGAGACGGTGAGGAAGGCTTACCTCAAACTGGCCCTGAGGTACCACCCTGACAAGAACAGCTCCCCGGGGGCTACTGAGACCTTCAAGGTGAGTACCAGGGAAGCTGAGGCTGTAGGGTTGCATGTACATTGAGGAACATGTATATGGAGGGTATGTATGAGGGTATTTCACAATACTTAGGTACTCACACTATCCATTTAGTCCATTTGAGCTGCATGGCACATAGGGCCACCGTCACTAACGATGGGGCCCCCATTCTAGAACAATAGCAGAGCCTTAACCCCCAAATATTACTTCACAAATCACCTGGGAAGTAGACCCTGTCGACAAGTAGAATGAGATGGGCATGGTCATTTCCCTGATCCGCCCCAGCTGTACCCCAATACCTAATGACCCCACCCCCAACCCAGGGGTTATAGAGCACCCAGACCCAAAATTGGGTGAATCGGGAACCCTATGCGATGGGTTGGGGAAATAACCAGAACTTGTACATTATGTAGGAACCTTTAATATGATGTAGATGGTGGTACATCCAGCCAATCTGGTATCTTGCCTTCTAGGATTAGCCTGGTATTCTCTCTTATTAAAGGGGAAGTAATATAAATTTCTACCCAGATTGTAGTGGACGTGGATTACAATTTTTTTCTCCAACTGGTTTTTATGTTTTTCCCGATAGTTTTGGAGATATAAATGGTTTATGAGTGATGCTTCCTCAACCTAGCCTTTTCCCTGCTGCAAACAACCCAACCATGCTGTGGGCACTGCATACTGCTGACACGTGATGGAATCAGCCAATAAGAGCAGTGAGGACTCTGCCAGTGACTGTCAGCATGAGTATGTTGTTTGCAGCCAGGAGAAAATGTTAAGGTGAGAAATACTCTATTCTGGTGGACTTTTTATAGTCAAGTTCCCCTTTAGTCTGGAGTTAAACTGCTTGGTTGCTTGGTTCCCAGCTTTTGCTTAATGCTCTTACCCCTAAATAATCATAGTAGTGGTAGCCATGCATGTTCAGATGTGGTTGGGCAGTTTGGGCATCTTTGACACCTAGGAGGGGGGAGCAGTTCCATTGGCAGTTGTGTATGACAGTTGCGTAGTCTGAACATTTCATCTTGCCCTGCTTGTCATGTGACAGGGGCATTGGCAGATGTAGAAGTACCAGGAGCTACAGGTCCCTCTCCCTTCCCTCATCCTGGATGAACAGAACAATGGCTACTGGGCCTTCCTCTGGGGCTACCAAGTTGAACAACATGCTACGGGTTGGTTGGTCTGATCCATACCAGGCTTTGGCTTTGTGGCCTCCACTGATATGCTCAACCCTATAAGGCAGTGACCCCCCCCAACCAGTAGCTCGCAAGCAACATGTTGTTCACCAACCCCTTGGATGTTGCTCCCAGTTCCCCCAAAGCAGGGGCTTATTTTTGAATTCCTGGCTTTGTTGAATAAAAACAAGATGTACTACCAAACAGAGCCTCCTGAGTAAGCTGATAGTCTACATAGAGGCTACAGATAGTCTATAGAGCAGGGATCCCCATCCTTTTATACCCCTGAGGAGCTATAATTGGGTATTTGGTAGCCCCTATCTGGACTGGAAGCCTACAGAAGGCTCTGTTTGGCTCTACACTGGGTTTTATGCCTCCAAAACTAGCCTCCAAGCCAGAAATTCAAAAATTGGCACCTACTCTGAGGCCACTGGGAGCAACATCCAAGGGGTTGGGGATCACTGCTATAGAGGCTACAGATAGTCTACATAGAGGCTACCAAAGAGCAAATCATGGTCCTTATTTATACATACATACATACATACATCACTGTATAGAGGCTACAGATAGTCTACATAGAGACTACAGATAGTCTATAGAATAGGGATCCCTAACCTTTTATACCCATGAGGAGCTATAATTAGCTATTTGGTAGCCCCTATCTGGACTGGAAGCCTACAGAAGGCTCTGTTTGGCTTTACACTGGGTTCTATGCAACCAAAACTTGCCTCCAAGCCAAAAATTCAAAATTCAATGAGGCCACTGGGAGCAACATCCAAGGGGTTGGGGAGAAACTGGTTGGGGATCACTGCTATAGAGGCTACAGATAGTCTACATAGAGGCTATCAAAGAGCAAATCATGGTCCTTATTTGGCACCTCCATGAACTTTTATGGTGCTTGTGTGGCTCCCCAAGTCTTTCTACATTTGACCGTGGCTCACAAGCGAGAAAGGTTGGGGCTCCCTGCTCTAAGGTTCAGGTACTCACTGGCACCCCCAGCTGCTTACTAACACTTCTCTAATTCATAAGGCGCCAGGCAGCAATTTAGCAGCCCCGCCGCGAGTGTATCAGGGAACGGAGGATGATCCCTACTGAGCAGGAATACACTGACCTTGCATCATTTTGGAAATTGACTCTCTGCAGTTCCCTCAAAGGTCAGACTGTCTCTGCCGGGCCACAGCTGTTCCTCTCCGTGTCACTTCTGGCAGCTAAAGGTGCGGAAGGTACACGCCGTGCAATGATCAGAGCTTATTAAGGTCCTGGCAGAGGCGCGAGTGGGCCGCTCACATGGCACAAGGTCCTCGTGGCCAAGGAACANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN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GGGGGCGATATTTTTCTTGGCACCGATCTCTTCCTGTGGAGGCCAGATTCCACCTTCCTGTCTAGTTGGGAAGAGTCATTTTTAAAGGGGATATCAACCCCAAAAATGAAAAAAAAAATGTTCCCACTGCCGGCTTAGGGCGGGGCTTAAATGCCAGGTTGAGCAATTGGCTTTGTTAATATTTATTTTGTGTATTTAGGGTGAAAAATCTGTGTTATAAAAATGCAGTTTATTTATTAAACTGGTGCCATAAACCATTATTGATTCACCAAA

Version 9.1

>dnajc18.L 9.1 
							ATGGACCGACACCGGGCAGAAAAGCTCATCCAGATTGCACGAGAGTGTCTCCTGTTTGGGAAGAGTAGAGAAGCTCTTAACTATCTCACCCAGGCTCAGAGCATCTACCCCACCCGAACCGCTGCCCGGCTGATCAGTGGCATCCGTGAGACTTGGTTTAAGACCCAAAACGGCCATTCTGAACCAAGATACCCCCATTTTGAACAAAGGGATTACTGGGACAACCGTCACTATGGCTTTGGCACCAGTGATGAGCCAACATGGGAGGAGGAAGAAGAAGAAGCAGAAGCAGAGGAAGAAGAAAGGCTGAATTCTAGAATGGAGGAGGAAGATGATTACTACTCTCTACTAGGTGTCAGCAAGGATGCCAATGAGGAGACCCTGAGGAAGGCTTACCTCAAACTGGCCCTGAAGTACCACCCTGACAAAAACAGCTCCCCGGGGGCCACTGAGGCCTTCAAGGTGAGTAACAGGGTATGTGCATTGGGGAGTATTTGAGTGAATTTCACATTAGTCAGGTACTCATTATATCCATTTAGTCCTATATAATATCATAATCACCCCCATAGCTTCCGTTACACAGTCCATGGTTGTGTTCTCTTTTACATTTAGCCTCCTTTTCCTCCCCACAGTCCAGAGTTGCATGGCACATAGGGCCACTATCAGTAATCATGGGGCCCTATTCTAGTACAATAGCAGAGCCCTGACTCTCAGTGGCTCCAAATGTTAGTTCACTGATCACCCGAGCAGTAAGCCCTGCAAACAAGTAGAATTAGGCTTCAACGAAAACAGTGCCATGCATGGCCACTCTCCTGATCCACCATGGCCACACCCCACCATGGCCACACCCCATTACAGATAGCACATGTAAGATTCCACCTATGGCTACATGGCTCTACATTATGCAAACCTGGCACTGCTCCTAGCTCAGTGTGGAGGTTGAATATAGGACCCAGACCCTCATAAGGCACCCAAAATTGTGAATGGGAACCCTATGGCAGGCAGGAGAAAGAACTAGAACTTGTACATTAAATACTATGACGTAGGTGGTGGTACATTCAGCCAATCTGGAATTATTCTCAGGATTTCTCTGGTATTCTCTCATTTTAAAGGGAAACTGTCACTGATACAAATGTCCCCCCAAACCGTAGTGGACACTGAATTATTTATTTTCTCAAAAAGGTTTAAAGGGGAAGTAAAGTCTAAAATAGAATAAGGCTAGAAATGCTGTATTTTGTATACTAAACATAAACATGAACTTACTGCACCACAAGCCTAATCAAACAAATGATTTATGCTTTTAAAGTTAGCCACAGGGGGTGACCATCTTATAATTTTACTATACATCTTTGCAAGACCAAGACTGTGCACATGCTCAGTGTAGTCTGGGCTGCTTAGGGATTGTCATAAATGATCAAAACAGCACAAGTCAAATAATATCTGCCAGAAGCCGATACAGCAAGACTGATTAATAATCAGAATATACAGACTGCACTGGCTCCTGTGTTTTCATGTAATCTAATGTGGATTTTATAGTTTTTGTATTGTTTAATACAAACTTTCTCCAACTTTGCAGAACCAGTGGCTGCAGCAAAATAATCCTCCAAATACAATCCCAGTTTATCTGTTTAAATCTGGCTCCATGATCTTTGTCCCTGCAGCTGGAGTTGGAAACAGTAAAGGGGATGTAAAGGCAAAAATAAAATAAATACAAATCTCTACACAGTCGCCGACTGCTCTACAGGGAAACAAACAAAGCTGCTTGAGTTCTGCATGGCTGGGAAGTAAGGCGGGGCTCCCCCTGCTGTACATAAGTATGATTGTTTCCCTGAAGAGAAGTTAGGGACCATCTGACAATTCCTATCCACAGCAGTAAATGAAGGGAGAATTTCACTGCATACAGTCAGGTTTCTTATAAAAACTGTACACATTTTTTTAATTGAAGTATATTGGAGATAGGTTTCTTTTTCATTAAAGAAAGTAAAAATTGGATTTTGTTTTTTTGCCTTTACATGCCCTTTAATATTTTCCCCAATGGTTTACGAGTGTGCTTCCTCAACCTAACTTTCTCTCTGCTGCAAACAGCACAACTTTGCTGTGTGTATTGCAAATTGCTGGAATCAGCCAATTTGAGTAGGGAGGAATCTGTCAGTGACTGCCAGCAAGTGTGTGTTGTATGCAGCTAGGGGAAAATGTTAGGGTGAGAGACTTGCAAATAAACATTTAAAACATATAAAATATTTGTGACCTTTCAGACATTCACTCCACTTGAGTGGATCTTTTTATACTATTGATGTTCCCCAGCTCTTCAGTCTGGAATTAAATTGATTTCTATAGTAGGTTCCTACTGATCCAAGATTTTGCTTAATGCTCTTGTGTCTAAGGTCTAGTAAATGACCCTTAACAATCATCATAATGGTGACTATGCGTGCCCAGATGTGGCTGACATGGTTATACATTTCCAATATTCAGATGTCTAGGCATCTTCTGTATGACGCATGGGTGTGATGGGGGGGAATTTTCCACTGACAGTTGTGTATGACAGCTGTGTTGTTTGAACTTTTCATCATACCCCTCATGTCATGTGATGGGGCACTGGAAGACATGGAAGTTTTGGAAATCACATGTCCCTCTCTCTTCTCTTGTCCTGGGTGATTAGTACATTGATACTGGGCCATCCACGTGGCCTGCCAAGTTGCACAACATGCTACAGTTTGGTTGGTCTGATTAATACCAGTTTTGCTCTCTGGCCCCCACAGACACGCTGAAGGCTCAGGCATTCACTGCAACTCTTTGCTGCCTCTTTAATTCAAAAGGCAGAGGCAGCAATTCTGCAGCCCCTCAGCAAGTAAATTATCTGAGCTAAGTGCTGCTGATCATCCATAGACCGGGGGTATCAGGGAACAGAGGATGATCCCACATGGCACCTGAGTAAGTAGAAATACGCTGACCTTGTATTATTTTGGAAATTGACTCTCTGCAGTTCCCACAAAGGTCAGGCTGTCTCTGCAGTGGCACAGCTGTTCCTCTCCGTGTGACTTCTGGCAGCTAAAGGTATGGAAGGTACACGACGTGCACTGCTCGTTGCTTCTTAAAGTCCTGCCAGCTACGGCAATGGGTTGCTCACATGGCATAGGGTCTTCCATGCCAGGGAAGGTTCTTAACAGGATATATCTAAGTTTTAGAGGGTTTTAACTGGTAAGCTCATAGCAGATATCTGAAGATAGAGTTGCACTTGTGTCAATCTATTTGGGATAATCAATATTTTTTCTATTTATCCTCCAGGCCATTGGGAAAGCCTTTTCTGTCCTGGGTGACCCAGCGCAGAGGAAAAATTACGATGATGCCCAAGCCAGGGCTCGAGTAGTTTCACAGCCAGACCTCACCACAGAGGATCTCTTTGATCTGTTCTTCAAGGGCCATTTCCCAGGGTACACCTGCAGCCAGCAATATCAGCAGCCGAGGTCTACAAACAGACGGCAAGGAGACAGAGGACAGAGGTGGGAGGAAGAGGAAGGTGGCCGACAGCAATGGCGGCATGGAGAGGACACGAGACAAGATCATGGGAGAGAAAGGAAATGGAGCGAGGAGAGGCAAGGTGGAGGACATACGCCAAAATGGTGGGAAAGGGAAAAGAAGCCTGAAAGTGGAAAGGGAAGATGGAGCAAAAATGCTAAACAAGATGGGAAGCAATCTAAAGTAAATGAGGAAAGGAAAAATGACGGAGGAAAGGGAAGACCGAAGTGGCGGGATGCAAAAGAACAAGACAACAGAAGGTCAAGGTGGCGGGAAGAATTAGCACGACAGGAAGCAAGATGGACTAGGAGGCAGGAAGAAGACAACTCCAATGGCGCAAGACAAAAGAATGCATATTCTGCATTCATCCAAGTCCTGCCAGTTCTTCTCTTGGTGGTGATCTCTGTTGTGGCTCAGCTGACTGCTACCACCCCAGCCTACAGCTTGCACCCCAGGCCTTCCTCAGGCCTGACTGTCTCACGAGAGACACAGACCCTGGCTATCATCTACTTTGTCCGGCAGGATTTTGGAAGTCGTTACCAAGGCAAAGCCCTCGAGGAGCTTGAAAGGACAGTGGAAAAAGATTACGTGGAGCACGCGCAGGCCGAATGCTGGAAGGAGAAGCAGCAGAAGTCAGACTTGACCAATCTGGCCAGACTCTACAGAGATGAGAGACTAAGAGAGAAGGCTGAAAGCCTCAAGCTGGAGAACTGCCAGAAGCTATTAAATCTCATGAAACAGAGAAAACCAGGTTGATGCCCTTCAGACTCTGAGGGGTGTAGGGAGTATTTGGAGAACATGGTTGCTAGGTCCTATTTGCACGGAGACATTTGGACAATAGAAAAAATAAACCTTACATGGATTTTACAAGATTAGTAGCTGCCCGTAACATTTTAGTAAATGCAAACCCTTCCGACATCCAGTGGGTCCTTTATATGGAGCCTGCCACTGACTTGTGGCCAAACCTCCCTTTCCAAGGGGATCACAATGTTCTTCCTGTAGAGTGCCAAACCCTTTCCATTAAAATGTGATTCAAAGTCTGAAATACTGGTTCCCTACGAAGTGCATCCTTTTTCTTAAAGGAGAAGGAAAGCTCCAAGACAGTTTATTGCCAACATATTAGCCACAATAGTGCAAGCTAGAATGCTATATTTATTCTGCAGAATGCTTTACCATACCTGAGTAAACAGCTCTATAAGCTCTGTTTGTTTAGGATAGCAGCTGCCATATTAGCTTGGTGTGTCATCACTTCCTGCCTGAGTCTCTCCCTGCTCACTTACAGCTCTGAGCTCAGATTACAGCAGGGATGGGAGGAGGGGTGGAGAGAGGAACAAACTGAGCATGCTCAAGCCCTAGCCCTGGAGGTTTAAGCTGAAAACAGGAAGTCTGATACAGAAGCCCATGAGTACACAATAGAAGGAAAGAAATGTGCTGTTTCTTTTGACAGAGGACTCAGAGCAGAATTACTTTGAGGGGTTACTGGTGTATTTATATAGACCTTTCTGATAAAGCTTACTTAGTTTTAGCCTTTCCTTCTCCTTTAATGGACAGCATAAGTTAAAATCACTATGAGGTTGCTTGGGGCTGGGGAGCCTCTTTTACAGAAAAAAAGCACTGGTCCCCAGTATTTGGCTCGGAATCAGAGCGCTGCCATCTTTTTCAGGTCCCAGATGTTCCTGGGTATAAGAGAGGCCCAGAACCCATTTCTCTATTGCAAATGCTCCCAGCCCAAGTCTGAGCAAAGACTATTTGGAAATAAAAGATGGTGACAAGGGACTCCCCAGCCAAGTATCAAAAATTGTCAAAAAATTTGCACCCCCAGATAGGACAACCAATTTGACTGTGAACCTCTTATACACCCCAGTCCCATAATACACCTTGATATATATTTATTTATAATGACTAAACAAGGGGCAGATATTTTCCTTTGCACTGTGCTCTTCCTTTGGGACATGAAGGCCAGATTCCATCTTCCTGTCTAGTGATGAGGAGTCATTTCCTTAGGGCAGGGCTCAATTATTTTGCTATAAGGTATCAGCTTCCTTATTTATTCTGTGTATTTTGGGGTGAAAGATGTGTTACAAAAATGCAGTTTT

Version 9.2

>dnajc18.S 9.2 
							AATTATTATGCATCCAAGTGTGTAGGGTGGGGCTGCTGTTTGAGTGTGGGGGAGGTGACACAGACTGTTACTCATCAAACTGGTCATTACCAGCTGAATGGACTACATTTCCCAGCATGCCACAGGCCTGGGAGGAAGTGCCAGGGAATCAGCTGCTGCTGTCTGTCTCCTGCAGGGTCAGGCATTCCCTGAGCTGGCTTTTTATGGATGGTGGGGGCTGGGAGACGTAAGGAGAGAAGCGACACTCGATACAATGGGGAGGAAGGCTGAGTTCCTTCGGCTGTGACAGTAAGAGAAAAGGCTACTGGGATACAGATTTCCATGCTAGCCCATAATAGCGGGGGGAGCTCTAGGGATTAACAGCTCAATTGTACTGCCCGGCACGACTACTGAAATCTGCATTCATTCTGGGCTTTGTTGGATCTTGGCTAGAGGCTATTGATGCATCCGGCTCTGAAGGCATGACTGCTGACTATTTAGCAATGTGGCTATGAGATGAGAAGGTGGTTCCTGTTATGAATTCTCCTCAGGATTCTGGTTGCATGATTATGGACAGAAAAATGGACTGCTGGAAATAGGACTGAGGACTTCGGCCCATTTTCCCTGCATTTCCTGTGTATAAAAGGAATATTTGGATAGCTGACATATTTGGTCACTTATTTATGACCCACTACTATGTTCTATTCACCATCTGAAGTCTGAGGTTGGCAGGTGGTCTCTAAGTTCATGTCCAGCTCTTCCATCCACCTCAACATTGGCTGCATCTCAGTTAGATCCCACCAAGACTGAAGCTCACAGACCTTTGTACATGGGATTTAACATTACAGACTCCCCTTTAGTCCAAACCCTTCAAACTTTTAGCATCTCCCAAGCACAGATCAGCCCACCTGTTCCTCAGGGCCAAGGATGGACCGACACCGGGCAGAAAAACTCATCCAAATTGCCCGTGAGTGTCTCCTGTTTGGGAAGAGTAGAGAAGCTCTTAACTATCTCAGCCAGGCTCAGAGCATCTACCCCACTCGAACTGCTGCCCGGCTGATCAGTGGCATCCGCGAGGCTTGTTTTAGGACCCAAAATGCCCATTCAGAACCAAGATACCCCCAATTTGAACAAAGGGATTACTGGGACAGCCATCAATATGGCTTTGGCACCAACGACGAGCCAACATGGGAGGAGGAAGAAGAAGAGGCAGAGGAAGAAGAAAGGCTGAATTCTAGAATGGAGGCAGAAGATGATTACTACTCTCTGCTAGGAGTCAGCAAGGATGCCAATGAGGAGACCCTGAGGAAGGCTTACCTCAAACTGGCCTTGAAGTACCACCCTGATAAGAACAGCTCCCCGGGGGCCACTGAGGCCTTCAAGGTGAGTAACAGGGAGGATGAGGCTGTGGGGTTGTATGTGCATTGGGACATGGAGTCATATATGTGGAACTATGTGTGTGAGTGTATTTCACAGTATTTGGGTAGTCCATTTAGCCCATTTAGTCCTGTAATATCACCCCAGTAGCCTCCATAACACAGCCCACTGTGGTGCTCTTTTTTACATTCAGCCTCCTTTTCCTCCCCACAGCCCAGAGTTACATGGCAAATTGGGCCACTATCAGTAATCATGGGACCTCATCCTAGTCCAATAGCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGAGCTCTGATCCTCAGCAGCCCCAAATGTTAGTCCACTGATCACATGAGCAGTAAGCTCTGCCAACAAGTAGAATGAATAAAAAGTGTTATGCATGGCCACTCTCCTGATCCATCACAGCCACAACCTATTATAGAATAACCCCACCCACAAACCTTCAACTCTGCAACCTGCAAATCATATTTTTGTGTCCCTTGGCCACCCTCTGCCCTCTTGTACTCTGGCGATGGCAACATTGATGGCACATGTAAGATTCCACTGTTCTATGGCTACATCACTCTACATTATGCAAACCTGGCACTGCCCCTAGCTCGGTGTGGAGGCTGAATATAGTACCCAGACCCTCGTCTGGCAACCAAAATTGTGAATGGGAACCCTATGGAGCAGGTATGGGAAAGCTCCCAGAACATTTCATAGAACCTTTAATATTTTGCAGGTGGTGGTACATTAAAGGGGAACAGTGACTGATATAAATGTGCACCCGGTAGCGGACACTGAATCATTTTTTTTCTCAAGCAGGTTTTATATTTACCGAACATTTCGGAGATATATAAAGTTTGAGCATGTCCTCCTCAACCTAACCTTTTCCCTGCTGCAAACAGCCCAACCATGCTGTGTGCATTACAAATAGCTGACTTATTCTGGAATCAACCAATTAGAGCAGCGAGGAATCTGTCAGTGACTGCCAGTGTATTGAGTGCAGCCAGGGGACAATGTTAGAGTGAGATACTGTTGAGTGGACTTTTTATAATAGTGATGTTCCCCTTTAAGCTCTTCAGTCTGGAATTAGCTGTTATCTGATCACTAGGTTCCTACTGATCTATCTTTTTCTTAATGCTCTTGCACTTTTGTTCAAGGTCTATTAAATGACCCCTAACTAATCATAATAATGGTGACCATGTGTGACCCAAATGTGGAGGACATGGTGGTTTCCAGATGTCCATAGATGAGGGCATTGGTAGGTCTGATAAATACCAGGCTGTATCTCTATCAGTTTTGCTCTCTGGCCTCCACAGACACACTGAAGGCTCAGGCATTCACTGCCGATCTTACCTCTTTAATTCAAAAGGCAGAGGCAGCAATTGAGGGGCCCCATAGTAAGTGAACTATCTGAGCCAAATGCTTCTGGGCACCCATAGAGCGAGGGTATCAGGGAACGGAGGAGGATCCCATATGGCACCCGATTACGCAATGCGTAGAAAAGCGCTGGCCTTGCATCATTTTGGAAATTGACTCCCTGCAGAAGGTCAGGCACAGCTGTTCCTTTCTGTGTGACTTCTGGCAGCTAAAGGTACAGAAGGTACACACCATGCACTGCTCATTGCTTATTAAGTTCCTGCTAGCTATTTGCATGGGCTGCTCACATGGCATGGGGTCCTCCTGACCAAGGATATATTTACGTTTTAGAGGGTTTTAACTGAAAAGCTCATAGCAGATATCTGGAGAGGAAATTGGGCTTGCACATACGCTGATCCGTTGCCTTAATCATTATTTCTTCTCTTGACCCTCCAGGCCATTGGGAAAGCCTTTTCTGTCCTGAGTGACCCAGCACAGCGAAAGAGTTATGACGATGCCCAAACCAGGGCTCGAGTTGTATCACAGCCAGACCTCTCCACAGAGGATCTCTTTGACCTGTTTTTCAAGGGCCACTTCCCAGGGTTTGCCTTCAGCCAGCAATATCACCAGCCAAGGTCTACAAACAGAAGACAAGGAGATAGAGGGCGGGAGGATGATGAAGATGGTCAACAGCAAAGGCGGCAGGGAGAGGACATGAGACAAGATCGTGGGAGAGAAAGGACATGCAGTGAGGAGAGGCAAGGTGGAGGACATATGCCAAAATGGTGGGAAAGAGAGAAGAAGCCTGAAAGTGGAAAGGGAAAATGGAGCAAAAATGCTAAACAAGATGCAAAGCAATCTAAAGTAAATGAGGAAAGGAGAAGCGATGGCGGAAAGGGAAGGCCAAAGTGGAGGGATGCAAAAGGACAGGACAACAGAAGGTCAAGGTGGAGGGAAGAGTTAGCACAGCAGGAAGCAAGATGGACTAGGAGGCAGGAAGAAGATGACTCCAATGGCGCAGGGCAAAAGAATGCGTATTCTGCATTCATCCAAGTCCTGCCAGTTCTACTCTTGGTGGTGATCTCTGTGGTAGCTCAGCTGACTGCTACCACCCCATCTTACAGCTTGCACCCCAAGGCTTCCTCAGGCCTGACTGTCTCACGGGAGACACAGACCCTGGGTATCCTCTACTTTGTCCGGCAGGATTTTGGAAGTCGTTACCAAGGCAAAGCCCTTGAAGAGTTTGAAAGGACAGTGGAGAAAGATTATGTGGAGCACGCACAGGCTGAATGCTGGAAGGAGAAGCAGCAGAAGTCAGACTTGACCAATCTGGCCAGAATGTACAGAGATGAGAGACTAAGAGAGAAGGCTGAAAGTCTCAAGATGGAGAACTGCCAAAAGCTATTAAATCTCATAAAACAGAGAAAACCAGGATGATGCCCTTGAGACTCTACGTGGTGCAGGGAGTCTTGGGAGAACATGGTTGCTAAGTCCTATTTGCACGAGACATCTGGACAATAAAAAAAATAAACCTTACATGGATTTTTCAAGATTAGTGATTGCTCGGAATCTTTTACTTTTAATTTGTAAGCCCTTCCATCATCCAGTGGGCTTCAACAGGTCCTTTGTATGGAGCCTTCTACTGACTGGTGGCCAAACCTCCCCTTCCCAAGGGAATCACAATGTTCTCTTTGTAGAGTGCCAACCCCTTTTTCATTTAAATGTGATACACAGCTTGAAATACTGGTCCCCTTACGAAGCTCATCCCTTCTCTTAAGGGAAAGTCCCCTGTGCTTGGCTGGGAATCACTGCACTGCCATCATTATGATGTCCCAGGTGTTCCTGGGATCCAGGGTATGAGGGAGGCCCAAAAAATTTGCTAGAATTGTTCTATTGCAATTTCTTCCAGCCTAAGCCTGAGCAAGGACTATCTGGGAAATAAGATGGTGACAAGGTTCTCCCCAGCCAAGTATCACGAGGTGGGGTGGTGGTTCCTCCAAAATAGGCACCCCCTAGTAGGACAACCAATTTGACTCAACCTCTTATACATCCAAGTCCCATAAAACACATTGATATATTTGTATTCATTTATAATGGCTAAACCGGGGTGATATATTTCTTCCTGTGGAACTTGGAGGCCAGATCCTCTATTCCTGCCTTGTTAGGAAGAGTCATTCCCTTAGGGCAGGGCTAAATTATTAGGAATTATCGACTTTATTATTTATTTTCTTTTTATTTGGAGGTGAAAAATCTGTGTTACAAATATGTAAATATGTTAATTGATAAGACCGGCACCATAAACCATAATTTATTCACTAAACCGGCCCCGTTGTTCTGTCACATGATCGGTGAGATCCAGCACTGCTGGGAACTAAGTAGGGTGGCCCCAGGGCCGAAGAATGTTTTATTGGCTGGGCCCTAAATATAACTCCTGATGCCAATGGGAAAGAGTCAGCCTACTCTGCATATGCAAATTAGGGGTAGGAAGGGTCAAAGAGAAGAGGTTAAAAGACTTTAACCTTAAAGTCATGTGACTTTAAAGGAGTGGTTCACAATTACGTTAACTTTCAATATGTTATAGAACACCAACTTCTAAGCAACTTTTCATTTTGACTTCATTATTTATTTTTTATAGTCTTTGAATTATTTGCCTTTTTATTCTGACTCTTTTCAACTTTTAAATGGGGGTCACTGACCCCATCTGAAAAACGAATTCTCTGTAAGGCTACAGATGTATCGTTATTGCTACTCTTTCTTACTCATCTTTCTGTGAAGGCCCCTTCTATTCATTTTTCAGTCTCTTGTTCAAATCAGTACATGGTTGCTATGATAATTTGGACCCTAGCAACCCAATGGCTGAAACTGGAAACTGGAGAGCTGCTGAATAAAAAGATAAATAACTCAAAAACCACAAATAATAAAAAATTAAAACCAA

CDS

Gene model

Entrez Gene

100124938

108703548

mRNA

RefSeq

>NM_001102878|Xenopus tropicalis DnaJ heat shock protein family (Hsp40) member C18 (dnajc18), mRNA
								CTGGACTGTTGGCTTATTGGGCTACTGAGTTATGAGCTATTACTATGGGAAATGCCATGTTCTATTCACTGTCTGAGTTCATGTCCAACGCTTCCATCAAACTAAAAGATTGGGTGTATCTCATCTAGATCCCACCAAGACTGGAGTTGATGGACCTTCGTACATGGGCTTCAACACTACAGACTCCCCTTTGGTCCAAACTCTTAGCGTCTCTCAAGCCCAGCTCAGCCCGTCCGTTCCTCGGGGACAAGGATGGACCGACACCGGGCAGAAAAACTCATCCAGATTGCCCGAGAGTGTCTCCTGTTTGGGAAGAGTAGAGAAGCTCTCAACTATCTTAGCCAGGCGCAGAGCATCTACCCAACGCGAACTGCTGCCCGGCTGATAAGCGGCATCCGCGAGGCTTGGTTTCGGACGCAAAATGGCCATTCTGAACCGAGATACCCCCATTTTGAACAAAGGGATTACTGGGGCGGCCACCACTATGACTTTGGCTTCGGCGACGAGCCAACCTGGGAGGAGGAAGAAGAAGAAGAGGCAGAGGAAGAAGAGAGGCTGAATTCTAGAAAGGAGGAGGAAGATGACTACTACTCTCTGCTAGGAGTCAGCAAGGATGCCAACGAGGAGACGGTGAGGAAGGCTTACCTCAAACTGGCCCTGAGGTACCACCCTGACAAGAACAGCTCCCCGGGGGCTACTGAGACCTTCAAGGCCATTGGGAAAGCCTTCTCTGTCCTGAGCGACCCAGCGCAGAGGAAGAGCTACGACGATGCCCAAGCCAAGGCGCGAGTGGTGTCCCAGCCAGACCTCACCACAGAGGACCTCTTTGACCTGTTTTTCAAGGGCCACTTCCCAGGGTACGCCTTCAGCCAGCAATATCAGCAGCCCAGGTCTACAAACAGGCGGCAGGGAGACAGGGGGCAAAGGTGGGAGGAAGAGGAGGAGGAAGATGGCCGGCAGCAATGGCGGCAGGGAGAGGACACGAGACAAGATCGTGGGAGAGAAAGGAAATGGAGCGAGGAGAGGCAAGGTGGAGGACCCATGCCAAAATGGTGGGAAAGGGAAAAAAAGCCTGAAAGTGGAAAGGGAAGATGGAGCAAAAATGCGAAGCAAGATGGGAGGCAATCTAAAGTGAACGAGGAAAAGAGAAACGATGGAGGAAAGGGAAGGCCGAAGTGGCGGGATGCAAAAGCACAGGACAACAGAAGGTCAAGGTGGAGAGAAGAATTAGGACGGCAAGAAGCAAGATGGACTCGGAGACAGGAAGAAGATGACTCCAATGCTGCGCGCCAAAAGAACGCTTATTCTGCATTCATCCAAGTTCTGCCAGTTCTTCTCTTGGTGGTGATCTCTGTGGTGGCCCAGCTGACCGCTACCACCCCAGCCTACAGCCTGCACCCTCGGTCTTCCTCAGGCCTGACCGTCTCAAGGGAAACGCAGACCCTAGGCATAATCTACTTTGTCCGGCAGGATTTCGGAAGCCGTTACCAAGGCAAAGCCCTTGAGGAGCTGGAAAGGACGGTGGAGAAAGAGTACGTGGAGCACGCGCAGGCCGAATGCTGGAAGGAGAAGCAGCAGAAGTCGGACTTGACCAATCTGGCCAGACTGTACAGAGATGAGAGACTAAGAGAGAAGGCGGAAAGCCTCAAGCTGGAGAACTGCCAAAAGCTAGTCAATCTCATAAAACAGAGAAAACCAGGATGAGGCCCTTCAGACTGGGGTGTAGGGACAGTTGACTATGGGAGAACATGGTTGCTAGGTTCTATTTGCAAGGAGACCTTTGGACAAGAAAAAAAAATAAACCTTACATGGATTTTACAAGATTAGTTGTTGCCCGAAACTTTTTACTTGTGTAAACCCTTCCAGCATCCCATGGGCTCCAGCAGGTCCTTTCTATGGAGCCTTCAACTCACTGGTGGCCAAATGTCCCTTCCCAAGAGAACTTTCTCTTTGTAGAGTGCCAAGACCTTTCCATTTAAGACTGAAATATTGGTTCCCTAAGGGAGATACAATCACTTGGGGTGCCAGTTTATTAAGTGCCCCCCATTGAGCCTAAATGCTTCTGCCCCAAGGCTGAGGAACCTCTTTTAGATATATAAAAAATGCACTGGCCCCCAGTAATTGGTTGGGAAGCCCTGCACTGCCATCATCTTCATCTCCCAGATGTTCCTGGGATCCAGGGTGTGGGGTACGAGGGTGGCACTGTACCCCAGGATTTGCTAGAACCGAGCTAGAACCTATCTGGGAAATAAAAGATGGTGGCACTTCCCAGCCGGGTATGATGGGGGTAGTTTGTCCAAAAATTGGCACCCCCAGGTGGGACAACCAATATGACTGAACCTCTTATACATCTCAGTCCCATAAAACACATTAATATATTATTTATAAAAGGGTACTCAGCCCAAACAAGTATCCGTTGAGAGTTGTAGTTCGGCCAATGTTCGTTATGGCACCAACAATGCTCTGAATTTTATTTACCAATGGCCAAAGGGGGGCGATATTTTTCTTGGCACCGAGCTCTTCCTGTGGAGGCCAGATTCCACCTTCCTGTCTAGTTGGGAAGAGTCATTTTTAAAGGGGATATCAACCCCAAAAATGAAAAAAAAAAAATGTTCCCACTGCCGGCTTAGGGCGGGGCTTAAATGCCAGGTTGAGCTATTGGCTTTGTTAATATTTATTTTGTGTATTTAGGGTGAAAAATCTGTGTTATAAAAATGCAGTTTATTTATTAAACTGGTGCCATAAACCATTATTGATTCACCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA

NCBI Nucleotide

>XM_018239731|>XM_018239731.1 PREDICTED: Xenopus laevis dnaJ homolog subfamily C member 18-like (LOC108703548), mRNA
								AATTATTATGCATCCAAGTGTGTAGGGTGGGGCTGCTGTTTGAGTGTGGGGGAGGTGACACAGACTGTTACTCATCAAACTGGTCATTACCAGCTGAATGGACTACATTTCCCAGCATGCCACAGGCCTGGGAGGAAGTGCCAGGGAATCAGCTGCTGCTGTCTGTCTCCTGCAGGGTCAGGCATTCCCTGAGCTGGCTTTTTATGGATGGTGGGGGCTGGGAGACGTAAGGAGAGAAGCGACACTCGATACAATGGGGAGGAAGGCTGAGTTCCTTCGGCTGTGACAGTAAGAGAAAAGGCTACTGGGATACAGATTTCCATGCTAGCCCATAATAGCGGGGGGAGCTCTAGGGATTAACAGCTCAATTGTACTGCCCGGCACGACTACTGAAATCTGCATTCATTCTGGGCTTTGTTGGATCTTGGCTAGAGGCTATTGATGCATCCGGCTCTGAAGGCATGACTGCTGACTATTTAGCAATGTGGCTATGAGATGAGAAGGTGGTTCCTGTTATGAATTCTCCTCAGGATTCTGGTTGCATGATTATGGACAGAAAAATGGACTGCTGGAAATAGGACTGAGGACTTCGGCCCATTTTCCCTGCATTTCCTGTGTATAAAAGGAATATTTGGATAGCTGACATATTTGGTCACTTATTTATGACCCACTACTATGTTCTATTCACCATCTGAAGTCTGAGGTTGGCAGGTGGTCTCTAAGTTCATGTCCAGCTCTTCCATCCACCTCAACATTGGCTGCATCTCAGTTAGATCCCACCAAGACTGAAGCTCACAGACCTTTGTACATGGGATTTAACATTACAGACTCCCCTTTAGTCCAAACCCTTCAAACTTTTAGCATCTCCCAAGCACAGATCAGCCCACCTGTTCCTCAGGGCCAAGGATGGACCGACACCGGGCAGAAAAACTCATCCAAATTGCCCGTGAGTGTCTCCTGTTTGGGAAGAGTAGAGAAGCTCTTAACTATCTCAGCCAGGCTCAGAGCATCTACCCCACTCGAACTGCTGCCCGGCTGATCAGTGGCATCCGCGAGGCTTGTTTTAGGACCCAAAATGCCCATTCAGAACCAAGATACCCCCAATTTGAACAAAGGGATTACTGGGACAGCCATCAATATGGCTTTGGCACCAACGACGAGCCAACATGGGAGGAGGAAGAAGAAGAGGCAGAGGAAGAAGAAAGGCTGAATTCTAGAATGGAGGCAGAAGATGATTACTACTCTCTGCTAGGAGTCAGCAAGGATGCCAATGAGGAGACCCTGAGGAAGGCTTACCTCAAACTGGCCTTGAAGTACCACCCTGATAAGAACAGCTCCCCGGGGGCCACTGAGGCCTTCAAGGCCATTGGGAAAGCCTTTTCTGTCCTGAGTGACCCAGCACAGCGAAAGAGTTATGACGATGCCCAAACCAGGGCTCGAGTTGTATCACAGCCAGACCTCTCCACAGAGGATCTCTTTGACCTGTTTTTCAAGGGCCACTTCCCAGGGTTTGCCTTCAGCCAGCAATATCACCAGCCAAGGTCTACAAACAGAAGACAAGGAGATAGAGGGCGGGAGGATGATGAAGATGGTCAACAGCAAAGGCGGCAGGGAGAGGACATGAGACAAGATCGTGGGAGAGAAAGGACATGCAGTGAGGAGAGGCAAGGTGGAGGACATATGCCAAAATGGTGGGAAAGAGAGAAGAAGCCTGAAAGTGGAAAGGGAAAATGGAGCAAAAATGCTAAACAAGATGCAAAGCAATCTAAAGTAAATGAGGAAAGGAGAAGCGATGGCGGAAAGGGAAGGCCAAAGTGGAGGGATGCAAAAGGACAGGACAACAGAAGGTCAAGGTGGAGGGAAGAGTTAGCACAGCAGGAAGCAAGATGGACTAGGAGGCAGGAAGAAGATGACTCCAATGGCGCAGGGCAAAAGAATGCGTATTCTGCATTCATCCAAGTCCTGCCAGTTCTACTCTTGGTGGTGATCTCTGTGGTAGCTCAGCTGACTGCTACCACCCCATCTTACAGCTTGCACCCCAAGGCTTCCTCAGGCCTGACTGTCTCACGGGAGACACAGACCCTGGGTATCCTCTACTTTGTCCGGCAGGATTTTGGAAGTCGTTACCAAGGCAAAGCCCTTGAAGAGTTTGAAAGGACAGTGGAGAAAGATTATGTGGAGCACGCACAGGCTGAATGCTGGAAGGAGAAGCAGCAGAAGTCAGACTTGACCAATCTGGCCAGAATGTACAGAGATGAGAGACTAAGAGAGAAGGCTGAAAGTCTCAAGATGGAGAACTGCCAAAAGCTATTAAATCTCATAAAACAGAGAAAACCAGGATGATGCCCTTGAGACTCTACGTGGTGCAGGGAGTCTTGGGAGAACATGGTTGCTAAGTCCTATTTGCACGAGACATCTGGACAATAAAAAAAATAAACCTTACATGGATTTTTCAAGATTAGTGATTGCTCGGAATCTTTTACTTTTAATTTGTAAGCCCTTCCATCATCCAGTGGGCTTCAACAGGTCCTTTGTATGGAGCCTTCTACTGACTGGTGGCCAAACCTCCCCTTCCCAAGGGAATCACAATGTTCTCTTTGTAGAGTGCCAACCCCTTTTTCATTTAAATGTGATACACAGCTTGAAATACTGGTCCCCTTACGAAGCTCATCCCTTCTCTTAAGGGAAAGTCCCCTGTGCTTGGCTGGGAATCACTGCACTGCCATCATTATGATGTCCCAGGTGTTCCTGGGATCCAGGGTATGAGGGAGGCCCAAAAAATTTGCTAGAATTGTTCTATTGCAATTTCTTCCAGCCTAAGCCTGAGCAAGGACTATCTGGGAAATAAGATGGTGACAAGGTTCTCCCCAGCCAAGTATCACGAGGTGGGGTGGTGGTTCCTCCAAAATAGGCACCCCCTAGTAGGACAACCAATTTGACTCAACCTCTTATACATCCAAGTCCCATAAAACACATTGATATATTTGTATTCATTTATAATGGCTAAACCGGGGTGATATATTTCTTCCTGTGGAACTTGGAGGCCAGATCCTCTATTCCTGCCTTGTTAGGAAGAGTCATTCCCTTAGGGCAGGGCTAAATTATTAGGAATTATCGACTTTATTATTTATTTTCTTTTTATTTGGAGGTGAAAAATCTGTGTTACAAATATGTAAATATGTTAATTGATAAGACCGGCACCATAAACCATAATTTATTCACTAAA

Protein

RefSeq

NCBI Protein

Genomic

tropicalis

laevis.L

laevis.S

Genome Browser

(Click image to open in Genome Browser)

Genomic Synteny

Genomicus PANTHER

Expression

Development Stages

Embryonic Tissues

Adult Tissues

Summary for

More Information

Xenbase Expression Details

In situ images

Single cell data at SPRING

Ensembl

Data Mining

tropicalis

laevis.L

laevis.S

XenMine

dnajc18

dnajc18.L

dnajc18.S

Orthology

Knowledgebases

Entrez Gene

Genetic Phenotypes

Gene Expression

human

HGNC AGR,

DNAJC18

Ensembl, Allen Brain Atlas, Protein Atlas

mouse

MGI, AGR

Dnajc18

MGI, IMPC

Ensembl, Allen Brain Atlas, Eurexpress, MGI

rat

RGD, AGR

Dnajc18

Ensembl

zebrafish

ZFIN, AGR

dnajc18

ZFIN

Ensembl

chicken

GEISHA

DNAJC18

Ensembl

fruit fly

worm

Publications

First

Most Recent

All

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Functional Ontologies

tropicalis

laevis.L

laevis.S

8 terms

0 term

PANTHER

dnajc18

KEGG Pathways

K09538

KOG

[O] Molecular chaperone (DnaJ superfamily) (alt_id KOG:0714)

Reagents

tropicalis

laevis.L

laevis.S

CRISPRscan Tracks

dnajc18

ORFs

dnajc18 ORF1

Clones

Horizon Source BioScience

Symbol legend:

Blast sequence

View sequence

Literature or expression images

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