Tan0007187 (gene) Snake gourd v1

Overview


Name	Tan0007187
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	transmembrane protein 120 homolog
Location	LG07: 4197760 .. 4229106 (+)
RNA-Seq Expression	Tan0007187
Synteny	Tan0007187

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR

Hold the cursor over a type above to highlight its positions in the sequence below.

GGTTGAAGAGAGATATTACGTGTGTGCGAGGGAGAGAGAGAGAGGAGAAAAGGTTACGTGGATGTGAATCGTCTGAAAACACCAGCCCATCGTCGGTACTCAGCGTCTCTCTCTTTCTCTGCGGTGGCCTACAAAATTCGCATTCTCGTCCTCTACCATTGGGGACTTGCAGCCTCAACAAAGATCGAGTTCACCATCATCTCAAGGGCGGAGAGATATAGTGGAGACGGAGAACATGGCCGATTCGTCGCAGAATGTGGAGGATGAAGTTGGGAGAGTGGTGGAGCAGGCGAAGGAGCTGCATGATTCGGCTGCATCTCTAATCTCCAGAACTGCCAGCGACGAACAGTCTCTCCGCCAGCGTGCTCTCTCTCTTGACTCTTCCCTTCGCCGTCTTCGTTCCTTACTCGATTCGCTTCTCTCCAAGAAGCTTTTGGACCCCAAGCTTGCTGACAAGGCATGTTCCTTTCTCAATTTTGTACGCATTTGATTTGAATTTTGTTGTTCTTCAATTTGCGGATCGAATCAATTCATTTTCTTTTTCCTTGTTTGGATGAATCAGCTGGAAGATGACTTACAGAGAGCTAGATGTATGATGGTGGATGGAGAAGTTGCATCATTTCTTCCTGGGAAGGCGGAGGGTTAGAATCCTTTTCATTCGTATTTAGGGATCGTGAATTGATGTCTTTCCTTTTTCAAGGGAATCACGGGATTAGGAAATGGAAGGACAATATCAGGATTAGTATCTGTGTGCTTCTTGCTGCATTTGGTGTCTGAGTATGTAATTTGATGGCAGGGAAGTTCTTGCGGATGTTTCTGGGACCTATTAATGTGCGTGCCTCACGGAAAGACGTTCAGTTGAAATTTAAAGAGGAGTATAACAGTTACAGAGTATGAATTTCTATTACTATCTGTATTACACAATCTTACATCTTTTCCCTTTAGTCGCAGAGGCTACTTTATTGCATGCTTTAATCTGCACCTTGACGAAGCTTTTCAATCATTACGGCTACGGCATTCCTCGAAATCTCCGAAATTAGTGCTTTGTTATAAGGCTTAATTTCTCGCTCGCGTTTATATTTTACTCGAACACCTGTATTTGATAGTCTACCTTTTCAGGATCAGCAGCCATCAACAGCTGATTGAAACATTCTTTCTTCTATGGGTTTGTATAGTGATGCTTTAGATGGATCAGATTAGTTAATTTTTAACCCTCGTCTAGCTTTTGGCGTATTTTCCATTTTATGTTTGCAAGAGACAAAATTTCATTAATGGAATGAGATTTACAGTCAGAGAAGAATAGGCGTCCTCAAACCCTATGCCAGAGGAGTTATAAAATCACCCTCTAATTGGAAAATAGAAGATCAATTACAGGAAGCGTTTGGAAAAGCACTCCATGAGAAGGCCACAATCAATAGTGCTCGAGATTTCCCCTAAATTATCTATTCCTTGGGAGACTCTTGTATTTATTTATTTAATGAGAAACATATGATCATTTCATTCTCAATGAAATGTATAAAAAGTAACGGGAGTCCGATTACAAAAGATTTTCCCAGTTGCTAAGGAGGGGAGTAAGAGTGTAGTTTCCAAAAAGAGGGGATAATTTACACAATGAGAAAGCAAGATAAAGAAGATGTTCAATAACTATATGGGGCTTTTTGGCAGTATCGTTGAAGATTTTGTTGTTTCTTTCAAGCCATATAGTCCAATGTTGTCCCATATGCATGCCTTGCTATGTGAAAAAGGGTGACCTAACAATAGGACCTCTAGGAAAGTATCCATATTGTTAGGAAAAGCAATCTGCTGCTTGGATGCCCTTAGAAACCGTGTCCATATGCTGTAAGTAAAGGGGCAAACAGTGAAGATATGCCCAATTGATTCAATCGCAACTTTGCAAAGAACACACCAATTTGGAGCTGAGACTAACCAAGGAGCCTTTCTTAGGATCGTATCTGCCGTGTTTAGTCCCTCGTGACTAGTTTCCCAAAGAAAAAATCTAACCTTTCTGGGGATGGGACCCTTCCAAATATTTTGGTAAAGGCGTCGATGTGTGAGGGAATTTGTAGATGTAAGTTTATGGGTGAGGGACCTTGCTGTGTAGACACCTTTTCTGTCAAGCAGCCACTTCCAGTACTCATTTCTTGTAACATCAAAATGGATGGGGAGTTTCGTCGAGAGCTCTGCCCATTCCTCAATCTCGGCCTCTTTCAAATGCCTTCGAAAGCCAAGGTTCCAGGAATTTCCAATATACATCTCCTATACTGTAGCATCCTTTTTCTGTGTGATGGTGTAAAGGAGTGAAATGAGCTTTGAAGGGTAGAATCTCCAAGCCAACAGTCGGTCCAGAAGGAGGTTTGTTGGTCATTTCCAACAACACAGTAGATATTGTCATATATTAGTCTTTGTTTCGCTACAATATTCCTCCATGGCCCTCGATGATACCTCAATTTTTTAGTTTGTGGGTGGAGATCGAAATGAGTGGAGCCATACTTGATTGACAAGACACGCCGCCAGAGTGAGGTTTTTTCTGTGTGAAATCTCCAAATCCGTTTGGCAAGTAAACTTTGGTTTTTGGCTTTAATATTGGTTAGCCCGAGCCCTCCTTCAACAAGCGGTCGACAGACTGTATGCCAATTTATAGGATGAAAACCATGGTTAGTTTTGTAGCCACTCCACAAGAATTTCCGGAAAGTCTTTCAATGGCTTTGGCTGCATCGAAGAGACTTTAGAAAGGGATAGATAATAGGTAGGTAGGTTGGATAAAGTGGCTTGTATAAGGGTATGTCTACCTCCCTTTGAGATGTATGAACACTTCCACCCTGTTAATCGTCTCTCTATCTTCTCAATGATGGGCTCCCAGAAAGATTTTGTGTGTGGTTTACCATTGAGGGGCAACCCAAGATAGAGAGTAGGCCAAGATACCAATTTGCAACCAAATTCATTAGCAAGGTCTTCGATAACTGTCTCTGAAATGTGGATGTCAATGAATTCAGATTTCGGAGGGTTGATGCGTAGACCCGAGGCTTCCTCGAACCTTTTCACAGTGTCAAAGAGTGCTAGGACATTTTCTCTGTGTGGTGAGGAGAACAAAATGGTATCATCTCCGAAAAAATAAATGGTTTATGGCTAAGTTTCCATTGCCAATTTCCAATCCGCATATGTGTCTCCTATAAGCCTGTATAGAAAGCATTCGACTAAAACAATCCATGATGAGTATAAAGAGGAAGGGAGACAAAAGGTCTCATTGCCTAAGCCCTCTTGTGGCTTTGATCTTCCCACGTGGTTTTCCATGTATGATGATAGAAAAGTTTGGTGAGGAGATACAACCATGAATCCATCTTCTCCCTTTAAAATCGAAACCTTTTGCATCAAGGACGTTGTCTAAGAATTCCCAATCCACCATGTTGAATGCTTTTTCTATGTCAAGCTTGATAACCACCCGTTTCTTTTTTCTTGTGTACTCCTCAATGAGTTCATTTGCCATAAGAGAGGCATCTATGATTTGCCTATTGGCAACAAAGGCAAATTGGAAATCTAAAATTGTTTGGGGAAGAACCCTCTTGAGCCGTTCTGAAAGGACTCGAGCTATCACTTTATAGAGGCAACTGGTGAGGCTTATAGGCCGATAATCTCTCACTGCTTTTGCGCGGTCTTCTTCTTTGGGATGAGACAAATATAGGTTTCGTTGAGGTTGGCATTGATAATACAATGGAAGGTCAGCTAGCACCGAGAGGAGCAAAGGGTCATACGCCCCAGAAAGATTAAATTTCTTCCATTTATCAATCCGACTGTTAATGGAATCAAGCACCGGCTGCCAAAACTCTATTTTCTTAGGATGACCCCTAAGAGGCACCCCTAGATACTACATAGGAAAGGACTCGACCATACACCCCAATTTTTTAGCCTGCATTGAGACTTTAGCTGCCTCAATGTTAACACCAGCCAAAGCCGGCTTAAGCCAATTAATGCGCAACCCCAAGCAGGATTCAAAAAGAGCAATGGTCTTTACCAAGACCTCCAACATAGCATCATTATACTTACAAAAAAGCAAAGTATCATCAGCAAGCTGTAACACTGAAATGTGAACTTGATCTTTGCCCACCACAAAACCTTCGAAAAGACCTTCCTCATGCATCTTACTAACCAGGGAGGAAAGAACCTCTGCTACCAAAATATAAAGAAATGGAGAAAGGGGATCACCTTTCCGAAGACCTCTTGAAGCTTTAATTCTGCCTCTAGGTCTACCGTTGATAAAGATTGAAAACATCGGATCCCTGATGCATCCCATAATCCATTGGATCCAAGTGGCATCAAAACCTTTCAATTTCAGAACTTCCTCCAGAAAATCGCAGTCAACACTATCCAAAGCTTTTTCAATATCAATTTCGAGCACCCACCCTTTCCTCTTCTTTGCTCTATACTCTTCTACGACTTCATTTGCAATCAATAATGGATCTAAAATTTGTCTTCCCATGATAAACGCACTTTGAGTCTCTGAGACAATGGATGGCATGACTAACTTCAATCTTTCCGCTAGGGTCTTGGCCGAAATCTTATAAGAAGAAGCAATGAGACTAATAGGACGAGAATCCTTAACTGAAATGGCCCAATCTTTTTTCTGAATCAAACATATGAAATTTTCCTTTTGCGCTGCATTCAATTGATCATTTATAAAGAATTCATCAAAAAACCTAACCATATCCTCCTTAAGAAAATTCCAAAACCTGAGATAGAACTTAGAAGTAAAGCCATCAGGCTCCGAGGCCTTGCTACTAACAAGATCCATAATGGCTTTCAAAATTTCGTCCGCTGTAAAAGGAGCCACCAACATAGCATTTTGCTCAACAGAGACTACCTCCCATTGCACTGCGATTGGAACAAACCGCCTACCACCGACTTTTGCATACAATTCCCTGAAAAAACTAAGTATTTCATTCTCAATATCATTAGCCAAAGAAAGAATATCCCCTCAGAGCTCTGAAGCTCCACAATCAATCTCTTTTGCTTCTTTGCCGCCAAAAACCTATGAAAGAATCCAGTGTTTTCATCCCCTCCTTCAACCAATTTAGCTTACATTTTTGAATCAGATTTCTTTCCTCTAGCAAGTGCAGATTAGCTAACTCTCCCAGTGCTGCTGATTTGGCCGAGGACTCCAAGGGGGATAAAGCAGACCGATCAACCTTTGAATCCAACCAAATAATTTCATCTAACAAGTCGGACTCCTTCTGTTTCTTTTGTTTCTCGAAGTCTCCATACCACTTTTTGATCACCCCCTTTTCACATTGCTGAGCTTCAAGGCTATGACAAAGCCCACCCACCCATAAGCCCTATCCTTCAACAGCGAGGTTTCAATTTTTCTAACACAATCTGCATTGTCCAACCAGGAGTTATAGAAGCGAAAAGGGGCTGGACCCCATTGAAAAGAACCAGCCTCTAGCAATAATGGAAAATAATCTGAAAAAATTCTAGCTTGTCTAGAACTCCTTGTGTTCTCAAAAGCAGCATCTCACTCAAGATTAATGAAGAATCTATCCATAAGAGATCTTGTGTTCTCATCCTTCGGCTTAGACCAAGTAAATTTGCCGTTTGAAAGAGGAATTTCCATTAGCCCGAGATCAGCAATAAGGGCATTGAATTTCCTCATTCCTTTGGTTGCCCTGTTTTATTTCATTGATCAGCAATAAGGCTGGTTCTTTTCATTGATCTGTTTTATTTCTGCTAAAAAACTACCCCCATATCATGTGTTCACTGTTCTCTTTTTACTCTCTTTATCCAACTAGATTCACATATTTGGAGCTTTCTTCTGTTTTTCTTCTTCTCACTTATTCCCTTTTCACCTACTACACTACATACATTTCCTAGAGAAAATAACTCCTTATATGTTCTGTTTTTGAAATACACTCACAGTGATCTCTTTCAAGCAGGATAGGACTGCTCTTCTTTTTCTTCTTTTCCCATCGCTGCTACTTGTTCTAAGAGGCTGGGTTTGGGATGGATGTTTGCCTGCATTTCCAGTTCAGCTGTACCAGGTATTTTTTTTTTTTATAAAATCGGTTTTTCTCTCTCTAATTGAAGGTCTTGTTGCATATTGAATTTGATTCTATACAAGTTTTCAAGGCTCCTTCTATACTTGGTAGTAGGAACTGTGGAGCAAATACCTTGTGGTTGATCGGATAAACATAATTGTTTGCATCTACTTGGCATTCGTCTCTGAATCCGTCACAATTGGAAGATGCTTCTTTTGTAGTTTTTTTGGGGTCTTCTCAATCCTCTGTCCTTAGGTTGTTGCTTTGTTCCTTTTCTTTTAATATATTCTTGTCTTTTATAAAGAAAAATAATTCAAATGAATACATTTAATTAATTAAAAAAAAGCATAATTTAATTCTATATAAAAATAATTATATATTTTTTTAACGTTCTATAAATCACATTTACATAAGCTAAACATTGTTCGCAGCCAAAACAGGTAGGTACTATTTATACTTATTTATAGCACTGGTTGATAGATATGTTGGTTCCATAATTTAATATGTAGACTGAAATAGGATATGTTATGTTGACATAACCACAACTGGGTTGACATTACCACAACCATGTTAGCAATCAGATGTTAATACAATTTGGTCTTTATATTTAATCACTACTATGTAGAAAATCAAATTGTAAAGTGAACCTTGAAAAGATGTATTTAGCTTATCTACCTTCATCATTTTTAGGCATATGGAACCTGTTCCCCTGCAAATATAAGCACATGCTTCCCATTTCCAATCATCCTATTCCAGACATCTCATTTTGATGCAAAACTCGACTAAATGTCCTTAGATGTTTTAGTTTCTTGTAATTGAATCTGATGCCTACTCCCAGCAGAGCTCTCTCCTCTCTCCTTCCTTCCCTTCTCTTACCCAACCTTTCGTTTCTTCTAGCCTCCAGAAACAATTCTTCTGTTGATCACTACCCTCTTCGTCTCCTACCCTTCAGCCTATCTGACTCATCCTGAACAGCTTCAGCATTTAAGATAAGATCTTCTTTCCTTCTTTTTTATTATGTTTTGTAAGGGGATTTGCATGGAATTAAGTAGTTGTTGCGTGGGCAAGAAAACTTCTATCTTTCTTTCGAATAATGAGTTTTTCACAATAAAAGAAAAGTCTTGTATTCGGCTCCTCCATCTTTCTTCATCTCAGGCAACTCCATTTGGATTGAAGAAGCTTTAGTTGATCTTATGCAATATCTGCGAAATGCTCACTTTTTCAGACATGCCAAAAGTGATTTTGGGCTCAACATATTAGTAAGAAAAAAGAACCGTTTTGGTTGGGTCCTTGAATGCATTTCCATCAATACATCAAGCAAGAGGAATGTTGTGATGAATGTTGCAATGGTTTCGGTAGGTATTAGTAAAAGAGGTTGCTTGTCTTTTGGGAGATGATTAGGGATTTCTGTTAAGTTCCTTAGGAAGGAATATGCAGCAAGATGTTTTGGATTTGAAGACTAACAAATGATTAGTTTCGAAGGAAGATTCCTTTGGTGAGCATTCCAACAAAGGTTCTTATGCAGACAAGGTCAAGAGGAGGGTTCATAGTTACTTTTATTTTTCGGATTCTTTGCTCAATTCACAGGTTTATTGGGTCAAGAAAGAAAGAGAAGTAGTGGAGATCGATTGAGGTTCTACTATGACTATTACAAGGATGAATGCTCATGATGATTGGAAAGCAGTTGCTTAAGAATTGGAAAATTTTCTAAAGTGGAATTTTAAATTAATCCATTTATGGATGACAAAGCTTTGCTCGGGATGGAAGAAGGGAGAATCCTTAGATATATTGGCAGATGGAAGAAATTTGGCTATCTTCGTGTAAAAATCGAGAGATCGAAAGAAGAAAAGCATAGTATTCCTAAGTTCATGATTGGATGTGGTGGCTGGATTGGGATTCTTGATTTACCTTGAACTATTGGACTGAGGGTGCTTAAACTATCAGTCGTCATTTTGGTGGCCTCATCATTGAGACCTTAAATAGGTTGGATTGTCGTTCAACAACTATCAAGGTTAAAAGGAATTTTTGTGGATTCATCCCTGCTATGATTGAAATTAAGGATAGATCGTTCAGAAGTATGTTTGTTCGAACTAAAGCTTGCCATACAATTTCTCTTCCGTCTTCAACGATCGACTCTTTGGTCCTTGATCTAAACGAGTGTTAAAATCCTTTGGATTAATTTTGTTTTAAGGAGATTGTGGAAGATGAATAGTCACCCATCCTCCCTCATTTTTATCTTCAATGATGGAATTAATTGATCAAGGGACCACCTCTTGTAATGAGTAGTCGATTGATTTTGTTTACAATGACCAACAACAGAATGATCCTTCAATTGGTGAATGGTCAAATATTAGTGAGAAGATTCCCAAGATTTGTTCCCCTCGCAGATTGGTCAGTCTGATTTTGTGTGTGTTAAGATTTAAGAAGATAAAAAATGACTTCATTAAATCTATTCTTTATTTTATTCTTGCGAAAGGGAGGTTAAGGATTTATTGGGCTTTGTTAGAGTGTTGATATAATTAAATTTACCATAACCTATCGACTTAAGCTTTTGGGTTGATTGGTAATTTAACATGGTATCAGAGCAGGAGGTTCTGTATTTGAACTCTAGTAATACCAATTCCTTTCCCAATCAATATTGATTTCCACTTGTTGGATCTTTCTGCAAATTTCTAAGCCTACAAGTGAGAGGAAGTATTGGAGTGTTGATATAATTAAATTTATCAGAACCCATCAGCTTAAGCTTTTGGGTTGATTGATGATTTAACCGGCTTGATAACTGAGGCTATTAAAAATTGTAGTTTGGTTTTAATTGAAGAGAGATGCACGAGTCTTTTGAGTTCCCTGGAGAGAGAAGGTTTTATTGCCTTTTATGGATACATGTGGTTTTGAATTTTTGAATTTATATTCTTTAAAGAAAGATTCTCCTCTTTTTGGCTCCATCTTTATCCTTGGGCATCATTAATTCGAAAAAATTGATCGGCTTAAAATTAATTTTAATGAGAATGGGCTGGAGGATTTGCATAAGGATTTTGACAAAGATTATGATATCAACACGAGTAGTTCAAATTTAGAAGATCATTCAATCCCCATTGAAGATGAGGTGGCCTCTCCCTCTTAAGGATGCTTTTCTAGAAAGCGTGGGTGCTCTTTTCTGTGATCAAGATATTTCTAATAAAAAAAGTTAGCAGGTGTGAAGATTCTCCCTAACTCTTATTTAAAAGACCTTTCAGGCTCAAGAAATTCTCCTCCCTTATTGAGAGATGTGGGCTTGAAGTTTATGAAATCCCTTCTTTTTCTCCAGCGTTTGCAAGTTAGCTGTTGTTTCTTCCAGGGTTCCTTTTTTTTAAAACCACGTTTGGATTTTTCTTGGCCTTTTCCAAGGATTTTCGCGTTCGTTTGTTTGCGGCTTCTCAGGCTTTTGTTAAGGGGTTTTAAGCTTCATGAAGAATGATGTCTCCTCTGGTTTCTTTGGAGTCCTTGCCATCTCCTTCAACTAAAGTTTTTTCTTCTTTTCATGCTGCAGTCCTCTGTTTTTGGTGATTGTGGTTTCACTGTGGGTTGTGCTTTTCTCTTTTGGTTGCAGTCTCTCTGTTTTTGGCAATTCAGGCGATCCGAAGGCAACATTTTTCAGTGGCCTTCGTTGTTATGATTCTCTGTTTTTTGGTGTTTGCGATTTCTTTGTTGGTGGTTGAGGCCTTCTAAAGGCTGCGGTTTTCATTGGCTTCTTTGTTGGTTGGGGTTTGTTTTGGGTGCTGTGCTGTTCCTTATGCTTTGTGGAGTGCGGTATCTTTTGCTTCAATCTTTTGTGGTGTTTGGTTCCATTTAGGGTTTTTTGGTTCCTTGTCTTTGTTTTTAAAACAAAAAACAACTTTTCATTGAGGGTATGAAAAAAGACTAATGTTAAAATAGATACAAATTCCACGAGGGGGTGAGGGAAAATAAAGAAAATATCAAGAACAACTAAAGAACAAATAAGACAACTACAAAAAAAAGTCTCCCAATGAAGATAAATATCATTAAAAGAGTAAGCCTCAAAATGTTTGAAAAGCGGTTGTGGGAAGAATGGACAACTCTAGGTGCTTATCGTGAGGGTCCTTTGGGTATTGGAGGGAATTTCAATATCACCCGGTGGGTTCATGAGAGATATCCGGAGGGATGCCAGCCTAGAGGAATGAGATCTTTTAACAAAATTATGATGGAACTCGATTTGCTGGAACTTCCTTTAAGGGAAATTATGCATGGTCAAGATTGGGGTTGGATTGCTCGAGATCTTTAATTGATAGGTTTTTCATCAATGCGGAGTGGGATGGTCTTTTTGAGAATTCTCGGGTTTCAAGGCAGAATTTGAGGAGACTTGCAGAAAGAAGGAAAAGGACTTGTTGGACGAGATCAACTTGATGGATTTGAAGGCTGAGGCTGCTCCTTAATCCCTCAGGAGCTGTTAATCCGCTCGATGGAAAAAGGGGAATTGTTGGACCTATACATGGCAAATGAACGTAACCCAATTCAGAAAAGGTTCTTTGGGGCAATGCGGTCAAAGCAGTTTTATCAGATATTTGATTCGAGTGTAATCAAAGAACGTTCGAAGGGGTCTTCCTATCTTCGGAGGATCGGTTTGAAGCAATTCGGCTTAAAGCTTCTTCTTGGTGTGCTCTTTCCAAAGCTTTTGATAATCACTTCATTTATGATATTTACACCAATTGGGCTGCTTTCATTTCTTTCGGTTAAGTCGGGATTGTATCTTGGTTCATTCTGTCTTTGATTATGTTTGGTAGTAAGGGTTTTTTTTTCTTTTGTTGTGTGAGGCTGGTGGGTGGGCTTATTTGGAGGAGTTTTGAGTTTGTTTGCTGTTTTTGACCTGTTTTCTTTCCATGTATTACTTGTTTTCATTTTTTTTTAACAAGGAAACAAGAAATTTTTTATTGAAAAGATGAAAGAGCGAGAAGCTCAAAGTACAAAATAAGGAGTTAAAACAAAAGTACCAACAAGAAAAAACATATCACGAGAATCCAATAAGCACAAGCAATACTAAAACCACGAAACCTCAAGTAAACACTCTACCGAACAGACAACAAAACAGAACCCAAGAAAAATACAATTCAGACACAAAGTAACCCGCAAGACTTTGGAGAGAGCACACTAGGAAGAATCCTTTTGTCGGGCTAGAATAAAATGCGCCTAGTCACTCCCTAAGATCCAATAAAAAGAAGCTTCAGCTGCTTTTAAACGTAGACAACAAGGAGAGGGCTGCAACACCGAAGAAGGCTACTTTCTATGCAGAAACTCAGCCGTATTGACCTTCCCCAGAACCAAAAACCATAACTCATAACGAGAACAATGACACACCTAAGTCATAAACAGCACCATGTGGCACAAATAAGACTCCTCTCCCAAGTCACCCCCGACCCTGAATCTCTGGCCAAACTTCTTTGAGGCAACCAATCATGAAACCAATTGAAAACATTAACAAATTCTCCCAAACACCCAGGCCCTTCATCATGATATTAGAGATAACACCATTTACCTCACAAAAATCCTCTTATAATAATGATTAGGCCCGTAACCATTTGAAATGCAAAAGGATGTACCCTCGCATGGTTATCATTCTACCTGAACGATTGAAAAATTCAAAACATGCTCCCATCCTAAAACCTTTGGACTTCATAAGGAATTAATTGCCTTATCATCTGTTAAACTCGACTTTGATTCTTGAGTAAACACCACAACCGAAGATAATCTAAGAAGATACTGCATAAGACAAACTCAATTTGAACCGACACCCCGACCTCTCTTGATCCATGAAAAACTTTCAAATCAAAGGACCAGAATTACCACCTGCTACAATTTCTTTAAAATGCAACCCACTTGCTTTAATTAATGCACTAAACTAAGACAACTCGATCGGACAATCAAGCATCTTCTTCTTATTCGACTCAATCTTATCCCCCGAAGAAGGTTGACGAGCTGCGGAGTTAAATAAATCAACCAAATTAATCACTAGAGAAAGGTCCTCCAACCTCTTATCTTCCAAACCTCTTACGGAGCCTATATCCAGACTGCTTAGACTGACCTCAAAGTCATATTCAAAAGCAGAATCATGACCAACCACTGGAGATGCAACGGTTACTTTTCGTATAGCACCTAAATTTGGTTGGAGAGAAGCTTTAAAAAATGAGACCCCCTTTGGTCCAAGATGACATTCCTGAATGGAAAAACTCGAAGCAGTAAGAGGTTTATTAGAGCTTGCCTGAGGCTCTGATGCAGTAGGAAAAATAAACTCTAACCTCTCACCCGAAAAATCAAAAAATACAAGGGGAGCAGAAAACTTCTAAGCAACCCTGATCGTGGGCTTCCTTCTTGAATAGTATTTACCACAAAATTTGTCCCACTTCCTTCACACTTGATAAGAATCATGGTGTTCCACACGTCCCAATTGGGCCTATTACACTTGCCAAAGCTAAGAAACTTAAACAAACATTCTTTATTCACTTTTAGGCTATAAAAAGCCACATACTAACCATGTAAAACTCGAAATTTGATCTCTCAAGTTAGAGAGTTTTTTCTTAGAAATCCATTTCTAAGGTTTCTTGCAATTCTTGTGATAGATTGCATTTTGAGCCATTCAATCCAACCTTGATCATGTTTGATTGTGGAATGACTCAATCTAGAACAAGATTTCCAATCTTGCTTCTAGATCTTTGATCATAAGAGGTAATCAATTTCTAGCCTTTTCTCTTGGTTGATTCTAAATTGTATAGGGAGGTGTTAATCTCTTAACTCAAGGGTTCTTGCTTAACCAAAGCTTGGATCTTTGGATTGAGAATTAGGGTTGCCTTATCATTTTGGTATCAGAGCATAGGTTGCATCTTTGTGGCCTACTCTAGAATTGATTCTATCTATCATTTCAATTGTTCATTCTTTTTTTTGTTTTATTTTTTTAAACTCCATCCATTCTGACCGTTTCTTTCATTGCATCCATTGTTCTTCATCTTTTGATTCTAATCTCATTCCCATCTTAGATCACGTTGAAATCTTGAAAAAGTAAAAATAAAAGAAAAAGAAAAAGAAAAAGAAAAAGAAAACGAAAAAAAAAGAAAAAAAGTGTTTCATGTTGAGTTCTTGAATTGTTCATGCCTATTTATATTCAATGAGTTTCAAATTGCATGAATTTGTTGAGGTTAATATCAGTTTCCAATTAAATCTTATTGAGACTGTCTAAATTCCTAACTGCAACATTTAATGTCTCTCATGCCTCTTCAAACTCGTTGATAACGTTCGAATTTGCTTAATTTTCCTGAAGAGAAAAGTTAGATTAGACTCTTATCTTTCAAAGTTAAGAAGAAAGTTTTATCAATTTCGTAACGTAGTACGTTCGTTTTTTGGAATTATAATTCTGTGCGCAGTTTTATCCGGAAATTCTAGCACCTTTCTTATTTGTTTTCTTTGTTCTAAATTGTTGTTATTTCATAATTATCTTGTCTTGGCTGATTTGTAAAGCTCACTATTACAAGAATCGCTTGAACCACATATTAGCCTACCCAATATCATCATTTAGTCACTTTCCTAAATTGCCTACCTTTGTGTGATAAACATTAGTGTCCCGAGTGTAAAAACGTGAGGGAGTGATTGTGAGGTCCATTTATTGTCATTTTACATTCTTTTACAACATGTATCATCGTGGACGAAGACATCATGAGGCCTACAACAATTATGATCCATTTTGAAAGAATTTTCGAAAGGATTTGGCTGAGCTACACCAATCCATAAATTACATGGCTGAATTGTGTCAAGAAATGAATTTGCGAGATCAAGCCATAAAGGAACAAGTTGCACAATCCAATCAAAATGGTGAAGATTATCCAATTCCTCAAGAGGATGCCCAACAAATTGAGATTGAAGGTGATCATCAAAATTCAGAGGAGGAAGAGACAAATGGTGAGATTATTATAGAAGAAAATGAAATACTTGAGGTATGTGTTGAGAATGATGTGAAGCTAAAACCTATTGAAAATTTTGTGAAGACCGAAGAGAATAAGAAAATAGAGAAAAGAGAAGAAAATGTGAAAAGTGAGATGGTAGAAAAACTTGAGGAAAAAGAAACGAGTGAATGTGAAAAAAGATGTTTAAGAAAGAAAAATCACGAGGGTGAGGTTTGTTTCCAACTAATGTTTTCTTCCCATATCTTCCAAGTGTTTTTGGTGATTCATCAAAAATGCATGAGATTAAGTCTGAATTTCTTGATCAACGACTGAGGAAGAGGATTACTCTACTGAAAAAGAAAGCACATGATCCAAGTGAAGAAAATAATCCAATTCAGGTATTTGAACGAGCTCGAGATGATGACTACAAAGTTGCTTTAGAAGGAGATCTTTTAGATTCGAGGACGAATCTTCTCGAAGAAGGGGAGAATGATACGAATCATGGTGTTCCACACGTCCCAATTGGGCCTATTACACTTGCCAAAGCTAAGAAGCTTAAACAAGCATTCTTTATTCACATACAAAATTGGATGGATTCAGCTACACCTCCATTTCATATGCTGCAAATTGATCCAAGAGCGGACGCTGATGCGAAGATCAACGTTTGCAAGATTGACGTTGTGCCAGCATTTAAAGACACATTTATTAATTTTTTAGTCATGAACTTTTGATTGTAATTTGTGAACTTTCGGGCTTCCAAACTGTGGTTTCAAAGTTAGACTTCAATTGTGGGGATTTACTAAGTAGGCCAATTATGGTCATAAATAATTGTAGGTTTTATTTTTGGGGAACTGAAAGGTTGGGAGTTTTATTCACTTTTAGGCTATAAAAAGCCACATACTAACCATGTAAAACTCAGTTTAAGATTATGATGAATGAAATTTGATCTCTCAAGTTAGAGAGTTTTTTCTTAAATCCATTTCTAAGGTTTCTTGCAATTCTTGTGATAGATTGCATTTTGAGCCATTCATTCCAACCTTGACCACATTTGATTTTGGAATGACTCAATATAGAACAAGATTTCCAATCTTGCTTCTAGATCTTTGATCATAAGACGTAATCGATTTCTAGCCTTTTTTCTTGGTCGATTCTAAATTGTATAGGGAGGTGTTAATCTCTTAGTTTAATGGTTCTTGCTTATCCATAGCTTGGATCTTTGGATTGAGAATTAGGGTTGCCTTATCAACACTATAGGGCAACGGGGATGAAAACAAAGAGGCATCATCGAAATTTGGACCCTATTGAATTAGGTCGTTGCTATCAATCAAAGCCTCTTCGCACGAATCAGCTACTGGAAGACCAATACCATCGCCAATGGAACCTGGAGGAAGGTCATCAATGAACCCGCCCAACCGAAAAACATCCAACGAATCAGCCTCCTTAATAAAAGAGCCGCCAGTTTCAACAATGACTACTTCCAATGAATCTGGACAATAAAAGGGTACCCTTTGAGTCAAAACCCCTTCAGAATTGTTAGCGAAATTCTCAGAGTGTGACTTTTCAAAGTCCACACCATTGGCTCCTAAACATTCGGTCAAAGGAGACCCTTGCATCTGACTAGCCTCCGAATCCGCACCAAATTCATCCGTCATAACCTGCTTTCCCCTTGCAATATCCAAGGGATTAGATAGATCCTTGAATACCAACGATTCAAAACACCTGGCCGGCGCCTCCAACACTTCCATGTCCCCAAAAACAACTCTAAAGTCACCCCTAATGGATCCGAAACAGGGATATATGCAGGCAGAAAGCCTCAAAGATTATTAGCAACTCTCAACTTAGCCTGTTGAGCATCAATGAGATTAAGGGTATCCAACGAGATTTCCTCCAATCCCTCGAGATAATACCCAATGGTCTCGAAAACCTTTCTGTTCCACAATCTTAGCGGGAGATTTCTAATTGCAATCCAACCACCATAGCCTTTCACATACTCAGGCATGCTATGCAAAGCATGATGCCACTTTTCCAACTTCAAATGAAGACCGCCCACCAATTGCCACTTGCCTCTGAACGCAGAAAAAATCTCAAGAGGCACAAAAACAATAGTGAAGAATGCCTTATCAACCTGAAAAGGATTCATCATCACTTTAATATTGAAAAAGCCCTCAACTACTCGCTTAACCACTTCCCAACTGATGTGAGCGAACGACCTCGATACAACCCACACATTTTCGAAATCTACCTCCACCACCTCTTCATCCTTTATGACCCAAAGGCCCCCAAACCTCCAACAACCAATACTACCAGACACTACCACACCGTTAAAGTCCCCTATCGCCGCATCGTTGTACCTGCCAAAAGCCTCAGAAAAAACCACACTACTTGGCCTGGGGGGCCGTCAATAGCACAAAGAAAATCAACCAACATATCGCAGAAAACCATCCAACCTTTGTCGAAAGAACCCAGTGGCACACTGAAAAATTGTCTACCCCCCTCAGGAGGCCAAAAAGAACCTTCTGCTACCTTTTCTTCCACCCTTCTTTTTACGAATAGACCCAACGTAGCCTTGACATCCCTAAACTTCTGTCTCTTGAAGGGGGAGACCGGACGTTGATCCCAACGTGATGAAATGACGAAGGAACCATCTCACGTGATCCAACGAGCACCACATAATCCCACAACTCAAAACATCATTTATTTTAACCTTTGTGTCTTCCATTGAAATCTAGAAGATACTCTCCCCAACACAACAACTAAAACTCCTCATCGAACCCCCTAGAAAAGCGGAAAGACAGAGCCGACAGCAGAAGGAAAGAAAGGTGGATAGAGGAGAGAGGAAAAGAAAACAAAGCGACTCGAAAACAAAGATCAATTTAAAGGAGAGGCAACGATGAAGGGAAACAAGAAGGAAGAGACGAAGCGCTGACACCAAGGACGAACAAACGGAGAAACAAGAACGGGGAGAGTTGGCACGCCGGAGAAGATAACAGAAGCTGGTAGCTAGGGTTAGGTGGGGGGAGGGAGAAGAGAGAGTCGGGTTTTTGTTAGAAACAAACGAGACGCTGTATCCGAAGGATCACAACAAAAGGAAGGAAAGAGAGGGGGTAAGGGGCGAAGGAAAAACGCTGGCGAGAGAACCGACTGGAAAAACACCGACGAAGAGGTGGAGGAAACAACCGGAGACGCTAGGGTTAGACGAAGAGAAGAGAGAGGATCCAAATCAGTGAGGAAGAGAGATCGACACTGTATTACTTGTTTTCATTCTATCAATGAAATTCCTTATTTCCTTGTCAAAAAAAAAATGTTTGTAAAGTGTGCACCAGGATGACGCAAGCTGAATCAAATCTTTCCTCCCACAAAAGACTTTTGTCTTAAAAAATTCTTGAATTCCTCCCAACCATAATTCTGATAACAACACTTTTTTTTTTTAAAAAAAAGATAACAAACTTTCATTGATGTAATGAAATGAGACTAACGCTCAAAGTACAATAGCAAAACAAAATCCAAAGATTTTGAGAAACAAAACTACCATGAGCAATTATATAGAAAAAATAAAATTCTGCCAAATAAGACTGAGATCCGAACAAGTAAAACCATCAAAATGATAAGGAGAAACCCCCATTCAACACTTCCTCAACCGAAAAACTAGGCTCAACCCACAAAACTAACATGCCACCTGAACTTCCAAAGACAAGCACCCAACCAAACACCCTTGAACCTCAGAAAGTCTTGATCACCTAAACAACAACCACCACAAAATGGAGACTTGATCCAACAAAGCACCCAGACAAACTACCCAAAAATCAACCAAAAACCAAGCCTAACAGACAACAATTGAGAACAAAACCTCCAACAAAGAGCAACAAGGCCACCTCCCTTTCACTTTGCTCGAGAAACCCTAAAGGAGCCACACGAGCTACCCCACAAAAATTTCCAAACTCACACCACACGAAACCACCAAGAATCAAAGAATCAAGCAAAAGAAACCAACTAAAAAACCAACTAAAAAACCAACCCAACCATCACGACCAATCCACAAATTGCGACACCCAAACCACAGAAAAAACTCCAAGCTCACACCCATGGCCCCGACTTCCAAACCTCACAAGCTCTAAAAGAAAAATCTCAATGACAAGGAGAGGAATGAGCGAAATGACCAATTCCTCTAAATTGCAGCCCGCTAGCCTTGATTAAATTTTTAAAAGCATCCAACTCCTTTGGAACCTGAGGAAAGGAATCCTTCCCTTCCAACACACTAAGATCCGGAAGCTCCTTACAACTTCCACCTCTGACAATCGGAGAATTAAACAAGAGCGATAGATCTGCCACAGGAAAATCCTTGACCAAGGGAGAATCAACACGTGCATTCCACTTCTGCCTATAGCTTTCCGAGCTGCTTAAGCTTACATCCGAACCCACCTCCTCCTCAAACACACTGACACCCAAAGACTCCTCAAGCTGACCAAGCGAAGTCTCATTCTGTAGAGCAACTTTAAAAAAGGGGACTGAGAAGGGCCTAGATAAACTTCATCAACACATGAAGAAACCACCTTCTAGGGGGAATGCCCAAATTTCCTTGTCATCCCTTGATCTTCTGGTAACAATAGCTTAGAAGAGCAACCTTGCCTTGACCCCAACACCTTCCCCTTTCTTCTAGTATAATAGTTAGCATAAGGAGAACAAAAACGATCACGAATATCCTTCACAGTGCTTGGAATTGGCGACAGGGACAAAGGAACAAAATTCTCAATATACCCTTTCAACCCGACCTCACTATCCCTACCAACATTATTTTTCTTGAAATCCCCCTCCTTTGGAGAGAATCCTCCTTCTTTACCACAACCCCCCACACTCGCTTTCACAAAGGTCGAATAAACAACCTCTTCCTCGTGACCTTCGAAGCCCCGACCCTCAACAATTACTCCAGAATTTTGAACCCGAGCCTCTTCATCTTCTGGCTGACTAATGACATTCATGGTTGAAGCCTCCTTGCAACCGTTGTTTAGTACTGAAGGCCCATCGAAAACGATTAAATCCTCGCAGCCTCTCCCTTGCGCCATCGAATTCAGCACCGAAGCACCATCCAAAGGAACCGAAGAGTCATCCAAAGAGACCGGAACTTGATGCCTCTCAAACTCAGGGGAATTCGGAACATCCTTCAGCACTTGTTCGTCGTTCAAGACCTTCGAAATTCTGTCCAAATCTACTGAATTATCAATGTCCTTTAAGACCAGTGACTGTTTGTCTGGCTGAAACCATTAGTTGTTTCTAAAGCAAAGAAGTTCAAATTAAAAGTACCAACAAAAGCACCACTAACCTAAGCTGGGAGGAAACCACATATGTTCTTTGAGATCTTCAATCGTGCTTCCTTTAAGTCAATGAGGTTCAAAGTATCTTGATCTATGTCTAACAAACCTCCCAATTGTCTTCCAATTGTATCAAAGACGTTCCGATTCCATAAGTGGAGGGGTAAGTTTCTAACCGCAATCCAACCTCCATACATAACATTCCACTACTTCCGACTGCCCATGGAGGTGATTAGACCAATGATCCAATTTCAAATGGATCTTCTCCACCAAATGCCACTCCCCCAGATAACCCCTTGAAAATTCTAGAACCCCTTCATCAACCAACATCACTGCTTTATCAGGGAAAAACAGGTTAATCTGAAGCTTAATCTGGAAGTGATTCTCAATAGCATTTTTTATCTCTGATCATGGTGTGTGAGCAAAAAGCCTGGTTATGACCACTAATCTTCTGAAATCCACTTTCACCACATCCTCTTACTTACAAACCCAATAGGTGCTACCACTGTTAGACAAACTAGCCTGCGAATGAGTCATCTTTGATGGAGAAGAGACCTTCTCGTTCCCTATTGTCCTATTCACTTCCAAAAATGGAACATCAGCAAACACCACTTCAAAGGACTTGAGCAAATCATCTAGCATCGCCTGGAAAACCAACCCGCCCTTCCTCCATGGTCCCAAAGGAATCTGCAATCCTAGCCGCCCTCCAATCGAAGGCTAGAAAACACAAGATGCGAACCAGCCTGCTCCGTTCGGAACTTAAACACCCCACTAGTACCAATGCGATCCTTGAATTTTCTCCTTTGAAAGAATCGAGTTCCACCCGCCATGAGCTATGCTAAAATGTCAACAAACCAGTGAAGGTGAACCAAAGAGCTTCGAACACCCCATTCCCATTTCAAAACCCCTTCTCTCAGACGGACCCAAAAGTGCTCCCCATTAATACAACAACTCACGCCTTACTAAACGCGGGTTGACTTGACCCCGAATTCACTAGAGCCATCCGGAAAAAGCGTCGAGACAGAGGAAAAGAGGCTTGCTACCAAAAGGGAGAGGCAGAAGAAAGTGTCGGGGAGTATCGGACGAAGATGAAAACCAGAGACGATTCGAAAAGATTGGAGAGAACGAAACGACACGCGCAGGGAGAGCTTTAGACTAGAAGCTCGAAACGACTCTTGGTTCCAGACGAGGGCACCGAAACGACGAGAGGGGAAGAAGAACAGCGAAAAGGGATCGACGTTGATGATAGGCAACGCCGCCGACGGGAGGGGAAGAGGAGCGGCGAAAAGGGAACGATGTCGATGAGAGGCAACGACGCCGGAGGCAAGCTGGACGGAAAAGGAGAAGGAGAAGATGAAGGGTCGAAAGGCTAGCGGGAGAAAAGAGAAAATCGGAGACCTTTACTTGAAAACAGAAATTTGAAAGCAGATAACAACGCTTTTTAATTGCATTAACCCATAAAAGAGCTGGTTTTGCGGTTGAAGAGTGCCCCAGTAGAAGCTGTAGAACATTCTCTTTCTCAACAAGGTTGAGAAAGCTCATTTCAAATGAAAGATTGAGAATAGCTTATACCAAAAATTTAGAGAGTATGTGCAGCCAAAAAAATAAAAGGGAACGATGTCGATGAGAGGCAACGACGCCGGAGGCAAGCTGGACGGAAAAGGAGAAGGAGAAGATGAAGGGTCGAAAGGCTAGCGGGAGAAGAGAGAAAATCGGGAGACCTTTACTTGAAAACAGAAATTTGAAAACAGATAACAACGCTTTTTAATTGCATTAACCCATAAAAGAGCTGGTTTTGCGGTTGAAGAGTGCCCCAGTAGAAGCTGTAGAACATTCTCTTTCTCAACAAGGTTGAGAAAGCTCATTTCAAATGAAAGATTGAGAATAGCTTATACCAAAAATTTAGAGAGTATGTGCAGCCAAAAAAATAAAAAAAGATTTTGAGACTCCCCTTCTGCAAAATACAAACTACGTACTGATGGATAAGATATGACTTCAGCAATTTTCTTTGAAGAATTTCAGACGTATTAGGATTTCCATTGAGAATTATCCAGTATCTCTTTGGGCTCTTTGATTTCCATAACACTCGACACATCTCCTTTGATAAAGGCGAAGAAGAAGCCAACTTCCTTGTATGATTTAATCAAAGAAGAAGCCAACTTCCTTGTATAATTTAACCGAGAAAACCCCTGAAGCTTCCAAAGTCCATACTCTAGAATCACCCCCTTAAAGGAAGATATGGTTTCCAATAAAGATGCAAAGACTAAAACCTCCTCATCCTTTAATACCTTCTAAACTCCAAACTCCAAAAAGTTTCCACATCCCAAAGATCTGCTACTAATGCATTAAGGTTCAAAGCTATTGAAAAAAGTTGAGGTAATTTCTCTAAAAAGGCTGAATCCCTGGCCCAAATGTCTTTCTAAAACAGAGTTCTATTTCCATCCCCCAATCTAACGGCAGCAAAAGACTCCATTCTCCTCCAAATCCTAGAAATGCTCATCCAAGGACTTCTATGGCTGAAAACAACCTTACTCAAAGTATGTCAAATGACCCAAACCTTTTTCGAGTCCCCATGAATGCTTTTAATCACTTTCCTCCAAAAGGCATGTGGTTCCTGCATAAACCTCCTTCCCCATTTTGCTAACAATGCCACATTTCTATACTTTACTGCCCCAAAACCGAGACCACCATCTGCTTGCAACATTAAAGTCACTCTCCATCTAACCAAATGAGATGATTTACCACCCTCGTTTCCTTCCCTAATAAATTTTTGCAACAACCTCTCGAACTTTGAACTCACTTCTGCTGGCATAAGAAAAAGAGATAAATAGTAAAGAGGAACGCTTGATAAAACCGCGTTACAAAGAGTCATTCTCCCACCTCTCGAAAAATTAAAACGCTTCCATCTATCCAATTTCTTAAGAATTTTGTCAAGAACCGGCTGCCAAAAAGATAAAGATTTCGGATGTCCTCCCAAAGGAAGACCAAGATAGAGAAAAGGAAGAGGTTCTACCTTACCCATTAACTTCCCATTCTCTTCAATATTAACTCCACATAATGCTGATTTTCCCAATTAATCCCCATACCCGAGATCCATTCAAATAATTCAATAGTTTGCTTCAACACTACCATCATATCATAGGTTCCTTGTCTTCTTGGGTTCAATTTTTAGGGTTTTGTTTTCAGTCTTGTTAGTTGCTTGGGTTGTTTTTCTTTTTTGTTATTTTATCGCTCCCTTGTGGGGTTTGTATTGTTTAAAAGAATTGAATCTGATGCCTTGAAAGAAAACTTATAGATTCATATAAACTCTTTAACACATCATTTTTCTTTCTAGGCATGGCTCTTGTTCCTATACACAGGATTAGCATTGCGCGAAAACATACTAAGAGTCAACGGCAGCGACATTCGTCCTTGGTAAGTGATATGTTATATTTAGTGTTTTATTTTATTTTATTTTTAAATGATATTATGATAACTTTGAATGTATAAGATACATTCAAAGTTATAAATAAAAGTTCCGTTTTTCATTAAAAAAAAAAAAACTTTGAATGTATAAGATTACAAGTTTTTTATAATAAGAAATTAACTTCCATTGGATAATGGAAATACAAAAGGGAAGGCCGCACAAGTGAATCCAAACAAAAAATCTGAACATTTACATGAGACTCCAATTGTTAATAATAAAAAATTTGATTACTTTTTTAAAACAAAAAAATCCCTTACTGTAAGAATGCTCCCACCCATCCCTCTCTCTCTTCCTTTGTTCCTCCCTCTCACGACTCATCCCTCTCGCTTCATCATGAAAATGGTTTTATTTTACACCAATATGCTGATTTGCTCCTCATCTTCCTGCCCCACCATCCCTCTTGGCATGAATGGCAACCTCCAAAGGGATATTTTGAAGAGTTTTGAGTTAACACTTTATTGTAGCGTTCTACTCAAAAAGAAAAGGTAGGTTCTTTAAAATTCCAAAATCACCATGAAAGGTCCTTTTGAACTCTGTAGAATAAGTGGTGATAGTTTGGATTGGATCACAGCCACTCTGAGTATCTTCTTCTAATTGCGTAACTCTATATTTTTTTTGGAGAACACAATACAACAACGGCTTCATAAGAGACCATAAATAAAGGAGGAATATTTTTGGAGATTACAAACTTTTGAAACTATGGAAGGAAGTTTTGTGAAGCCTTCCTCTCAAGGGCTAGGTCCATTGATGCGTTCTTTGTAAATAAGCATCCAAGGTTTTTTAATATATTTTTTGCTGCAAATATCTATTGTAGATTTTTACAAGCTTTTGAATTGGCTAGTAAATTTACTGATTTTCTTTCTTCTGTTTTTTGTTTATTAATTATAAACAACATTTCCATGAATCAAAACAGCCTAAGGTTGGGAAAGATAAACTTTTTATCAAATAAAGCTACGAAAAGAAAACTACCTTGAATCGAGATTGATTAAAGAGCTACCGTAATTACAAAAAGATTTTGTGAAGAGCACTGTATTTGGATAGTGTCAACTGTGATATACAAAGGCACAAAGTAAACCCAGATATTTCTCTTTATCGTTGAAGGGTCTTTGATTTCTTTCCATCTAAATCGATCACAAAAGAGTGGTACATTTCCCAAGGGTTCTTCATTGCTTAGTAAATTATGAGAGGTTAGGAACAAGGCCAGGAGATACATATCTTGAAGGGGCATTTATTTCTTAACTATACTAGGAATGTGAGAGGTTTGGGATTCCAGGTCAAGAGACTTGTGGTTTGTCTACTTGGAGTTTAAGAGATATTGTATGGTCTTCTTTAGTTGTTGTCGGTTCTTCAAGGGGCATTTGCATTCTTATTCCCTTCTATGATGGTTAAGATGGCGGGCGGTTTTAATCTGTGGCTGTCTAGAATTTATGGGCCTTCTGGTTGAAGGGAGAGAATTACATTTTGGAGTGAGCTTTAGGACTTGTAAGGTTTGTGTAGTTCTATGTGGCTTTTGTAGGCCTTTTTTTATGCCCTTTACCTTCTTTCATATTTCTCAATGAAATCCTGGTTCCTTACCAAAAAAGAAAATGGTTTTTGGAAGGTGATATTAATGTGTAAGGAGCCCTCTTGAAATTTCCTCTACTATGAGAGGTCTAACAGATTTATTAACTCCTTGGAGCTCATTGACCTTCCCTTCCTAAATGTCTCCTTGGTTAGGTTATATCCAAATGAGGAACGTCAAATGGGGTCCTAACACTTTTCAGTTTGAGAACTACTGACTTCGGGTCCTGGTCTTTGCGGTAATGGTGGCCAGAATTGAAGCTATGAATGGTCATTCTCAATGATTGGAACAAAGACCATTTTAGTCATATCAAACGGAGGACAACTTGTTGAAAACCCTTGATTCTCTTGAGGTTCCAGTTTGTTCTAGAAAATTAGAAATATCTCCCATGATTATTAGATGCTAAAGAGGCTCACTTCTTTGTAGCATTAGGAACTTAAAAGTGAAGATTGAGGATTTTTCATGTCCGTGACTCTGCTATTGAGAGCCTGACCAGAGATTGCAACAAAACCTTTTTCTTGTTTGATGGTTGGAGTGGTTTGGGAAGATTGAAGGATTGGTTCCCTGACCCTTTTCTCTCTATATGCGAAACTCAGTTAGGACGAGGAAGGTGTAGGATTAACAGGCTAGTATTGACATTTATTATTCAGGAAACCTTTTCTTGATAGAGTGATGGATGATTCATGAATGGGAGACTCTCACGAACCTAATTAACAAACAAACAAACACAACACCTCTGTAACTTAGTGAACAAAAAGTGCAAGGTGTTCTTTTGGTCTTTAGCCTTGGTGTCCTCGACACAAACGACAAAATGTAAAACCAAAATCCTACTGTTGCTCTTGACCTTCATTGGTATTCATTGTGAAGCGACAAAGTGGACGTTACTCATCTTTTCTGTTTCTGCTTAGCAGCGAGGTATTTTTGTAGTCCAAGCTTCTGGTAGGCTTTAATCTTAATTGGATTCTTCCCGATCAGCTGGTGATATGGATGTCCAAACGATAGCAGGAGAAAGGTTCAATACTCACGAGAAGGTGTTATTGATTAGAGTGCTCTCTCCTCTAGAATGTTTGGTTTAAAGGCAAGAATCCTCAAAGAGGAAACTTGTGGAGAAAAGATTTGAGAAGATATTGTTTACTTTGTCATTATGGTCTTTAAAGTCCAAACACTTGTACAATTATAGTGTTACAGCTCGAAGATATTCATAATATTTTTTTGACAAGGAAACAAAGATTTCATTGATATAATGAAAAGAGACTAATGCTCAAAATACAAGCTCCAAAGGAACTATGAAACTGATTACTAATCATAAAAAAACACCAATTCAAAATGATTTTAACAAAGACACAAACAAAAGACCCCAAACAATACTGCATCCCCACAAACCCTTCAAACCCGACAACCATCACACCACCACCAAAGGAACCAAGGCCGCCTCAGAAAACCAAAAACAAACCAACTCCACCTTGAGCTGAAACTAGTATCCAGAGACCCCAAAAGGAAAATGCACCACACAAACCCAGAAACATCTGATTCCCCACAGATTTGACAAAGAACTCTCATTGGTCCATCACCAAGACCCCTTTTGCTCCAAGAGAGAATCCTCATTTCTTCAAAACAGGAGGAGAAGACGGTACAACTTCACGAAATTGCAGTCCACTAGCTTCAATCAAATAGGCAAACTTGCTCAATTCTGGGTGAATCAACTCGGTATCCTCCTCAAGCTGCAACCCAACTACCTCCACTAAGGGAGAAGCACTAACATCCAACCCAATGCCAACCCCTCCATTCTGATTTTTATCATCCAAACTCAGTGTTATTGAGGCGACCCCGGGCGCGTGCCTCGAAGCGGCGAAAGCGTCCGGGCCTTTGCGCCTCGAGTTTTGTCCAGCGATCGACTTCACTAGGCGCTTTCATACTGTTGCGCTATGGCGCCCTGTGGCTCCTTCGCGGTTGCTCGAGCGGCGCTGTTTAAATGATGCAAGTTTTCTTTTTTTTTTTCAATTTCTTCAAACATAATAAAGCTAACTTACTTCCCACGATAACCTAAGGGGCAACCCACCAAAAAAAGCCCACGAAATGGACGGTCATGCATGCAGAGTTCGACACTTGACGATTCATTCTTAAGGACTTATTTATGTCTTATGAAACTACTAGAAGTAGAACACGATTATTATTGGATGTTTTAACATTTTGTTGTTTTACCAATTAGTATTAAGCTTTTAAGGCTTTGACATTTTATGTGACTATATTTACTATAAATTTGTGCTCTATATATTATTTATTTATATATTTATTTATTGCGCCTCGCTTCACTCGGGCGACGCCTTTTTGTTGCCTCTCGCCTTCGGGCGATCAAAGGACTTGTCGCCCTGAGGTGCGCCTTGCGCTTTGAAAACACTGTCCAAACTTGACAATTCAAACCGACTTTCCAAATTGAAAATAGGAGTCTGCTCCACCAATTGTTCGTTAGCTTGTAAAAAGCGATTAGGTGTCTCCCTCTCTGGACTACTTAGACTCACATCAGAGTCATAATCTTGGTCCTCAACTCCGTTTAAGATATTCATAATATTGAAATAGATCCTCAAACAATCTAGCAGCTATTATAACGAGCAAAACTCATATACCAACGGTGAGCGTTTTTTATTAACATTCACCATAACCCACCCTCCCTATGTAAAAGCTTGTAAAATCACCTGTTTTCTTTCCACTCTGAATTAGGTGAAAGCAATCCACCCCAATAGCAAAAAGGAAGGGAAAGAGGATTCTCTTGCCGGAACCATTTTGAAGAAAAAGTTAGGCACCGGAAACATTGTCATGCATGTGTTCTCTTGTCATTTCATCTGTTATAACTTAGGGGTGTTTGGAGTGCATAGTTGTTTAGTTTTGAGAGTTAATTAGTCTAGGAAGTTATTTAATTTCTGTTTGGGGGGTGCAAGGTTGTTTAGTCTGAAATTATGAAGTTTGTGTTTGGGGTGTAGAATTATTTAACCTGGAATTGTGAAGTTTGGTGATGTGAAAACCCCAGTGAATTGGAATTAGGAACCCTTTGGTTATGTGAACCTCTAATTCGCAAACACTAAAACCCTTGAATCAATTCTATTTCAACCCGAAGGATGAGGTTAGATGCTGGATTACCTTAATATTAAAGCTCTTAAGACAAGAATAAGTTCTTGGTTCAAGAGTCAAACACTCCACAAGATAGGATAATCAATCCTATTCCTACTTGAATGCTCTTGGCATGCAACTCCAACACACATGAATTGCAAAATTCAAGAAGCTCTTGGCTAAAAAGCACAAAGGCTAAATACTCAAATTCATCTTAAACTTTTCTATACAACCTAATAGCCAAGCTTTAGATAACTTTCCCACCCTAAATGCCACATCATTGATCGTAGAAAAATGACGAAAATATCCCTACTTAAAATGTCATTAAAAAAAGGATAAATTGAAAAACTATAAAAACTACATCAAAATTATAAAATAACTATTTGATGTCCATGGTGGTTCATATCATCTATGTTTGTGCTGGCTGTTTTTTTTAACAGCTTTGTTGTACTAAATAATTAGAGCTAGATTCCCATAATTTTTTTCAATTTTTTTTTAATAAAGACTTGTTTTTTTCAATTTTAAAATTTAATTTAAGATGTGTCCCAAGCTTAATAACTTTTATATATATATTTTTGCATAATCTAAAATTTTTATTTTTCTAACTAAACAAAATGAATTAAGCTTGGGACACATCTCAAATTAAAAAAAAGAGGAGAAAGGAGAGAGGAAGGTAGGGGTAGAAAAGAGATGGAAGTTGTGGGGCCCAAAAGGGGGGTTGGAGTTGTTAATAAGTTTGAGGCCCACAATGGGTTTAAGAACTCATTGGGCCAAACAAGGGGTGGAGGTAATAACTCCACTCTGCTCCACACCCCAAACACCCCATAAGTTCCAATTTACATTTTGTGCTTGATACGATGATGCCTGTTCCACCATTGCTTTAAACAATTATTCTCCATCTTTTGATATGGTTTAATGGATGGGTTTGGCCAACAAGAGCATAGCTCAACTGGCATCAAGTAAGACTTATGACCAAGAGGTCATGAGTTCGAATCCTCCTACCTTTAAATGTTGTTGTACTAAAAAAAAAAAAAAAAAAGGATGGGTTTGTCTTTTATCAATGTTTTCAAAATGTCTGTGGTATGGCACAGACAACATGGTGAAGTATATGAGTATGCTTTTGCTGGTGGACATATCATCACTATTATGCTCTATGATTCCTTGTTGGTTCCACAGACATTTTGATTTTGGTGAGGTTCGTGAGTAATGATTTTGCAGGTGGATATATCATCACTATTGCGCTATGATTATGGCCCTTGTTAGTCTTACGTGGGAGATCAAAGGACAGCCAAATTGTGCCCAAAAACAGGTTTTCCAATTGTTTTTATCTGCTAAATACGTACATGCTCTATGCATTAGATTAATAGTACGGGTTGTTCCCCAGAGAGGTGTACAACTCTTCCTACAGTGGGCCATGATGCAAGGAGTTGCAATGCTTTTACAAAATAGATATCAGCGTCAGAGGCTTTATACTCGGATTGCACTTGGAAAGGTGCCATTTGAAACTGCATTCATGTTACAGTCAACTTTATAGCAATATATTCTACTTTATGTTGCATCACATTCTATGACTGGAGCTCATTATCCCTACTCAAGGCACTTAAAATTTTAAGCATCTTCTGAACCAAAAAAAATTTAAGCATCTGATGAGGCATGCACAGTGATAAACATTTATGAATTTTGCTTATGTTTTATAATTGATGGTTGCTGTTCTGTCATTTTATTTGTCTGTTGATTTCCCTGTTTTTTCTTTTTATTACTAGGCTAAGAGAATGGATGTCGTCTGGGGAGAAACAGCTGGTGTAGATGGTCAACTTTGGATACTGTGTCCTATACTCTTTATCTTACAGGTAAGCCTCAATTTTTACCATCTTCCGAAATCCGAAGTTTTCATGGCAGTTGATAAACAAACTATAAAATAAGAAGTGTGAAAAGTAAATTTTCATGGCAGTCAATGCAGAATTTCTTAGTGTTTTATGCAGCTTTTCAGTCAGTTCAAACTAGCAAAATTCTTCGTTTTTTACTACCTTTGGTTGAAATAGATAGAGGGCATATTAATACACTCGCCCTTTCCTTAACGTAGTTCTCATTATCTAACGAATTGGAGACAGATTACAAAAACAAGCTCCCTTCTTTGACTTAGTGGGAATCCTTTTTTTTTTTTTTTTTTCATATGGCTTCTTTTGGTTAGATTAATAATTTATACATAGTACATTGATGCAAACTATCATCTGTATTTAGTTAAGAATTTGATTATATGTGCTCTAATTTCTTTAACAGCAAAAATTTTATTGATGTATATTAGAACTTTTAAAAAATTTCTGTATTGAACACATTGAAAAAAAGAAATCCAAATTTCAACATGTTAATGGAATTCACTTTTTTGAAGCTTCTTTTTTTCTTGTTTCTTTCTCTTGCTAGATTAGAAAAAACTATTAAAACATGATTTTTAATATAGTGTTGCTGTTTTTATTAATCGCAAACAATTTTCCACTCGAACGTGTTAATTTTCTGAAATTTGACAAAAAATCTATATCATGTAGTGTAATTAATTATTCGTGAAATAGTTTATGAATGACAATTTTAAAAAACTATTTAAGTGATTAGATAGTGTGATAACTTAATTTCAAAATATTCTATAAATATACAAAATTAAAATTTGAAAACTGGTATTACCACTGAGTCAAGTTTAATAGTTAGATTTTTTTTCAGTTCAGTAAAAGTATTGGGTACTTTTGTTTTCGGTTAATTTCTTTCTATTTAATGCTTACCAAAATAATGTTTTTACCCTTCATTAAGAGAATCTCCAAAAACGAAGAAGGTAGCTGTGTTGAATTTTTCATTTAAAAATACTGAAAAGTAGAGATGGTGGAGCTTTTAGATTTTAAGCAAAGTTGTAAGAGATCAATTAGAAAAGATGTTAGTTAAGTCTTGGAATACATACAGTTACAAAGAAATTAAGATCCTCTCAAGGTCATAAACCCCTTCTGTTATATGGTATAGACACAATATTTCGTGATAGTTTGGATATTTATGTGGTGTAAGAAGAATTTTGTCGAATTCTTAGGCCATACTGAGATTGTTTTAGCTGGCTTCCCAGGATGTTATGGGTTATTTCTGGAATTTTGTCAATGGTATCCTTTTTACTGTTAACATTTTACAATTTATGGCACAGTGGATTTATAATGGTCAGAATAAACCGTCTTTGTTTGGGAAAGGGCATTTATTTACACGTTTTGAGTATTTAATAGGGCTTTGAGGCGTATGTTGGATTACTCCTCCTCAAGACTGCATTGGTTGGCGTGGTTCCCGAGTGGCAGGTGATGAATTGCTTGTTGTTTCTGCTGGTTCTAATTGAAAATACTATTTCATACTCGCAGATAAAAGATTGTGAACATGCTTTGAGACAAACTGATAGATAAATGTCCATTGCAGGTATTATTTTGTGGATTCCTTTTGGTTCTAATGGCGGTCGTGAACTTCTCAAATACAGTGCAAACCTTAATGGCAAAATCAAGATTCAAGGCAAAGATGAAAAGAAGCAAGAGCAAGCAGGAATTGGCCTCGACCAGTTCTTAATACATAGGATTACTTTATTAACAACTTGTAGGATCTACTCTTCACCTTTCAAGGTCTTGAATATGTTTTGTCGAAGCTGAGCTGTGAGAATTGTCCTTCCCCTTTTTATATCTTCACTTTGACTCAATACACTTTTCATCATGTAAAGTTGGTCTTGCATAGGTTCTTCTTCCCTGGAGAAGTTGATGGAAGTGCTACTTATCGCAGGACTCATTTTCCAGTTTCCCATGTAACATTCTTCTCTTTTCTATTGCAGTTCATTGCGAGCTAGTGAGTTAGTTTTTTGAAATTTCCTATTGAATGTCAAATTGTAATTTCAGTCGATTATCGTATTTAATTCTATTGTTATGAAAACACCTGTTTGGACGTTTCGCTATCAAAA

mRNA sequence

GGTTGAAGAGAGATATTACGTGTGTGCGAGGGAGAGAGAGAGAGGAGAAAAGGTTACGTGGATGTGAATCGTCTGAAAACACCAGCCCATCGTCGGTACTCAGCGTCTCTCTCTTTCTCTGCGGTGGCCTACAAAATTCGCATTCTCGTCCTCTACCATTGGGGACTTGCAGCCTCAACAAAGATCGAGTTCACCATCATCTCAAGGGCGGAGAGATATAGTGGAGACGGAGAACATGGCCGATTCGTCGCAGAATGTGGAGGATGAAGTTGGGAGAGTGGTGGAGCAGGCGAAGGAGCTGCATGATTCGGCTGCATCTCTAATCTCCAGAACTGCCAGCGACGAACAGTCTCTCCGCCAGCGTGCTCTCTCTCTTGACTCTTCCCTTCGCCGTCTTCGTTCCTTACTCGATTCGCTTCTCTCCAAGAAGCTTTTGGACCCCAAGCTTGCTGACAAGCTGGAAGATGACTTACAGAGAGCTAGATGTATGATGGTGGATGGAGAAGTTGCATCATTTCTTCCTGGGAAGGCGGAGGGGAAGTTCTTGCGGATGTTTCTGGGACCTATTAATGTGCGTGCCTCACGGAAAGACGTTCAGTTGAAATTTAAAGAGGAGTATAACAGTTACAGAGATAGGACTGCTCTTCTTTTTCTTCTTTTCCCATCGCTGCTACTTGTTCTAAGAGGCTGGGTTTGGGATGGATGTTTGCCTGCATTTCCAGTTCAGCTGTACCAGGCATGGCTCTTGTTCCTATACACAGGATTAGCATTGCGCGAAAACATACTAAGAGTCAACGGCAGCGACATTCGTCCTTGGTGGATATATCATCACTATTGCGCTATGATTATGGCCCTTGTTAGTCTTACGTGGGAGATCAAAGGACAGCCAAATTGTGCCCAAAAACAGAGAGGTGTACAACTCTTCCTACAGTGGGCCATGATGCAAGGAGTTGCAATGCTTTTACAAAATAGATATCAGCGTCAGAGGCTTTATACTCGGATTGCACTTGGAAAGGCTAAGAGAATGGATGTCGTCTGGGGAGAAACAGCTGGTGTAGATGGTCAACTTTGGATACTGTGTCCTATACTCTTTATCTTACAGGGCTTTGAGGCGTATGTTGGATTACTCCTCCTCAAGACTGCATTGGTTGGCGTGGTTCCCGAGTGGCAGGTATTATTTTGTGGATTCCTTTTGGTTCTAATGGCGGTCGTGAACTTCTCAAATACAGTGCAAACCTTAATGGCAAAATCAAGATTCAAGGCAAAGATGAAAAGAAGCAAGAGCAAGCAGGAATTGGCCTCGACCAGTTCTTAATACATAGGATTACTTTATTAACAACTTGTAGGATCTACTCTTCACCTTTCAAGGTCTTGAATATGTTTTGTCGAAGCTGAGCTGTGAGAATTGTCCTTCCCCTTTTTATATCTTCACTTTGACTCAATACACTTTTCATCATGTAAAGTTGGTCTTGCATAGGTTCTTCTTCCCTGGAGAAGTTGATGGAAGTGCTACTTATCGCAGGACTCATTTTCCAGTTTCCCATGTAACATTCTTCTCTTTTCTATTGCAGTTCATTGCGAGCTAGTGAGTTAGTTTTTTGAAATTTCCTATTGAATGTCAAATTGTAATTTCAGTCGATTATCGTATTTAATTCTATTGTTATGAAAACACCTGTTTGGACGTTTCGCTATCAAAA

Coding sequence (CDS)

ATGGCCGATTCGTCGCAGAATGTGGAGGATGAAGTTGGGAGAGTGGTGGAGCAGGCGAAGGAGCTGCATGATTCGGCTGCATCTCTAATCTCCAGAACTGCCAGCGACGAACAGTCTCTCCGCCAGCGTGCTCTCTCTCTTGACTCTTCCCTTCGCCGTCTTCGTTCCTTACTCGATTCGCTTCTCTCCAAGAAGCTTTTGGACCCCAAGCTTGCTGACAAGCTGGAAGATGACTTACAGAGAGCTAGATGTATGATGGTGGATGGAGAAGTTGCATCATTTCTTCCTGGGAAGGCGGAGGGGAAGTTCTTGCGGATGTTTCTGGGACCTATTAATGTGCGTGCCTCACGGAAAGACGTTCAGTTGAAATTTAAAGAGGAGTATAACAGTTACAGAGATAGGACTGCTCTTCTTTTTCTTCTTTTCCCATCGCTGCTACTTGTTCTAAGAGGCTGGGTTTGGGATGGATGTTTGCCTGCATTTCCAGTTCAGCTGTACCAGGCATGGCTCTTGTTCCTATACACAGGATTAGCATTGCGCGAAAACATACTAAGAGTCAACGGCAGCGACATTCGTCCTTGGTGGATATATCATCACTATTGCGCTATGATTATGGCCCTTGTTAGTCTTACGTGGGAGATCAAAGGACAGCCAAATTGTGCCCAAAAACAGAGAGGTGTACAACTCTTCCTACAGTGGGCCATGATGCAAGGAGTTGCAATGCTTTTACAAAATAGATATCAGCGTCAGAGGCTTTATACTCGGATTGCACTTGGAAAGGCTAAGAGAATGGATGTCGTCTGGGGAGAAACAGCTGGTGTAGATGGTCAACTTTGGATACTGTGTCCTATACTCTTTATCTTACAGGGCTTTGAGGCGTATGTTGGATTACTCCTCCTCAAGACTGCATTGGTTGGCGTGGTTCCCGAGTGGCAGGTATTATTTTGTGGATTCCTTTTGGTTCTAATGGCGGTCGTGAACTTCTCAAATACAGTGCAAACCTTAATGGCAAAATCAAGATTCAAGGCAAAGATGAAAAGAAGCAAGAGCAAGCAGGAATTGGCCTCGACCAGTTCTTAA

Protein sequence

MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLLKTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS

Homology

[Close]

BLAST of Tan0007187 vs. ExPASy Swiss-Prot
Match: Q54IK2 (Transmembrane protein 120 homolog OS=Dictyostelium discoideum OX=44689 GN=tmem120 PE=3 SV=1)

HSP 1 Score: 127.9 bits (320), Expect = 2.4e-28
Identity = 104/342 (30.41%), Postives = 166/342 (48.54%), Query Frame = 0


Query: 4   SSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLS 63
           S +  +++  +V +   ++   A  + +  A  E+   Q    L S ++ L +    L  
Sbjct: 43  SHEQCKEKGIKVKKDINDVFKHADDITNTLAKHEKESSQ----LISRIKHLNAKEKQLDI 102

Query: 64  KKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLK 123
            K L   L D+++ +++RA+         SF P +    F+R+FLG +NV+  R++ + +
Sbjct: 103 TKELSAHL-DQIKVNVKRAK--------VSFTP-ETGSIFVRLFLGQVNVKHMRENEKFR 162

Query: 124 FKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENI 183
            K+EY  ++ +T   F+LF  LLL+           +F    +Q WLL+ Y  LALRENI
Sbjct: 163 LKQEYEKFKKKTNPQFILFVVLLLLYP-------QSSFVTTSWQIWLLYYYITLALRENI 222

Query: 184 LRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLL 243
           L VNGS I+PWWI HHY ++  +L +L + +    +    Q        ++  QG+  +L
Sbjct: 223 LLVNGSSIKPWWIMHHYLSIAGSLTNLLFPLSESFSYFLPQ-----VTYFSGCQGLVQIL 282

Query: 244 QNRYQRQRLYTRIALGKAKRMDVV-----WGETAGVDGQLWILCPILFILQGFEAYVGLL 303
            NRYQ+ RLY  +A+GKA  +DV      WG   G       L P L  +Q F+ Y    
Sbjct: 283 TNRYQQGRLYKLVAMGKANIIDVTGESEGWGNDPGWTPSALFLFPFLLFVQFFQLYNSFS 342

Query: 304 LLKTAL--VGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAK 339
               A    G V EWQV  CGF+ + + + N   T+     K
Sbjct: 343 FFAFAYQRSGYV-EWQVFSCGFIFLCLGLGNLLTTLSVYYQK 357

[Close]

BLAST of Tan0007187 vs. ExPASy Swiss-Prot
Match: Q9BXJ8 (Ion channel TACAN OS=Homo sapiens OX=9606 GN=TMEM120A PE=1 SV=1)

HSP 1 Score: 110.2 bits (274), Expect = 5.1e-23
Identity = 92/303 (30.36%), Postives = 142/303 (46.86%), Query Frame = 0


Query: 49  SSLRRLRSLLDSL-LSKKLLDPKL-------ADKLEDDLQRARCMMVDGEVASFLPGKAE 108
           SS+ R +  L  L L+ K   P L       A +LE+ ++  + +  D E  ++LP K  
Sbjct: 49  SSITRQKKRLQELALALKKCKPSLPAEAEGAAQELENQMKERQGLFFDME--AYLP-KKN 108

Query: 109 GKFLRMFLGPINVRASRKDVQLKFKEEYNSYR-DRTALLFLLFPSLLLVLRGWVWDGCLP 168
           G +L + LG +NV    K  +  +K+EY  ++   T +L L+  +   +L   V D    
Sbjct: 109 GLYLSLVLGNVNVTLLSKQAKFAYKDEYEKFKLYLTIILILISFTCRFLLNSRVTDAA-- 168

Query: 169 AFPVQLYQAWLLFLYTGLALRENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPN 228
                 +   L++ Y  L +RE+IL  NGS I+ WW++HHY +  ++ V LTW     P+
Sbjct: 169 ------FNFLLVWYYCTLTIRESILINNGSRIKGWWVFHHYVSTFLSGVMLTW-----PD 228

Query: 229 CAQKQRGVQLFLQWAMMQGVAMLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLW 288
               Q+    FL ++M Q     LQ  YQ   LY   ALG+   MD+      G    +W
Sbjct: 229 GLMYQKFRNQFLSFSMYQSFVQFLQYYYQSGCLYRLRALGERHTMDLT---VEGFQSWMW 288

Query: 289 ----ILCPILFILQGFEAYVGLLLLKTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTL 339
                L P LF    ++ +  L L   A      EWQVL CGF  +L+ + NF  T++ +
Sbjct: 289 RGLTFLLPFLFFGHFWQLFNALTLFNLAQDPQCKEWQVLMCGFPFLLLFLGNFFTTLRVV 332

[Close]

BLAST of Tan0007187 vs. ExPASy Swiss-Prot
Match: Q05B45 (Ion channel TACAN OS=Bos taurus OX=9913 GN=TMEM120A PE=2 SV=1)

HSP 1 Score: 108.2 bits (269), Expect = 1.9e-22
Identity = 98/328 (29.88%), Postives = 154/328 (46.95%), Query Frame = 0


Query: 16  VEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLSKKLLDPKLADKL 75
           +E+  +L +S  S I+R     Q  R + L+L      LR    SL S+     + A +L
Sbjct: 37  LEELTKLQNSCTSSITR-----QKKRLQELAL-----VLRKCKPSLPSEA---EEAAREL 96

Query: 76  EDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEEYNSYR-DR 135
           E+ ++  + +  D E  ++LP K  G +L + LG +NV    K  +  +K+EY  ++   
Sbjct: 97  ENQIKERQGLFFDME--AYLP-KKNGLYLSLVLGNVNVTLLSKQAKFAYKDEYEKFKLYL 156

Query: 136 TALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVNGSDIRPW 195
           T +L L+  +   +L   V D          +   L++ Y  L +RE+IL  NGS I+ W
Sbjct: 157 TIILILISFTCRFLLNSRVTDAA--------FNFLLVWYYCTLTIRESILINNGSRIKGW 216

Query: 196 WIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRYQRQRLYT 255
           W++HHY +  ++ V LTW     P+    Q+    FL ++M Q     LQ  YQ   LY 
Sbjct: 217 WVFHHYVSTFLSGVMLTW-----PDGLMYQKFRNQFLSFSMYQSFVQFLQYYYQSGCLYR 276

Query: 256 RIALGKAKRMDVVWGETAGVDGQLW----ILCPILFILQGFEAYVGLLLLKTALVGVVPE 315
             ALG+   MD+      G    +W     L P LF    ++ +  L L   A      E
Sbjct: 277 LRALGERHTMDLT---VEGFQSWMWRGLTFLLPFLFFGHFWQLFNALTLFNLARDPECKE 332

Query: 316 WQVLFCGFLLVLMAVVNFSNTVQTLMAK 339
           WQVL CGF  +L+ + NF  T++ +  K
Sbjct: 337 WQVLMCGFPFLLLFLGNFFTTLRVVHQK 332

[Close]

BLAST of Tan0007187 vs. ExPASy Swiss-Prot
Match: Q8C1E7 (Ion channel TACAN OS=Mus musculus OX=10090 GN=Tmem120a PE=1 SV=1)

HSP 1 Score: 107.5 bits (267), Expect = 3.3e-22
Identity = 91/314 (28.98%), Postives = 146/314 (46.50%), Query Frame = 0


Query: 37  EQSLRQRALSLDSSLRRLRSLLDSLLSKKLLDPKL-------ADKLEDDLQRARCMMVDG 96
           E+  + +A   +S  R+ + L +  L  K   P L       A +LE+ ++  + +  D 
Sbjct: 38  EELTKLQANCTNSITRQKKRLQELALVLKKCRPSLPSESMEAAQELENQMKERQGLFFDM 97

Query: 97  EVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEEYNSYR-DRTALLFLLFPSLLLV 156
           E  ++LP K  G +L + LG +NV    K  +  +K+EY  ++   T +L ++  +   +
Sbjct: 98  E--AYLP-KKNGLYLSLVLGNVNVTLLSKQAKFAYKDEYEKFKLYLTIILIVISFTCRFL 157

Query: 157 LRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVNGSDIRPWWIYHHYCAMIMALV 216
           L   V D          +   L++ Y  L +RE+IL  NGS I+ WW++HHY +  ++ V
Sbjct: 158 LNSRVTDAA--------FNFLLVWYYCTLTIRESILINNGSRIKGWWVFHHYVSTFLSGV 217

Query: 217 SLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRYQRQRLYTRIALGKAKRMDVVW 276
            LTW     P+    Q+    FL ++M Q     LQ  YQ   LY   ALG+   MD+  
Sbjct: 218 MLTW-----PDGLMYQKFRNQFLSFSMYQSFVQFLQYYYQSGCLYRLRALGERHTMDLT- 277

Query: 277 GETAGVDGQLW----ILCPILFILQGFEAYVGLLLLKTALVGVVPEWQVLFCGFLLVLMA 336
               G    +W     L P LF    ++ +  L L   A      EWQVL CGF  +L+ 
Sbjct: 278 --VEGFQSWMWRGLTFLLPFLFFGHFWQLFNALTLFNLARDPECKEWQVLMCGFPFLLLF 332

Query: 337 VVNFSNTVQTLMAK 339
           + NF  T++ +  K
Sbjct: 338 LGNFFTTLRVVHQK 332

[Close]

BLAST of Tan0007187 vs. ExPASy Swiss-Prot
Match: Q5HZE2 (Ion channel TACAN OS=Rattus norvegicus OX=10116 GN=Tmem120a PE=2 SV=1)

HSP 1 Score: 105.5 bits (262), Expect = 1.2e-21
Identity = 95/328 (28.96%), Postives = 153/328 (46.65%), Query Frame = 0


Query: 16  VEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLSKKLLDPKLADKL 75
           +E+  +L D+  + I+R     Q  R + L+L      L+    SL S+ L   + A +L
Sbjct: 37  LEELTKLQDNCTNSITR-----QKKRLQELAL-----VLKKCRPSLPSESL---EAAQEL 96

Query: 76  EDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEEYNSYR-DR 135
           E  ++  + +  D E  ++LP K  G +L + LG +NV    K  +  +K+EY  ++   
Sbjct: 97  ESQIKERQGLFFDME--AYLP-KKNGLYLSLVLGNVNVTLLSKQAKFAYKDEYEKFKLYL 156

Query: 136 TALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVNGSDIRPW 195
           T +L ++  +   +L   V D          +   L++ Y  L +RE+IL  NGS I+ W
Sbjct: 157 TIILIVISFTCRFLLNSRVTDAA--------FNFLLVWYYCTLTIRESILINNGSRIKGW 216

Query: 196 WIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRYQRQRLYT 255
           W++HHY +  ++ V LTW     P+    Q+    FL ++M Q     LQ  YQ   LY 
Sbjct: 217 WVFHHYVSTFLSGVMLTW-----PDGLMYQKFRNQFLSFSMYQSFVQFLQYYYQSGCLYR 276

Query: 256 RIALGKAKRMDVVWGETAGVDGQLW----ILCPILFILQGFEAYVGLLLLKTALVGVVPE 315
             ALG+   MD+      G    +W     L P LF    ++ +  L L   A      E
Sbjct: 277 LRALGERHTMDLT---VEGFQSWMWRGLTFLLPFLFFGHFWQLFNALTLFNLARDPECKE 332

Query: 316 WQVLFCGFLLVLMAVVNFSNTVQTLMAK 339
           WQVL CG   +L+ + NF  T++ +  K
Sbjct: 337 WQVLMCGLPFLLLFLGNFFTTLRVVHQK 332

[Close]

BLAST of Tan0007187 vs. NCBI nr
Match: KAG6605629.1 (Transmembrane protein 120-like protein, partial [Cucurbita argyrosperma subsp. sororia])

HSP 1 Score: 670.2 bits (1728), Expect = 9.7e-189
Identity = 346/359 (96.38%), Postives = 352/359 (98.05%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           MADSS NVEDEVGRVVEQAKELHDSAASLISRTASDEQSL QRALSLDSS+RRLRSLLDS
Sbjct: 7   MADSSHNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLCQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLDPK+ADKLEDDLQRARC+MVDGEVASFLP KA+GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDPKVADKLEDDLQRARCLMVDGEVASFLPRKAQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLMAKSRFKAKMKRSKSKQELA T S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMAKSRFKAKMKRSKSKQELAPTRS 365

[Close]

BLAST of Tan0007187 vs. NCBI nr
Match: XP_022996276.1 (transmembrane protein 120 homolog [Cucurbita maxima])

HSP 1 Score: 669.5 bits (1726), Expect = 1.7e-188
Identity = 345/359 (96.10%), Postives = 352/359 (98.05%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           MADSS NVEDEVGRVVEQAKELHDSAASLISRTA+DEQSL QRALSLDSS+RRLRSLLDS
Sbjct: 7   MADSSHNVEDEVGRVVEQAKELHDSAASLISRTATDEQSLCQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLDPK+ADKLEDDLQRARC+MVDGEVASFLP KA+GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDPKIADKLEDDLQRARCLMVDGEVASFLPRKAQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLMAKSRFKAKMKRSKSKQELA T S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMAKSRFKAKMKRSKSKQELAPTRS 365

[Close]

BLAST of Tan0007187 vs. NCBI nr
Match: XP_023534446.1 (transmembrane protein 120 homolog [Cucurbita pepo subsp. pepo])

HSP 1 Score: 669.1 bits (1725), Expect = 2.2e-188
Identity = 345/359 (96.10%), Postives = 351/359 (97.77%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           M DSS NVEDEVGRVVEQAKELHDSAASLISRTASDEQSL QRALSLDSS+RRLRSLLDS
Sbjct: 7   MVDSSHNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLCQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLDPK+ADKLEDDLQRARC+MVDGEVASFLP KA+GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDPKIADKLEDDLQRARCLMVDGEVASFLPRKAQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLMAKSRFKAKMKRSKSKQELA T S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMAKSRFKAKMKRSKSKQELAPTRS 365

[Close]

BLAST of Tan0007187 vs. NCBI nr
Match: XP_022957893.1 (transmembrane protein 120 homolog [Cucurbita moschata])

HSP 1 Score: 668.3 bits (1723), Expect = 3.7e-188
Identity = 345/359 (96.10%), Postives = 351/359 (97.77%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           MADSS NVEDEVGRVVEQAKELHDSAASLISRTASDEQSL QRALSLDSS+RRLRSLLDS
Sbjct: 7   MADSSHNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLCQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLDPK+ADKLEDDLQRARC+MVDGEVASFLP KA+GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDPKIADKLEDDLQRARCLMVDGEVASFLPRKAQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NF NTVQTLMAKSRFKAKMKRSKSKQELA T S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFLNTVQTLMAKSRFKAKMKRSKSKQELAPTRS 365

[Close]

BLAST of Tan0007187 vs. NCBI nr
Match: XP_038874569.1 (transmembrane protein 120 homolog [Benincasa hispida])

HSP 1 Score: 667.9 bits (1722), Expect = 4.8e-188
Identity = 344/359 (95.82%), Postives = 352/359 (98.05%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           MADSS NVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSL+SS+RRLRSLL+S
Sbjct: 7   MADSSHNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLESSIRRLRSLLNS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLD KLA+KLEDDLQRA+CMMVDGEVASFLPGK +GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDSKLAEKLEDDLQRAKCMMVDGEVASFLPGKPQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLMAKSRFKAKMKRSKSKQEL  T+S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMAKSRFKAKMKRSKSKQELGQTNS 365

[Close]

BLAST of Tan0007187 vs. ExPASy TrEMBL
Match: A0A6J1K497 (transmembrane protein 120 homolog OS=Cucurbita maxima OX=3661 GN=LOC111491549 PE=3 SV=1)

HSP 1 Score: 669.5 bits (1726), Expect = 8.0e-189
Identity = 345/359 (96.10%), Postives = 352/359 (98.05%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           MADSS NVEDEVGRVVEQAKELHDSAASLISRTA+DEQSL QRALSLDSS+RRLRSLLDS
Sbjct: 7   MADSSHNVEDEVGRVVEQAKELHDSAASLISRTATDEQSLCQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLDPK+ADKLEDDLQRARC+MVDGEVASFLP KA+GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDPKIADKLEDDLQRARCLMVDGEVASFLPRKAQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLMAKSRFKAKMKRSKSKQELA T S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMAKSRFKAKMKRSKSKQELAPTRS 365

[Close]

BLAST of Tan0007187 vs. ExPASy TrEMBL
Match: A0A6J1H1J9 (transmembrane protein 120 homolog OS=Cucurbita moschata OX=3662 GN=LOC111459292 PE=3 SV=1)

HSP 1 Score: 668.3 bits (1723), Expect = 1.8e-188
Identity = 345/359 (96.10%), Postives = 351/359 (97.77%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           MADSS NVEDEVGRVVEQAKELHDSAASLISRTASDEQSL QRALSLDSS+RRLRSLLDS
Sbjct: 7   MADSSHNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLCQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLSKKLLDPK+ADKLEDDLQRARC+MVDGEVASFLP KA+GKFL+MFLGPINVRASRKDV
Sbjct: 67  LLSKKLLDPKIADKLEDDLQRARCLMVDGEVASFLPRKAQGKFLQMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NF NTVQTLMAKSRFKAKMKRSKSKQELA T S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFLNTVQTLMAKSRFKAKMKRSKSKQELAPTRS 365

[Close]

BLAST of Tan0007187 vs. ExPASy TrEMBL
Match: A0A6J1DZK7 (transmembrane protein 120 homolog OS=Momordica charantia OX=3673 GN=LOC111026046 PE=3 SV=1)

HSP 1 Score: 662.9 bits (1709), Expect = 7.5e-187
Identity = 337/359 (93.87%), Postives = 348/359 (96.94%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           + DS  N+EDEVGRVVEQAKELHDSAAS+ISR  +DEQSLRQRALSLDSS+RRLRSLLDS
Sbjct: 7   VVDSPNNIEDEVGRVVEQAKELHDSAASIISRATTDEQSLRQRALSLDSSIRRLRSLLDS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           LLS KLLD KLADKLEDDLQRARCMM DGEVASFLPGKA+G+FLRMFLGPINVRASRKDV
Sbjct: 67  LLSNKLLDSKLADKLEDDLQRARCMMADGEVASFLPGKAQGRFLRMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPS+LL+LRGW+WDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSMLLILRGWIWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMA+ NFSNTVQTLMAKSRFKAKMKRSKSKQELA TSS
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAIGNFSNTVQTLMAKSRFKAKMKRSKSKQELAQTSS 365

[Close]

BLAST of Tan0007187 vs. ExPASy TrEMBL
Match: A0A1S3AUA0 (transmembrane protein 120 homolog OS=Cucumis melo OX=3656 GN=LOC103482892 PE=3 SV=1)

HSP 1 Score: 657.5 bits (1695), Expect = 3.1e-185
Identity = 338/358 (94.41%), Postives = 347/358 (96.93%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           M DSS N+EDEVGRVVEQAKELH+SAASLISRTA DEQSLRQRALSLDSSLRRLRSLL+S
Sbjct: 7   MPDSSHNLEDEVGRVVEQAKELHESAASLISRTAIDEQSLRQRALSLDSSLRRLRSLLNS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           L SKKL+D KLA+KLEDDLQRA+CMM DGEVASFLPGK +G+FLRMFLGPINVRASRKDV
Sbjct: 67  LQSKKLVDSKLAEKLEDDLQRAKCMMTDGEVASFLPGKPQGRFLRMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTS 359
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLM KSRFKAKMKRSKSKQELA T+
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMVKSRFKAKMKRSKSKQELAQTN 364

[Close]

BLAST of Tan0007187 vs. ExPASy TrEMBL
Match: A0A0A0KM64 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G146230 PE=3 SV=1)

HSP 1 Score: 653.3 bits (1684), Expect = 5.9e-184
Identity = 337/359 (93.87%), Postives = 345/359 (96.10%), Query Frame = 0


Query: 1   MADSSQNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDS 60
           M DSS NVEDEVGRVVE AKELHDSAASLISRTA DEQSLRQRALSLDSS+RRL SLL+S
Sbjct: 7   MPDSSHNVEDEVGRVVELAKELHDSAASLISRTAIDEQSLRQRALSLDSSVRRLCSLLNS 66

Query: 61  LLSKKLLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDV 120
           L SKKLLD KLA+KLEDDLQRA+CMM DGEVASFLPGK +GKFLRMFLGPINVRASRKDV
Sbjct: 67  LQSKKLLDSKLAEKLEDDLQRAKCMMTDGEVASFLPGKPQGKFLRMFLGPINVRASRKDV 126

Query: 121 QLKFKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 180
           QLK KEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR
Sbjct: 127 QLKVKEEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALR 186

Query: 181 ENILRVNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 240
           ENILRVNGSDIRPWWIYHHYCAM+MALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA
Sbjct: 187 ENILRVNGSDIRPWWIYHHYCAMLMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVA 246

Query: 241 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLL 300
           MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCP+LFILQGFEAYVGLLLL
Sbjct: 247 MLLQNRYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPLLFILQGFEAYVGLLLL 306

Query: 301 KTALVGVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQELASTSS 360
           KTALVGVVPEWQVLFCGFLLVLMAV NFSNTVQTLM KSRFKAKMKRSKSK ELA T+S
Sbjct: 307 KTALVGVVPEWQVLFCGFLLVLMAVGNFSNTVQTLMVKSRFKAKMKRSKSKHELAQTNS 365

[Close]

BLAST of Tan0007187 vs. TAIR 10
Match: AT4G10430.1 (TMPIT-like protein )

HSP 1 Score: 534.3 bits (1375), Expect = 7.7e-152
Identity = 266/347 (76.66%), Postives = 303/347 (87.32%), Query Frame = 0


Query: 8   VEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLSKKLL 67
           VE+EV +++++ KELHDSAAS IS ++  E SLRQ+A ++DSS+RRL S   +++S K L
Sbjct: 3   VEEEVKQIIDEVKELHDSAASFISSSSQQELSLRQKASAVDSSIRRLHS---TIVSNKNL 62

Query: 68  DPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEE 127
           DPKL +KLE+DL RARCM+VDGE +SFLP K +G+F+RMF GP+NVRA RKDVQLK KEE
Sbjct: 63  DPKLVEKLEEDLHRARCMLVDGETSSFLPSKPQGRFVRMFCGPVNVRALRKDVQLKVKEE 122

Query: 128 YNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVN 187
           YN YRD+TALLFL FP+ LL+LR + W GCLPAFPVQLY+AWLLFLY GLA+RENILR N
Sbjct: 123 YNRYRDKTALLFLFFPATLLILRSYYWGGCLPAFPVQLYEAWLLFLYAGLAMRENILRAN 182

Query: 188 GSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRY 247
           GSDIRPWW+YHHYCAM MALVSLTWEIKGQPNC QKQRGV LFLQWAMMQGVAMLLQNRY
Sbjct: 183 GSDIRPWWLYHHYCAMAMALVSLTWEIKGQPNCVQKQRGVHLFLQWAMMQGVAMLLQNRY 242

Query: 248 QRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLLKTALVGV 307
           QRQRLYTRIALGKAKRMDVVWGETAGVDGQLW+LCPILFILQ FEAYVGLLLL+  + GV
Sbjct: 243 QRQRLYTRIALGKAKRMDVVWGETAGVDGQLWLLCPILFILQVFEAYVGLLLLRKTVTGV 302

Query: 308 VPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQEL 355
           V EWQV+ CG LLV+MAV NF NTV+TLMAKSR KAKMKRSKS+ EL
Sbjct: 303 VNEWQVMVCGILLVVMAVGNFINTVETLMAKSRVKAKMKRSKSRAEL 346

[Close]

BLAST of Tan0007187 vs. TAIR 10
Match: AT4G10430.3 (TMPIT-like protein )

HSP 1 Score: 534.3 bits (1375), Expect = 7.7e-152
Identity = 266/347 (76.66%), Postives = 303/347 (87.32%), Query Frame = 0


Query: 8   VEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLSKKLL 67
           VE+EV +++++ KELHDSAAS IS ++  E SLRQ+A ++DSS+RRL S   +++S K L
Sbjct: 3   VEEEVKQIIDEVKELHDSAASFISSSSQQELSLRQKASAVDSSIRRLHS---TIVSNKNL 62

Query: 68  DPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEE 127
           DPKL +KLE+DL RARCM+VDGE +SFLP K +G+F+RMF GP+NVRA RKDVQLK KEE
Sbjct: 63  DPKLVEKLEEDLHRARCMLVDGETSSFLPSKPQGRFVRMFCGPVNVRALRKDVQLKVKEE 122

Query: 128 YNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVN 187
           YN YRD+TALLFL FP+ LL+LR + W GCLPAFPVQLY+AWLLFLY GLA+RENILR N
Sbjct: 123 YNRYRDKTALLFLFFPATLLILRSYYWGGCLPAFPVQLYEAWLLFLYAGLAMRENILRAN 182

Query: 188 GSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRY 247
           GSDIRPWW+YHHYCAM MALVSLTWEIKGQPNC QKQRGV LFLQWAMMQGVAMLLQNRY
Sbjct: 183 GSDIRPWWLYHHYCAMAMALVSLTWEIKGQPNCVQKQRGVHLFLQWAMMQGVAMLLQNRY 242

Query: 248 QRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLLKTALVGV 307
           QRQRLYTRIALGKAKRMDVVWGETAGVDGQLW+LCPILFILQ FEAYVGLLLL+  + GV
Sbjct: 243 QRQRLYTRIALGKAKRMDVVWGETAGVDGQLWLLCPILFILQVFEAYVGLLLLRKTVTGV 302

Query: 308 VPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQEL 355
           V EWQV+ CG LLV+MAV NF NTV+TLMAKSR KAKMKRSKS+ EL
Sbjct: 303 VNEWQVMVCGILLVVMAVGNFINTVETLMAKSRVKAKMKRSKSRAEL 346

[Close]

BLAST of Tan0007187 vs. TAIR 10
Match: AT1G33230.1 (TMPIT-like protein )

HSP 1 Score: 529.3 bits (1362), Expect = 2.5e-150
Identity = 266/349 (76.22%), Postives = 303/349 (86.82%), Query Frame = 0


Query: 6   QNVEDEVGRVVEQAKELHDSAASLISRTASDEQSLRQRALSLDSSLRRLRSLLDSLLSKK 65
           + VE+EV R+VEQ KELHDS+ S +S ++ +E SLR RA  +DSS+RRL S   +L S K
Sbjct: 2   EEVEEEVRRIVEQVKELHDSSTSFVSSSSQEELSLRNRASVVDSSIRRLHS---TLASDK 61

Query: 66  LLDPKLADKLEDDLQRARCMMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFK 125
            LDPKL +KLE+DLQRARCM+ DG+ +SFLP K +G+F+RMFLGP+NVRASRKD+QLK K
Sbjct: 62  HLDPKLFEKLEEDLQRARCMLADGDTSSFLPSKPQGRFVRMFLGPVNVRASRKDIQLKVK 121

Query: 126 EEYNSYRDRTALLFLLFPSLLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILR 185
           EEYNSYRDRTALLFL+FP++LL LR +VWDGCLPAFPVQLYQAWLLFLY GL +RENILR
Sbjct: 122 EEYNSYRDRTALLFLVFPAILLTLRSYVWDGCLPAFPVQLYQAWLLFLYAGLVMRENILR 181

Query: 186 VNGSDIRPWWIYHHYCAMIMALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQN 245
            NGSDIR WW+YHHY AM M+LVSLTWEIKGQPNC QKQ+GV+LFLQWAMMQGVAMLLQN
Sbjct: 182 ANGSDIRSWWLYHHYFAMAMSLVSLTWEIKGQPNCVQKQKGVRLFLQWAMMQGVAMLLQN 241

Query: 246 RYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLWILCPILFILQGFEAYVGLLLLKTALV 305
           RYQRQRLYTRIALGKAKRMDVVWGETAGVDGQL +L PILF LQGFEAYVG  LL+T L+
Sbjct: 242 RYQRQRLYTRIALGKAKRMDVVWGETAGVDGQLLLLFPILFTLQGFEAYVGFQLLRTVLM 301

Query: 306 GVVPEWQVLFCGFLLVLMAVVNFSNTVQTLMAKSRFKAKMKRSKSKQEL 355
           GVV EWQVL CG LLV+MA+ NF NTV+TLM KSRFKAKMKRSKS+ EL
Sbjct: 302 GVVAEWQVLVCGILLVVMAIGNFINTVETLMVKSRFKAKMKRSKSRAEL 347

[Close]

BLAST of Tan0007187 vs. TAIR 10
Match: AT4G10430.2 (TMPIT-like protein )

HSP 1 Score: 376.3 bits (965), Expect = 2.7e-104
Identity = 174/205 (84.88%), Postives = 188/205 (91.71%), Query Frame = 0


Query: 85  MMVDGEVASFLPGKAEGKFLRMFLGPINVRASRKDVQLKFKEEYNSYRDRTALLFLLFPS 144
           M+VDGE +SFLP K +G+F+RMF GP+NVRA RKDVQLK KEEYN YRD+TALLFL FP+
Sbjct: 1   MLVDGETSSFLPSKPQGRFVRMFCGPVNVRALRKDVQLKVKEEYNRYRDKTALLFLFFPA 60

Query: 145 LLLVLRGWVWDGCLPAFPVQLYQAWLLFLYTGLALRENILRVNGSDIRPWWIYHHYCAMI 204
            LL+LR + W GCLPAFPVQLY+AWLLFLY GLA+RENILR NGSDIRPWW+YHHYCAM 
Sbjct: 61  TLLILRSYYWGGCLPAFPVQLYEAWLLFLYAGLAMRENILRANGSDIRPWWLYHHYCAMA 120

Query: 205 MALVSLTWEIKGQPNCAQKQRGVQLFLQWAMMQGVAMLLQNRYQRQRLYTRIALGKAKRM 264
           MALVSLTWEIKGQPNC QKQRGV LFLQWAMMQGVAMLLQNRYQRQRLYTRIALGKAKRM
Sbjct: 121 MALVSLTWEIKGQPNCVQKQRGVHLFLQWAMMQGVAMLLQNRYQRQRLYTRIALGKAKRM 180

Query: 265 DVVWGETAGVDGQLWILCPILFILQ 290
           DVVWGETAGVDGQLW+LCPILFILQ
Sbjct: 181 DVVWGETAGVDGQLWLLCPILFILQ 205

The following BLAST results are available for this feature:

BLAST of Tan0007187 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q54IK2	2.4e-28	30.41	Transmembrane protein 120 homolog OS=Dictyostelium discoideum OX=44689 GN=tmem12...	[more]
Q9BXJ8	5.1e-23	30.36	Ion channel TACAN OS=Homo sapiens OX=9606 GN=TMEM120A PE=1 SV=1	[more]
Q05B45	1.9e-22	29.88	Ion channel TACAN OS=Bos taurus OX=9913 GN=TMEM120A PE=2 SV=1	[more]
Q8C1E7	3.3e-22	28.98	Ion channel TACAN OS=Mus musculus OX=10090 GN=Tmem120a PE=1 SV=1	[more]
Q5HZE2	1.2e-21	28.96	Ion channel TACAN OS=Rattus norvegicus OX=10116 GN=Tmem120a PE=2 SV=1	[more]

BLAST of Tan0007187 vs. NCBI nr


Match Name	E-value	Identity	Description
KAG6605629.1	9.7e-189	96.38	Transmembrane protein 120-like protein, partial [Cucurbita argyrosperma subsp. s...	[more]
XP_022996276.1	1.7e-188	96.10	transmembrane protein 120 homolog [Cucurbita maxima]	[more]
XP_023534446.1	2.2e-188	96.10	transmembrane protein 120 homolog [Cucurbita pepo subsp. pepo]	[more]
XP_022957893.1	3.7e-188	96.10	transmembrane protein 120 homolog [Cucurbita moschata]	[more]
XP_038874569.1	4.8e-188	95.82	transmembrane protein 120 homolog [Benincasa hispida]	[more]

BLAST of Tan0007187 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1K497	8.0e-189	96.10	transmembrane protein 120 homolog OS=Cucurbita maxima OX=3661 GN=LOC111491549 PE...	[more]
A0A6J1H1J9	1.8e-188	96.10	transmembrane protein 120 homolog OS=Cucurbita moschata OX=3662 GN=LOC111459292 ...	[more]
A0A6J1DZK7	7.5e-187	93.87	transmembrane protein 120 homolog OS=Momordica charantia OX=3673 GN=LOC111026046...	[more]
A0A1S3AUA0	3.1e-185	94.41	transmembrane protein 120 homolog OS=Cucumis melo OX=3656 GN=LOC103482892 PE=3 S...	[more]
A0A0A0KM64	5.9e-184	93.87	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G146230 PE=3 SV=1	[more]

BLAST of Tan0007187 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G10430.1	7.7e-152	76.66	TMPIT-like protein	[more]
AT4G10430.3	7.7e-152	76.66	TMPIT-like protein	[more]
AT1G33230.1	2.5e-150	76.22	TMPIT-like protein	[more]
AT4G10430.2	2.7e-104	84.88	TMPIT-like protein	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR012926	Ion channel TACAN/TMEM120B	PFAM	PF07851	TMPIT	coord: 9..341 e-value: 1.3E-104 score: 349.9
IPR012926	Ion channel TACAN/TMEM120B	PANTHER	PTHR21433	TRANSMEMBRANE PROTEIN INDUCED BY TUMOR NECROSIS FACTOR ALPHA	coord: 4..359
None	No IPR available	PANTHER	PTHR21433:SF6	TMPIT-LIKE PROTEIN-RELATED	coord: 4..359

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Tan0007187.1	Tan0007187.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane