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Summary
Expression
Gene Literature (183)
Nucleotides (1166)
Proteins (48)
Interactants (387)
Wiki
XB-GENEPAGE-484446
Gene Symbol:
fn1
Gene Name:
fibronectin 1
Synonyms:
mgc97508, gene C, fibronectin
Add Xenopus synonyms
Gene Function:
extracellular glycoprotein
Interactants:
ss18l1
(21) ,
t
(20) ,
chrd
(13) ,
gsc
(13) ,
myod1
(11) ,
sox2
(9) ,
nodal
(8)
View All
1/3
XB-GENE-484447
XB-GENE-865084
Molecules
tropicalis
laevis
Gene
JGI XT Genome 7.1
JGI XT Genome 4.1
Ensembl 4.1
JGI XL Genome 6.0
Entrez Gene
Entrez Gene
mRNA
Refseq
>NM_001030524|Xenopus (Silurana) tropicalis fibronectin 1 (fn1), mRNA CGAAGCTTCGTCTCGCACCTTTTGCGCTTTTATCGCTTTCTTTTCCTTTCCCTCAACTGCTAGTTATTCCTGACCCCGCTTTGTACCCTTTATTCAGAACTTCACTGGGAAATGCGTCAGTAAATCCGCACACCATAAAAAGACTTCGGCTCCGCGGTTCCATTGGTTTTATAGTCTCCGGGGCGATTTAAAAATGCGCTGGGGGGCCCTGACCGGGCTGCTCCTAGCCCTGTGCCTGTGTGCAGTGGTACGTTCCGCCCCATCAAGCAAGAAGCGCAGGCAGGCGCAGCAGCAGCAAGTAGTGCAACCCCATGGATCACCGGACAGCCAGCAGAAAGGATGTTATGACAATGGCAAGTACTACCAAATCAACCAGCAATGGGAGCGCACCTACCTAGGGAACACACTGGTGTGTACTTGTTATGGCGGAGGCAGAGGTTTCAACTGCGAAAGCAAACCAGAGTCTGAAGAGACCTGCTTTGACAAATACACTGGTGTTACTTACCGGGTCGGTGAAACATATGAGCGACCAAAGGATAACATGATCTGGGACTGTACGTGTATTGGAGCTGGAAGGGGACGCATTAGCTGTACAATTGCAAATCGTTGCCATGAAGGAGGTCAGTCTTATAAGATTGGGGACACCTGGCGCAGGCCACATGAAACTGGGGGGTATATGCTAGAATGTGTCTGCCTTGGAAATGGTAAAGGAGAATGGACCTGCAAGCCCGTTGCTGAGAGATGCTATGATAACACAGCTGGGATATCCTATGTAGTTGGTCAGACCTGGGAAAAGCCTTATCAGGGCTGGATGATGGTGGACTGTACATGCTTGGGAGAAGGCAGTGGACGAATCACATGTTCTTCCAAAAACAGATGCAATGACCAGGACACCAGAACTTCTTATAGAATTGGAAATTCATGGAGTAAGACTGACACCAGAGGAAATCTCTTGCAATGTATCTGTACTGGCAATGGGCGAGGAGAGTGGAAATGTGATAGACATTCCTCTGCACAAGCAACTGGTACTGGCTCAAACCCCATCACAAACATTCAAACTACCCTCTTCCAGCCTGATTCAGAGCTGGAGCCCTATGGTCACTGTGTGACTGACAATGGGGTCTTGTATTCTTTGGGTATGAGATGGCTGAAGGCACAGGGCAGCAAGCAGATGCTCTGTACCTGCCTTGGTAATGGTGTGAGCTGTGAAGAAACTGTTGAAACCATCACATTTGGTGGTAATGCCAATGGTGAGCCATGTGCCATTCCTTTCACTCATGATGGCAAGACCTATTATTCCTGCACAGGAGAGGGTCGTCAGGATGGAAAATTGTGGTGTGCAACAACCTCCAACTATGACACTGACAAGAAGTATTCATTCTGCAATGAGCAGCGTGCACTTGTACAGACACGTGGTGGTAACTCCAATGGAGCTCTTTGCAACTTTCCATTTTTGTACAACAACCGCAACTATACAGACTGCACCTCTGAAGGTCGGAGGGACAGTATGAAGTGGTGCGGGACTACTGCCAACTATGATGCCGATCAAAAATTTGGATTCTGTCCCATGGCAGCTCATGAGGAAATATGCACTACTAATGAGGGAGTCATGTATAGAGTTGGTGATCAGTGGGACAAGCAGCATGATCAAGGCCACATGATGCGATGTACTTGTGTTGGAAATGGTCGTGGGGAATGGACTTGTGTGGCTTATTCTCAGCTTAAAGACCAGTGCATTGTGGATGGGATAACTTATGATGTGAACAGTTCTTTTACGAAACGCCATGAGGAAGGACACATGATGAACTGTACCTGCTATGGGCAGGGTCGTGGCAGATGGAAGTGCGATGCTATAGACCAATGCCAGGATACTGAAACCCGACAGTTCTATCAGATTGGAGATTCCTGGGAAAAGCATTTGCAGGGAGTACGGTACCAGTGTTACTGCTATGGCAAAGGAATTGGTGAATGGCATTGCCAGCCTCTATCAACATCCCCAGCTGGGACTGGACCCGTTCAGGTTATTATCACAGAGAGTTCCAATTTCCCTAATTCTCACCCTATACAGTGGAATGCCCCACAGCCATCACACATTAAGAATTACATCCTGCGCTGGAAGCCTAAACTGAAGACTGGCCCATGGAAACAAGCCACTATTCCAGGACACCTGAACTCTTATACCATCTCTGGCTTGAAACCTGGAATCCTGTATGAGGGGCAATTGATCAGCATTCTGCAGTATGGAAACAGGGAGGTCACAACCTTTGACTTTACCACCACTTCTACCATTCACCGCTCCAGTCAAACTGAGACAGGAGAAACTACCCCACTTCCACCATTGGTGGCCACATCTGAGTCTGTAACAGAAATTACTGCTAGCAGTTTTCTGGTATCCTGGGTCTCTGCATCTGACACAGTGTCTGGCTTCCGTGTTGAATATGAGCTGAGTGAGGATGGAGATGAGAAACGCTACCTAGAACTTCCAAACACTGCCACTTCAGTCAGTATCCCAGACCTCCTCCCAGGCCGTAGATACAATGTGAATGTGTATCAGATAACTGAAGAGGGTGAAAAGAGCCTCATCCTATCAACTACTCAGACAACTGCACCTGATGCACCCCCCGACCATAATGTGGAAAATGTTGATGACACCTCCATCCTGATCAAATGGACCAAACCTCAAGCTCCCGTCACAGGATACAGGGTTGTATACAGTCCATCTGTAGAAGGCAGCAGCACAGAGTTAAACCTCCCAAGTACTGCAACTTCAGTGAGCCTGACTGAGCTGCTCCCAGGAATTGAATACAATATTACAATCTATGCAGTGGAAGACAGTTTAGAAAGTGTTCCCATCTTTATTCAGCAAGGGACAACTGGAACTCCACAGACAGTTATAGTACCATCTCCCACTGACTTACAATTAGTGGAAGTTACCGATATAAAAATTACCATCATGTGGAACCCCCCACAAAGTGAGGTTTCTGGATACCGAGTTGTTGTGAAACCTGTAAGTCCCTCTGACCGTGATGTGCAGAATCTCCCCGTGAGCAGGAACACTTTTGCCGAGGTGGTTAACTTGCACCCTGGCAGGACCTATACCTTTGAGGTGTATGCAGTTAATCGTGGACAAGAGAGTGAACCCCTGGCTGGAGACTTCACTACCAAACTCGATGCTCCATCAGACTTGCAGTTTACAGATGTAACTGACTCTACAGTTGTTATTATCTGGAGACCACCCCAAGCCAAAATTGGTCGTTACCTGCTGTCTGTAGGTCAAACCCGGGGAGGCCAGCCGAGCCAATTTCACATTAACCCCTCTGCCACAAACCACAAGCTGGAGAGTCTCTCCCCAGGCACAGAGTACACCATTTCACTTGTTGCCCTCAAAGGCAATCAGCAAAGTGCTAGCACTACTGGTGTCTTTTCAACATTGGAACCTGTGGGATCAATTCCACCTTACAACACTGAAGTCACAGAGACTACCATAGTGGTAACTTGGACCCCTGTGCCCAGAATCGGGTTTAAGCTGGATGTTCGACCCAGCCAAGGTGGGGAGGCACCTCGGGAAGTCATATCCGAGTCTGGCAGCATTGTGATCTCTGGCCTAACCCCTGGAGTCGAATATATGTACAGCATATCTGTTCTTAAGGATGGCGTTGAGAGGGACATTCCCATCACCAAGACTGTTGTCACACCTGTCGCTCCTCCAACCAACTTGCGCCTCCAACCAAGCAGAGATTCTGCTACACTTACTGTTTACTGGGACAGTAGCATTTCACCAGGAATCACTGGATACAGAATTACCACTGCACCCACTCCAATGCAGGTTGGCAATTCCCTGGAAGAGGAGGTTGGTCCAACTCAGACATACTGCCTCTTTGAGAACCTGAGCCCTGGTGTAGAGTACAATGTCAGCGTGTATGCAGTAAAAGGGGAAGAGGAGAGTTCACCTCTCTCCCAGATCTTTCTTCAAGAGATACCCCAACTGACTGACCTAAAGTATGACGATGTAACTGACACAAGCATTGACCTGAGGTGGACGCCCCTTAATTCCTCCACCATTATCGGCTACCGAATCACGGTGGTTGCGGCGGGAGAATCCGTCCCTATCTACGAGGAATTTGTGGGCCCCACAGATGGGTATTACAAAGTTTCAGGATTGGAACCCGGCATTGACTATGAGATCAGCGTGATAACACTTATTAGCGGCGGAGAGAGCGCCCCGACCACAATCGTACAGCACACGGCTGTTCCACCTCCAACTAATTTGCGCTTCACCAATGTTGGCCCTGACACCATGCGCGTCACCTGGTCACCTCCAACTTCTATCGAACTATCAAGTTTCCTGGTACGATATTCTCCCGTGAAGAAGCCAGATGATGTGACAGAACTCTCCCTCTCTCCATCTACCAACATGGTGGTTTTATCAAACTTGCTTCCCTTCACCGAATATTTAGTCAGCGTTCATTCTGTTTATGAGGAGCGAGAGAGTAGTGCCCTCAATGGTGTAGCTAAGACTTACTTGGACTCTCCAACTGGCATTGACTTTTCTGAAATTACTCCCAATTCATTTACTGTGCACTGGATTGCTCCACGTGCCCCTATCACTGGCTACAGAATTCGGTACCAGTTAGAAAGTGGAGCTGGGCGACCCAAGGAGGAGCGGGTACCTCCATCCCGGAACTCTATTACCCTTACCCACCTCATTCCAGGTTCAGAATACATTGTCAGTATCATTGCATTCAATGGTCAACAGGAGAGTTTGCCACTTTCTGGACAGCAAGCCACTGTATCTGATGTCCCAACTGATTTGGAAGTGACCTCCTCCTCTCCTAACACACTCACCATCTCTTGGGAAGCACCTTCAGTGAATGTACGTTACTACAGGATCACCCATTCCCAGACAGGAGGTCATGGTCCAGAGAAGGAGTTTACAGTTCCAGGAACATCCAACACTGCAACCATCAGAGGGTTAAATCCAGGAGTAAGCTACACCATCACTGTTTATGCAGTGACTGGGCGAGGGGATAGTCCTGCCTCTAGCAAACCACTTACCATTGTTCACATGACAGATGTTGACCAACCAACTGACATGGCTGTCACAGATATCCAGGATCACAGCATTCATGTCAAATGGTCTCCTCCTCCAGGCCCAGTCACTGGTTACAGGGTCACTAGTGTCCCAAAAAGTGGCCAAGGAGAAACCTTTTCCCAGGTCGTTTCTCCAGATCAAACTGAAGTGACGATTGTGGGCCTGCAACCAGCTGTGGAGTATGTGGTGAGCATATACTCACAAGGTGAAAATGGCGAGAGCGAGCCTCTGGTTGAAACTGCAGTTACAAACATTGACCATCCCAAAGGACTGACATTCACTGATGTGGGTGTTGATTCCATTAGACTGGCTTGGGAGGTCCCAGATGGGCAGGTCACCCGCTACAGGGTTACCTACTCAAGTCCTGAGGAGGGAGTAAAAGAGTTGTTCCCAGCTCCAGAAGGGGATGATGACACAGCAGAATTGCACGGTCTGAGGCCGGGCACAGAATACACTGTGAGCATCGTGGCATTGCACGATGACATGGAGAGCAAGCCGATGATTGGAATCCAGAGCACAGCAATTCCAGCACCAACAAATCTTCAGTTCTCTCAAGTGACACCAAGTGGCTTCTCTCTTAGCTGGCATGCACCCACTATCCATCTCAGTGGGTACCTTGTACGTGTCAACCCTAAAGAGAAAACTGGGCCTATGAAGGAAGTTAGACTTTCACCTGGTGTGACTGCTACAACTGTAACTGGTCTGATGGTGGCCACAAAATATGAAGTTAATGTGTATGCTCTTAAGGATACCCTGACAAGTCAGCCACTGCAGGGTTTAATCTCTACACTTGATAATGTAAGTCCACCTCGAAGACCTCGTGTTCAAGATGTGACCGAGACCACAGTTACACTGTCCTGGCGCACTAAAACAGAGACCATCACTGGCTTCCAGATTGATGCTATACCTGCCGGAGGTCAGAATCCCATCAGGAGAACAGTTGATGCAGATCTCCGTTCTTTTACTATCACAGGTCTGCAGCCTGGCACAGACTACAAGATCTATCTGTACACCCTAAATGACAATGCTCGTAGCTCTCCTGTGATTGTTGATGTCACCACAGCTGTGGACTCTCCATCCAACCTGCGTTTCCTGACCACAACTAGCAACTCCCTGCTGTTCACTTGGCAGCCACCTCGTGCTCGCATCACTGGCTATATCATTCGTTATGAGAAAGCTGGAGGGCTACTGAAAGAGCACCTCCCACGCCTCCAAGCAGGAACCACAGAGTCTACCATTACCAACCTGGAGCCAGGCACAGAATATATTGTCTATATTATTGCTGTGAGAAACAATCAGAAGAGTGAGCCTCTTGTGGGACGTAAGAGAACAGACGAACTGCCTCGCCTGGTTACACTTCCACACCCGGGCAAAGGCCCTGAAATCCTTGATGTTCCCACTGATGAAGAGAACACACCCCACATCACACAAATCAAGTTGGACAATGGTAATGGTATCCAACTGCCAGGCTCTAATGGACAGCAGCCCAGTTCTGGCAATGAAGGGCAGCTTATAGAAGAACATGGTTTCAGAAGTCCCCTTGCACCCACTACTGCTGTGCCAGTGAGGCCAGGGAAATTCACCCCTGGGCACTACCCACAGGAGAGGGTTGATATTGAGCTAGACACAGAGTTCCCTGTGCAGCGTGGAGATCTTGATGGTCCTTACCCTCATGGCTTAGGACCACAGCTAAATGATTCTGGCGTCCAAGAAGTGGCATCCCATACTACCATTTCATGGAGACCTGAGCTGGAAACCACTGAATATATCATCTCTTGCCATCCTATTGAACATGATGAGGCCCCATTGCAGTTTAGGGTCCCTGGAACCTCCTCTAGTGCCACATTAAATGGTCTGACTCAAGGAGCCACTTATAACATCATTGTGGAAGCGCAGAAGGGGTCTGATAAACATAAGGTCTTCGAGAAGCGTGTAACTGTTGGCAGTCCTGGTTCCCCTGAGGGGGTTTTACAGCCAGCTGAGGACACCTGTTATGACACATTCAATGGAGCACACTATTCTGTGGGACAGGAATGGGAACGCATGTCAGAATCTGGATTCAGGCTCTGGTGCAAGTGCCTGGGCTATGGAAGTGGACACTTCAGATGTGACTCCTCCAAATGGTGCCATGATAATGGTGTCAATCACAGGGTCGGGGAGAAATGGGACCGACGAGGAGAGAATGGTCAGATGATGAGTTGTACTTGTCTTGGCAATGGAAAAGGAGAATTTAAGTGTGAACCTCATGAAGCCACGTGCTATGATGAAGGGAAGATGTACAATGTTGGAGAGCAGTGGCAGAAGGAATATTTAGGGGCAATCTGTTCATGCACATGCTATGGAGGACAGCAAGGGTGGAGATGTGACAATTGCCGCAGACCAGGTGCTGTTCTTCCCGATGGCACTGCTGGGCATACAGTCTCTCAGTTTGCCCAGAGATACCAACAGAACTATAATTTGAACTGCCCCATTGAGTGCTACCTTCCCCTCCAAGCAGATATACAGCATTCGGAACAGACCCAGAAGTGAGGGACATCACAATACAGTCATGGCACCACACGAGTGCACAGGGAGTTCAGTTGAAGGGCAACTTTTGGGGGATAAAGTGCCTTTACTAACTGACTAAACATACAAAATACTTCAACCTTCACTGGAAGTATTTGATGCCATTCAGTATTCAGTGATTGTAATTTTTATGTTAACTTTGCTTTTAATTAGATTTGGGAAATGGTCCTTTTTTAAATAAAATAGGTGCTTTTATTAGTGCCTTGTTTTTTTGTTTTTTTTTGTTTAAAACAAAATTGGATTAGAAATTAAATCTGTAAAAAAAGGGCACCACTTGTGGCTGGGCGAATGTGTAATAGTTAATTCAATGCCGGCTGAGCTGGCATCAGTGGACTTCAAATTCCAGGCAAAAGTCAAAGGGACCATTCTGTTCTTTTATATTCCTGAAGTGGTGCTAGACTTGCTGCTTCTGACACGATTTACCATATGCACAATCGTAATTCCTTTTCCGCACAATCCTTACTAATGCCCGACCTTCCTCTACCTTCAGTGTTATTTATCAATGTCTGCTTCTTCATATGATTCCTTCTATTTTACTACAGAAAAGTGATTCTAAAGTCTTTGAAAGTGATGGCAGTTGAATTTGATGTAATTATGGTTGGTGATTTTATTTTATTTTTTTTATACTGTATGTGCCAAAGCTTTTACTACTGTGGAAAGATAATCATTCTTTTAATAAAAAGACCTTGAAAAATAAAAAAAAAAAAAAAAAAAA
Refseq
>NM_001087801|Xenopus laevis fibronectin 1 (fn1), mRNA CCCACGCGTCCGTGCTTTTTACCTTTATTGCCGTTATTTCCGGCCCTGCTTTGTATCCCTTTTTTCGCAATCTGCAGAACTTCTCTGGGAAATGCGTCAGTAAATCTGCACATCATTAAGAGACGTCTGCTCCCAGTTCCATTGGTTTTATAGTCTTCAGAGCGTTTGAAAAATGCGCCGGGGGGCCCTGACCGGGCTGCTCCTGGTCCTGTGCCTGAGTGTTGTGCTACGTGCAGCCCCCTCTGCAACAAGCAAGAAGCGCAGGCAGGCTCAGCAGCAGCAGCAGCAGCAAGTAGTACAACCCCAAGGAACGCAGGACAACCATCAGAAAGGATGCTATGACAACGGAAAGTACTATCAAATCAACCAGCAATGGGAGCGCACCTACCTGGGGAACACACTGGTGTGTACATGTTATGGTGGAGGCAGAGGTTTCAACTGCGAAAGTAAACCAGAGTCTGAAGAGACCTGCTTTGATAAATACACTGGTGTTTCTTACCGGGTTGGTGAAACATACGAGCGTCCAAAGGATAACATGATCTGGGACTGTACTTGTATTGGAGCTGGGAGGGGGCGTATCAGTTGTACAATTGCAAATCGTTGCCATGAAGGAGGACAGTCTTATAAGATTGGAGACACCTGGCGTAGGCCACATGAAACTGGGGGCTATATGCTGGAATGTGTCTGCCTTGGAAATGGTAAAGGAGAATGGACCTGCAAGCCCGTTGCTGAGAGATGTTATGATAACACAGCTGGTACATCCTATGTAGTTGGTCAGACCTGGGAAAAGCCATATCAGGGCTGGATGATGGTAGACTGTACATGCTTGGGAGAAGGCAATGGACGAATCACATGTTCTTCCAAAAACAGGTGTAATGACCAGGACACCAAAACTTCTTATAGAATTGGTGATACATGGAGTAAGACCGACACCAGGGGAAACCTGTTGCAATGTATCTGCACTGGCAATGGACGAGGAGAGTGGAAATGTGAGAGACATTCCTCTGCACAAGCCACTGGTACTGGCTCAAACCCCATCACAAACATTCAAACTGCACTCTACCAGCCCGATTCACAGCTAGAGCCCTATGGCCACTGTGTAACTGACAATGGTGTCTTGTATTCTTTGGGTATGAGATGGCTGAGGACACAGGGTAGCAAGCAGATGCTCTGTACCTGCCTTGGTAATGGTGTGAGCTGCGAGGAAACTGTTGCAACCATCACTTTTGGTGGTAATGCCAATGGTGAGCCATGTGCCATCCCTTTTACTCATGATGGAAAAACCTATTATTCCTGCACAAGTGAGGGTCGTCAGGATGGAAAACTGTGGTGTGCAACAACCTCCAACTATGACAGTGACAAGAAGTATTCATTCTGCACTGAGCAGCTTGCACTAGTACAGACACGAGGTGGCAACTCCAATGGCGCTCTTTGCAACTTCCCATTCTTGTACAACAACCTCAACTACACAGACTGCACCTCTGAAGGGCGACAGGACAGTATGAAATGGTGTGGAACCACTGCCAACTATGATGCTGATCAGAAGTTTGGATTCTGTCCCATGGCAGCTCATGAGGAAATTTGCACTACTAATGAGGGAGTCATGTACAGAGTTGGTGATCAGTGGGACAAGCAGCATGATCAAGGCCACATGATGAGATGTACTTGTGTTGGAAATGGTCGTGGGGAATGGAGTTGTGTGGCTTATTCACAGCTTAAAGACCAGTGCATTGTGGATGGGTTAACATATAATGTGAACAGTTCTTTTACCAAACTGCATGAGGAAGGACACATGATGAATTGTACCTGCTTTGGGCAGGGGCGTGGCAGATGGAAGTGCGATGCTATAGACCAATGCCAGGATACTGAAACCCGACAGTTCTATCAAATTGGAGATTCCTGGGAAAAGCATTTGCAGGGAGTGCAGTACCAGTGTTATTGCTATGGCAAAGGAATTGGTGAATGGCATTGTCAGCCTCTATCAACATCCCAAGCTGGAACTGGACCTGTTCAGGTTATTATCACAGAAAGTGCCAATTTCCCTACCTCTCATCCTATACAATGGAATGCCCCACAGGCATCACACATAAAGAATTACATCCTGCGCTGGAAACCTAAACTCAAGGCTGGCCCATGGAAACAAGCCACCATTCCAGGACACCTGAACTCTTATACCATATCTGGTCTGAAACCTGGAATTCTGTATGAGGGGCAGCTTATCAGCATTCTGCAGTATGGAAATAGGGAGGTCACAACCTTTGATTTTACTACCACCACTACAATACACCGCCACAGCCAGACTGAGTCTGGAGAAACCACCCCACTTCCTCCATTGGTGTCCATATCTGAGTCTGTAACAGAAATTACTGCTAGTAGTTTTCTGGTATCCTGGGTCTCTGCATCCGACACCGTGTCTGGCTTCCGTGTTGAATATGAGTTGAGTGAGGACGGTGATGAGAAACGCTATCTAGAACTTCCAAATACTGCAACTTCAGTCAATATCCCAGACCTCCTCCCAGGCCGTAGATACAATGTGAATGTTTATCAGATAACTGAAGAGGGTGAAAAGAGCCTCATCCTATCAACTACTCAGACAACTGCACCTGATGCACCTCCTGAGCATAATGTAGAAAATGTTGATGACACCTCCATCATGATCAAATGGAACAAACCTCAAGCTCCCATAACAGGATACAGGGTTGTATACAGTCCATCTGTAGAAGGCAGCAGTACAGAGCTAAACCTCCCAAGTACTGCAAATTCAGTGACCCTGACTGAGCTGCTCCCAGGCATCGAATACAACATTACAATCTATGCAGTGGAAGACAGTCTAGAAAGTGTTCCCGTCTTTATTCAGCAGGGGACAACTGGAACCCCACAGACAGTCATAGTGCCATCCCCCACTGATTTGCAATTAGTGGAAGTTACAGATGTAAAAATTATCATTATGTGGACTTCACCACAGAGTGAGGTTTCAGGGTACCGAGTAGTTGTGAAACCTGTAAGTCCTGCTGGCCGTGATGTGCAGAATCTCCCTGTGAACAGGAACACTTTTGCTGAGGTGGTTAACTTGCAGCCTGGCCGGACCTATTCCTTTGAGGTGTATGCAGTTAACCGTGGACAAGAGAGTGAACCCCTGGTTGGAGAATTTGCTACCAAACTCGATGCCCCAACAGATTTGCAGTTTACAGATGTGACTGAATCTACAGTTGTTATCATCTGGATTCCACCCCAAGCCAAAATTGGTCGTTACCTGCTGTCTGTGGGTCAAACCCGGGGAGGTCAGCCTAGCCAATTTCCCATTAACCCCTCTGTGACAAACCATAAGCTGGAGAATCTCTTACCAGGCACAGAGTACACCGTTTCACTTGTTGCCCTAAAAGGCAATCAGCAAAGTGCCAGCGCTTCTGGGGTCTTTTCTACATTGGAACCTGTGGGATCAATTCCACATTACAACACTGAAGTCACAGAGACAACCATAGTAGTAACCTGGACCCCTGTACCCAGAATAGGGTTCAAGCTGGATGTTCGACCCAGTCAAGGTGGGGAGGCACCCCGGGAAGTCATATCTGAGTCTGGCAGCATAGTGATCTCTGGCCTAACTCCTGGAGTTGAATATACATACAGTATATCTGTTCTAACGGATGGCGTTGAGAAGGACATTCCCATCACCAAGACTGTGGTCACACCCCTCTCTCCTCCCACCAACTTGCGTCTCCAACCAAGCAGAGATTCTGCTACACTTACTGTTTACTGGGACAGAAGCATTTCACCAGGAATAACTGGGTACAGAATTTCTACCACACCCACTCCCATGCAGGTTGGCAATTCCTTGGAAGAGGAAGTTGGTCCAAGTCAGACATACTGTGTCTTTGAAAACTTGAGCCCTGGTGTAGAGTACAACGTTAGTGTATATGCAGTTAAAGAGGAAGAGGAGAGTGCACCTCTATCCCAAATGTTTCTTCAAGAGATACCCCAACTGACTGACATAAAGTATGATGATGTAACTGACACGAGCATTGACCTGAGGTGGACGCCCCTTAATTCCTCCAACATTATTGGCTACCGAATCACGGTGGTTGCGGCGGGAGAATCCGTCCCAATCTACGAGGAATTTGTGGGCCCCACAGATGGGTATTACAAAGTTTCAGGATTGGAACCCGGCATTGACTATGAGATCAGCCTGATAACGCTTATTAACGGTGGAGAGAGCGCCCCGACCACAATCATACAGCATACGGCTGTTCCACCCCCAACTAATTTGCGTTTCACCAACATTGGCCCTGACAACATACGAGTCACCTGGTCACCTCCAACTTCTATTGAACTATCAAGTTACCTAGTACGATATTCTCCTGTGAAGAAGCCAGATGATGTGACAGAACTCTCCCTTTCTCCATCTACCAACATGGTCGTTCTATCAAACTTGCTGCCCTTCACCGAATATTTAGTCAGCGTTCACTCTGTTTATGAGGAGAGAGAGAGTAGTTCCCTCAATGGTGTAGCCAAAACCCATTTGGACTCTCCAACTGGCATTGCCTTTTCTGAAATTACTCCCAATTCATTCACTGTACACTGGATTGCTCCACGTGGCCCTATCACTGGGTACAGAATTCGGTACCAGTTAGAAAGTGGAGCTGGGCGACCCAAGGAGGAGCGGGTACCTCCATCCCGGAACTCTATCACCCTCACTCACCTCATTCCAGGTTCAGAATACCTTGTCAGTATCATTGCTATCAATGGTCAACAGGAGAGTTTGCCACTTGCTGGACAGCAAGCCACTGTATCTGATGTCCCAACTGATTTAGAGGTGACTTCTTCCAGTCCTAACACACTCACCATCTCTTGGGAAGCACCTGCAGTGAGTGTACGTTACTACAGGATCACCTATTCCCAGACAGGAGGCCACGGTCCAGAGAAGGAGTTCACAGTTCCAGGGACATCCAACACTGCAACCATCAGAGGCTTAAATCCAGGAGTTAGCTACACTATCACTGTTTATGCAGTGACTGGGAGAGGAGACAGTCCAGCCTCTAGCAAACCACTTACCATTATTCACAAGACAGATGTTGACCAGCCAATTGACATGGCTGTCACCGATATCCAGGATCACAGCATCCATGTCAAGTGGTCTCCTCCTCCAGGCCCTGTCACTGGTTACAGAGTCACTAGTGTCCCGAAAAGTGGCCAAGGAGAGACCTTTTCCCAAGTCATTTCTCCAGATCAAACTGAAGTGACAATTGTGGGCCTGCAACCAGCTGTAGAGTATGTGGTGAGCATATACTCACAAGGTGAAAATGGAGAAAGTGAGCCTTTGGTTGAAACTGCAGTTACAAACATTGACAATCCCAAAGGACTGACATTCACTGATGTGGGTGTTGATTCCATTAGACTGGCTTGGGAAGTCCCAGATGGGCAGGTCACCCGCTACAGGGTCACCTACTCAAGTCCTGAGGATGGAGTAAAAGAGTTGTTCCCAGCTCCAGAAGGGGATGATGACACGGCAGAATTGCACGGTCTGAGGCCGGGCACAGAATACACTGTGAGCATCGTGGCATTGCACGATGACATGGAGAGCAAGCCATTGATTGGGATCCAGAGCACAGCAATTCCAGCACCAACAAATCTTCAGTTCTCCCAAGTGACACCAAGTGGCTTCTCTCTTAGCTGGCATGCACCCACTGTCCATCTCACTGGGTACCTGGTACGGGTGAACCCTAAGGAGAAAACTGGGCCTACGAAGGAAGTTAGACTTTCTCCAGGTGTCGCTGCTACAACTGTAACTGGTCTGATGGTGGCCACAAAATATGAAGTGAATGTTTATGCTCTTAAGGATTCTCTTACAAGTCAGCCACTGCAGGGTTTAATCTCTACACTTGATAATGTTAGTCCACCTCGAAGACCTCGTATCCAAGATGTGACAGAGACCACAGTTACCCTGTCCTGGCGCACTAAGACAGAGACTATAACTGGCTTCCAGATTGATGCTATACCTGCAGACGGTCAGAATCCTATTAGAAGAACAGTTGATGCAGATCTCAGAACATTTACTATCACAGGTTTGCAGCCCGGCACAGACTACAAAATCTATCTCTACACCCTAAATGACAATGCTCGTAGCTCTCCTGTGACTGTTGATGTCACCACAGCTGTGGACTCTCCATCCAACCTGCGTTTCCTCACCACAACTAGCAACTCCCTGCTGTTCACTTGGCAGCCACCTCGCGCTCGTATCACTGGCTATATCATACGCTACGAAAAAGCTGGGGGCCTAATAAAGGAGCACCTCCCACGTCTCCCAGCAGGAACCACAGAGTCTACTCTTACCAACCTGGAGCCAGGCACAGAATATATTATCTATATTATTGCTGTGAGAAACAATATGAAGAGTGAGCCTCTTGTGGGACGTAAGAGAACAGACGAACTCCCCCGCCTGGTTACACTTCCACACCCTGGCCAAGGCCCCGAAATTCTTGATGTTCCCACCGATGAAGAGAACACACCCCACATCACACAAACTAAGTTGGACAACGGTAATGGTATCCAACTTCCAGGCTCTAATGGACAGCAGCCCAGTTCTGACCATGAAGGGCAGCTTATTGAGGAACATGGTTTCAGAAGTCCCCTTGCACCCACTACTGCTGTGCCAGTGAGGCCAGGGAAATTTGCCCCTGGGCGCTACCCGCAGGAGAGGGTTGATATTGAGCTAGACACGTTTCCTGTGCAGCATGGAGATTTTGATGGTCCTTACCCTCATGGCTTAGGGCCACAGCTGAATGATTCTGGTGTCCAAGAGGTGGCATCCCATACTACAATTTCATGGAGACCTGAGTTGGAAACCACTGAATATATCATCTCTTGCCATCCTATTGACCATGAGGAAGCCCCATTGCAGTTTAGGGTTCCTGGAACCTCTTCCAGTGCCACATTAAATGGGCTGACTCGGGGAGCCACTTATAACATCGTTGTTGAAGCACAGAAGGGGACTGATAAACACAAGGTCTTAGAGAAGCGTGTGACTGTTGGCAGTCCTGGTTCTCCTGAGGGAGTTTTACAGCCAGTCGAGGATACCTGTTATGATACATTCAGTGGAGCACACTATTCTGTGGGACAGGAATGGGAACGCATGTCAGAATCTGGTTTCAGGCTTTGGTGCAAGTGCCTGGGTTACGGGAGTGGACACTTCAGATGTGACTCATCCAAATGGTGCCATGATAATGGCGTCAATCACAGGATTGGGGAGAAATGGGACAGACGAGGAGAGAATGGACAGATGATGAGTTGTACCTGTCTTGGCAATGGAAAAGGAGAATTTAAGTGTGAACCTCCTGAAGCTACATGCTATGATGAAGGGAAAATGTACAATGTTGGTGAGCAGTGGCAGAAGGAATATCTAGGAGCAATCTGCTCGTGCACATGCTATGGAGGACAGCAAGGGTGGAGGTGTGACAATTGCCGCAGACCAGGTGCTGTTTCTCCCGATGGCACTGCTGGGCAAACAGTGTCTCAGTTTACACAGAGATACCAACAAAACTATAATTTGAACTGCCCCATTGAGTGCTACCTTCCCCTGGGCCTTCAAGCAGATACACAGCACTCACAACAGACCCAGAAGTGAAGAACATCACAATACAGTCGTGGCACCACATGGGTGCACAGGGAGTTCAGTTAACATGCCCATACTAACTGACTGAAGATACAAAATACTTCAAACTTCACTGGAAGTATTTGAATGACATTCAGTATTCAGTGATTGAAATTTTTATGTTAACTTTTGCTTTTTAATTATGGTTGGGAAATGGTCCTTTTTTAAATAAAATAGGTGCTTTTGTTAGTGCCTTTTTCAAATATGGATTAGAAATGAAATTTGTAAAAAGGGCAACACTTGTGGCTGGGAGAATGTGTAATAGTTATTTCAGTGCTGGCTGAGCTGGCATCAGTGGACTTTGAATTCCAGGCAAAAATCAAAGGGACCATTGTTTTTTTTTTTATAATCCTGAAGTGGTGCTAGACTTGCTGCTTCTGACACAATTACCATATGCACAATCATAATTCCTTTTCCGCACAATCCTTACTAATGCCCAACTTTCCTCTACTGTCAGTGTTATTTATCAGAGTCTGCTTCATATGATTCCTTCTATTTTAATACAGAAAAGTGATTAAGTCTGAAAGTAATGGCAGTTGAATTTGATGTAATTATGGCTGGTGATTTTATTTTATTTTTTTTTATACTGTATGTGCCAAAGCTTTTACTACTGTGGAAAGATAATCAATCATTCTTTTAATAAAAAGATCCTGAAAAAAAAAAAAAAA
Protein
Refseq
>NP_001025695|fibronectin 1 precursor [Xenopus (Silurana) tropicalis] MRWGALTGLLLALCLCAVVRSAPSSKKRRQAQQQQVVQPHGSPDSQQKGCYDNGKYYQINQQWERTYLGNTLVCTCYGGGRGFNCESKPESEETCFDKYTGVTYRVGETYERPKDNMIWDCTCIGAGRGRISCTIANRCHEGGQSYKIGDTWRRPHETGGYMLECVCLGNGKGEWTCKPVAERCYDNTAGISYVVGQTWEKPYQGWMMVDCTCLGEGSGRITCSSKNRCNDQDTRTSYRIGNSWSKTDTRGNLLQCICTGNGRGEWKCDRHSSAQATGTGSNPITNIQTTLFQPDSELEPYGHCVTDNGVLYSLGMRWLKAQGSKQMLCTCLGNGVSCEETVETITFGGNANGEPCAIPFTHDGKTYYSCTGEGRQDGKLWCATTSNYDTDKKYSFCNEQRALVQTRGGNSNGALCNFPFLYNNRNYTDCTSEGRRDSMKWCGTTANYDADQKFGFCPMAAHEEICTTNEGVMYRVGDQWDKQHDQGHMMRCTCVGNGRGEWTCVAYSQLKDQCIVDGITYDVNSSFTKRHEEGHMMNCTCYGQGRGRWKCDAIDQCQDTETRQFYQIGDSWEKHLQGVRYQCYCYGKGIGEWHCQPLSTSPAGTGPVQVIITESSNFPNSHPIQWNAPQPSHIKNYILRWKPKLKTGPWKQATIPGHLNSYTISGLKPGILYEGQLISILQYGNREVTTFDFTTTSTIHRSSQTETGETTPLPPLVATSESVTEITASSFLVSWVSASDTVSGFRVEYELSEDGDEKRYLELPNTATSVSIPDLLPGRRYNVNVYQITEEGEKSLILSTTQTTAPDAPPDHNVENVDDTSILIKWTKPQAPVTGYRVVYSPSVEGSSTELNLPSTATSVSLTELLPGIEYNITIYAVEDSLESVPIFIQQGTTGTPQTVIVPSPTDLQLVEVTDIKITIMWNPPQSEVSGYRVVVKPVSPSDRDVQNLPVSRNTFAEVVNLHPGRTYTFEVYAVNRGQESEPLAGDFTTKLDAPSDLQFTDVTDSTVVIIWRPPQAKIGRYLLSVGQTRGGQPSQFHINPSATNHKLESLSPGTEYTISLVALKGNQQSASTTGVFSTLEPVGSIPPYNTEVTETTIVVTWTPVPRIGFKLDVRPSQGGEAPREVISESGSIVISGLTPGVEYMYSISVLKDGVERDIPITKTVVTPVAPPTNLRLQPSRDSATLTVYWDSSISPGITGYRITTAPTPMQVGNSLEEEVGPTQTYCLFENLSPGVEYNVSVYAVKGEEESSPLSQIFLQEIPQLTDLKYDDVTDTSIDLRWTPLNSSTIIGYRITVVAAGESVPIYEEFVGPTDGYYKVSGLEPGIDYEISVITLISGGESAPTTIVQHTAVPPPTNLRFTNVGPDTMRVTWSPPTSIELSSFLVRYSPVKKPDDVTELSLSPSTNMVVLSNLLPFTEYLVSVHSVYEERESSALNGVAKTYLDSPTGIDFSEITPNSFTVHWIAPRAPITGYRIRYQLESGAGRPKEERVPPSRNSITLTHLIPGSEYIVSIIAFNGQQESLPLSGQQATVSDVPTDLEVTSSSPNTLTISWEAPSVNVRYYRITHSQTGGHGPEKEFTVPGTSNTATIRGLNPGVSYTITVYAVTGRGDSPASSKPLTIVHMTDVDQPTDMAVTDIQDHSIHVKWSPPPGPVTGYRVTSVPKSGQGETFSQVVSPDQTEVTIVGLQPAVEYVVSIYSQGENGESEPLVETAVTNIDHPKGLTFTDVGVDSIRLAWEVPDGQVTRYRVTYSSPEEGVKELFPAPEGDDDTAELHGLRPGTEYTVSIVALHDDMESKPMIGIQSTAIPAPTNLQFSQVTPSGFSLSWHAPTIHLSGYLVRVNPKEKTGPMKEVRLSPGVTATTVTGLMVATKYEVNVYALKDTLTSQPLQGLISTLDNVSPPRRPRVQDVTETTVTLSWRTKTETITGFQIDAIPAGGQNPIRRTVDADLRSFTITGLQPGTDYKIYLYTLNDNARSSPVIVDVTTAVDSPSNLRFLTTTSNSLLFTWQPPRARITGYIIRYEKAGGLLKEHLPRLQAGTTESTITNLEPGTEYIVYIIAVRNNQKSEPLVGRKRTDELPRLVTLPHPGKGPEILDVPTDEENTPHITQIKLDNGNGIQLPGSNGQQPSSGNEGQLIEEHGFRSPLAPTTAVPVRPGKFTPGHYPQERVDIELDTEFPVQRGDLDGPYPHGLGPQLNDSGVQEVASHTTISWRPELETTEYIISCHPIEHDEAPLQFRVPGTSSSATLNGLTQGATYNIIVEAQKGSDKHKVFEKRVTVGSPGSPEGVLQPAEDTCYDTFNGAHYSVGQEWERMSESGFRLWCKCLGYGSGHFRCDSSKWCHDNGVNHRVGEKWDRRGENGQMMSCTCLGNGKGEFKCEPHEATCYDEGKMYNVGEQWQKEYLGAICSCTCYGGQQGWRCDNCRRPGAVLPDGTAGHTVSQFAQRYQQNYNLNCPIECYLPLQADIQHSEQTQK
Refseq
>NP_001081270|fibronectin precursor [Xenopus laevis] MRRGALTGLLLVLCLSVVLRAAPSATSKKRRQAQQQQQQQVVQPQGTQDNHQKGCYDNGKYYQINQQWERTYLGNTLVCTCYGGGRGFNCESKPESEETCFDKYTGVSYRVGETYERPKDNMIWDCTCIGAGRGRISCTIANRCHEGGQSYKIGDTWRRPHETGGYMLECVCLGNGKGEWTCKPVAERCYDNTAGTSYVVGQTWEKPYQGWMMVDCTCLGEGNGRITCSSKNRCNDQDTKTSYRIGDTWSKTDTRGNLLQCICTGNGRGEWKCERHSSAQATGTGSNPITNIQTALYQPDSQLEPYGHCVTDNGVLYSLGMRWLRTQGSKQMLCTCLGNGVSCEETVATITFGGNANGEPCAIPFTHDGKTYYSCTSEGRQDGKLWCATTSNYDSDKKYSFCTEQLALVQTRGGNSNGALCNFPFLYNNLNYTDCTSEGRQDSMKWCGTTANYDADQKFGFCPMAAHEEICTTNEGVMYRVGDQWDKQHDQGHMMRCTCVGNGRGEWSCVAYSQLKDQCIVDGLTYNVNSSFTKLHEEGHMMNCTCFGQGRGRWKCDAIDQCQDTETRQFYQIGDSWEKHLQGVQYQCYCYGKGIGEWHCQPLSTSQAGTGPVQVIITESANFPTSHPIQWNAPQASHIKNYILRWKPKLKAGPWKQATIPGHLNSYTISGLKPGILYEGQLISILQYGNREVTTFDFTTTTTIHRHSQTESGETTPLPPLVSISESVTEITASSFLVSWVSASDTVSGFRVEYELSEDGDEKRYLELPNTATSVNIPDLLPGRRYNVNVYQITEEGEKSLILSTTQTTAPDAPPEHNVENVDDTSIMIKWNKPQAPITGYRVVYSPSVEGSSTELNLPSTANSVTLTELLPGIEYNITIYAVEDSLESVPVFIQQGTTGTPQTVIVPSPTDLQLVEVTDVKIIIMWTSPQSEVSGYRVVVKPVSPAGRDVQNLPVNRNTFAEVVNLQPGRTYSFEVYAVNRGQESEPLVGEFATKLDAPTDLQFTDVTESTVVIIWIPPQAKIGRYLLSVGQTRGGQPSQFPINPSVTNHKLENLLPGTEYTVSLVALKGNQQSASASGVFSTLEPVGSIPHYNTEVTETTIVVTWTPVPRIGFKLDVRPSQGGEAPREVISESGSIVISGLTPGVEYTYSISVLTDGVEKDIPITKTVVTPLSPPTNLRLQPSRDSATLTVYWDRSISPGITGYRISTTPTPMQVGNSLEEEVGPSQTYCVFENLSPGVEYNVSVYAVKEEEESAPLSQMFLQEIPQLTDIKYDDVTDTSIDLRWTPLNSSNIIGYRITVVAAGESVPIYEEFVGPTDGYYKVSGLEPGIDYEISLITLINGGESAPTTIIQHTAVPPPTNLRFTNIGPDNIRVTWSPPTSIELSSYLVRYSPVKKPDDVTELSLSPSTNMVVLSNLLPFTEYLVSVHSVYEERESSSLNGVAKTHLDSPTGIAFSEITPNSFTVHWIAPRGPITGYRIRYQLESGAGRPKEERVPPSRNSITLTHLIPGSEYLVSIIAINGQQESLPLAGQQATVSDVPTDLEVTSSSPNTLTISWEAPAVSVRYYRITYSQTGGHGPEKEFTVPGTSNTATIRGLNPGVSYTITVYAVTGRGDSPASSKPLTIIHKTDVDQPIDMAVTDIQDHSIHVKWSPPPGPVTGYRVTSVPKSGQGETFSQVISPDQTEVTIVGLQPAVEYVVSIYSQGENGESEPLVETAVTNIDNPKGLTFTDVGVDSIRLAWEVPDGQVTRYRVTYSSPEDGVKELFPAPEGDDDTAELHGLRPGTEYTVSIVALHDDMESKPLIGIQSTAIPAPTNLQFSQVTPSGFSLSWHAPTVHLTGYLVRVNPKEKTGPTKEVRLSPGVAATTVTGLMVATKYEVNVYALKDSLTSQPLQGLISTLDNVSPPRRPRIQDVTETTVTLSWRTKTETITGFQIDAIPADGQNPIRRTVDADLRTFTITGLQPGTDYKIYLYTLNDNARSSPVTVDVTTAVDSPSNLRFLTTTSNSLLFTWQPPRARITGYIIRYEKAGGLIKEHLPRLPAGTTESTLTNLEPGTEYIIYIIAVRNNMKSEPLVGRKRTDELPRLVTLPHPGQGPEILDVPTDEENTPHITQTKLDNGNGIQLPGSNGQQPSSDHEGQLIEEHGFRSPLAPTTAVPVRPGKFAPGRYPQERVDIELDTFPVQHGDFDGPYPHGLGPQLNDSGVQEVASHTTISWRPELETTEYIISCHPIDHEEAPLQFRVPGTSSSATLNGLTRGATYNIVVEAQKGTDKHKVLEKRVTVGSPGSPEGVLQPVEDTCYDTFSGAHYSVGQEWERMSESGFRLWCKCLGYGSGHFRCDSSKWCHDNGVNHRIGEKWDRRGENGQMMSCTCLGNGKGEFKCEPPEATCYDEGKMYNVGEQWQKEYLGAICSCTCYGGQQGWRCDNCRRPGAVSPDGTAGQTVSQFTQRYQQNYNLNCPIECYLPLGLQADTQHSQQTQK
UniProtKB
Genomic
tropicalis
Genome Browser
Xenbase
Xenbase
JGI
Ensembl
UCSC
Xenbase
Synteny
Metazome
Expression
tropicalis
laevis
UniGene
Str.6682
[+]
Str.69713
Str.86384
Xl.2243
Unigene EST Profile
EST Profile
EST Profile
GEO data
GEO
Images
14 expression image(s) for tropicalis and laevis
Orthology
MOD
Entrez Gene
Genetic Phenotypes
Morphants
human
OMIM:Gene
,
HGNC
FN1
OMIM:601894
mouse
MGI
Fn1
All(13)
Targeted, knock Out(6)
Targeted, other(5)
Gene Trapped(1)
zebrafish
ZFIN
fn1
6 Lines(s)
Publications
First:
Cells from Xenopus laevis gastrulae adhere to fibronectin-sepharose beads and other lectin coated beads.
[Scan Electron Microsc 1981]
Most recent:
Assembly of chambers for stable long-term imaging of live Xenopus tissue.
[Cold Spring Harb Protoc 2013]
View All Papers
24 paper(s) referencing morpholinos
Functional Ontologies
GO: Molecular:
Biological:
Cellular Component:
extracellular region
EC:
KOG:
[W] Collagens (type IV and type XIII), and related proteins
Reagents
tropicalis
laevis
Clones
EXRC - 1 clone(s)
open biosystems
open biosystems
geneservice/RZPD imagenes
geneservice/RZPD imagenes
Affymetrix 1.0
Str.6682.1.S1_at
[+]
Str.46613.1.A1_at
Xl.2243.1.S1_at
[+]
Xl.2243.1.S1_x_at
Xl.2243.1.S1_a_at
Xl.2243.2.S1_at
Affymetrix 2.0
Xl2.2243.1.S1_a_at
[+]
Xl2.2243.1.S1_at
Xl2.2243.2.S1_at
Xl2.53265.1.S1_at
Symbol legend
[+]
- Blast this sequence
- Literature Or Expression Images
[2.8.5]
[2.8.5]
1/3 
