xilr1 Nucleotide Sequences

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Gene Literature (0)

Nucleotides (13)

Interactants (0)

XB-GENEPAGE-29099810

Show: All X. tropicalis X. laevis.L

Nucleotide sequences for xilr1 - All

RefSeq mRNAs(2)

Models - Gene (1)

Models - mRNA (1)

mRNAs (10)

ESTs (0)

RefSeq mRNAs (2)

Accession	Version	name	Length	Protein	Species
XM_031906322 >xilr1 GAAGTGTTTGTAAAAGGTTCCTTATTGTGAAATGGTAAACTTTCTACAAGTTTCACTTCTCAGTTCTCACATCCAGATGATATAGTCGCTGTCCCTACAGCCACGTGAAAATGCTTGTCTCTGTGATCTTACTTTATATAGCCTATACTTTACAGAATAGGAGGATCCTGGCTTCTGAAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCAGCTACAAAATGAAGAACTGAGCCATTACCACTATAATATATATTCTGTTCAGTGTTAGGCCTCTCTGTAATTCCAAAGTGATGGACATGAACAAAATGAAAAGCAATTAAAAGATAAAATCGTATCACCTTCAGGCCCGGACTGGCAATTTGTATATTAAGGCGAATGCCAGAGGGGCATTTGGAATGAATGTTTTCTTTCCTGTTAAAATAAAGATGTTATAAATGTA	XM_031906322.	XP_031762182.1 immunoglobulin superfamily member 1 isoform X2	1352 bp	XP_031762182	X. tropicalis
XM_031906321 >xilr1 AAGTGTTTGTAAAAGGTTCCTTATTGTGAAATGGTAAACTTTCTACAAGTTTCACTTCTCAGTTCTCACATCCAGATGATATAGTCGCTGTCCCTACAGCCACGTGAAAATGCTTGTCTCTGTGATCTTACTTTATATAGCCTATACTTTACAGAATAGGAGGATCCTGGCTTCTGAAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCAGCTACAAAATGAAGAACTGAGCCATTACCACTATAATATATATTCTGTTCAGTGTTAGGCCTCTCTGTAATTCCAAAGTGATGGACATGAACAAAATGAAAAGCAATTAAAAGATAAAATCGTATCACCTTCAGGCCCGGACTGGCAATTTGTATATTAAGGCGAATGCCAGAGGGGCATTTGGAATGAATGTTTTCTTTCCTGTTAAAATAAAGATGTTATAAATGTA	XM_031906321.	XP_031762181.1 immunoglobulin superfamily member 1 isoform X1	1354 bp	XP_031762181	X. tropicalis

Models - Gene (1)

Source	Version	Model	Species
NCBI	10.0	XBXT10g006976 >XBXT10g006976 GAAGTGTTTGTAAAAGGTTCCTTATTGTGAAATGGTAAACTTTCTACAAGTTTCACTTCTCAGTTCTCACATCCAGATGATATAGTCGCTGTCCCTACAGCCACGTGAAAATGCTTGTCTCTGTGATCTTACTTTATATAGCCTGTGAGTATAACTCTTTTAATACTGAAATGTTTTTATATTGAGGGTTTTATATTGAGGGTTTATGGCTTGTGGGGCAGGCTACTTAGGGGGAACCTAAATGTAGGCAGCTAGCAAGGGGGAAGGGGAACAATGAGCTGGAAATATGTTATAAAGGCATTGTATTGACCTGTACATCCTCCCTCAGTCCAAAGAATGTATTCTGACTGCCCCTAATGGCCCATTCTACATATTTTACCTATTTGGTATCCGGTGAATTAGATACAGATATTAGAGTCAGATACAAATAAGAATGGTCAATGACCTGGAGGTGGGCATAGACAGTACTGTTTCTATTTCTGCTGATGACACTAAATTGTGCAAAACTATAAGTTCCATGCAGGATGCTGCCGCTTTGCAGAGCGATTTGACAAAATTGGAAAACTGGGCAGCAAACTGGAAAATGAGGTTCAATGTTGATAAGTGCAAAGTTATGCACTTTGGTAGAAATAATGTAAACGCAAACTATCTACTGAATGGTAGTGTGTTGGGGGTATCCTTAATGGAGAAGGATCTAGGGGTTTTTGTAGATAACAAGTTGTCTAATTCCAGGCAGTGTCATTCTGTGGCTACTAAAGCAAATAAAGTGCTATCTTGTATAAAAAGGGCATTGACTCAAGGGATGAGAACATAATTTTGCCCCTTATAGGTCCCTGGTAAGGCCTCACCTTGAGTATGGGGGGCAGTTTTGGGCTCCAGTCCTTAAGAAGGATATTAATGAGCTGGAGAGAGTGCAGAGACTGCAACTAAACTGGTAAAGGGGATGGAAGGGTTAAGCTATGAGGTTAGACTGTCAGGGTTGGGGCTGTTTTCTCTGGAAAAGAGGCGCTTGCGAGGGGACATGATTACTCTGTACAAGTACATTAGAGGGGATTATAGGTAGATGGGGGGGGTTCTTTTTTCCCATAAATACAATCAGCGCACCAGAGGCCCCCCCTTTAGATTAGAGGAACAGAGCTTCCATTTGAAGCAGCGTAGGTGGTTTTTCACGGTGAGGGCAGTGAGGTTGGGGAATGCCCTTCCTAGTGATGTGGTAATGGCAGACTCTGTTAATGCCTTTAAGAGGGGCCTGGATGAGTTCTTGAACAAGCAGAATATCCAAGGCTATTGTGATACTAATATCTACAGTTAGTATTAATGTTAGTGTATATAGTTTATGTATGTGAGTGTATAGATTGGTAGGTGTGGGTTGTGTGTGCTGGGTACTTGGATGGGTTGAACTTGATGGACTCTGGTCTTTTTTAAACCCCTAGTAACTATGTAAGAAAGAAATAATCTCTGTTGGGTTTGCTATTGCTGAGTATATAGTATTCATTTGCCTTTGGTAATGCCAAGAGCATCCAATGAACAGGAATTCATGATCTGCACTGCAGGGATATCTGTGCAAGAGAATTTATAGCCCATTATTTGTCGAGTAGCAACAAGCGCTGACAAAAGCCCATGAATTTGCACAGAAACACATAATTACATAATATTTGGCTTGTCCCAGTCCTGTGCTCCCTGTACCTTGCACAATAAAGTCACAGATCTGAAGGACCAGTTGGGACCCGGTGCTAAACCTCCATCTGCCCAATATAACTAAGCTGCCCATGCTCATATGTGGGTAGTAATTACCCCTTAACTATGTCCTACACCAGGAAACACAAAGGGTGCTGGGAGTTGTAACAACCAATGCTTTATTTCTTTCCTTGCCAAGGTTCATGTCAATACAGCAATTGTTTTTCAAACACAGGCACACAGATCACAACCAATCAGGATGCAGTTTACAATTAACACATGCCAGATTAGTGTAACAGTCAGGCTGGAAAATATCTTCCACAGGCAGATTCACTTTCTGGTCCCTCCAGTGTTCCTTCCCACTCTCACCATCAGCCTCCGGCGCCTCCTAGGGGTTCAGTCAGCACTCCCCCCTTTGCAGGGCTAAGCCCAAAACACCAGCCTTGCCAGGTGCTCTGCAGTGGGAGTCCAACACCGTTTGCCACTACTTGCCGAATCCCAGAGAGTCTTCCTGCATCCTCACTATCCACTCCAATCCTGGGATTCCCTCTGGGAAGCTACTCCCACAAACTCCTTGGTGGGGATTTTAGCTGCCTATTCTCACTAACCTGACCTTCCTCACACTACTATAGTGTGCTATACACAAGCTAGGCCCTGACTAGTTTACTCTTCCTTCCTGTTTCAGTTGTCTCTGCCGGTCAGATGACTTCCTGTGTGAGCTTGTTTCCCATAAAGATATACCCTTTCAAAACTCCTCCTCTGGGACTTTGCCAACACTCACTCCCTCTAGAGGCCCCTATGTAGTAATAACAACTATAAACTTTACATGACTCACTACATTACCCCAAAATTAAACAAATACCCTTTGCCACCCCCCCACACACACATCAACAAACAAAAATATTCCAATAAATTAGGAACCCTGGGCAGAATAAATACAATATGCTTTACATACAGGGGTGCATTAAACCAGTAGTGCAACAATGTGGCCCCAAATTCATGCTTCTCACAGGGCCTCATCCTCACTCATCCTTGGTTGTTTTAGAAATATGAAGAAATAATTCCTTCTTACTTTTCTAGATACTTTACAGAATAGGAGGATCCTGGCTTCTGAAGGTGAGTTTCTCTCATTTATAATTTTACCTGGGGGGTTTGAGGGAACAACGAAAAAACAAGAAGTTGCGACATTGGTCATCGGCACAGGAAAAGGCATAGTTGTTGCTGTTTTGATTTACATTTTGCAAGAAATCGGCAGCTTCCTCATCATGAAGACTCATCAGCAGGCAATATAATGTGTGTACAGCGGATTTCCACTTCTCATACCACTTTCCTTATAAACCCTGCAGGAAAGGGTTCATATACCCACTCTTAAGGTGGCCATACACAGTAAGAAGACCAAGCCAAGTGAGCAGATCTTCTCCCAATATCCCCACCTACTGGGCCTACCCCCAGAGCCAAATGATCAAATTAGAAAGGCAGGTATAGTCGCCGTTGGTTCAGGGGCCACATCAACGAGCCAATGTGGTCCCCGATCTGATGGAAAAATCAAACCTGGGCAATTTCAGGCCAGATATCAGTCGGGGAGCCCCATCATTAAGCTGCTGAATCGATCTAAAGGACCTATATCGGCAGTTAGAATCGGCCCGTGTAGGCCACCTTTAATTACACATCGGGGGATTTATCAGCATTTGGATTTTTGTGGTTTTATCTTTTTTTTAAAACCACAACTAAACTCATTTTCACAATTTTTGGATCATGGAGATCTGGAGTACAGCCGGGACTGCGTTAGTCAGCACTATACTCATGGCGTGTAGGAGAGGCGGGATTTAGCCATCCCTCTACCGCAACTACCCAATATTATCTCAATAACCGTTAGGGATGCACCGAATCCACTACGTTGGGATTAGGCTGAACCCTGAATCCTTCATGAAAGATTCTGCCAATACCGAACCCATTTGATTTAGTTCAGCCACATGGATTTTTTTTCAGCCACATGGATTTTCACAAATGGCAGTCATTTACCCAAAAAAAAAATCTGATTTGAAAAAGCCCAAACGAAAATAGTTATGGAAAAGTCATGTCATTGACTTCCGCATGATCTTGACCGGTTTTAGCTGGCGTATTTTAGCATTTGGAATTGTCACAGTTTCGTCGCATAATAAATCGCAACAAATCGGTGTTATTTTTCCATGACAAAATCAAGTTTTTGCCGACAAAAAGCCCAAATGGAAAAGAACTTGCTTTATTAAATGCCCCCAATAAGGTCAAATTGCTCAGAGTGCTCTTCTGAACACAGCAGCGATGAGCAAATCTGCTGAGACAAAATCCTAGAGATAAAATCATTTGTCACCATTTGCTCTGAAAGCCTGGGCAAGCAGGTGATCCGATAGGCACCAGCATTACTGCCATTTCTGCCCTTATAGCTCTCTTGCTTGGCACAGGCATTGGGGACAGAAATGACAGGCAGCATAAGCAGGCAATACAGGTATGGGACCCATAGGATTGTTTTGGCTCCAATAAGGATTAATTATATCTTAGTTGGGATCAAGTAAAAGTATTGGACCCCTTATCCGGAAACCCGTTATCCAGAAAGCTCCGAATTACGGAATACCCGTCTCCCATAGACTCCATTATAATCAAATATATCAGAATTTTAAAACTGATTTCCTTTTTCTATGTAGAAATAAAACAATGCCTTGTAATTGATTCCAACTAAGATAAAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATTCCAACTAATATATAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTAATTGATTCCAACTAAGATATAAATAATCCTTATTGGATGCAAAACAATCCTATTGGGTTTAATTAATGTTTTATTGATTTTTTAGTAGACTTAAGGTATTGAGATCCAAATTACGGAAAGATCCCTTATCCGGAATACCCTTGGTCCCGAGCATCTGGATAATGGGTCCTATACATGTACAAGGTACTGTTTTATTATTACAGAGAAAAGGGAATCATTTAACCATTAAATAAACCCAATAGGGCTGTTCTGCCCCCAATAAGGGGTAATTATATCTTAGTTGGGATCAAGTACAGGTACTGTTTTATTATTACAGAGAAAAGGGAATCATTTAACCATTAAATAAACCCAATAGGGCTGTTCTGCCCCAATATGGGGTAATTATATCTTAGTTGGGATCAAGTACAGGTACTGTTTTATTATTACAGAGAAAAGGGAATCATTTAACCATTAAATAAACCCAATAGGGCTGTTCTGCCCCAATATGGGGTAATTATATCTTAGTTGGGATCAAGTACAGGTACTGTTTTATTAATTACAGAGAAAAGGGAATCATTTAACCATGAAATACACCCAATAGGGCTGTTCTGCCCCAATAAGGGGTAATTATATCTTAGTTGGGATCAAGTACAGGTACTGTTTTATTATTACAGAGAAAAGGGAATCATTTAACCATGAAATAAACCCAATAGGGCTGTTCTGCCCCCAATAAGGGGTAATTATATCTTAGTTGGGATCAAGTACAGGTACTGTTTTATTAATTACAGAGAAAAAGGAAAATCATTTGTAAAAATGTGAATTTTTGATTAAAATGGAGTCTATGGCCTTTCCGTAATTCGGAGCTTTCTAGATAATGGGTTTCCGGATAAGAGGTCCGATACCTGTACTATCCTGATCACTTCCCCTGTGCCAGCCACCTCGGCGAATAAGTAGTGCCGATTTTCCCGGCATATTAGGGAAAAAATTCCAGGGGCAAACTCACAGATTTTGCTGCAAATTTGTCTGTGGCAAATATTTTCACTCATCCCTTTATTAGCAATTTTTACACTACTAATGTGAATGTGTATTAGGAGGGCGCCTCGCTGTCCTGTTAGTGACTTAACAGAATGGCAAAAGCTTAATTTATTGATGGAAGAAATGTCTTCTTGTTCTTCTCTGCTCAGTTCTATCCCGCAATGTGGCTTCATATTGGTATGTCACTGCACAGGAAAATATAAGCTTTTGTCCCTGCTATATAGATATATATATATATAAGTATATTTACAGGGCCATAGGACATAGTGCCCTGTTGTGAACTGCATCCACTGGTACTTCCTAACCTGTATGTTATTCAGTTAGGGGACAGCTATGGGCCGGGAGGCAGGATGTCTTTATAAATTAAAAGGCAGGAAGCAATGTAGCCATAGGGGAAACGTTTGTCTCTACTCCAAAATGCAGGGCACAGACCGCTTGTTCTACTTGCAGGACAGGGTGTAACACAAAAATCCCTTTGCACCCTGCCTTTTATGTACTGCTGGGAATGAAAACACGAGCAGAACCTATAGTTAAAGAAGGTAATGCTCTGTCCTCCACAAAGGGGGTATTGGCCCACTCAGACCAGGGCCCACCAAGGAGTCTCCTGGTATCCCAGCTGCCCCATAAAGCATATATTCTCTATTGGGCAATTAATTCAGCACACCTTGAATGCACAACAAAAGGACTGTACCTGTGTAGCTGAAGGGGCAGTTTGGAAGCAAACTGTGTTGCCCAAAGTGCTGCTCATGTAATAATTAGCAATATATTAAGTCCAGTATTTACATATTTCAGTTTTGCTACTTTGGCACTTCGGAGATTTGCAGAAATAGCTTTCTTTATATACAAATAAATATATATGATTTTGCAATCCAGTGTCCCATTTGTTCCACCCTTATCCAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGTATGATAAGGCTTTAGTTGTCATTTTATTTCTTGTAAAAGATATAGAACTATATTAGGATTATTTATTACCTCCTATTTTGGATCATGGAGATCTGGAGTACAGCCGGGACTGCGTTGGTCAGCGCTATACCGCAACTACCCAATATTATCTCAATAACTGTTAGGGATGCACCAAATCCACTATGTTGGGATTAGGCTGAACCCCGAATCCTTCATGAAAGATTCTGCCAATACCGAACCCATTTGATTTAGTTCAGCCACATGGATTCAGCCAAATTCAAATCCTGCAGAAAAAGCCAAATCCTGAACCAAATCTTGGGGTTGGTGCATCCCTAATAACTGTAAAAGTTTAGGGAAACAGTAGCAGTTGGCCTGTCTCTCTTCCACTGATACAAATATATTTTTTTTCATCTATTGAGTGCCATTGTACCATTTGAGCACAATTGTGCTTTCTGCATCAAAAAAAGCTGAATTTCTGGAATAAAGTCAGGGACACTGCTGCCACGAGGCGAGAAACTAGCACCCGTGGCAGCAGCCCGCAAGTTACCAGGGGCATCAAAAAGCTGAATTTTAAAATGGAATTACAGCCCTTCCAGGGCAGAGAGTGCAGTTGTGTTCTCTTCACTAGCAATGTGGCCCCACTCCAATGCTCAGAAAGGCAAGCACGGGGTGCCGGGAGGGTGGCATCCAACAGGCCACATCAGGGACCCCGGAATGCCCCTGTTTTAAAAAAAAAACAAAAACTACATTTTGGCTCTTGAAGTTCCAGTAGCAAGTTTATCAACCACGTTCAGATAATTGCTACCCAGCTGCTAAATGATCCAGATGGAGAAGGAGAAACCATATGACGCTGTCTTTTGTTTGGCCAAGGAGGGGGTAAAATTTCATTAACAACTGCAGCGTAGGGTCCCTATATAAGTACCAGTAGGACAGTGGTGCTCTGTGCACTAACAATGTGCCCCTCGTCAACCTGTTCTGAGCAGGAGGCAGCTGAGTGAAGGGGGAGAGGGTTGGCAGCTACAAATAGCAGCACCCCCTCTAAACAACCCCTATAAACAGCTAATCTATGAGAATACATATGGTATTTATACAAAGTGATCATATCCACCCTACTTATCATATATAATCAATCCCAGCAGAATTCTGCCCGTCTCTCTGACACAGGAACTGTACATTGTTATCATTATTATTATAGGACTCACTGTGTCATTTCTTTTCTTCTCACCCACAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGTAAGCGAAAGCATTTCTTTACGTTTTTTACTAAACTTCACTCTAATAAAATGGGAAATGGCCTTAGTTGTAAACCTATAATAAGCTTGTAGTGTATGTTTATTAAACAGAAGTGCTTAATAACTACTGGGTATATATTTATTTATAGTACAACAACAAGATTCTGCTTGAAATGGGAAAAAGTCATTTCGATTTTTTGCTGATTTGTATCTTGAGATTCAAGAAAATATAAACATTTGTGAGCTAGTATGATCAAGAACACTAGGAACACTGAATAGCCAGACTAGAATAACTGATGTGGCAGTAAAGTTACTAATGTCGCAGCGACATTATGCATGGAAAATTGTACATAGGCTGAGATACAGGTATAGGATCTATTATCAGGAATTTGGGACCTGGGGGGTTTCCAGATAAGGGATCTATCTGTAATTTGGATCAGTACATCTGCTAAAAATCAGTTAACTATTAAATAAATTAAATACATTTAAATAACCCCAATAGGATTGTTTTGCCCCCAATATGCATTCATGTAGCTTAGTTACCATCAAGTACAAGTTATTACAGGGGAACCCCCACTTCATGTTTCTCAGAGGACCAGAAAAAATAGTGTAAAATCAGGCAAATACATTAAGCATTATATACTGGCGATACAAAAATAGGGTCAAATGTAAAAAAATGTAAATCAGTGTATGTAAAATTGAGGTTTCTCTGCCCCGGTTTGGGATCTGTTATCCGGAAACCCATTATCCAGAAAGTCCAACTCCCATAGATTCCATTTTAAGAAAATAATTCTAATTTTTAAAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTAATCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTCATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGGAGGGACGGCATCACAGGGCAATTGCACTCCCTGCACTAGAAAAACAGATTTCCAGCTATAAAAAACAAAACAAAACATTGGCTTTGGAAGTTAAAAGGAGCAGCTAAATTGCTTTTAAATGATCCAAATAGGGAAGGAGAAACCATACAAAGCTGTCTCTTGTTTGGCCAAGGGGAAGGGGGGATTGAGAATTGCAGGGTGGGGTCCCTTTATCAGCCTTATTCTCTGAGTACCAGTAGGACAGTGGTGCCGTGCGCCCCCTCTCCAACCTGAGCAGAGGTGAAGGGGGAGAGAGATGGCAGCACTGGGGCAGCGGCAGCCCCCGATCCAACCCTGGAAACATCTTAATCTAAAAACCTGACTAATATTTATACAAAGTAATCATGTTGCCCCCCCATCAAATCTAATTAATCCCAACGTAAACGCTCTAAACAACCCCTATAAACAGCTAATCTATGAGAATACATATGGTATTTATACAAAGTGATCATATCCACCCTACTTATCATATATAATCAATCCCAGCAGAATTCTGCCCGTCTCTCTGACACAGGAACTGTACATTGTTATCATTATTATTATAGGACTCCCTGTGTCATTTCTTTTCTTCTCACCCACAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTAAGCTCATTTTTTGTGTGTTTTTATACAACTACTTTCTAATAAATGGATGTAATAGATGTACATTAACATCTGGGCAATTTAGTTCTAGAAACCCTTACAGGTGAAGGTGGCTCTCTATCCATGTATCAGAGGTTTCCATTCCCCTTCCCTACAGTACCCATTCAGCATGTTAAAATGGCTGCATAGCAGTGACTTTGTCTTTGGTGGAGAACAAAACTTCCAACTTGGACTTAACTCGTCCCTAACTAGTTTCTTGGAAGCGCATGTAAAATAAAATAAATAAAATGCAATCTAGTGAAATACATGTAAGGTGCTCTGCCGGTCCGGCGCGTTCCCCTACCTTAGCTCACGCTGGCCGGCAGACGCGCTCTGGCAAGGGCCCACACTTCCGGGTTCGTCGGGGACGCCGCGGCATTACTGCACATGCGCGCTGACATGCGCAGTTGCACGCCTTGAAGCTTTAGGCGCCATCTTTGTGTAGGTTTTTTGTTTCTTCCGTTTCCTTTTGTTTGGCACCAAAATCTGCTATTTAAACCCCTTCCTTCAGTCTTTCATTGCCCAAGCTGGCTTCTGGTTATTTATCAGTACCTGCTCAAGCGTTTTGATTGTTGTTTCTGGTTTTGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACTTGCCTCGACCTTTGCCTGTACCCCGATACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGATACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACATTTGCCTGTACCCCAACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACTTGCCTCGACCTTTGCCTGTACCCCGATACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACGATTCCTGCTACCTGCCTCGACATTTGCCTGTACCCCAACTACGATTCCTGCTACCTGCCTCGACCTTTGCCTGTACCCCGACTACAATTCTGCCTTTGCCTTGCCGGTACCTCGTATTTTCGTCTGTACTCTGAAAGTTTGCAGGACCCCAGCTTGGACCGCAGCAGAAAGTTCCGGGGCCCCAAAAGGGCGTCGGTGAAGACCGGAAAGGGCTGGGAGTTCCTACTATACCGTAAGAATCAGACTTTGCATCCAGCGGTCGCACACTGGTTCCTACCTAACTTGAACGTTATAATACGTTAAGATACTAACAGCACCAAAAGTGCAAAGTGACAAAATGGTTTGTCGTATATCAGTGCACACGCAATCTGTCAATTCAAATGCTCACCAGATGTATGTAGGATAAAGCCCATAGAAACACAGATCAAATATTGATTGCAGTCATTGCGCGATTATCAATGGGTTAAATAGAAGAGAACATGGATAGTGAAATACAGTTTGTTAAGACAAAAAACCCTGCACAATGCAGGCTACTCACACTGTTCAGGAGTAATGGAGGCAGTAACAATAGCTCAACGCGTTTCGCGTGCTACACGGCACACTTCCTCAGGAGCAAGTAACACAATGCAGGACCCACGGGCTATATATAGGCACCTTAATCAAAATTATAATCACCAACCCGGAAGTAATTGGAGAAACACAGTGAATGTGACAAACTGTATTACACTTGGAGCCTTTTCGTATCAACTGAAAGATGCAGGAAAGTTTATTGGCTGATTAGTTAGCCCCGGCTTCTCTCAACTGTGGCACTTTGTTACTTGCTTTGTGATTGCCCCAGTATTTATGTGACGTGGCGTTCCGTGCCCTCCTGGGACACTTGGCTGAGTAACACACACTTCAGTCACAGCTGAGGGAACTTGCAACATCCACGCCGGGGTGTTGGTCCCTTGTTGGAGCCTCAACTGCTTGCCTACCTATCCTTCCACTAACACTCACTACCTGCAGTGAGCTCCAACAAATCTACCCTGCAACTATCTAACCTAACTAAACCTACAGGATACCTCTTTGAGGTGGCCTACCTTAGGCTCCCTGGCATCATATACTACCGTTTCTCATCAAGCAAATAGAGTGGTAAGAATGTGGTACACTGCCTTTCCCCTTATATAGCTTCACCTGCTTAGCAGTGCCACCTAGTGGCCCCACTAACAAATAACAACAATTATAAAGTACCCTCTGCTCACAACTGGCAGACATAAATTTACATCTGTTTTTCTAATGTGTGCTGTTTAGCTGTTATACTTCATACCTTTCCCATGTTATTTATAATTGACGGTTTTCCTCTCCAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCAGCTACAAAATGAAGAACTGAGCCATTACCACTATAATATATATTCTGTTCAGTGTTAGGCCTCTCTGTAATTCCAAAGTGATGGACATGAACAAAATGAAAAGCAATTAAAAGATAAAATCGTATCACCTTCAGGCCCGGACTGGCAATTTGTATATTAAGGCGAATGCCAGAGGGGCATTTGGAATGAATGTTTTCTTTCCTGTTAAAATAAAGATGTTATAAATGTA	X. tropicalis

mRNAs based on gene models(1)

Source	Version	Model	Species
NCBI	10.0	mRNA034475 >mRNA034475 AAGTGTTTGTAAAAGGTTCCTTATTGTGAAATGGTAAACTTTCTACAAGTTTCACTTCTCAGTTCTCACATCCAGATGATATAGTCGCTGTCCCTACAGCCACGTGAAAATGCTTGTCTCTGTGATCTTACTTTATATAGCCTATACTTTACAGAATAGGAGGATCCTGGCTTCTGAAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAatccagccaatcagactttGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCAGCTACAAAATGAAGAACTGAGCCATTAccactataatatatattctgTTCAGTGTTAGGCCTCTCTGTAATTCCAAAGTGATGGACATGAACAAAATGAAAAGCAATTAAAAGATAAAATCGTATCAccttcaggcccggactggcaatttgtaTATTAAggcgaatgccagaggggcattTGGAATGAATGTTTTCTTTCCTGTTAAAATAAAGatgttataaatgta	X. tropicalis

mRNAs from cDNA libraries (10)

Clone	Accession	Species	Library	Anatomy	Stage
H7	FJ716724 >FJ716724\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant H7 (Xilr1) mRNA, partial cds, alternatively spliced CCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGCGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGACCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTAAT	X. tropicalis
H3	FJ716723 >FJ716723\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant H3 (Xilr1) mRNA, partial cds, alternatively spliced AATAGGAGGATCCTGGCTTCTGAAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACCTCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCC	X. tropicalis
H2	FJ716722 >FJ716722\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant H2 (Xilr1) mRNA, partial cds, alternatively spliced AATAGGAGGATCCTGGCTTCTGAAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATCGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCC	X. tropicalis
M18	FJ716721 >FJ716721\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant M18 (Xilr1) mRNA, partial cds, alternatively spliced GAATAGGAGGATCCTGGCTTCTGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACACCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGAATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCC	X. tropicalis
M17	FJ716720 >FJ716720\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant M17 (Xilr1) mRNA, partial cds, alternatively spliced GAATAGGAGGATCCTGGCTTCTGAAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGACAGGGAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCC	X. tropicalis
M6	FJ716719 >FJ716719\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant M6 (Xilr1) mRNA, partial cds, alternatively spliced AGGAGGATCCTGGCTTCTGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTACCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCA	X. tropicalis
L15	FJ716718 >FJ716718\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant L15 (Xilr1) mRNA, partial cds, alternatively spliced AATAGGAGGATCCTGGCTTCTGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGTCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACTGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCC	X. tropicalis
L12	FJ716717 >FJ716717\|Xenopus (Silurana) tropicalis Ig-like receptor 1 alternative variant L12 (Xilr1) mRNA, partial cds, alternatively spliced AATAGGAGGATCCTGGCTTCTGAAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCC	X. tropicalis
	XM_031906322 >XM_031906322\|XM_031906322.1 PREDICTED: Xenopus tropicalis Ig-like receptor 1 (xilr1), transcript variant X2, mRNA GAAGTGTTTGTAAAAGGTTCCTTATTGTGAAATGGTAAACTTTCTACAAGTTTCACTTCTCAGTTCTCACATCCAGATGATATAGTCGCTGTCCCTACAGCCACGTGAAAATGCTTGTCTCTGTGATCTTACTTTATATAGCCTATACTTTACAGAATAGGAGGATCCTGGCTTCTGAAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCAGCTACAAAATGAAGAACTGAGCCATTACCACTATAATATATATTCTGTTCAGTGTTAGGCCTCTCTGTAATTCCAAAGTGATGGACATGAACAAAATGAAAAGCAATTAAAAGATAAAATCGTATCACCTTCAGGCCCGGACTGGCAATTTGTATATTAAGGCGAATGCCAGAGGGGCATTTGGAATGAATGTTTTCTTTCCTGTTAAAATAAAGATGTTATAAATGTA	X. tropicalis
	XM_031906321 >XM_031906321\|XM_031906321.1 PREDICTED: Xenopus tropicalis Ig-like receptor 1 (xilr1), transcript variant X1, mRNA AAGTGTTTGTAAAAGGTTCCTTATTGTGAAATGGTAAACTTTCTACAAGTTTCACTTCTCAGTTCTCACATCCAGATGATATAGTCGCTGTCCCTACAGCCACGTGAAAATGCTTGTCTCTGTGATCTTACTTTATATAGCCTATACTTTACAGAATAGGAGGATCCTGGCTTCTGAAGCAGAAAGGGTCGATTACCCTAGGATATCTGTTATTCCAAGCCTCTACATTGATATTGGGAGCAATGTGACCATCCAGTGCCAAGGAACCAAGCAAGAGGACAAGTTCATTCTATATAAAAACGGAGCGCCATTGATAGAGGGGCCACTTGTAGGGCAAACAGCGAATTTTTACCTACAAGATGCAAGAAAAACAGATGCTGGAAATTACTTCTGTATGAGGAAATCAGACGCCAGGATTACCAATCATAAAACAATAACAGTCAAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGGAATAGCCCAATTCCACTTATACCATGTACAGGCAAAGAATGCAGGGATATACTACTGCCTGAGAAAATCCAGCCAATCAAAAGTCAAGTTTAGCAATCAAATACATGTTACAATAGAAGGGGCAGATGACACTGTGCAGATATGGGCTTTGCCCAGTACCAACATCTCCGTGGGAGGAAACCTCACCATCCTGTGCCAAAGGGCAGAGCAAGGAGATACCTTTGTTTTATATAAGGATGAAGATATTGTATCAGAGCAGGAACCTGCAGGAGCAATAGCCCAATTTCACATATACCATGTACAGCCAAAGGATACAGGGCCATACTACTGCCTGAGAAAATCCAGCCAATCAGACTTTGAGCTTAGCGATCAAATAGATATTATTATAGAAGGTACAGGTAACGAGGTTTCCAGACAGAATACAGATTACACCATATCAAATACAGTACGTCTTGCACTGGCAGGACTCCTGCTTACAGTCACCATTCTCCTTGCTACTGAGAACTGCCATACCAAGAAGAGCCAGCTACAAAATGAAGAACTGAGCCATTACCACTATAATATATATTCTGTTCAGTGTTAGGCCTCTCTGTAATTCCAAAGTGATGGACATGAACAAAATGAAAAGCAATTAAAAGATAAAATCGTATCACCTTCAGGCCCGGACTGGCAATTTGTATATTAAGGCGAATGCCAGAGGGGCATTTGGAATGAATGTTTTCTTTCCTGTTAAAATAAAGATGTTATAAATGTA	X. tropicalis

ESTs (0)