LOC101734364 Nucleotide Sequences

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Gene Literature (0)

Nucleotides (7)

Interactants (0)

XB-GENEPAGE-29087726

Show: All X. tropicalis X. laevis.L

Nucleotide sequences for LOC101734364 - All

RefSeq mRNAs(3)

Models - Gene (1)

Models - mRNA (1)

mRNAs (3)

ESTs (0)

RefSeq mRNAs (3)

Accession	Version	name	Length	Protein	Species
XM_031896402 >LOC101734364 CCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCCGGGGCAGCACCAATGCCTGTAGGTCTGTAACAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCGTGAGGGTTTATATTCGCTGTATCTCTGGGTCGGTCAGTGGGAAAATGAAGAGAGAAGCAGAACTGAACCTTCTATTCATCCTCCTGTCTGTCTCTTATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATCCCAGCACCAATACCGGGAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATGAAGGGAATTACCCGCCCCCGCGGAGCAACGTGTCTCACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCTCTGGAGGGAGCAGTGGTTTAACAAAACATATATACTGCATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	XM_031896402.1	XP_031752262.1 uncharacterized protein LOC101734364 isoform X2	2463 bp	XP_031752262	X. tropicalis
XM_004919944 >LOC101734364 CTCAGACACAAACATGGAGCCAGCGATGGGGCTGATCCTGCTCTTCCTCCTGCCCTCAGTCTCCCATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATTCCAGCACCAATACCGGGAGACGATAGCGACGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCAACGTGTCTGACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCACTGGAGGGCGCCGTGGTTTAAGAAAACATATATACTGTATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	XM_004919944.4	uncharacterized protein LOC101734364 isoform X3	2001 bp	XP_004920001	X. tropicalis
XM_031896401 >LOC101734364 CCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCCGGGGCAGCACCAATGCCTGTAGGTCTGTAACAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCGTGAGGGTTTATATTCGCTGTATCTCTGGGTCGGTCAGTGGGAAAATGAAGAGAGAAGCAGAACTGAACCTTCTATTCATCCTCCTGTCTGTCTCTTATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATCCCAGCACCAATACCGGGAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATGAAGGGAATTACCCGCCCCCGCGGAGCAACGTGTCTCACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCTCTGGAGGGAGCAGTGGTTTAACAAAACATATATACTGCATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATTCCAGCACCAATACCGGGAGACGATAGCGACGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCAACGTGTCTGACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCACTGGAGGGCGCCGTGGTTTAAGAAAACATATATACTGTATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	XM_031896401.1	XP_031752261.1 uncharacterized protein LOC101734364 isoform X1	2819 bp	XP_031752261	X. tropicalis

Models - Gene (1)

Source	Version	Model	Species
NCBI	10.0	XBXT10g006662 >XBXT10g006662 CCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCCGGGGCAGCACCAATGCCTGTAGGTCTGTAACAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCGTGAGGGTTTATATTCGCTGTATCTCTGGGTCGGTCAGTGGGAAAATGAAGAGAGAAGCAGAACTGAACCTTCTATTCATCCTCCTGTCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGTCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCGTCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTCAGTTACCCTAATTGCCCCCCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGTACCCCTGCCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGAACCCCTGTCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGAACCCCTGTCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTTCTGAACCCCTGTCTGTCTCTTATGGTGAGTTACCCTAATTGCCCCTCATCACTTCCAGTACCCCTGCCTGCCAGTTACCCCAACTGCCCTTATCCCTCTATATACCCTTTCTCCTTGTTGTAAGTTACACCGATTCCCTCTCATCAATCCCGGACCCCAATTGCCCCTGATCCCTATTTATAGCCACTGTAAGTTACTTTTATTACCCCCATTCCTTTCTGCACCCTTTACCTGCCACTTATGCTGAATTCCCCTAACCCTTCCTGTGCCAGTTATTCTAAGATACCTAAATTACCCCCTTCTCTTTGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGATGACTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGATGGCTATAGGGGAGACGGCTATAGGGGCGGTGGCTATAGGGGCGACGGCTATAGGGGAGATGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGATGACTATAGGGGAGACGACTATAGGGGCGGTGGCTATAGGGGCGACGGCTATAGGGGAGATGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGATGACTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGACTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGAGACGACTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGATGGCTATAGGGGAGACGGCTATAGGGGCGATGGCTATAGGGGAGACGGCTATAGGGGCGATGGCTATAGGGGAGACGGCTATAGGGGCGATGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGCGATGGCTATAGGGGCGGTGGCTATAGGGGCGATGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGAGACGGCTATAGGGGCGACGGCTATAGGGGCGACGGCTATAGGGGAGACGGCTATAGGGGCAATGGCTATAGGGGATCTCTATTTACCCCCCACCTCTGTAACAAATCTCCAATTATCCAGCCTATAAATCCCACCTCTGTGCCCATTATAGGTCTATCTAGTATAGTTCCAGGTTGCCCTCTCTGTTCTGCCCCATCTGGTTCTGCCCCTTTCCCTGCCTGACTTCCCTTCTGGATCCTGATTCTGTACTGCGCTGCTGTTCTGGTTCTGACCCGGCCGGACTCTGAGCTGCCCCAGGCCTCACCCTACCATCTGGTTCCCTGTCTCGCTCGGAACCTTTGTGCTGTTCCTTTCAGACCCATCAGCACCCAGTAAGGGAGGTTCCACCCAAAACCCCAGGTTCCTGCTCTTGGCACAAGTGGGAGCTGTGACCGGGCCCTCGGCGGCTGTTCTGGGATTTGGGCCACCAATCGTGACACTTTCTTTCCTGATCAATGTGTCCCTTCCCTCCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATCCCAGCACCAATACCGGGAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATGAAGGGAATTACCCGCCCCCGCGGAGCAACGTGTCTCACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCTCTGGAGGGAGCAGTGGTTTAACAAAACATATATACTGCATGTCCAAGGTGGGTTTCCTCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGTCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGTCTGATCTCTAGGGGGGGATTGGCACTACACTCGGTCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGTCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGTCTGATCTCTAGGGGGGGATTGGCACTACACTCGGTCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTGGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGCCTGATCTCTAGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCACTACACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTCCACTCGGCCTGATCTCTAGGGGGGGATTGGCGCTACACTCGGTCTGATCTCTAGGGGGGGATTGGCACTACACTCAGTCTGAGCCAGAGGCTAAAGCTGAACTAATGTCAGTGTCATTCTGAGTAACCCTTTATGTGCCATACCCTGTGCCAGCCCCTGACGGAACTGAGCTGAGACCTGATGAAACCCATCAGAATCCTTAGAACCCAAACGATTGTCACGGTTTATCGGAGCCGCAGTCTCAACCCCCACGTTAGTTTATTATATCCTGAGATGTCTGATCCTGTCTGTCTGTCAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGACAGTAATGGGGAACCCGAGTCCCCTATGGGAAGTGAATGGGAATAACCTGACGGTCCTGTTGCCCTTCCCTGGCAATGCCAGTTGTGTCGTGAGAAACAATGTTACGGAGAAGACAGTCAGTGTGCCCGGCGTGCCCTGCCCAGGTGAGTGCTGATTGGCTGACAGGGGAGGACGTGGCACTGAGAGCTCAGGGCTGATGGGAAAAATGGCAACTCCCTGTAATGTAATTGCCAATGACCTTGGCACTATAGGGCACAGTTTGTTGGCTTCTTGCCCTGTGTGAGTGCCCTGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGTATTGGCGCATTCCCCGTACCGGGTCAGTATTGGCACATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAACATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGTATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTCAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTAAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTCAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTAAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTCAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTAAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCGTACCGGGTAAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCCGTACCGGGTAAGCATTGGCGCATTCCCTGTAATGGATCAGTATTGGCACATTCCCCGTACCGGGTCAGCATTGGCACATTCCCTGTACCGGGTCAGCATTGGCACATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGCATTGGCGCATTCCCTGTAATGGATCAGCATTGGCGCATTCCCTGTACCGGGTCAGCATTGGCGCATTCCCCGTACCGGGTCAGTATTGGCACATTCCCCGTACCGGGTCAGTATTGGCACATTCCCCGTACCGGGTCAGTATTGGCACATTCCCCGTACCGGGTCAGTATTGGCGCATTCCCCGTACCGGGTCAGTATTGGCCCATTCCCTGTAATGGATCAGCACCTTTTCCTGATAATGTTAACCCAATGAGACTTCAGGTCTGCCCGGCCATTTGCATAGGGTCATGTGGCATAATGATGTCACCAAGGCTGTGTCACTGCGCAATGACATCACAACAGGGTGACATAATCCTTACATGAATAACATTATAGAGCCCATTGGGCCGGCCTGGAACCGACCCTGTGAGCAGGCAGATTGCCCCTGACTATTCGTGTAAATACCCCCAGTGAATGCTTGTTGCCCCGTAGGAACACTGTATAGACTCCTCAGTACAGTATGGACCACTTGTCCCATTTGGACCTTGCAGATTCATCCCATCAGAACTTCCAGCTGTGTCCCGCCCCCTACCCAGCAGCTCTGTGCCCCAGGCCACGCCTCCTCATGTACAATGATGGGGTTCATTTGTTGCATGAGGTTCTTGGGGCGTCTCAGTGGTGGGCACGGGGGGCACATAACCTAATGCCACTCCCTGTCCCGCAGGCCCAGACCCGGAGGTGCCCGCTCACCTGTACATCAAGTTGGCCATATTCCTGATGAACTCCGCCCTGATCTGCTGCATGGCGTCCCATTGGCGGGCGGAGCGGAGAGAAGCGAAGAGAAGACGGGATAGAGGGGGGTAACCAGCGGGGGGCCCCCAACTAATTGTACATCCTCTTCATCACCCAAGAACCCCAGCTGCCGCCCAATGTGATTGGTTTTAAGGATTTCAGTTTTCTATGAAGCCTGGTGTGCGAGGGTCGGGGGTGGGGGTACCAAATAGGAGGGGCTCGGAATCCCAAGAGCTTACAATCTAAAGCTACTTGGGGAATTGGTTGGGTTTAGAGGGCACCAAATGAGTAAGTTCCACAGACGGACGTGGCCTCGGAGAATTCCTACACCGCACGGCCCTATTCATTCAATTTATGTTCTGCTTCCCCTTTAATTTATGTTCTGCTTCCCCTTTAATTTATGTTCTGCTTCCCCTTTAATTTATGTTCTGCTTCCCCTTTAATTTATGTTCTGCTTCCCCTTTAATTTATGTTCTGCTTCCCACCAATCACTCTGCCCCCTGCAGTTCCACTTCTCACCCTCTGGTTCCAATAAAGCCCTCTGGTGCAACAGCGCCCCCTGCTTGTGAATATAATAATAAAGATGTTATTGTGCCAGAACGGTTTGCAGTTGGTTCTCTTTATTTCTATGGGCTAATTACAATCAGTAATGTTTGCGGGGGGGGGGGGGGGGTAATATTCTGAGAGGCAGGGCATTGACTTATATGGGGGGTACATTTCCTGGTTAATGATCGGCTGGAAAATCTGTGACCCAAACCCGATCATAACCCGGATATAAGGAATTCCACCCACCCCCATGTTGGGGGAGGGGCTTATGGGGGCCTGGCATTACTGGCAGCTCAACCACCATTAGTGCCCCTATGGTTCCCTGTATTCCTGTATCCTCCCCCACATTGGCACAGGTGGCAGCCAGACAGGTGATACCAGAAACATCAGCCAATCACAGGTCCTTTCAACCAGCAGAGTAAAGGGGAAGTAAACCTTATTCCCAGAGACTATTAAGTACAGACAAATGGCCCTGTGGGTTCCCTGCTGCACAGAACCGGCCCCCAGTGTAACCGGAGCGGCACATCCGTGGGAAAGGGGAGCGGCCCAATGTCTGACACTGGAACAGACACGGAGCTAATGTTTTATTGCCCAGCAGGGGGGCAAAGGGTGCCGGCGACTCCACCTGGGTGTGCTGGGGGCAAAAGGAGGTCTCAGTACTGGGGGGGGGAACAGGGGATCAGGGACACCATGAATGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCTCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCCCTGCAGCTTATTGGCCTGTGTAGAGGGGCCCCGGGGACAAGTGGTCAGATCTGCGGGGAATCAGTTGATTTGGGTACATAAGTAGCACTTTATAAATAAAGATATAAATACATAGATACATACTTAGATACAGAAGGAACACCGCACCCAAGGGGTTAATTCTGGCAGCAGATCTGTGAGTGACAGGACAGGCCCCGCCCATAGGAAATGATCTCTCACTCAGACACAAACATGGAGCCAGCGATGGGGCTGATCCTGCTCTTCCTCCTGCCCTCAGTCTCCCATGGTGAGTCCCGGGGGGGTCCCTAGGGGCCCGGGGGCTGCAGCCATACAGATCCGCACGTATAGCGAGGCCTGAGTGTAAGCTCACTGCTGATTGGTCTGTGCTACACTGTCTGCAATAAGGGAGGCTTTCATTGGGCTTCTGGCAGATTGGACTGATCTGTGGAAAAGTGGGTGCTGACCAGTTGGTTTGGGGGGGCACATAGTTATCCATTGGGGGGTGAAACAGGATCAGCTGCTACAGGGCCCAGGCTTGGGAAGGGGCAGTCATGGGGGGGGGTTACAGGGCAGCTCATAATCTAATATATATGGCAATAGCCCCCCCGCTGATTATCCAGTGACACTAAAGGGTTAAAACACAACAAACTGGCAGGGAAATCGGGTGCCCAGCTGGCAGTAACAGTACAGCCCCATAGGCACAGGGCGGGCAGCGACACTGCCCCAGGGTATCACTGGCAGAGGGGCAGCACTAGGGTTAAAGAAGGGGCAAAATACCCAGAATCCCCCGTGCAGTTACTGGCCCCGGGGAGGGCGGGTGGGACCGGTGACCTGAAGGTGACAGGCAGCACCCAGAGAGACTAGTGACTTAAGGGTGGCACCCAGAACATGTGACAGGGCATCAGGGCTGGGCGTGGCTATAAAGGATCTGCCCACGTACGTGCCAGTCATTACAGGCCCGGGCACACTGGCACATTACTCACTGTAACCATGACCCTTAGGTTGCCCCAGGCTGATTCTCCTCCGTACCCCCTGTCATTACAGAAACAGTGAGTTACCCTAATTACCCTGGGGGGGGGGGGTTATGTATAACAAGCAGCCCCACAGCAGGGGCCACAGCTCATAACTGCATGAGGGGGCTGCGCTGGCCCCTCTGCCCCCTGCTCAGTCCAAACAGTCTCTTCCCTCCCCAGGGGGCGCCACAGAGCAGGACTCACAGGACATATCTGCATTAGAGGGGGCCCCCGTACTGTTCCCCATGCAGGAGAAGCTGCGGATCAGCAGAACAATGGGAAGGGAGCAAGATAGCAGCTCCCAGTAGGTATCAGAATAGCACTCAATAGTAAGAAACCCAAGTCCGGCTTGGGACTCCTCCAGTTACATGGGAGTAGGAGAAACAATAGGTTAGCTGAAAGCAGTTCTAATGTGTAGCGCTGGCTGAAAGCTCAGACTCAGGCACACTTTACTGCTGCGCTGCAAGTTGGAGTGATATCCCCCCCCTCACCCCCAGCAGCCGATCAGCAGAACAATGGGAAGGGAGCAAGATAGCAGCTCCCAGTAGGTATCAGAATAGCACTCAATAGTAAGAAATCCAAGTCCGGCTTGGGACTCCTCCAGTTACATGGGAGTAGGAGAAACAATAGGTTAGCTGAAAGCAGTTCTAATGTGTAGCGCTGGCTCCTTCTGATACATTTCTCATACCCTCCCTGTAAAGCTGTCTCTTCCCTCCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGGTGGGTGTAACTTACTGGCTCATATTAACCCTATGTTGGCCTTGCAGGTATAGAGAAGAGATAACATTGCCACTTGCCCAAATGGCTGTTAGTCACAAGGGCACATGGGGCCACATGTTTCCAGGATAATATTGTCTGACACGTGGTGACATGAGTTGTAATGTTTATATATATATATACATACAATGGCTTGCAAAAGTATTCGGCCCCCTTGAACTTTTCCACATTTTGTCACATTACAGCCACAAACATGAATCCATTTTATTGGAATTCCACGTGAAAGCCCAATACAAAGTGGGGTACACGGGAAAGACCAATACAAAGTGGGGTACACGGGAAAGACCAATACAAAGTGGGGTACACGGGAGAGACCAATACAAAGTGGGGTACACGGGAAAGACCAATACAAAGTGGGGTACACGGGAGAGACCAATACAAAGTGGGGTACACGGGAAAGACCAATACAAAGTGGGGTACACGGGAGAGACCAATACAAAGTGGGGTACACGGGAAAGCCCAATACAAAGTGGGGTACACGGGAAAGCCCAATACAAAGTGGGGTACACGGGAAAGCCCAATACAAAGTGGGGTACACGGGAGAGACCAATACAAAGTGGGGTACACGGGAGAAGTGGAAGGAAAATCATACATGATTCCAAACATTTGTTACAAATAAATAAGTGCAAAGTGGGGTGTGCGTAATTATTCAGCCCCCCAATACTGTGTAGAACCCCCTTTTGCTGCAATTCCAGCTGCCAGGCTTTAGGGTATGTCTCTACCCGCTTTGCCCACCTACAGACTGAAACCCTTGCCCATTCTTCTTTGCAAAACAGCTCCAGCTCAGTCAGATTAGATGGTCAGCCTTTGGGAACAGCAGTTTTCAGATCTTGCCACAGATTCTCCATTGGATTTAGATCTGGGCTGTGATTGGGCCAGTCTAACACATGGATATGTTTAACCCATTGTTGCCCTGGCTTTATGTTTAGGGTCGTTGCCCTGCTGGAAGGGGAACCTCCGCCCCAGTCTCAAGTCTTTTGCAGACTCCAAGAGGTTTTCTTCCAAGATTGCCCTGTATTTGGCTCCATCCATCTTCCCATCAACTCTGAGCAGCTTCCCTGTCCCTGCTGAAGCCCCCCCAGAGCATGATGCTGCCCCCCCATATGTGACAGTGGGGATGGTGGGGTCAGAGGGATGTGCAGGGTTAGTTTTCCGCCACACATAGCGTTTTGCAAAAAGTTCCATTTTGGTCTCATCTGACCAGAGCCCCTTCTCCCACATGTTTGCTGCCCCCCCCCCCCCACATGGCTTGTGGCAAACTGGACTTCTTATGGTTTTCTGGTAACAATGGCTTTCTTCTTGCCACTCTTCCATAAAGGCCAACTTTGTGCAGTGCCCGACTAATAGTTGTTGGACAGATTCCCCCCCCTGAGCTGTAGATCCCTGCAGCCCCCCCAGAGTCACCATGGGCCCCTTGGCTGCATTTCTGATCAGCGCTTGTTGGGCCTGTGAGTTTAGGGGGGGGCCGTGCCTGGGTAGGGTTACAGTTGTGCCATACTCCTGCCATTTCTGAATGATCGGTGGAACAGGGCTCCGTGGGAGGTTCAAGGCTTTGGGAATCTGTTTGTAGCCTAAGCCTGCTTTATATTTCTCAATAACTTTATCCCTGACCTGTCTGGTGTGTTCTTTGGGCTTCATGGTGTTGTTGCTCCCAATATTCCCTTAGCAACCTCTGAGGCCGTCACAGAGCAGCTGTATTTGTACTGACATTAGATTACACACAGGGGCACTCTATTTAGTCATTAGCACTCATCAGGCAATGTCTATGGGCAACTGACTGCACTCAGACCCAAGGGGGCTGAATAATTACGCACACCCCACTTTGCACTTATTTATTTGTAAAAAATGTTTGGAATCATGTATGATTTTCCGTCCACTTCTCACGTGTACCCCACTTTGTATTGGTCTCTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGTACCCCACTTTGTATTGGTCTCTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGTACCCCACTTTGTATTGGGCTTTCCCGTGGAATTCCAATAAAATTGATTCATGTTTGTGGCTGTAATGTGACAAAATGTGGGAAAGTTCAAGGGGGCCGAATACTTTTGCAAGCCACTGTATATATATATATATATACACACACACATATACTGTATATATATAGATGTCAGACTTACCGGCCTATAATCGCCAGGCTGGGCGCACAATCCCTGTATAAATATAGGAATGACTGGAGGTTCCCCCCAACCCATAGGTACCGGCTGGGAGTGGGTCTGAGAATATCAGAACCAGAGGCTAAAGTTGAACTAATGTCAGTGCCGGGGGGGATCCCCCACGTTAGTTTATTATATCCTGAGATGTCTGTCTGTCTGTCAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGTGAGTGACTGCCAATCGGAAGGGACGAGACAGAATCCATAGAGCTCCGCCCCCAGCACCCCCATAATGTTTCCTTACAGATTCTCTACCTGAACCCCCATAATGTTTCCTTACAGCTTCTCTACCTGAACCCCCATAATGTTTCCTTACAGATTCTCTACCTGAACCCCCATAATGTTTCCTTACAGCTTCTCTAAATGAACCCCCATAATGTTTCCTTACAGATTCTCTACCTGAACCCCCATAATGTTTCCTTACAGCTTCTCTACCTGAACCCCCATAATGTTTCCTTACAGCTTCTCTACCTGAACCCCCATAATGTTTCCTTACAGCTTCTCTACCTGAACCCCCATATTGTTTCCACACAGCACCCCCTCCCCGCTATACTAATGGTTTAGCCTAATGCCCCGGGTGTAATCACTGAATGGTTGGACCCTTCTCAGCCGCCTCCCTTCATTCCAACCCTCAGGGCTTTTCCCTGTCCCTAAATGGTTCCTTCCAGACCCCCCAGTTGGAGAGCAGTTGCCCCCACACAGCCCTGTTGCCCCTATTTATTCATTGTAACAATCAGTTGGGCACCAAAGAGTCAGTTTGACAGAAAGTTTATTGTCCTTAAAGGGAACTTACCTCCCATTTCTAAACCGGTGCCCCCCCATGCAAGTTCCACCATCCCCCCCTGACTGCAGCTCCCAGAATCCTTTGCTACTTCCCCCATTGTTTTCTCTCCTTCTCATACATTTCTCATACCCTCCCTGTAAAGCTGTCCCTTCCCTCCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATTCCAGCACCAATACCGGGAGACGATAGCGACGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCAACGTGTCTGACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCACTGGAGGGCGCCGTGGTTTAAGAAAACATATATACTGTATGTCCAAGGTGAGTTGCCCCCCCAAGCTGGTTGCTATGGGTACAGCTGACTACACAACACAGCAGTAGGTCAGATTATATTTCTATTGATGAACAGAACAAAACAGCCCATAAACCCATAAGGATTCCCTGGGGCACCTCCTGTCCTTCCCCTTGGAATAAGGCCCTCCCCCTCAGCTACCTTCCCCTTGGAATAAGCCCCTCCCCCTCAGCTACCTTCCCCTTGGAATAAGCCCCTCCCTCTCGGATCCCTTCCTCTTGGAATAAGCCCCTCCCTCTCGGATCCCTTCCCCTTGGAATAAGCCCCTCCCTCTCAGGTACCTTCCCCTTGGAATAAGCCCCTCCCTCTCAGATACCTTGGAATAAGCCCTTCCCTCTTAGGTACCTTCCCCATGGAATAAGCCCCTCCCTCTCGGATCCCTTCACCTTGGAAGAGGCCCCTCCCTCTCAGATACTTTCCCCTTGGAATAAGCCCCTCCCTCTCAGATACCTTCCCCTTGGAATAAGCCCCTCCCTCTCAGATCCCTACCCCTTGGAATAAGCTCCTCCCTCTCAGATCCCTTCCCCTTGGAATAAGCCCCTCCCTCTCAGATCCCTTGGATTTCCAATTCGAGTTTCCAGACTTATTTGAGGTTTTGCAGTCAGGGAAAATGATTCTGCGTTTGTTTTTTCAAGATCAAGTTTTTGAGTATTGAGGTTTTTAACACTTTCAGGTTTGGTGAGTTCTGTGTTTTCTGCTGATTCTGACAGCGAGTCTTAAATAATAACATTTCCCATGTCCTGATGTAACGACAGCAACAAACATGGTACATTATTATACAGGTATGGGATCCATTATCCAGAAACCCATTTTCCAAAAAATTCTAATTCATAAAGATAATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGCAGAACAGCCCTATTGGGTTTATTTCATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTATTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGCAGAACAGCCCTATTGGGTTTATTTCATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAAAAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGCAGAACAGCCCTATTGGGTTTATTTCATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGCAGAACAGCCCTATTGGGTTTATTTAATGGTTAAATGATTCCCTTTTCTCTGTAATAATAAAACAGTACCTGTACTTGATCCCAACTAAGATATAATTACCCCTTATTGGGGGCAGAACAGCCCTATTGGGTTTATTTCATGGTTAAATTATTTTTTAGTAGGCTTACATTATGGAGATCCAAATTATGGAAATTTCCCTTATACATAAAACACCAGACCCAAAGCATTGTGGGTAACGGGTCCCATACCTGTAGATGCAAAATGATTGTTTTATACCCCGGGAGGCGTATTTATCAAAATCAAATTTTTGAGGTGTTTTTTTTAAATACAAACCAAACCTGAACATTTTTATTAAACTTACCAAAATTCAAAAACTTGATCCTGAAACAATAACTCAAATGCAGAATCATTTTCCAAGAGTCTCACAAATCTCAAATAATCTGGAAACTCCAACTGGAAAATAACTTTTTTTTCATTCAAAAGCTGATAAATAGACATATTCTTAGTTTCCATGGTGCCCTCAGTCACATGACCTGTGTTCTGATAAACTTCAGTCACACTTTACTGCTGCGCTGCAAGTTGGAGTGATATCCCCCCCCTCACCCCCAGCAGCCGATCAGCAGAACAATGGGAAGGGAGCAAGATAGCAGCTCCCAGTAGGTATCAGAATAGCACTCAATAGTAAGAAATCCAAGTCCAGCTTGGGACTCCTCCAGTTAAATGGGAGTAGGAGAAACAATAGGTTAGCTGAAAGCAGTTCTAATGTGTAGTGCTGGCTCCTTCTGATACATTTCTCATACCCTCCCTTTAAAGCTGTCCCTTCCCTCCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGGTGGGTTCCCCTCAAATACCCAAAGTATGGAGGTTCCTAATCACCCCTATAGATAATATATTGCACCAATCACATGCACCGATGCAGTAATGCACATTAACTGCACAACTGGCTGAATACAGCGCAGCTATAAATGCGGCACCAACCTGCGCCACTGGGGGGTCATTTATATCTGCAACTGCAGCGAGTGCAACTGTGAGCGCAAACGGGGTCCGACACGCGACTCACTGGGGGCAAAACTGCGCTTGTAAATGACCCCCCCAGAGGCGCATCCCTGGCCTGGAGGTCTCACCCCCCCACAGTAACCAAAGGGGCCCTTGGGGGGGGGATTGTAGGCGATGAAGATCATTTCAATGAGAGAGGAAAGAAAATGATTATTAAAGGGGAAATCATGATGTTAAGGTTTGGGAAAAGCCGGATATAAAGGAATGGCTGGCCCAGTTGGGATTGGTTACACTGGGGAAGGGGCAGTTAAGGGGGGGTCACTATATATAAATATATATAAGGGGGGGGCAGTAATGAAATAGAGAAAGTACAGGGAAGAGCGACTAAGCTGATAAAGGGAATGGGCTCAGTTATGGGGAAAGGCTGGCCCAGTTGGGATTGGTTACACTGGGGAAGGGGCAGTTAAGGGGGGGGGGGGGTCACTATATATAAATATATAAGGGGGGGCAGTAATGAAATAGAGAAAGTACAGGGAAGAGCGACTAAGCTGATAAAGGGAATGGGCTCAGTTATGGGGAAAGGCTGGCCCAGTTGGGATTGGTTACACTGGGGGGGGGGGCAGTTAAGGGGGGGTCACTATATATAAATATATAAGGGGGGGCAGTAATGAAATAGAGAAAGTACAGGGAAGAGCGACTAAGCTGATAAAGGGAATGGGACCCCCCCCCTGAATCAGTGGTACTGGCAGATACATTAGATAGGTACAAGGAAGGGGTTACATGTGGCAAATTGTAGAGGGTACAGAAGCCCCCCCCCTTCCTGGATCAGTAGCAGTTGGGCAGGTTTATACAGATGTAAAAGGTTGAACTTGATGGACGTGAGTATTTTTTCAGCCTCACTTACTTTTTTACAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	X. tropicalis

mRNAs based on gene models(1)

Source	Version	Model	Species
NCBI	10.0	mRNA032961 >mRNA032961 ccctctcAGCCACAGGGAAGGAAATGATCTCTTCttgcccccccccggggcagcaCCAATGCCTGTAGGTCTGTAACAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCGTGAGGGTTTATATTCGCTGTATCTCTGGGTCGGTCAGTGGGAAAATGAAGAGAGAAGCAGAACTGAACCTTCTATTCATCCTCCTGTCTGTCTCTTATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATCCCAGCACCAATACCGGGAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATGAAGGGAATTACCCGCCCCCGCGGAGCAACGTGTCTCACAATGGCAGTTTGCTGCTCTATAACCTGAccagagaggatgctgggaaatacaCCGTCACCGTGGACACCCTCTGGAGGGAGCAGTGGTTTAACAAAACATATATACTGCATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGAccagagaggatgctgggaaatacaCCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGttcCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATTCCAGCACCAATACCGGGAGACGATAGCGACGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCAACGTGTCTGACAATGGCAGTTTGCTGCTCTATAACCTGAccagagaggatgctgggaaatacaCCGTCACCGTGGACACCCACTGGAGGGCGCCGTGGTTTAAgaaaacatatatactgtatgtccaaGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGAccagagaggatgctgggaaatacaTAGTCACTGTGGACACCCTCTCGAGGAAACGatggttcaaacaaatatatttactgCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCtgcactggggtgggggggggggagagggatcTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAgccaagaagggagggggggcagaaCGCTGAGTTGGGCACAACCGGAACAGAAAtggatataaatatattgcacggGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	X. tropicalis

mRNAs from cDNA libraries (3)

Clone	Accession	Species	Library	Anatomy	Stage
	XM_031896402 >XM_031896402\|XM_031896402.1 PREDICTED: Xenopus tropicalis uncharacterized LOC101734364 (LOC101734364), transcript variant X2, mRNA CCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCCGGGGCAGCACCAATGCCTGTAGGTCTGTAACAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCGTGAGGGTTTATATTCGCTGTATCTCTGGGTCGGTCAGTGGGAAAATGAAGAGAGAAGCAGAACTGAACCTTCTATTCATCCTCCTGTCTGTCTCTTATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATCCCAGCACCAATACCGGGAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATGAAGGGAATTACCCGCCCCCGCGGAGCAACGTGTCTCACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCTCTGGAGGGAGCAGTGGTTTAACAAAACATATATACTGCATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	X. tropicalis
	XM_031896401 >XM_031896401\|XM_031896401.1 PREDICTED: Xenopus tropicalis uncharacterized LOC101734364 (LOC101734364), transcript variant X1, mRNA CCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCCGGGGCAGCACCAATGCCTGTAGGTCTGTAACAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCAGCGCCAATACCCGTAGGTCTGTAACTGAGAGCCAAAGCCCCTGCCCCTCTCAGCCACAGGGAAGGAAATGATCTCTTCTTGCCCCCCCCGGGGCGTGAGGGTTTATATTCGCTGTATCTCTGGGTCGGTCAGTGGGAAAATGAAGAGAGAAGCAGAACTGAACCTTCTATTCATCCTCCTGTCTGTCTCTTATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATCCCAGCACCAATACCGGGAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATGAAGGGAATTACCCGCCCCCGCGGAGCAACGTGTCTCACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCTCTGGAGGGAGCAGTGGTTTAACAAAACATATATACTGCATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATTCCAGCACCAATACCGGGAGACGATAGCGACGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCAACGTGTCTGACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCACTGGAGGGCGCCGTGGTTTAAGAAAACATATATACTGTATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	X. tropicalis
	XM_004919944 >XM_004919944\|XM_004919944.4 PREDICTED: Xenopus tropicalis uncharacterized LOC101734364 (LOC101734364), transcript variant X3, mRNA CTCAGACACAAACATGGAGCCAGCGATGGGGCTGATCCTGCTCTTCCTCCTGCCCTCAGTCTCCCATGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACGTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCACAAAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGCCAACACCCTCTGGAGGGCGCCATGGTTTGAAAAATCATATATACTGCATGTCCAAGTTCCCCTTTCAGATCCAGTAATTGAGGTCTCGTGTGAGTCGGGGGAGAGGGCGGTGCTGAGCTGCAGGGTACAGACCGGGTCGGACCCCTCCTACACTTGGGTCACTAATGGGGCAATAAAGAGGAATATGATCCCCCCAGGGGAGGTGAATGGGGATAGAATCACGGTCCCTTTACCCCTCCCCGGGGGTATAAGCTGCACGGTGAGAAACAGAGTTACGGAGAAGCGAGTCCGTCTGTCTGCCATTCGCTGCCCAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGCAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCCATTCACTTGGCAAGTGAAGAAATTCCAGCACCAATACCGGGAGACGATAGCGACGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCAACGTGTCTGACAATGGCAGTTTGCTGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACACCGTCACCGTGGACACCCACTGGAGGGCGCCGTGGTTTAAGAAAACATATATACTGTATGTCCAAGGGGGCGCCACAGAGCGGGACCCACAGGACATATTTGGAGCAGAGGGGGCCCCCGTGCTGTTCCCCATGCAGGAGAAGCTGCGGGTCAGTCAGACCCAGGAGGGGGAGTGTAACCAATTCACTTGGCAAGTGAAGAAATTGCAGCACAAATACCGGCAGACGATAGCGCGGGCCGACGCCTTGTGCAACCCAGTCCTGTATTATGGGCAGTACCCGCCCCCGCGGAGCTCCGTGTCGCACAATGGCAGTTTGTGGCTCTATAACCTGACCAGAGAGGATGCTGGGAAATACATAGTCACTGTGGACACCCTCTCGAGGAAACGATGGTTCAAACAAATATATTTACTGCACGTGCAAGATGGAGCCAAAGCTGGGACCATGGACTAACCCCCCTGTGATGGTGGATAAATGTGGATAATGGAGTCACCAAACCAACATGGGACCTGGTTCTGATCTGCACTGGGGTGGGGGGGGGGGAGAGGGATCTGTGACTTTGTGATTGGACCTGACAGGTTCCACCCACCAAGCACAGACAAGGGATTTACTGGAACTGCCTGAGAGACTTCACAGTCTCCATTTGAAAGTAGAAAACACTGGGCGAGACCCCTGAGCACTGAGGGTGACAGTCGGGGGGAGCAAAGGGGTGACATTGGGGCAGAAAGACTTGTTCCCCACAGCAGTTCTGATCCGAGAGACATCACGTGACCCCATGGAAGTGACTGCAGCCAAGAAGGGAGGGGGGGCAGAACGCTGAGTTGGGCACAACCGGAACAGAAATGGATATAAATATATTGCACGGGGGGGGTTCTGTACCCAACACCCCCCAGCAGAACCCTGAGAGAAGTGGATCATCTGCCCTATCTGCCCCTAGTCTAAGGCCGGGCTCTGTATCATTGGTCTTTGCTCTTATTTCTACCCAAGTGGGTAACTTTGTATTCGCCAACATGGAACCCCATCTGCCA	X. tropicalis

ESTs (0)