Tan0013109 (gene) Snake gourd v1

Overview


Name	Tan0013109
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Oligopeptide transporter 7
Location	LG07: 66285137 .. 66304784 (-)
RNA-Seq Expression	Tan0013109
Synteny	Tan0013109

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonpolypeptideCDSthree_prime_UTR

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

AGAAAATGGAAGAATCAAGGGAGCAAATTAGAGCCCCTCTCAGTAAGAAACAAAAAGAAACCCTAAATCTCCATTTCAATAGTCACTCAAAATTCTCCATCACTCACCTTCTTCTCTTTTCTCTGTTCTGATTTCAGTTCCCAACCATGAAGAAGCTTCATCATCACCATCTTCGAAATCTCCCCCGCCGGAAATCGCCGAATCTCCGGAAGAAAACTCGCCTGTTCCACAGGTGGCTCTCACAGTTCCGACCACCGACGATCCTTCTCTACCGATTCTCACCTTCCGAATGTGGTTCCTCGGAACTCTGTCCTGCGTTCTCCTCTCTTTTCTCAATCAGTTCTTCTCCTACCGCAACGAGCCTCTCTCCATCACCGCCATTTCCGCTCAGATCGCCGTCGTTCCTCTTGGCCGTCTAATGGCTTCCACAATATCAGATCGGATCTTCTTCAAAGGAAGTCGGTGGGAGTTTTCGCTCAACCCTGGCCCTTTCAATGTCAAGGAGCACGTTCTCATCACAATCTTCGCTAACTCCGGCGCCGGCGCCGTCTTTTCCATTCACGTCGTCACGGTGGTCAAAACCTTCTACAAACAACATATGAGCTTTAACGTCTCTCTGATTGTCGTCGTTGCGACTCAGGTGAGTGAGAATTTTTTTTTTTTTTTTTTAAAAAAATTCGATTTCCCCTCTTTTTGTCGAAATTGAAGGGATTGAAATGGTACAAGATCAGGTGATAGGATTTGGATGGGCGGGGATTTTCAGGAAGTATCTGGTGGAGCCGGCGACGATGTGGTGGCCGGCGAATTTGGTTCAGGTTTCTCTGTTCAGGTATGCAATTGCTAGAATCTTCCTTTCAATTTAGTACCTGTTATCCAAAAAGTTTGCAGTAGAGACCCTCACGTTTTTACATTTTTCAAGTATACTCTTTTCAATGGTGAATGGAGGAGAATCTTTAATTCATTTTAGGACTTTGGCCATTTGAATTTCATTTTTTGTATTTAGAGTCGTGAATTTGCTGTTGATCCTTTTCGAAAATTATTTTCGAATTTTGTCATCTAAGTAAGAAAAATTCTTAAAACAACATCATTTTATCTTTTTTTGAATTTGAAATTTAAAGAAGCAGAATTATAATAAAAAAAATTAACAACTATAATATTTTATGTTAAATTTAATTTATTTTTGTTAAATTAAATATGTATAATATAATATATTACAATTATATAAGATGATAAACTAATAATTATATAAAATCTATTTAAAAAATATGTTAAAAATAAATAAAAAAAGATTTATATTCCATCTAATATTTTGTTTTGCAATTACAACTAATTTCATAACTAATAAATATATTATAAAACATATTTTTTAAAAAATTTCAATATGTGAATGAGCTATTAGACACAAATTAAAAGTTCATAGACCAATGCACAAAATTACAAATTTAGGTCTTGTTTTTTTTTTTTAATTACAATTTGATTTTTGACAATTACTACTTACATCTGTGCGCTTTCTTGTTTTGCCATCTATTTTTTACCTACGTTTTCAAAAACCAAACTATGGTTGAAAACTAAGGTTTCATTTGATAACTATTTGATTTTTGATTTTTGGTTTTTGATTTTTGAAAATTAAGCTTGTATTCTCCAAAGTTCTCTGGAATGAGGTTCATCTCTCCTAAAAAACTATTTAAATTCTTAGCCAAATTCTAAAAATGAAACCAAGTTTTTGAAAACTACTTTTTTTAGTTTTCAAAACCTAGCTTGATTTTTGAAAACATAGAAATAAAGTAGATAAGAAAACATATAAACTCATTAGAAAACTAAAAACCATTAAAAACAAAAAACCAAGACCCCGTTTGATAACCATTTGAATTTTGGTTTTTGGTTTTTGAAAACTAAGCCTTGAAATACTACTCTCACCTAAGGATTTATTTGTTTTGTTATCTACACTTTACCTATATTTTTAAAAATCAAACAATGTTTTAAAAACTAAAAAAAATAATTTTCAAAAAAGTGTTTTTGTTTTTAGAATTTAGTTAAGAATTCAAATGTTTCCTTAAAGGAGATAAAAATTATGGTAGAGAAATTGGAGAAAATAAGCTTAATTTATATAAACAAAAAACCAAATGATTATCAAATAGAGCCTAAAAAAGGTAATTTTTAAAATTTGTTTTTATTTTTAGAATTTGGCTAAAAATTTAAACGTTTCCCTAAAAAAGATAGAAATAAGGACTTATTACACATTTTTTTTAACTTCAAAGACTAAAAATAAATACAAGAAAATTAGTAAGTGTTTCATTAAAAACCCTTCAAAAGGTTCTTCTCTATTTTAAATTTTTACAAACTATTTTTACATGTCAAACACACGTTTGTACTTTGATAAATGGTAAATTTAACATTTACCTACAGAGAGAGTATAATTAAAAGTATTAAAATGATATTTCAAATAAATAAATAAATAAAATGGAAAGGGCTCAATTGAAAATTTTCAAAGGATAGAAACTAAAGTGAAAAAACATATAAAGTATTAGGGACTAAAGAAATATTTATCTTTAGCTTTGCTTGGTTGGAATTTGGGATTAAGTTGATTCAAAACAAGTGGGGAACGTGTATGAAGAATATTTTTTTCAAGCGGGACGAATGCTCTGATTTTTTTTAATATATATAATAAACCATAATTCTATACTTTTATTAAGTATTATTTTATTTTATTTTTTTTAGTTTGTTTAAAAAACCCCCTCTTAAATAAAAATCTCGGTTAACAATTTAAATAGATTTTTTTTAAAAAGTATATTTTTTATTTAATCAAATTTAGAAAAATGAAAATTAATTATTTTTGTGTGAAACTCGATATCTGTATTTCTACCTCGTTTCTTGCGAAATTAAATGTAGAATGAAATGAGTTTCCCACAAAACTAAATTAAGAATTTTGCAAAATGAAAAGAATTTTGACATTTTTTTTTCTTCGTTGATTTATTAGGAGAAAATGACGCTTTTGTTGGGTACGAAAAACCACCGACAAACATGTTGTGGCCAACCAATTAGACTCAACAGCCATTCCAATAATTATTAAAAAAAAAAAAAATAAGGGAAAAAGTTTTACATGTTTTTATTAATTAGCTAATATGGTTGTTGATGATTTTAGTTTTAATTATTATGGATTTTAAGTTTTAATTCCATCCTAATTTCACTTTTCTCCCTTTTTTCAACCTTAATACAACTTTTTTAGTTTAATAATATAAATAGAAGATTTAATCATCTAATCCTTAGTCGAAAGTACTTACTTTATGTTAATTAAATTATACTCATGTGGACTAAAATTTAATACAGCTAGCATAGTAGTCATTGACATGTAAATGTGCATTTAATATGGTAATATCTTGTATCAATAAGATGAATTAAATTGAAATTTAAAAATGATTGAGACTAAATAAAAATTAAGTCTAAACTATTGGAAACACAATGAAATTTTTTGAATTATTGGGGCAAAATTGTTGTAACTGAGATTTTTCAATGTATAGTGGATTAACTTGGTCTAATTTACTCTCTCAAATTTAAACTATGTAGATTATTATGACTTTTTTCATTCAACTGTGTTACTTTTGTCTTTTAACCTGATCGAGCATTTTAGGGCCCGTTTGATAACGTTACTGTTTCTTGTTTCTTATTTCTGTTTCTCATTTTTTTAAGAAACATGCTTGTTTGATAATCCATCCTGTTTCTTGTTTCCAAAATTTGAAAAACGTTTCTAAATTTGGAGCTAAATTTTAGAAACTACAGATAATAGTTTCTCTCACTTCTGTTTCTTTATATATATAAACGTTTCTCCTACATTTTGAATTTTGGCCTAGGGTTCAGTGGCAAAACTTGGGTATCTTCTAGCTTCTATGCTTAAGGTCTTGAATTCAAACATCAAGTAGGAGTAGGACAACTACCCCACCCCCCATTTCGTTTTTTGTAATATATAATAATAATAATAATAATAATAATAATATTATTATTATTATTATTATCTATCGATAAATTTATATTTATATTTTATTTCTTAATTTTAGCTTCTCCATTTTATAGTTCTAATTTTTATAAATATTATTATTATTATTATTATTATTATTATTATTATTTGTATATAAATTTATATTTATTTTATTTTATTTTGAAAAAGTCTAAATTAAGAAAGCGGAAGCAATTTAGGATCTTGAACACTTTAAGTTGATCAATTTTGCAAAATAAAATGAATGCTCAAAGCTGGAAAAACTGGGAGTTAAGAAACTCACCTTTGAAGATCAAATTCTCTTCACCCGGTGGATGATTTTCAACACGAACACTTTGTGGACCACCTCTAGAGTCTTCCCTACTATCCTCAAGCCTTGGAACGGATTGTGGGATCCTAGATTGAGAGAATTTGGAAGAAGAGTCTCCAAAGGTCACAAAACGGGAATTCTTTGAATTTCTGCAAAATTCTTTCAAATCACCTCAAATCACCATTAAATAAAGTTTCAATAAGCTCTACCAATGTGACAACTCAAAAGTGACGAGGATGGATTGAGGTGGAGGTGACCAATTTTGAAGATGAGGAGGATTGGGCAAATTAGCAACTTGATTTTCATGAAAATCATGAAAATCCTTCATTTTTCATTTAATTCAAAAATCAATATTAAATTGATTTTAAAATAAAATTAATTTAATTAATTAAATAATTTTTAAATTTAATTTAATATCAAATATTAAATTAAATAAATTGTCCAATCCCGATCGATTTTTCGAACATGAATCCTTATGCATGCTATAAATCGATCAAATATTTAAAACATATTTAAATATATCCACCTCATTTTAATCATAGTTTAATTCATAATTAAGATATGACTCGTTAAATATATCACATATAATTAACGATTTCTCCCAAAATCGAATTTGAATAATTTAAATTCTTTTCTCTCAAAATGTTACAAGGCTTAGTCCGAGTTAGTAATGGGGACCTAATGGACCTACAGATCATGAGCTCCAACGATACGAGATTAACCGGTCAAACTCTCTAGCTAGCTAATCAACATTTGTTAACCACCGGGACACTCCACTAAAGCCCAGTGACTGCACTCTCCTCACTGTAGATATATTTATGTCCACTCGTTATAACCATGATTAGTAAGTCGATTCTTCACAGGTCGTTCGTAATTACAGCTGGGTCAAAATTACCGTTTTACACCTATAATTACCTCTTGTTCCTTAGATCCCACTGATCCTCTAATAAACAATTGGTTTGCGGTCCAACCAGCAAACTGTATCCCTCTCGGGCCAATAAGAGGGGTGGGCCCTTTGTTCAAGACCCAGAGTCAGCACTTGAGGGAACAACCTCTCTACTAATTCCTAAACCGGGTAGGAGTGAATTCCATCTTGCAGAACTATGTTTCCAACTATCTATCCAGACTTATCCCTGAAATGGGAGGCTTATTGAGTCGGCAATCTCGGGTCACTCTCACTCATGCTAATCTAAGGATAATCCGAATAAACAGGAGTTCATAGCACGCTCAGGATTTAGATCGAGTTACCTAGATCATCGTATGAATATAGTCAGTTAAGACAGTAAACAAAGTTATAAAGTCTAAGTGACTATTTCGCGGTCCAGTCTTATGCAAACTCATTGTATAGGACGCCTCCACTCACATCTCTTCACATGAACGATTTAGGATCACATCGTTTGTATTTTACAAAATGGGTCACGTCCATAGTGCCCCCAGGATAAGGTACTCAACCCTATCCTTATACTATAGACAGATCTGTCTATAACTTGAACTTGATCCACTTTTATGTCACACATAAAGTTCAAGTATTCATCTTATAGCCAAGAGTTCTTTATTGGGTTAGGGTTACACAACACACAATTCACTTTATTCAATAACACATGTACTTAATAAATCTCAATAACATCGTTATTGCAAAAATAGAATATACATTCAGTTTACAAAACCACGAGTTTTAGGACATAAAACCCAACATATTTCTTAATTTACACTCGTTTGTATTAGTTTAATTTAAAGTTTATTTTTTTTTTTAATATTTATGTTGTATTTGAATTTTGAGTTTTAAATTTTGCAATCTTCATATTTATTTATTATTGTAATTTTGAATATGTTTATTTATATATTGTTTTTATTTTGAATTTTAAATTTTAAATTTTGCAATAGTATATTTATATGTCATTTTAATTTTTTATATATATTATTTTAATTATTAGTATACTAAGTACCCGTTAGAATTTTACAATAAATTTTACTCACTAAAACATGCATTTGGCCTCATTTTAATATTTTGCCACCACAACATTTAACAATATAATTGAGTTTGATCTGAGTCGACATCATTTAAGGCGAATTATTAGGGAAGAGATAACATTGCAGATGAAATATTTTTAATAATTAATTATATTTTTATATATTTGAGTGCATGTTATATATTTTATATTATATAATTAAATTCTTTTAAAACTATAAAAAAATGAGAAAAAAATAAGAACAAGAAAAACATTTAAGAACAAGAAACAAGAAATAGTTATCAAATACATTCTCGTTTCTTATTCTTAAAAAACGAGAAACGAAAAATGAGAAACAAGAAACCGGAAACGAAAACGTTATCAAACAGAACCTTAGTTATTTTTTGGGCAATAATTCTTTTGATTATGTTGTATGTTAGGTCTGGACATTTTTTTTTTTGTTGATTTGGTGGTTTGAGTATGAAATTTTTCATAATTTACTTTTTTTAAAAATGTTTTAGGGTTGAATTTCATCATATTAGTTTTTTTTTTTGAAAGGAGCTTATTAGTGGCATAATTTTGAATATTCTTAATGGTTGGTTTCTTTTAATTTGATAAACTTCTTTAAAGATACAAATGAATTTCTATTTCTCCATGAAAATTTTGGAAAGTTTGCATAACCCAATTATTTGGGTGATCTAAAATTTGGACTTGATGGATAACTCTAAAGTATTCATAGCTCAGTTTTGAGTGGGTTATCTTCGGCAGACTTGATGAAGCAAGGAATGTGAGTGTGAAGGTGTGGTTGCCTTCTATGAAAAGTTTAAAGAGTCTCTTTCTAGAGCACTCACGATGACCTGAGGTTTTATGTGTGTGGCCATCAATAACACTTGAGTTTATTTATCGTGGAATCAAATCAAACATAAGGACTGAAATGTGTTGTGGGGGGTCTCAACTGTAACTATCGAAAGTTCAAGAGGTAACACACTTTCTTTAATTAGGTTGTTACCCTATTTCACTATGCATCAATTCAAATCGTAAGATATTGATGCTTAAGTTTATTCTTATTTCTTTGCTCATAATTTGTTTTCTTTTCGTTTTTCTTTTCCTTCATCTGGATAGTCATTTGTGGGAGATTGTTGGGAATGACTATGGGCCCATTTGACCCATTATAATTTTACAAGAATTACACAACCAATTGTCCCACATGGAAAGATTGTGAAATGGGAAGGTTGGGTCATTTTTTTTTTTAATATTGCAAGTTATTAAACTTATTAGAGAAATATTGTACATTTCAAACAAATTTTAAAAATATTGCAAGGTAAAGACGACGGGTACATGCATTCAAAGGTCGTCTCTCGACCTATTATCTGTGAAAAAAGGTCGTCTCTAAGAGACGACCTTTGTGTATGTGGAGAAAGACGACCTTCACATAATACTTTGTTTGTTTTTTTTTTCTTTCTTTCAGCAAAGTTCAAAGTTGCTAAATTTTGTTTTCACAAATTGTTTTGTTTTTTTTTTAGCAAAGTTCAGAGTTTTAAAAATTTAGCAAAGTTCAAAGTTATAAAAATTTAACAAATTGCTTAAAAATAAACTTCATAATAATGATGAGAAATCAACAAGCATCTGTACGTAATGAAAAGTTAAAGTTTACAAATTGATTAAACATATCCAAATTCAGTGTGTGCCACAAGGTGTACGTCGTCTATTACGAGGGGGTTGTCGACGACGATCCCTCGGGGCTTCCTCTTGTTGCACTGGTGGTTCATCTAATTCTTCCTCATGTGAAGATGGATCATCATCATCATCTCGGGCACGCACGACACCATGTGATGACGAGGAACCTGCATCATAATCATGTGTGCCTGGAGTATGAATATATCTCGAACCAGGTGTGGGAATCATCATCATCGAAGTAGAAATAAGTTGTCCAACATCAAAGGAATATGCACTGACACTGTGGTCAACCTCATCCGACACAAGTCTGAGCAGCTCCTCTTCTTCAATATCCTCCTGTTGAACACGTCTTCTATGTCGAGGACCAGGAGGAGGAACAGTAGGAATGTTGTACATGTTATGTAGATTATTTAAATTGTTTTCTCAAACATCACACAGATTTAGTATCTCCATATTTTGCGAGAGATCTCGAATCTGTCTAAAGCATGACCTTTTCAATTTTCACGTAGAAAAATAGTCAATATTTATTGAAAATATAAAGTATATATATTTCAAAAATAAATGCAACTTTTACTGTTTGCCCATATGATGCTCCATCACAAGTGATGAAACACATAGTAATGTTATGATACCAATTTGCATAGTATGGGGTGGTATCTCCGAATGCATCAACTGGTGGAGTTTCTGCTACGTGTTGACTGCGCAAATGCCACTGCTCCACGTACGGTGCCAACACATACACCCAATCTTGATGTCGGAGGTCGATAGCATGCAGGTTTGGGTTCGTATTGCACACGTCTGGGATACATTGTTTCATCCCAAATTGTCTCATCACTCGATTGAGTAGGTGCCATTCTATAATATGGAAGCATACGAGTGGAGTCACCGAACGTCACATGTCATGACCATTTCTACAATATTGTGGTAATGTGTTCATGACATTGTTGTATGCCTCCCAAATCACTTGAGAATACCAAATTATAGTTGATTAGTGACTTGTAACATAAGAGAAAAGAAATTTAATTATGACATTCGTACCAGGTTGGGTCTAAAGAGATCAAACATATATCTATATTGTCTGATCACATGAGTGGATGATCCTGTAACACAGAATTGGTCTCTCCACCTACGAATTAAAAATTTAGCATTAAAATCTTAATTTCAAACATTTTAAATTATAAAAATTAAATTTTGAAAATCATACCGAGAACTAAGTGGTCGCCCCACTAATCTAGCAAGATTCATATGTCGACGCTGAGGAGCCATGGTTGGAAATCGTTCCCAACCCCACAGTTGAAGAAGTATTACAGGTCCGACAATATCACGTGCATCCAACCGACTGACATTACATAATTGCCGCTATAACCATGCCAAACAGACCCCACCCCAAGAATATCTTCCAGCAATCTCAAAGTCTCGTAGGAGTGAGAGAAACATTAAATGCACTTTATCTCCAGATTTATCGCAGTAGAGACTTCTCCCAAATAGCTGCAATATGTATGCTCGAGCATACCTCGCTACAGCAACATCATTAGCACCATCATTCAACCCTGGGAACTGGGTTGCTAACCAAGGTGCAAACCTCGAGCCCTTAATGTGGTTGTTCTCTGGAGTCACCCCGAGTAATTCAACACACGTCCGTTTCCAATTATAGCTCATGGGTCCAGTAAGTGGTTCGCCATCCACTGGTAAACCTAGTAAAACTGCAACATCCTCTAGAGTGACAGTGCACTCTCCTTCAGGCACATGAAATGTGTGAGTTTCCGGTCTCCACCTTTCCACTAGTGCAATTATAAAGTGCCAGTTCAATTGAATAAATCCTAGCCTGACCACTCTTACCTAAAATGGAAAAGAAGTGAAAGAGTGAAGAGAGAAAAAGAGAAAAGAAGAGAGAAGAAGAGAAAGTGAAAGTGAAAAAGGTGGAAAGAGGGGAGAAGAAAGTGAAAAATGGAGAGGTGATGGAGAAGAAACAAAAATGAAAATGGGGGATTTGAGGGGTTTTCGATTCTGTGAAGGTCGTCTCTCAAGAGATGACTTTCATTAAGTACTCCGTTGGTACTTGGAATTTTGTAAGAAGGTCGTCTCTTTCAAGAGACGACCTTCATTAAAATTCAAAAAAAAAAAAAAAATTAAAAACGGAAGGTCGATCTTCGCCAACGTGCACACAGGTCATCTCTTCAAGAGACGACCTACTTCCACGGATGATAGGTCGTCTCTTCAAGAGACGACCTTGCAATATTTTTAAAATTTGTTTGAAATGTACAATATTTCTCTAATAAGTTTAATAACTTGCAATATTAAAAAAAAATGTTCGGAAGGTTGTTTATATATGTGAGCACATTGGACTGACACTTTATAACTGCACTAGTGGAAAGGTGGAGGCCGGAAACTCACACATTTCATGTGTCTGGAGGAGAGTGCACTGTCACTTTAGAGGATGTTGCAGTTTTACTAGGTTTACCAGTGAATGACGAACCTCTTACTGAACCTATGAGCTATAATTAGAAACGGACGTGTGTTGAATTGCTCGGGGTGACTCCAGAGGACAACCACATTAAGGGCTCAAGGTTGAGCTTACCTTGGTTAGCAGCCCAGTTCCCAGGGTTGAATGATGATGTCAATGTTGTTGTTGTAGCGAGGTATGCTCGAGCATACATATTGCAGTTATTTGGGGGAAGTCTCTTCTGCGATAAATTTGGAAATAAAGTGCATTTAATGTTTCTTTCACTCCTACGAGACTTTGAGATTGTTGGAAGATATTCTTGGGGTGGGGCCTGTTTGGCATGGTTATACAGACAATTATGTAATGCCAGTCGGTTGGATGCACATGATATTGTCGGACCTATAATACTTCTTCAACTGTGGGGTTGGGAACGATTTCTCACCATGGCTCCTCAGCGTCGGCATATGAATCTTGCTAGATTAATAGGGCGACCACTTGGTTCTCGGTATGATTTTCAAAATTTAATTTTTATAATTTAAAATGTTTGAAATTTAGAATTTAATGCTAAATTTTTAATTCGTAGGTGGAGAAACCAATTCTGTGTTACAGGATCATCCACCCATGTGATCAGACAATATAGATATATGTTTGATCTCCTTAGACCCAACTTGGTACGAATGTCATAATTAAATTTCTTTTCTTTTATGTTACAAGTCACTAATCAACAACAATTTGGTATTCTTAGGTGATTTGGGAGTCATACAACAATGTCATAAACACATTACCACAATATTGTAGAAATGGTCATGACATGTGGCGTTCGGTGACTTCACTCGTATGCTTCCATATTAGAGAATGACACCTACCCAATCGAGTGATGAGACAATTTGGGATGAAACAATGTATCCCAGACGTGTGCAATACGAACCCAAACCTGCATGCTATCGACCTCCGACATCAAGATTGGGCATACGTGTTGGCATCGTACGTGGAGCAGTGACATTTGTGCAGGCAACACGTAGTAGAAGCTCTACCAGTTGATGCCTTCGGAGATACTACCCCAGACTATGCACATTGCTATCATAACATTACTAGGTGTTTCATCACTTTTGATGGAGCATCATATGGGCAAGCGGTAAAAGTTGCATTTATTTTTTAAATATATCTACTTTAAATTTTCAATCAATATTGACTATTTTTCTCCTTGAAAATTGAAGAGGTCATGCTTTAGACAGTTTCGAGATCTCTCGCAGAATATGGAGATACTAAATCTGTGTGATGTTGGAGAAAACAATTTAGATCATCTACATAACATGTACAACATGCCTATTGCTCCTCCTCCTGGTCCTCGACATAGAAGACGTGTTCAACGGGAGGATATTGAAGAAGAGGAGTTGCTCAGACCTGTGTCGGATGAGGTTGACCACAGTGTCGGTGCATATTCCTTTGATGTTAGACAACTTATTTCCACTCCGATAATGATGATCCCCACACCTAGTTCGAGATATATTATACTCTAGGCACACATGATTCTGATGCAGGTCCCTCATCATCACATGGTGTCGTGTGTGCCCGAGATGATGATGATGATCCATCTTCACATGAGGAAGAATTAGATGAACTACCGGTGCAACAAGAGGAAGCCCCGAGGGGTCGTCGTCAACAACCCTCTTGTAATAGACGACGTCCACCTTGTGGCACACACTGAATTTGGATATATTTAATCAGTTTGTAAACTTTAACTTTTCATTACGTACAAATGCTTGTCAATTTCTCATCATTATTATGAAGTTTATTTTTAAGCAATTTGTTAAATTTTTATAACTTTGAACTTTGCTAAATTTTTAAAACTTTGAACTTTGCTAAAAAAAAAACAAAACAATATGTGAAAACAAAATTTAGCAACTTTGAACTTTGCTGAAAGAAAAAAAAACAAACAAAACAAAGCATTTGTGAAGGTCGGTCTTGCAATATTTTTAAAATTTATTTGAAATGTACAATATTTCTCTAATAAGTTTAATAACTTGCAATATTAAAAAAAAATGTCCTTACAAAGTGTGCATGGCGTGGTAATAAGATCTCTTCCCACACGCGTCGTCGTCTGGTTGGGCGGCTTTGGGTAAATTACTTTTGAACTTATTTTTTGTTAGGGGGCAACCGACTCCGACAGATCTCTACAATGGTATGATATTGTCCACTTTGGGCATAAGCCCTCATGGTTTTGTTTTTGGTTCTCACCAAAAGACCTCATACCAATGGAGATAGTGCCCTCACTTATATACCTATGATTGTCTCCTTATCTAGCACTTCAACAATCCCAACAATCCTCCCCTCAAACAAAGTACCACTTCGATCCTCCACTCAAATAGTCATCCCTCCCTCTGAATTACACTCGAGCAAATTACTAACGACTTCTCACTGAAGTACACTGACGACTCCTCACTGGAGTAAACTGCGTTGTCAACTCCCCATTGGAGTACACAACATCCGGAAGCTACCGATGGCTCACCTTCTTTGTTTGACACCTGGGATTCTACCGACAAAACTAAGTCAGGGGCCGAGCTCTGATACCACTTGTTAGGGAGCAACCGACTCCGACAGATCTCCACAATGGTATGATATTGTCCACTTTGGGCATAAGCCCTCATGGTTTTGTTTTTGGTTCCCACCAAAAGGTCTCATACCAATGGAGATAGTGCCTCCACTTATATACCCATGATTGTCCCCTTATCTAGCCAATGTGGGACTTTGGTTGCACTTCAACAATCCCAACATTTTTTTTTACATTGAATTTCTTATCGTTAAGACAATAATACCCCATTAACTCACGATTTTATTGAAAAAAACGTTTTGATTTTTTTCAAAACTATTTTAGATTTAGATCTAGATCATATATTGAGGGATCAGTTTTTGAGTTCTTCATCTTTTTCTCATCTTCCTCTTCTTTTCGATTATGTGCAAATATTTGATTTGATTCCAGTCTTCCTCCAACGAGTGCATGTTTGAGGTGGATATTGTGTTAACCTTGGGGAGTAGCCAGTAAAAACGATTCGCACCGAAGTTGTGCCGAAATTGCTTTGAAGGCAGTGATTTTCGCGATACAACAATCTTAATTTTGGAATTTTCAAGCATCAAATTTTATAATATTTTACGAGATCTGAGTTCCAACTACTCAACCATGATGGTTGATGTAAAATAAAGCATTAGTTTTATATTGAAAAGGAAGGATGGATACAAGCATACTTAAAAAAAATTAGGAGAGATCGAGGTTAGGTTTTTATTATTTTATTATTTTTAAATTTTGTTTAAAACCCTTTTTCGATTTACCCAAGTTTTTAAATTTTGGGTGGGTTCCACAAATATTCCTTTGACTTTGACTTCTTTCAGTAAGAGAAACACGTTGTTTGAAATTTCGAATCATCTAATATATATAAAAGTTGGTTTGGCATAATCTAAAAATGAATATATAAAAGTATAGGTATATAAAAAAAAAAGTTGTTTCCAACTTTTTGGGGTTTACATTTATTTATTTTTTAAAAAAAATGCGTGTTTAATTACTTGATTCAAATATATCTTCAATTAACTTTTTTTTAAAATATTTTTTTTAGTACCTTTTTTTCAATATTTAAATGTAGATTCACAAAATAAATTAATACATTGGGTCGAATTATTTTGTTTTAGCAAGTTGTTATTTTTATAAAACAAATAGCGAGAACAATAATTCATAGGAAAAAAACTTTAACTTCTAAATTCTAAGATCTTTTAGTCATCGTTTTGGGCTTAATTTTCTACTTCCACAAAATTATTTTTACTCACTATTTTCTTGTTATGTAATCATTTTTTTCAAAATTTTAAAGTCAATTTTAACTTTTTTTTTAAAGTAAAAAAATATGTGGGATTTGGTGAAGGGTAAATGTTTTCAGGTTGGGTTTTTGGCAATATATTAGAAGTGAAATTGTCCCACATCTGAAACGTGCACGGAAGTGATGGGCTTCGGACACTATAAAAGGATTTTATGGCTTTGATTTCAAAACATCTCAGTTAAAAACACTTTAAACTTGATGTACTAGCTCCAGTTAAATTCACTCTTTATATTCTCTTGTCTGAGAGTGAGAAGAATGGTGTGAGTGGTATACGCTTTGGGAAAGTGTTTTTGTAATTGGGGTCGGGGAGAGAATTCTATGTGATTGTAACAATTTTTCACATAGTGAAAATTTCTTTCTGTTCGTGGTTTTTTTCTCCGGGTTTGGAGTTTTTCTACGTAAATTCTTGTGTCTCTTATTTTGTTTCTGCTTATTTCTAGTGATGGGAGGTTTTTCCCAACAAGTGGTATCAGAGTTTTAGGTTTGTAGTTTCTTGAGTTTATGAGTATGCTCTATGGTTGCAGCATTATTTGAGCTTGCACATCAGAAAAAATTTCTTGAAACGGGTTATAGTTGTTCACTATTCGCAAATTCACTAAGAGGGAAACAAATATGTTAAGCTTTATGAGTCTAGTAAAGATTGATGTGGAGAAATTTGACAGAAGGATCAACTTTGACTTGTGGCAAGTGCAAGTAAAAAATGTGTTGATACAATCTGGGTTACACAAGGATTTGAAGGGAAGACCGAGCTATGGTGTTCCTGAAAAGTTAAGCGGTGATGGTGGTCCAACAGAGTCCAGTGGTGGTTCCAGCAAAGGTTCTAAGAAGTCTAGCATGACAATATGGAATTGGAAGAAGAAGAAGAAAGAGTGCTGGGAATGCGGGCGGTCTGGACACATGAAAAAGAATTGTCCTAACAGAGCAAGTTCGTCAAAATGCTCTGGGTCGGATGCTAACATGGTCTCTCTCATCAGGGGAGATGATGACATCTTCTGAAAAAAGATAGAATTCATCCTTATGATATGCCCGCTTTGCCATGATAGAGGATGTAATGTTAACAGTTCCACATATTTGCACACGGGCATTGACTTGGCGGTTATGCAAGGTGTGTGGTGAAAGTTATATCGATGGCTGAATAACTTATGGGTGAGCCAAGCAGGTGGAAGTTGCACCATAAATTTCAGCTGGGTATATCGACATGTGACGAAAAAGAAAAGTCTTGGGAGGTGGCATTCCAAGTGGTCTACTTTTATGGTGGAGTAGGCTATAATTCTCTGTGTTGAGAATTGTGATTGTCGGTAAAGACAATGATGCAGCAAGAGATGTGGATTCTTCAAATATCTTGCCAAGGTGGAAATTGTTGGATTTTTGGCAATATATTAGAAGTGAAATTGTCCCACATCTGAAAGGTGCAAGAAACTGATGGGCTCCTGATACTATAAAAGGAGTTTATGGCTTTGGTTTCAAAGAAACACTTTAAGCTTGGTGTACTAGCTCTAGTTAAATTCCCTCTTTATATTCTCTAATCTGAGAGTGGGAAGAAGGGTGTGAGTGGTATAAGGTTTGGGAGAGTATTTTTGTAATTGGGGTCGGGGAGAGAATTCTATGTGATTGTAACAATTTTTCACATAGTGGAAATTTCTTTCTGTTCGTGGTTTTTTTCTCTGGGTTTGGAGTTTTTCCACGTAAATTCTTGTGTCTCTTATTTTGTTGTTTTTTTTTAATTTTTTTAGTTATTTCTGCTTATTCCTAGTGGTGGGAGGTTTTTCCCAACATTTCATAGGTTGGAGTTGACATTAGAAAATAAAAAATATATATTTTGTAAAAGCCTAAATATTTTTAAAATTCTATTTTATTTTAATTTATTCTTATTTTATCTCTAAACTTCAAATATTTTTGTTTTAGCTTTTGAAACTTTACTTAAAAAAAAACATTTAGTCTTTTCCATTTTCATTATTATTATTATTGTAAACTATTTTACAAAATAAGCATTACTTTCTGCTATTTTCATTTATCCATAGGTTTCAAAATTTAGATTCGATAATCAATATTCTTTTTTTGACAATAATGACTAAAATGGTCTTTTATGTATAGTTGAGAGATCAAAACAAAATATTTAACCATGGTTTGATAACCATTTGGTTTTTGAAAATTAAGTTTGTTTTCTATTAATTTCTCTACGATAGTTTTCATCTCTTTTAAGGAACCATTTGAACTCTTAGCTAAATTCTAAAACCAAAAATAAGTTTTTGAAAACTATTTTTTTCAGTTTTTAAAATATAACTTGACTTTTGAAAAAATAGCAAAATAAGTAAATTTTTAGGTGAGAGTATTATTTTTTGGCTTAATTTTCAAGAACCAAAAACCAAATGGTTATCAAACGGGACCTCAGGAGTTCAATAGTGAAAAAAATATGACGGTTGGTAGATAAAAATGAGATTTAAACTCTAATTTTTTCAAAACTCTAATGTATTTCAAATTATGTTAAATTACTAACTTGGTCTCTTTGATTTAAACTCAACTTTAATTCAATTCGTTTAAACATTTTAATTTAGTCCTTATAATTTGTACCTAGTTTCGAAGTTTCAAAACCTGAGAGGCAAAATGCACTTTTGGTCCCTCAGGTTTGGACTTGATGTCTATTTGGTCACCAAAGTTTCAAAAGATACATTTTAGTCCCTCAGGTTTGTAAAACTATTCTAAATGGTCCATGAGTTAACTTTAACCTAACAGAATGTTGACTAGACGTTATTGCGATTATGGATAGATGACAAGTATATATGTTTATTGATGTGGTTGGAATGTCATTTGATTACTTGGAAAATTAATTTAAAAAGAATATTTCAACAACCCTAATTTATCATATTCACTTCATTGAGTCAACTCAGTCCAATTTCTAAATTTCTTTTTCTCTTTGTCATGTGAGTTTCGAGCTTTTTTCCTGTGTTGTTTGTTTAATGGTTGGCCTATTCATTTTCCCTCATTGTCTCTTCTAGTTTGTTTATCTCCATTTTTTACAGATCGAGTTTTCTTCCTTTTAAGTTAATTTTAAAAAGTCCCATTTTTTTTACTAATTGATTGCTTGTGAAACCATTGAATCAACCATCGTCTTGTTTTTTCCTCAATAACTCTTTGAGACGCCCTATTTCTACATAGACACAAAGGCTTGTTCCTTGGAAGTGAAAATGTTCCATCTAATGAACTTCATCACATGATCATCCCCAACACCATAACATGAAATCATCAACATTGGATCAGATAGTTTAAATGGGCGGAGGTTGAGTGAATTTCATGGTTTTGGGTTGTGCTCATAAAGTGTTCGATGAAAATGTAGAAAAGAGAAATGATAATAATAATAATAATGTTGTGGGGGATTGAATGCGTGGGGACGGGGTTGTGCTTTGAAAATGGCAGTTCTACCGCTTTCTTGTGTGAGGGCTATTGACCGTTCGTCTTCGTCATTGTTGAGAGTAAGTAATTTTAAGTTTTTAAAATTAACTTAAAAAGGAAGAAAACTCAACTAGTAAAAAAGGGAGATAAACAAAACATAAGAGACAATGAGAGAAAATGAATAAGTCGGCCACCGAACAAACAAAACGCAGAGAAAGAAAGCTCGAGAAGAGACTCACATGGCAAGGAGAAAGAAAGGAAGAAATCTGGAAATGGGACCGAGTTGACTCAGTTAAGTAAATCAGAAGAAGGGATAAATTAGGGTTGTTGAAATATATTCTAAATATTTTTAAAATTAACTTAATAATGTAATTTTTTTAATTAATTTTCCAGGTAATCGAATGACATTCCATCCACATCAACAAATATAAACTTGTCATCTATCTACATCATCGCAATAACGGTCTAATCAGCATTCCGTTAGATTAAAGTCAACTCAGGGACCATTTAGAATAGTTTTACAAACTTGAGGGACGAAAATGTATCTTTGGAAACCTTAAGTACCAAAGAGAAATCAATCCCAAACCTAGAGGACCAGAAGTGCATTTTGCCCTATAATTTTAAAAGTCTATATTTGTCTTGTACTACGCTACAAAACTACCTATCTTTTTTTTTTTTTTTACCCCACTTTTAACAAATACACAACTAACATAATCAGTCAAATGCAAAAGATAAAGTCAGCATAAAAAACCGTTGTGTAATGTGTTCAATATGGTAACCATAAGAATAGTTGTAAGGTGTGACTAAAATGTAAAGATGAAACTTGAACTCTTAAAACTATGGAAACCAGATCGATACTCTGAAACTATGCTAAAACAAAAGGGGCAAAAAATCATGATCAACAATTTATCAAATCTTTAAGAACATAAAATTAAAGCGATGAAATTGATTTGATCCACAGGGCTCTACACGAGAAAGAAGAACGAACCAAGAGAAGTTTAACTCGAACTCAATTCTTTGTTATAGCTTTCGTTTGCAGCTTCACGTATTACGTCTTGCCAGGCTACCTATTCCAACATGTGCTTCAAAGTGTACGGGTACATTAGCATCGCCCAAGCCATTACCTTTCTACAAGATTTCAAGCTCAGCCATTACATGAAGATCCCACCAAGAACCATGTTCATGGCTCAGGTCAATGTCTTATACTTTCTTCATTACAAATGATATAAGAAGCACATCTAAATCTTGTCGTTTTGAGTGTTTAGGTTGTTGGAACCTTAGTTGCCAGCTTTGTGTACTTGGGCACTGCCTGGTGGCTCTTGGAAACCATCCCTGAAATCTGTTGCTCATCTCAATCCGTTTGGACTTGTCCGATCGATAGGGTGTTCTACGATGCCTCAGTGATATGGGGGTTGATCGGTCCTCGTCGGATTTTCGGAGACCTCGGACACTATTCATCTATAAATTGGTTCTTTCTTGTTGGTGCAATTGCCCCTGTTTTGGTATGGTTAGCTATGAAGGCATTTCCAGAGCATGAGTGGATCAAACTTGTCAACATGCCTGTATTGATTGGGGCCACTGCCTATATGCCTCCGGCCACTTCTGTAAACTACATCACTTGGATCATTATGGGGTTCCTTTCTGGCTTTGTAGTGTACAGGTACAAGCCAGAATGGTGGCGAAGACATAACTACATTCTCTCTGGAGCTTTGGATGCTGGTCTTGCTTTCATGGGGGTGTTGTTGTTCTTCTCATTAGGGTCGCATGAGATCAGTCTCGACTGGTGGGGGAACGACCTCGACGGTTGTCCACTGGCACAGTGCCCAACCGCGCCCGGAGTTGCTGTGGAAGGATGCCCCCTCTTCACTTGAAGAACAATCCAAGTAAAAACATGCAATTGTACTTGTCTGTAGTTTGTCCATGAAATTTGGATTTTCTTTTGGTTTCTTGTGTACTGAATTAACAGACTTACATTACCAAATAACAGAACCAAATAATCCAAGATGTCTTGTATATATGACTTCC

mRNA sequence

AGAAAATGGAAGAATCAAGGGAGCAAATTAGAGCCCCTCTCAGTAAGAAACAAAAAGAAACCCTAAATCTCCATTTCAATAGTCACTCAAAATTCTCCATCACTCACCTTCTTCTCTTTTCTCTGTTCTGATTTCAGTTCCCAACCATGAAGAAGCTTCATCATCACCATCTTCGAAATCTCCCCCGCCGGAAATCGCCGAATCTCCGGAAGAAAACTCGCCTGTTCCACAGGTGGCTCTCACAGTTCCGACCACCGACGATCCTTCTCTACCGATTCTCACCTTCCGAATGTGGTTCCTCGGAACTCTGTCCTGCGTTCTCCTCTCTTTTCTCAATCAGTTCTTCTCCTACCGCAACGAGCCTCTCTCCATCACCGCCATTTCCGCTCAGATCGCCGTCGTTCCTCTTGGCCGTCTAATGGCTTCCACAATATCAGATCGGATCTTCTTCAAAGGAAGTCGGTGGGAGTTTTCGCTCAACCCTGGCCCTTTCAATGTCAAGGAGCACGTTCTCATCACAATCTTCGCTAACTCCGGCGCCGGCGCCGTCTTTTCCATTCACGTCGTCACGGTGGTCAAAACCTTCTACAAACAACATATGAGCTTTAACGTCTCTCTGATTGTCGTCGTTGCGACTCAGATCAGGTGATAGGATTTGGATGGGCGGGGATTTTCAGGAAGTATCTGGTGGAGCCGGCGACGATGTGGTGGCCGGCGAATTTGGTTCAGGTTTCTCTGTTCAGGGCTCTACACGAGAAAGAAGAACGAACCAAGAGAAGTTTAACTCGAACTCAATTCTTTGTTATAGCTTTCGTTTGCAGCTTCACGTATTACGTCTTGCCAGGCTACCTATTCCAACATGTGCTTCAAAGTGTACGGGTACATTAGCATCGCCCAAGCCATTACCTTTCTACAAGATTTCAAGCTCAGCCATTACATGAAGATCCCACCAAGAACCATGTTCATGGCTCAGGTTGTTGGAACCTTAGTTGCCAGCTTTGTGTACTTGGGCACTGCCTGGTGGCTCTTGGAAACCATCCCTGAAATCTGTTGCTCATCTCAATCCGTTTGGACTTGTCCGATCGATAGGGTGTTCTACGATGCCTCAGTGATATGGGGGTTGATCGGTCCTCGTCGGATTTTCGGAGACCTCGGACACTATTCATCTATAAATTGGTTCTTTCTTGTTGGTGCAATTGCCCCTGTTTTGGTATGGTTAGCTATGAAGGCATTTCCAGAGCATGAGTGGATCAAACTTGTCAACATGCCTGTATTGATTGGGGCCACTGCCTATATGCCTCCGGCCACTTCTGTAAACTACATCACTTGGATCATTATGGGGTTCCTTTCTGGCTTTGTAGTGTACAGGTACAAGCCAGAATGGTGGCGAAGACATAACTACATTCTCTCTGGAGCTTTGGATGCTGGTCTTGCTTTCATGGGGGTGTTGTTGTTCTTCTCATTAGGGTCGCATGAGATCAGTCTCGACTGGTGGGGGAACGACCTCGACGGTTGTCCACTGGCACAGTGCCCAACCGCGCCCGGAGTTGCTGTGGAAGGATGCCCCCTCTTCACTTGAAGAACAATCCAAGTAAAAACATGCAATTGTACTTGTCTGTAGTTTGTCCATGAAATTTGGATTTTCTTTTGGTTTCTTGTGTACTGAATTAACAGACTTACATTACCAAATAACAGAACCAAATAATCCAAGATGTCTTGTATATATGACTTCC

Coding sequence (CDS)

ATGTGCTTCAAAGTGTACGGGTACATTAGCATCGCCCAAGCCATTACCTTTCTACAAGATTTCAAGCTCAGCCATTACATGAAGATCCCACCAAGAACCATGTTCATGGCTCAGGTTGTTGGAACCTTAGTTGCCAGCTTTGTGTACTTGGGCACTGCCTGGTGGCTCTTGGAAACCATCCCTGAAATCTGTTGCTCATCTCAATCCGTTTGGACTTGTCCGATCGATAGGGTGTTCTACGATGCCTCAGTGATATGGGGGTTGATCGGTCCTCGTCGGATTTTCGGAGACCTCGGACACTATTCATCTATAAATTGGTTCTTTCTTGTTGGTGCAATTGCCCCTGTTTTGGTATGGTTAGCTATGAAGGCATTTCCAGAGCATGAGTGGATCAAACTTGTCAACATGCCTGTATTGATTGGGGCCACTGCCTATATGCCTCCGGCCACTTCTGTAAACTACATCACTTGGATCATTATGGGGTTCCTTTCTGGCTTTGTAGTGTACAGGTACAAGCCAGAATGGTGGCGAAGACATAACTACATTCTCTCTGGAGCTTTGGATGCTGGTCTTGCTTTCATGGGGGTGTTGTTGTTCTTCTCATTAGGGTCGCATGAGATCAGTCTCGACTGGTGGGGGAACGACCTCGACGGTTGTCCACTGGCACAGTGCCCAACCGCGCCCGGAGTTGCTGTGGAAGGATGCCCCCTCTTCACTTGA

Protein sequence

MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETIPEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT

Homology

[Close]

BLAST of Tan0013109 vs. ExPASy Swiss-Prot
Match: O82485 (Oligopeptide transporter 7 OS=Arabidopsis thaliana OX=3702 GN=OPT7 PE=2 SV=1)

HSP 1 Score: 417.2 bits (1071), Expect = 1.3e-115
Identity = 187/240 (77.92%), Postives = 212/240 (88.33%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFMAQ+VGTL++ FVYL TAWWL+ETI
Sbjct: 527 MCFKVYGYISMQQAITFLQDFKLGHYMKIPPRTMFMAQIVGTLISCFVYLTTAWWLMETI 586

Query: 61  PEICCS-SQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVW 120
           P IC S + SVWTCP D+VFYDASVIWGLIGPRRIFGDLG Y S+NWFFLVGAIAP+LVW
Sbjct: 587 PNICDSVTNSVWTCPSDKVFYDASVIWGLIGPRRIFGDLGLYKSVNWFFLVGAIAPILVW 646

Query: 121 LAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRH 180
           LA + FP  EWIKL+NMPVLI AT+ MPPAT+VNY TW++ GFLSGFVV+RY+P  W+R+
Sbjct: 647 LASRMFPRQEWIKLINMPVLISATSSMPPATAVNYTTWVLAGFLSGFVVFRYRPNLWQRY 706

Query: 181 NYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           NY+LSGALDAGLAFMGVLL+  LG   +SLDWWGN+LDGCPLA CPTAPG+ VEGCPL+T
Sbjct: 707 NYVLSGALDAGLAFMGVLLYMCLGLENVSLDWWGNELDGCPLASCPTAPGIIVEGCPLYT 766

[Close]

BLAST of Tan0013109 vs. ExPASy Swiss-Prot
Match: Q9T095 (Oligopeptide transporter 6 OS=Arabidopsis thaliana OX=3702 GN=OPT6 PE=2 SV=1)

HSP 1 Score: 359.0 bits (920), Expect = 4.2e-98
Identity = 159/244 (65.16%), Postives = 194/244 (79.51%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QA+TF+ DFKL HYMKIPPR+MFMAQV GTLVA  VY GTAWWL+E I
Sbjct: 493 MCFKVYGYISMTQALTFISDFKLGHYMKIPPRSMFMAQVAGTLVAVVVYTGTAWWLMEEI 552

Query: 61  PEIC----CSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
           P +C      S S WTCP+DRVF+DASVIWGL+GPRR+FGDLG YS++NWFFLVGAIAP+
Sbjct: 553 PHLCDTSLLPSDSQWTCPMDRVFFDASVIWGLVGPRRVFGDLGEYSNVNWFFLVGAIAPL 612

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
           LVWLA K FP   WI  +++PVL+GATA MPPAT+VN+ +W+I+ F+ G  +++Y+  WW
Sbjct: 613 LVWLATKMFPAQTWIAKIHIPVLVGATAMMPPATAVNFTSWLIVAFIFGHFIFKYRRVWW 672

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGN--DLDGCPLAQCPTAPGVAVEG 239
            ++NY+LSG LDAG AFM +LLF +LG   I + WWGN  D D CPLA CPTA GV V+G
Sbjct: 673 TKYNYVLSGGLDAGSAFMTILLFLALGRKGIEVQWWGNSGDRDTCPLASCPTAKGVVVKG 732

[Close]

BLAST of Tan0013109 vs. ExPASy Swiss-Prot
Match: Q9FJD1 (Oligopeptide transporter 8 OS=Arabidopsis thaliana OX=3702 GN=OPT8 PE=2 SV=1)

HSP 1 Score: 346.3 bits (887), Expect = 2.8e-94
Identity = 152/242 (62.81%), Postives = 193/242 (79.75%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           +CFK YGYIS++Q++TFL D KL  YMKIPPRTMFMAQVVGTLVA   Y GTAWWL+  I
Sbjct: 492 ICFKTYGYISMSQSLTFLSDLKLGTYMKIPPRTMFMAQVVGTLVAVIAYAGTAWWLMAEI 551

Query: 61  PEICCSS----QSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
           P +C ++     S WTCP DRVF+DASVIWGL+GPRR+FGDLG YS+INWFF+ GAIAP 
Sbjct: 552 PNLCDTNLLPPGSQWTCPSDRVFFDASVIWGLVGPRRMFGDLGEYSNINWFFVGGAIAPA 611

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
           LV+LA + FP  +WI  +++PVLIGATA MPPA++VN+ +W++M F+ G  V++Y+ EWW
Sbjct: 612 LVYLASRLFPNKKWISDIHIPVLIGATAIMPPASAVNFTSWLVMAFVFGHFVFKYRREWW 671

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCP 239
           +R+NY+LSG +DAG  FM VLLF +L   EI++DWWGN  +GCP+A+CPTA GV V GCP
Sbjct: 672 QRYNYVLSGGMDAGTGFMSVLLFLALQRSEIAIDWWGNSGEGCPVAKCPTAKGVVVHGCP 731

[Close]

BLAST of Tan0013109 vs. ExPASy Swiss-Prot
Match: Q9FJD2 (Oligopeptide transporter 9 OS=Arabidopsis thaliana OX=3702 GN=OPT9 PE=2 SV=1)

HSP 1 Score: 342.0 bits (876), Expect = 5.3e-93
Identity = 153/243 (62.96%), Postives = 190/243 (78.19%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QA+TF+QDFKL  YMKIPPR+MFMAQVVGTLV+  VY GTAWWL+  I
Sbjct: 498 MCFKVYGYISMTQALTFIQDFKLGLYMKIPPRSMFMAQVVGTLVSVVVYTGTAWWLMVDI 557

Query: 61  PEICCSS----QSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
           P +C  S     S WTCP+DRVF+DASVIWGL+GPRR+FG+LG Y++INWFFLVGAIAP 
Sbjct: 558 PHLCDKSLLPPDSEWTCPMDRVFFDASVIWGLVGPRRMFGNLGEYAAINWFFLVGAIAPF 617

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
            VWLA KAFP H+WI  ++ PV++GAT+ MPPA +VN+ +W I+ F+ G  +Y+YK +WW
Sbjct: 618 FVWLATKAFPAHKWISKIHFPVILGATSMMPPAMAVNFTSWCIVAFVFGHFLYKYKRQWW 677

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGN--DLDGCPLAQCPTAPGVAVEG 238
           +++NY+LSG LDAG AFM +L+F S+G   I L WWGN  D   C LA CPTA GV + G
Sbjct: 678 KKYNYVLSGGLDAGTAFMTILIFLSVGRKGIGLLWWGNADDSTNCSLASCPTAKGVIMHG 737

[Close]

BLAST of Tan0013109 vs. ExPASy Swiss-Prot
Match: O04514 (Oligopeptide transporter 2 OS=Arabidopsis thaliana OX=3702 GN=OPT2 PE=2 SV=2)

HSP 1 Score: 330.9 bits (847), Expect = 1.2e-89
Identity = 149/243 (61.32%), Postives = 188/243 (77.37%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           +CFK YGYIS++QAI+FL DFKL HYMKIPPR+MF+ Q +GT++A  V +  AW+LL ++
Sbjct: 492 VCFKTYGYISMSQAISFLNDFKLGHYMKIPPRSMFLVQFIGTVIAGTVNISVAWYLLTSV 551

Query: 61  PEIC----CSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
             IC        S WTCP DRVF+DASVIWGL+GP+RIFG LG+Y ++NWFFL G I PV
Sbjct: 552 ENICQKELLPPNSPWTCPSDRVFFDASVIWGLVGPKRIFGRLGNYPALNWFFLGGLIGPV 611

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
           LVWL  KAFP   WI  +N+PVL+GATA MPPATSVN+  WII+G +  + V++Y  +WW
Sbjct: 612 LVWLLQKAFPTKTWISQINLPVLLGATAAMPPATSVNFNCWIIVGVIFNYFVFKYCKKWW 671

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLD-WWGNDLDGCPLAQCPTAPGVAVEGC 239
           +R+NY+LS ALDAGLAFMGVLL+FSL  + IS++ WWG   + CPLA CPTAPGV V+GC
Sbjct: 672 QRYNYVLSAALDAGLAFMGVLLYFSLTMNGISINHWWGAKGENCPLASCPTAPGVLVDGC 731

[Close]

BLAST of Tan0013109 vs. NCBI nr
Match: XP_022958206.1 (oligopeptide transporter 7 isoform X2 [Cucurbita moschata])

HSP 1 Score: 483.8 bits (1244), Expect = 8.6e-133
Identity = 222/239 (92.89%), Postives = 228/239 (95.40%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 313 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 372

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 373 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 432

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFV YRYKPEWWRRHN
Sbjct: 433 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVAYRYKPEWWRRHN 492

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 493 YILSGALDAGLAFMGVLLYFSLGQHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 551

[Close]

BLAST of Tan0013109 vs. NCBI nr
Match: XP_022958204.1 (oligopeptide transporter 7 isoform X1 [Cucurbita moschata])

HSP 1 Score: 483.8 bits (1244), Expect = 8.6e-133
Identity = 222/239 (92.89%), Postives = 228/239 (95.40%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 506 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 565

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 566 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 625

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFV YRYKPEWWRRHN
Sbjct: 626 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVAYRYKPEWWRRHN 685

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 686 YILSGALDAGLAFMGVLLYFSLGQHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 744

[Close]

BLAST of Tan0013109 vs. NCBI nr
Match: XP_023534380.1 (oligopeptide transporter 7 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 483.8 bits (1244), Expect = 8.6e-133
Identity = 222/239 (92.89%), Postives = 230/239 (96.23%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 507 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 566

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 567 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 626

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFVVYRYKPEWWRRHN
Sbjct: 627 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVVYRYKPEWWRRHN 686

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISL+WWGNDLDGCPLAQCPTAPGV+VEGCPLFT
Sbjct: 687 YILSGALDAGLAFMGVLLYFSLGQHEISLNWWGNDLDGCPLAQCPTAPGVSVEGCPLFT 745

[Close]

BLAST of Tan0013109 vs. NCBI nr
Match: XP_023534381.1 (oligopeptide transporter 7 isoform X2 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 483.8 bits (1244), Expect = 8.6e-133
Identity = 222/239 (92.89%), Postives = 230/239 (96.23%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 314 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 373

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 374 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 433

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFVVYRYKPEWWRRHN
Sbjct: 434 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVVYRYKPEWWRRHN 493

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISL+WWGNDLDGCPLAQCPTAPGV+VEGCPLFT
Sbjct: 494 YILSGALDAGLAFMGVLLYFSLGQHEISLNWWGNDLDGCPLAQCPTAPGVSVEGCPLFT 552

[Close]

BLAST of Tan0013109 vs. NCBI nr
Match: XP_022996251.1 (oligopeptide transporter 7 isoform X1 [Cucurbita maxima])

HSP 1 Score: 483.4 bits (1243), Expect = 1.1e-132
Identity = 222/239 (92.89%), Postives = 229/239 (95.82%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 505 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 564

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 565 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 624

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFVVYRYKP+WWRRHN
Sbjct: 625 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVVYRYKPDWWRRHN 684

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 685 YILSGALDAGLAFMGVLLYFSLGLHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 743

[Close]

BLAST of Tan0013109 vs. ExPASy TrEMBL
Match: A0A6J1H4E9 (oligopeptide transporter 7 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111459501 PE=3 SV=1)

HSP 1 Score: 483.8 bits (1244), Expect = 4.1e-133
Identity = 222/239 (92.89%), Postives = 228/239 (95.40%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 506 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 565

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 566 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 625

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFV YRYKPEWWRRHN
Sbjct: 626 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVAYRYKPEWWRRHN 685

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 686 YILSGALDAGLAFMGVLLYFSLGQHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 744

[Close]

BLAST of Tan0013109 vs. ExPASy TrEMBL
Match: A0A6J1H1I1 (oligopeptide transporter 7 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111459501 PE=3 SV=1)

HSP 1 Score: 483.8 bits (1244), Expect = 4.1e-133
Identity = 222/239 (92.89%), Postives = 228/239 (95.40%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 313 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 372

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 373 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 432

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFV YRYKPEWWRRHN
Sbjct: 433 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVAYRYKPEWWRRHN 492

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 493 YILSGALDAGLAFMGVLLYFSLGQHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 551

[Close]

BLAST of Tan0013109 vs. ExPASy TrEMBL
Match: A0A6J1K472 (oligopeptide transporter 7 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111491534 PE=3 SV=1)

HSP 1 Score: 483.4 bits (1243), Expect = 5.4e-133
Identity = 222/239 (92.89%), Postives = 229/239 (95.82%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 505 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 564

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 565 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 624

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFVVYRYKP+WWRRHN
Sbjct: 625 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVVYRYKPDWWRRHN 684

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 685 YILSGALDAGLAFMGVLLYFSLGLHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 743

[Close]

BLAST of Tan0013109 vs. ExPASy TrEMBL
Match: A0A6J1K1E3 (oligopeptide transporter 7 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111491534 PE=3 SV=1)

HSP 1 Score: 483.4 bits (1243), Expect = 5.4e-133
Identity = 222/239 (92.89%), Postives = 229/239 (95.82%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFM QVVGTLVAS VYLGTAWWLLETI
Sbjct: 313 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMTQVVGTLVASVVYLGTAWWLLETI 372

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           PEIC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLGHYSS+NWFFLVGAIAPV VWL
Sbjct: 373 PEICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGHYSSVNWFFLVGAIAPVFVWL 432

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKLVNMPVLIGATAYMPPAT+VNYITWIIMGFLSGFVVYRYKP+WWRRHN
Sbjct: 433 AVKAFPQHEWIKLVNMPVLIGATAYMPPATAVNYITWIIMGFLSGFVVYRYKPDWWRRHN 492

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           YILSGALDAGLAFMGVLL+FSLG HEISLDWWGNDLDGCPLAQCPTAPGV VEGCPLFT
Sbjct: 493 YILSGALDAGLAFMGVLLYFSLGLHEISLDWWGNDLDGCPLAQCPTAPGVTVEGCPLFT 551

[Close]

BLAST of Tan0013109 vs. ExPASy TrEMBL
Match: A0A0A0KJX4 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G148610 PE=3 SV=1)

HSP 1 Score: 474.9 bits (1221), Expect = 1.9e-130
Identity = 213/239 (89.12%), Postives = 231/239 (96.65%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFMAQVVGTL+ASFVYLGTAWWLLETI
Sbjct: 519 MCFKVYGYISMTQAITFLQDFKLGHYMKIPPRTMFMAQVVGTLIASFVYLGTAWWLLETI 578

Query: 61  PEICCSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVWL 120
           P+IC SSQS WTCP DRVFYDASVIWGLIGPRRIFGDLG YSS+NWFF+VGAIAPVLVWL
Sbjct: 579 PDICSSSQSFWTCPSDRVFYDASVIWGLIGPRRIFGDLGFYSSVNWFFVVGAIAPVLVWL 638

Query: 121 AMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRHN 180
           A+KAFP+HEWIKL+NMPVLIGAT YMPPAT+VNYITWI++GFLSGFVVYRYKPEWW+RHN
Sbjct: 639 AIKAFPQHEWIKLINMPVLIGATGYMPPATAVNYITWILVGFLSGFVVYRYKPEWWKRHN 698

Query: 181 YILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           Y+LSGALDAGLAFMGVLL+F+LGS EI+LDWWGN+LDGCPLAQCPTAPG+AVEGCPLFT
Sbjct: 699 YVLSGALDAGLAFMGVLLYFTLGSQEITLDWWGNELDGCPLAQCPTAPGIAVEGCPLFT 757

[Close]

BLAST of Tan0013109 vs. TAIR 10
Match: AT4G10770.1 (oligopeptide transporter 7 )

HSP 1 Score: 417.2 bits (1071), Expect = 9.2e-117
Identity = 187/240 (77.92%), Postives = 212/240 (88.33%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QAITFLQDFKL HYMKIPPRTMFMAQ+VGTL++ FVYL TAWWL+ETI
Sbjct: 527 MCFKVYGYISMQQAITFLQDFKLGHYMKIPPRTMFMAQIVGTLISCFVYLTTAWWLMETI 586

Query: 61  PEICCS-SQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPVLVW 120
           P IC S + SVWTCP D+VFYDASVIWGLIGPRRIFGDLG Y S+NWFFLVGAIAP+LVW
Sbjct: 587 PNICDSVTNSVWTCPSDKVFYDASVIWGLIGPRRIFGDLGLYKSVNWFFLVGAIAPILVW 646

Query: 121 LAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWWRRH 180
           LA + FP  EWIKL+NMPVLI AT+ MPPAT+VNY TW++ GFLSGFVV+RY+P  W+R+
Sbjct: 647 LASRMFPRQEWIKLINMPVLISATSSMPPATAVNYTTWVLAGFLSGFVVFRYRPNLWQRY 706

Query: 181 NYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCPLFT 240
           NY+LSGALDAGLAFMGVLL+  LG   +SLDWWGN+LDGCPLA CPTAPG+ VEGCPL+T
Sbjct: 707 NYVLSGALDAGLAFMGVLLYMCLGLENVSLDWWGNELDGCPLASCPTAPGIIVEGCPLYT 766

[Close]

BLAST of Tan0013109 vs. TAIR 10
Match: AT4G27730.1 (oligopeptide transporter 1 )

HSP 1 Score: 359.0 bits (920), Expect = 3.0e-99
Identity = 159/244 (65.16%), Postives = 194/244 (79.51%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QA+TF+ DFKL HYMKIPPR+MFMAQV GTLVA  VY GTAWWL+E I
Sbjct: 493 MCFKVYGYISMTQALTFISDFKLGHYMKIPPRSMFMAQVAGTLVAVVVYTGTAWWLMEEI 552

Query: 61  PEIC----CSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
           P +C      S S WTCP+DRVF+DASVIWGL+GPRR+FGDLG YS++NWFFLVGAIAP+
Sbjct: 553 PHLCDTSLLPSDSQWTCPMDRVFFDASVIWGLVGPRRVFGDLGEYSNVNWFFLVGAIAPL 612

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
           LVWLA K FP   WI  +++PVL+GATA MPPAT+VN+ +W+I+ F+ G  +++Y+  WW
Sbjct: 613 LVWLATKMFPAQTWIAKIHIPVLVGATAMMPPATAVNFTSWLIVAFIFGHFIFKYRRVWW 672

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGN--DLDGCPLAQCPTAPGVAVEG 239
            ++NY+LSG LDAG AFM +LLF +LG   I + WWGN  D D CPLA CPTA GV V+G
Sbjct: 673 TKYNYVLSGGLDAGSAFMTILLFLALGRKGIEVQWWGNSGDRDTCPLASCPTAKGVVVKG 732

[Close]

BLAST of Tan0013109 vs. TAIR 10
Match: AT5G53520.1 (oligopeptide transporter 8 )

HSP 1 Score: 346.3 bits (887), Expect = 2.0e-95
Identity = 152/242 (62.81%), Postives = 193/242 (79.75%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           +CFK YGYIS++Q++TFL D KL  YMKIPPRTMFMAQVVGTLVA   Y GTAWWL+  I
Sbjct: 492 ICFKTYGYISMSQSLTFLSDLKLGTYMKIPPRTMFMAQVVGTLVAVIAYAGTAWWLMAEI 551

Query: 61  PEICCSS----QSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
           P +C ++     S WTCP DRVF+DASVIWGL+GPRR+FGDLG YS+INWFF+ GAIAP 
Sbjct: 552 PNLCDTNLLPPGSQWTCPSDRVFFDASVIWGLVGPRRMFGDLGEYSNINWFFVGGAIAPA 611

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
           LV+LA + FP  +WI  +++PVLIGATA MPPA++VN+ +W++M F+ G  V++Y+ EWW
Sbjct: 612 LVYLASRLFPNKKWISDIHIPVLIGATAIMPPASAVNFTSWLVMAFVFGHFVFKYRREWW 671

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGNDLDGCPLAQCPTAPGVAVEGCP 239
           +R+NY+LSG +DAG  FM VLLF +L   EI++DWWGN  +GCP+A+CPTA GV V GCP
Sbjct: 672 QRYNYVLSGGMDAGTGFMSVLLFLALQRSEIAIDWWGNSGEGCPVAKCPTAKGVVVHGCP 731

[Close]

BLAST of Tan0013109 vs. TAIR 10
Match: AT5G53510.1 (oligopeptide transporter 9 )

HSP 1 Score: 342.0 bits (876), Expect = 3.7e-94
Identity = 153/243 (62.96%), Postives = 190/243 (78.19%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           MCFKVYGYIS+ QA+TF+QDFKL  YMKIPPR+MFMAQVVGTLV+  VY GTAWWL+  I
Sbjct: 498 MCFKVYGYISMTQALTFIQDFKLGLYMKIPPRSMFMAQVVGTLVSVVVYTGTAWWLMVDI 557

Query: 61  PEICCSS----QSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
           P +C  S     S WTCP+DRVF+DASVIWGL+GPRR+FG+LG Y++INWFFLVGAIAP 
Sbjct: 558 PHLCDKSLLPPDSEWTCPMDRVFFDASVIWGLVGPRRMFGNLGEYAAINWFFLVGAIAPF 617

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
            VWLA KAFP H+WI  ++ PV++GAT+ MPPA +VN+ +W I+ F+ G  +Y+YK +WW
Sbjct: 618 FVWLATKAFPAHKWISKIHFPVILGATSMMPPAMAVNFTSWCIVAFVFGHFLYKYKRQWW 677

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLDWWGN--DLDGCPLAQCPTAPGVAVEG 238
           +++NY+LSG LDAG AFM +L+F S+G   I L WWGN  D   C LA CPTA GV + G
Sbjct: 678 KKYNYVLSGGLDAGTAFMTILIFLSVGRKGIGLLWWGNADDSTNCSLASCPTAKGVIMHG 737

[Close]

BLAST of Tan0013109 vs. TAIR 10
Match: AT1G09930.1 (oligopeptide transporter 2 )

HSP 1 Score: 330.9 bits (847), Expect = 8.6e-91
Identity = 149/243 (61.32%), Postives = 188/243 (77.37%), Query Frame = 0


Query: 1   MCFKVYGYISIAQAITFLQDFKLSHYMKIPPRTMFMAQVVGTLVASFVYLGTAWWLLETI 60
           +CFK YGYIS++QAI+FL DFKL HYMKIPPR+MF+ Q +GT++A  V +  AW+LL ++
Sbjct: 492 VCFKTYGYISMSQAISFLNDFKLGHYMKIPPRSMFLVQFIGTVIAGTVNISVAWYLLTSV 551

Query: 61  PEIC----CSSQSVWTCPIDRVFYDASVIWGLIGPRRIFGDLGHYSSINWFFLVGAIAPV 120
             IC        S WTCP DRVF+DASVIWGL+GP+RIFG LG+Y ++NWFFL G I PV
Sbjct: 552 ENICQKELLPPNSPWTCPSDRVFFDASVIWGLVGPKRIFGRLGNYPALNWFFLGGLIGPV 611

Query: 121 LVWLAMKAFPEHEWIKLVNMPVLIGATAYMPPATSVNYITWIIMGFLSGFVVYRYKPEWW 180
           LVWL  KAFP   WI  +N+PVL+GATA MPPATSVN+  WII+G +  + V++Y  +WW
Sbjct: 612 LVWLLQKAFPTKTWISQINLPVLLGATAAMPPATSVNFNCWIIVGVIFNYFVFKYCKKWW 671

Query: 181 RRHNYILSGALDAGLAFMGVLLFFSLGSHEISLD-WWGNDLDGCPLAQCPTAPGVAVEGC 239
           +R+NY+LS ALDAGLAFMGVLL+FSL  + IS++ WWG   + CPLA CPTAPGV V+GC
Sbjct: 672 QRYNYVLSAALDAGLAFMGVLLYFSLTMNGISINHWWGAKGENCPLASCPTAPGVLVDGC 731

The following BLAST results are available for this feature:

BLAST of Tan0013109 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O82485	1.3e-115	77.92	Oligopeptide transporter 7 OS=Arabidopsis thaliana OX=3702 GN=OPT7 PE=2 SV=1	[more]
Q9T095	4.2e-98	65.16	Oligopeptide transporter 6 OS=Arabidopsis thaliana OX=3702 GN=OPT6 PE=2 SV=1	[more]
Q9FJD1	2.8e-94	62.81	Oligopeptide transporter 8 OS=Arabidopsis thaliana OX=3702 GN=OPT8 PE=2 SV=1	[more]
Q9FJD2	5.3e-93	62.96	Oligopeptide transporter 9 OS=Arabidopsis thaliana OX=3702 GN=OPT9 PE=2 SV=1	[more]
O04514	1.2e-89	61.32	Oligopeptide transporter 2 OS=Arabidopsis thaliana OX=3702 GN=OPT2 PE=2 SV=2	[more]

BLAST of Tan0013109 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022958206.1	8.6e-133	92.89	oligopeptide transporter 7 isoform X2 [Cucurbita moschata]	[more]
XP_022958204.1	8.6e-133	92.89	oligopeptide transporter 7 isoform X1 [Cucurbita moschata]	[more]
XP_023534380.1	8.6e-133	92.89	oligopeptide transporter 7 isoform X1 [Cucurbita pepo subsp. pepo]	[more]
XP_023534381.1	8.6e-133	92.89	oligopeptide transporter 7 isoform X2 [Cucurbita pepo subsp. pepo]	[more]
XP_022996251.1	1.1e-132	92.89	oligopeptide transporter 7 isoform X1 [Cucurbita maxima]	[more]

BLAST of Tan0013109 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1H4E9	4.1e-133	92.89	oligopeptide transporter 7 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111459...	[more]
A0A6J1H1I1	4.1e-133	92.89	oligopeptide transporter 7 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111459...	[more]
A0A6J1K472	5.4e-133	92.89	oligopeptide transporter 7 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC11149153...	[more]
A0A6J1K1E3	5.4e-133	92.89	oligopeptide transporter 7 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC11149153...	[more]
A0A0A0KJX4	1.9e-130	89.12	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G148610 PE=3 SV=1	[more]

BLAST of Tan0013109 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G10770.1	9.2e-117	77.92	oligopeptide transporter 7	[more]
AT4G27730.1	3.0e-99	65.16	oligopeptide transporter 1	[more]
AT5G53520.1	2.0e-95	62.81	oligopeptide transporter 8	[more]
AT5G53510.1	3.7e-94	62.96	oligopeptide transporter 9	[more]
AT1G09930.1	8.6e-91	61.32	oligopeptide transporter 2	[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
IPR004813	Oligopeptide transporter, OPT superfamily	TIGRFAM	TIGR00728	TIGR00728	coord: 1..202 e-value: 1.8E-72 score: 242.9
IPR004813	Oligopeptide transporter, OPT superfamily	PFAM	PF03169	OPT	coord: 1..201 e-value: 8.8E-53 score: 179.9
None	No IPR available	PANTHER	PTHR22601:SF12	OLIGOPEPTIDE TRANSPORTER 7-LIKE	coord: 1..238
None	No IPR available	PANTHER	PTHR22601	ISP4 LIKE PROTEIN	coord: 1..238

Relationships

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


Feature Name	Unique Name	Type
Tan0013109.1	Tan0013109.1	mRNA
Tan0013109.2	Tan0013109.2	mRNA
Tan0013109.3	Tan0013109.3	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0035672	oligopeptide transmembrane transport
biological_process	GO:0015031	protein transport
cellular_component	GO:0005887	integral component of plasma membrane
molecular_function	GO:0035673	oligopeptide transmembrane transporter activity