Tan0009495 (gene) Snake gourd v1

Overview


Name	Tan0009495
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	MLP-like protein 34
Location	LG10: 11554784 .. 11576747 (+)
RNA-Seq Expression	Tan0009495
Synteny	Tan0009495

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGGGTCTCTTTGGGAAGGTAGAAACTGATGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCACAGGAAAACTCATCATATTTCTAATGTCTCTAATGATATAGTACAAGGTGTTGACCTACACGAAGGGGAATGGGGCAAAGTTGGTTCCATACTCGTCTGGCGATACTTACATGGTTTGTAATCTTTTTTTAAATATTTGGAACTTTTTAAATGTTTTTTTTTTTATGTTCTTTAGACCATTGCATTGATGTAATATTCACATGGTGTTGATCTATTAGAATATATGGGGTTCCATCTTAAAAAAAATTGGCAATGATAGGAGTAGCCCATATATCATATATATTGTGAGGTTTCTCTCCACTTTTCTAACGTGGGATCTTCAACATGCCCCCTCAAGATGGTGACTTTTTGGGTTTACCATTCTTGGATCGGATCCCAATTTCAATTTTTGGACTGAATACCCGTTTGGGTTTAATGTGCTCGGATACCATATTAGAATATATGGGGTTCCATCTCAAAATCAATTGACAATGAGAGGAGTAACCCATATATCATATATATTGTGAGATTTCTCTCCACTTTTCTAATGTGGGATGCTCAACATGATCAACTTGCAGATGGGAAGGCAGTAAGAACGAAAGAGATAGTGGAAGCTGTTGATGAAGAGAACAATTCAATCACTTTCACAGTAATTGAAGGATACCTTTTGCACCAATACAAGAGTTTCAAGTTTAAGATGCAATGTATTCCAAAGGATAAGGGAAGTGTTGTTCATTGGATTTTAGAATATGAAAAACTACATGAAGGGATTCCTGACTCACATAGCATGCTTCAATTATGTGTTGCCGTGTCTAAAGACATTGACGCTTATCTTATGGAAGGCAGTGAAGAATAATCCTATGTGTTGCTGTTCTTAAAATAAATTGGCTTTTACTATGTTGCCAATTATATCATTATGTATATGTGTTAAATAAAGTATGTATGTGTGTAATGTTTGGGTCTTGTTTTATGTTGTAATGAGTGGGAAAATTGTTGGGAAATATATTCTCAATATATATCCTACCATATGAAATGGGAATAAAAATTTATAAATAAGGATGTTCTATAAAACTATTTTCCAATTGAAATGGTAACAATATATTGTCGTTAATTATAAATGTTTTCAATAGTAATCAAATTTAATTGAATAATGGTTATCGATGATGAATCATTGTTGTAGATACAAAATTTTGTTTTTCATGGCCAACCACTTATGACATTCTAATATCATTTGAAATTTATTTTTCTTTCCACACCTATGAAACTTGACATTTTTTATTAATATTGTAAGTTAAAAAACATTGTTATAAAAATATTGTGAGTTTCAAATTATTTTAAAAGATATTGTGCTTTTTATTAACTAGATAAATGTCTCTCGACTTTGCACATGTGATAATTTGTTGTGCCAGAAAATACATAAAAACCTAAATGGGAAAGGTGGTTGGGCTATATGCCTTAACTACTAATGAAGCATTGGTTGGACTTTAGGGATAGACTTATATTCCAATTAATTAGAATAGATAAACAACAAATATAAAAGTCTATCGATGATAGTGATAGACTTCTATCTCTGATAGACTCCAATTATAAGAGATAAACAACATAAATAGAAGTCTATCGCCGATAGAACTTCTATCACTTATAGACTTTAATTAGAACATATAAAAATTCCAATAACAAGTCTGGTCAATGATAGTGATAGACTTCTATCACTAATAGACTTCAATTAAAACAGACAAAAATCTAAAAAACAAGTCCATCAGTGATAATAATAGACATCAATAAGAACAGATAAATAATCCAACCAAGAAATTTATCAATGATAGTCATAAATAGGTTGAGCAACCAATTTTGATGTATTTGATTTTTTTTTTTTTTACATTTTGTTATATGTGCTATTTTTACCCCCATTTCGCCGTATGCCCAATTGCCCCTATTTTATTTCATTAAACCTTTTCCTTAATTTTTTTTAAAAATTTTGAGAACAACTTTTTTTTTCTTTTTCTTTTTAACAATTAGAATAGAAGTAAAAATATTTTATTTTCTTTCCTAAAATAAAATAATTACTAATATTGATAGTTATAATTAATGTACCAATTAATTTTATAATATATATTAAAAATTATTTAATTATATTTATTTATGATTGATTATAATTTTTTTAGAAGTGTTTTTTTTTAATTTTCTTTAGCTTTTTTATTTAGTCGTTTTTCTATTTTTAATAAAGAATTAAAATTATCTTTAAATATTTTCTCTTTTTTATAAAATAAAATAATTACTAATATAAATAGCTATATAATTAAGATATATGAAAAACTTTTTACGTTCCAACTTTTAAAATTAATAAAATATGTAAGTGGAAGAAAAAATATTTACATTCCAACTTTTGAAATTCTATTCATTTATCATTGACAATAAATTAAATTAATATTTATACTTAATTAATAATGACATGTTTTGTAAATTAATAAATTAAAGAAGGGAAAAAATATCAATTTTTTTTCTAAAGACCTTACTTTGTAATATATTATAGATAACTATTTTATTTTATAAGAGAAGATAAAATATTTCTATTTCTATTTCAATTCTTTAATGAAAAGAAAAAAAGAAAAAAATTTCTAGTACTAAAAAGAATTAAAAAAAAAAGGGCAATTGGGTTGGTAGCAAAAGGACCAATATAATTGTCCATATAGCAAATGACTCAATCTATTTGCAAAAATAGCAAAAATTTGAAAAGAGAAATTGAAATTACTAAAACACCCCACGGCGAAGCCATCGCTATCGCTGATATCATCGATGGGATGCTATCGATGATATCATCGATGGGATTCTATCGGTGATATCACCGATAGTGTCTGCTTATTTAATAACTAATTTTTTGTCATGCTTTATTTAATAACTAATTTTTTCTTCTAATTTTGATAAACTACTATTGTGATATCTATCACCACCTGTAGAAGTGATAGACTTCATCGCTGATAGTTGTCCGATAGACTTCTACCACGATTGTCTATCTATTACCTATTACTCATAACTTTTCTAATATCTATTAGACATCTTGTTCCTATTCGACTTCTATCGCTTGTCATCACCGATGAAGTGATAGACTACTATCCCGTTAATGATTGATAAAAGTTAATGAAAAGAAGTGATAGACTACTATCACCGATGAAGTCATAGGTTTCATCAATGATAGTTGTCTGATAAACTTCTACCTATCTATTACCTATTACTCATAACTTTTCTATTAGACTTCTTGTAATATGAGAAACTAAAGGATATCTTGTATTTTGATCTTTCACTAAAGTTAAAAACCAAGCAACATTTTTATCTTCTTGAATTTTAACCACATCCTGAGCATCATTTATCCCTAACCTAATAACATCGACAATTCTATAAAAGAAATAGAACTATCCATTCAAACTTCTTTCACAATCAGATTAATAAAATCATCAAAACACATCATCTCATCAACAAAAATTCCAATGGTCTTGTAATTCTCATAGAAATTTTTCTCATTTCATTGCCTACTATAAAAAATAACTATTGGAAGCTTCACCATAGTTCCTACGAAAGTAATAACAACATTAACAATATTAAGTAATATAGAAACCGATCACCACAATAGTCACCGTTCGTATATCATTGATTAATGATATCACCGATAAATATTGATATCTATTGATCACTGATATCTACTGATCACTGATATCATATCTATTGATCAATGATATTACTGATATCATTGACATCTACTGATCATTAATATCACTGATATCATATATATTGATCAATGATATCACTGATATCATTGTATCTAGAAAACAATGATAGATATCACTGATATCACCGATGTCATATGTATTCTCTAGCATATCTAGAAAACAAAACAATCACCAAAATCGGACTTGCGACTCCAAAACATTGCGAAAAACGTTGATATAACAAAATGAACAAAAAAATACCCACGAAAAAGATCCGGGTGATTGACAAACTCAAATACCCACGAAAAAGAGCTCCAACAAAAGATCGATATCATCGAATTGGAAGCACAATAGTCACTCGTATATCACTAATATCACTAATATCATTGATATCTATTGATTATCGATATCATCGATATCACCGATATAACTGATATCTATTGATCATATCTAGAAAACAATGATAGATATCACTGATGTCACGTATATCGTCGATCATCTAGAAAACAGTATCGCTGATAGAACAAAAAATGAAGAAAACTTATGACTCCAAAGCGAGAAAAATAGTGATGTAACAAAATGAACATAAGAAATACCCACGAAAAATGTTGATTGAAAAATCAAATACCCACGAAAAAGCTCCGTTGGACTTCAAAAGATCGAATTGGAAGATACTTGACCCGAATAAGAAGATACTACAATGCAATCGAATTGGAGAAGATAATCAAACAAACTCGATGAAAATTCATGGGTTGCAATTCAACAGATCAAACTAGAAAATACCCGATCGAATAGGTGAAGGTTTGCAACTCCGATTGAATTTGAGAAGATACTCAAACTTGCGACTCTACGTAAGATTGGACCGAATCGAGAAGAGTTTGGGAAGATTGAACTGAAATCAAGAAGATGTTGTCGCAAAAATCGGAAGAAGAAAAATACCGTGAAAAATAAATACCAATTGAAAAATAAATACTAATTAAAAAGGGAATAGGTTTAAGCCAAGAGTATAATTGGAATTATAAAAAAAATTAAAGATTTTTGCCATATTTGCAATTCTTTTAAAAAGTTGCTATATCTACAAATACTAAAACCATAATTACTACCCAATTACAAATTCTCTAAAAATAGGTATATTAAATAAATTATAATACATCTCATTTGATTTGACTTTTGAGAATTTAGAGCCTTACAAGTAGTTAAATATGTATTCTTGTTTGAGAATCTAGAAAATTGAAATGTTTAAATGCTTAAAATTGTAAAATAATAAAAAAATATAAATGTCGGGCATAATCATGTTTGTTTTGAATATAAAAATATAAAAATAACAAGGAATATTTAAGAACCGTGAAGAACAAATACCAATTGAAAAACAAATACCAATTAAAAGGGAATAGGTTTAAGCCAAGGGTATAATTGGAATTATATAAAAAAATTAAAGACTTTTGCCATATTTGCAATTATTTTAAAATGTTGCTATATCTACAAATACTAAAACCATAATTGCTACCCATTACAAATTCTCAAAAAAAAAAAACTTAAGGAGGAAGCTAAATGAAGTAAAATAAAAGAAAAAACATGCGTGAACTTAGACTCAAACCCAAGCTTCTTCAGAAGCTAAGCTGACTACCCAACCAGGCTTTCAATTAACGTTTTTGTGAGTTTGTTGGCACAAGTCTTGATGACCTGTATATGTGTAATTTCTTTTTTTAATAAAACGCATCAACGCCACGTGTAGAAGGTCGTTTGTAACGACTCTAACTCTAGGACTTACTTTTTAGAGTCATTACTAATCATGCACATGACTTTGAGGCCATAGAACAACACAAATGAGATTTAAAAATTTAGGAAAAACATAACTACTTTAACTAGATCCCAAGATTTCAAAGTATTCAAAACAAATATAATTAAATATAGGCCTCTAGTTTCAAAATACTTTGTAATTCTCAATTCGAACATTGTTCAATAGCTAAAACCAAAATAAAGTTTATTAAAAATGCGGAAAACGTGACTTTCTATTCCCCATGGCCATAGTAGCTCGATTCTCCGTCATTCGCCTTGTATACCTTTGCCTTTACTCAAAAAACATTTTTAAAAACAAAAGCATGGATGAGTATTATAAAATAATACCTAGAAGTTACCCCGCTATCGAGGTTGGGAGATGCAATCACATACATACATGGTTTTAACTTTCGTGAGTGGGACCTAAAACTTTCTTTTTTTTTATTTTTGAAATATCATGGCTTTTCACTTCGCTTTTAGTGATCAATTAAGTGTACCACTAAACCATGACATCTTGGTTAAATCGACTCTAAGTCATCCATGACTTGTGTAATAATAAATAAATACATATATATATATATATATATATATATATATATATATCTTTTATAAAGTTTCTCTTCTGGTTTTTAATGCTCAATTAAGTTCCACGACCTTCAGTAAACATTTTTCTTTTATAAAGTTTCTCTTCGGTTTTTAATGCTCAATTAAGTTCATCCTGATCCATGGCCTTTCAGGTTGAGTCAATTCCAAGTAATTCATGACTCATGTTAAGAAATACACATATATACACATAATATCGTGGAGTTTAATTCTCACAACCTTCGTAAACATTTTTCATGTACATACAACACGCATGAGGTCCCGTCTTTCTTTCACATATATTTATATATTATTCAAGATAACTATGGTGATACAACATATCATGACATTCATATGAGAAGAATCACATTCAAATCCATACATATTCGTTACAACAACATAGGAAAATTTTCACGTAAATAAATATAATAGATCTCATTAAATGAATGAAAATTACTTTTCTAAATTCATCTTTTAAAACAAACAGACAATTTATAAAAATAAGTTCCTAGAGCAAATCTTTGAAATTCTTCCTTTAAAATAAATCTTTGAGAATGATCTTTTTGGAAATAAATCGTTGGAAATCATATTTTGCTCTCGATTTTAAAGAAATAATATCGACATGAGAGATTTCTTACCTCAAACTTTTAGATCTTAAACTTTTCCTTTTTCTACTTAATCCTTTTAGAGGTTAATCTCCCTTGAACCTTGTCTTAACTCTTTAGTGATTCGAGCTTGAATATTTTTTTAATCTTGTGACTTCAGTTTGTCTCAATTTCCTAATTCAGAGCCAAACACCACTGTCCCTTAGAACAAAACAAAATTTTAGATTAATTCGTCCTTATAAGAATCCTTTGAATAAATCTTGCAGTATTTAATCTAAACTACCACTAATGGAGGTCCAAATAAAGTGCGAGGGTCGAATTGGTCGGACCAACTCCGACGAGCGGCGACAGGTGGTCGACGGCGGCGGTGTGTGGGGCTCGGTGAGTGATGGCACGTGGAGTTCGTTTTCTGGTACGTCTTTGGTCGATCTATCTGGAACCGACCTCTAAATGGTGAAAACTAGTTGGATTTGAGGTGAACTGCTTGAACCAAGGTGGCAACTCGGTTTGGGTCTCATGGTGGTGGTTCAGAGTGCCAGCAGATCCGTGGCTAATGGTTTGAGAGGACTCTGGCGACTTTGACGAACGACTCAACGAGAGGCTTCATCATGACCAGCAACGGCGACAACAGATCGAAATGCAAACGCCCGATTGGGCAGATCTTCGTGTTAGTTCACGTGGCTTCAGTGATTCGATTGGTGCAGTTCGGGATCTGCGGCGAGGTTGCTTCGTCCGACGAGAGGTCCAGCGTACAGGCGATCATACAACAAGTAATCAAAAACTCTAAGCTCCTTCCATGGTGTGTTTGTCGAGAGGTTGAAGGAGGAGATGGGAAAAGGCTCTTCGAAAAGTGTGTCCGCTAAAAGATAAAACAGGTCACTTATCAAACCCTAACTCACTTTTGCTCTATTCCAAAAATGCCTTTCTTTTTCTATAAAACCACCCATATGCCCTCAAAACCTAATTCAATGCTACAAAATAATATATATATATATATGTATATATATATATTTCTTAGTTTGCACCACATTTAAGTTGAGTCATGCATTTAGAAATCCAACTAAATATTTTTCACCTAACTTAATCAGGTCATAAGTTTAACAGTACCTGAGGTTCGTAGGTGTTACATCGTTTCTCCAAGAGATGACCTTGATCCAGCTAATAAAAAGTATAATATTTTTCTAAATGGTTTAAAACTTGCAATATTTTTATAATAAGTTTGTAAACTTACAATATTAGTAAAAAAAAAAAGTCCCTTTGAAACTATAATTTTGTAAATTTTAATGTAATATATTAAATAAGGTAAATTGTTATACATTTTTTTAATAATAATCTCATCCGTCATTTAAGTCTCTCTAAAATGTCATAAATCTTTTAAAAGAGTCGTAAAATCGTTTTCTAAAAGTGTATCTAATTCTTTTAGGGGGTGTTTGGCTGCTTGGGTTGAGTTGAGTTGGATTTTAAACCCAACTCACTGTTTCGTGTATGGGTAAACTAATTCAACTCAACTCTACCGACTTGCTATAATGTTAGGATATTAACTCCACCGACTTGTACACTAACCCTATTAACATATTTTATCAATGCTTCTCCAACAACGGATGCCCATTGTCGGTGATTAGCACACACTCCCGACGACCGACGACCACCTCCAGTGACCGAAAACCATAATCTGACGACCATCTCTAGCTCACTGATGACCACCCCGACGATTTAAACCACCTCCAATGATCATCTCCAACGATTGGTGACCATCTCTGTGACCACCTCTAGCAACCGAAAACTACCTTTGACGACCATCTCCAGTGACTGACGACCATCTCTGATGACTTTCTTCAACGATGGATGACTACTGTCGGTGACCTTCTCTGACTACCAGCGACCATATGCAACAACTGACGACCACTGTCGACTACCTTCTCGACAATTGATAGCAATCATTGGCAACCTTATATAGCAACCAACAGTACCTTCTCCGACGAGTATCATCGACAATAATTTCTAACGACTAACAACACTCTAATAGTTCAAAATAATATAAAATGCACATGTACTTAGTTGGTCTTACTCTTTGCTCCAACAATTTTTCTTTGAACTTACAAACTCGACCCATTGTTGATCATTACTTATATTTTGTGAACCATAATTATGTTGTATGAATCATGTAAATAGGTCTTTGATATACCATATTCACGTTTTATGAATCATGTAAATAAGTCTTTGATGACCTAGTAATATTTTGTGAATATTTCACTCCTACTTGACATTAATGTTGAAATATATCGTCGTTTTATTGTCATCTTATAAATTAATAAAATTATGACATTCTCTTTTCAAAAAATGTTCAATTTCATACCTGTGATTTAACCATTGTAAACAAACCATATTCCTTTGCCAAAAAATGGGTAAGACCAACTAAGTAATTAAAAAAAATCATAATAAGTTCCTCAAATTTCAAAAGAAGTTCAATCTATGTTTAGAAAATGAAACCTAAAATTTTTATATTTTAATAGAAGTTTAATTTGTGTTTAAAGCAAAAAAAAATATAGGTACATTGCATTTTTTTCATTCATCGATAATTATTTGTTGTTATAAAACATACAACATTTGATTTCTATAAATTGAAATAGGTTCAATGTGTACTACAAATATGTGATTTCTATAAATTGAAAAAAGTTTTTTTTATGAAACATAAATTGAAAAACGTTTAATGTATAGCAAAAAGAAGAAAAACAATACTACATTGCCTAAAGTTTGAAAAAAGTCAATTTCTAAAAAAATAAAGATAAAAAATGGTATTTTTTTTTAAAAAAAAATTCAATGTTGAAATATATATATATATTTTAAAGTGGCCATTTGAATTCAGGGTTGTAAATATGGAAAAATATGTTTTTAGATAAATGATTGGGAAAAATAAAAATAAAAGAAACAAAAATAGTCAACTAAAAATGATTTTGCTTAAGTTACAAAAAAACTGCATCTGATGACCCTAACAACTCAACTCTATACCCCAGACACAAACTTTCTGACTCAACTCAACCCAATTGTACACCCCTTAATGATAAATTAACTCTGCTAACTCAACCCAACTCTACGCGCCAAACGCTTTACCCCCACCCCCACCCCTGTAGAAAGTATTATGAGATTTTTCTAAAGATACATATTGGCGTTAAAACCTGCTAAAATATTTCAATAAAATAAAAAATGATAAAAATGGCACAATTGATTAAAAAGTTTTATTTGTAAACTTTTTCCAAACTCTCAAAAGCAAGGACAAACTAATAAATATTGTTAGGAGTGAAATTGGACTATAAGGACATCCCTGTAAGTGACAAAAATTAGAGGATTAAAAAGTCAAATATGGATCAAGATAGGCAAAGACTAAACTGCTACCAGGGATGAACAAATGAGCAATTTTGGTCGAAGTCTAAATCTCTCGGGCCAACCTAGGACCAAGTCAAGGTTGACACGGGGCCCAGGTCGAGGTCGACATGGGCCCATTTTGCAAGGCCCACATTTGGGCCTTATTCCATTTATCTTCAACCCTCTCTCCTTCATCGAGCCCCATTCGGTCTTCCTTTCATCGTGTGTTTACAAAGAGACCTTCAGAACAAGAGAAGAAGACCAACGAGGAGGAGTAAAAAAGCAGGACCAGGCCGAGCCGACCATGGCTCATACCCTCTAATGGGCCTCGACCACAACCCACGCCTGGTCGGCCTCGATGGAGTCGACCAGGGTCCATTCCCTTTCGTGGGCTTCGTATCCCCTCCTCCTGACCCGAATGACCCACATTCAACCGAATCTGATCCTTGACTATTCAACTCCTATGAGAAATCCGTGAGAAACCTTAGCAAAAGACTATTTAAGCTCTCTTTCTAAGTGGAGAAGGATTATTCAAGACTTTTGTTTAGATAAACTAGAGACGCTTTAACATTGAGTAATGCTTCTATTGTGAATGCTTTTGTAGGTGTGTGTTGTATATGAACATTTTCACAATACAAGAAACGTAATCCATTAGCAAATGATTTTATCAAACTATCGTTAACTATCATAGCGGTTATTAATTGTTGCATCACAATTGCCTACTATTAATTGTATTTTTAATCCTCAATCTCCTCCTTTATCCACGGAAGAAGATCTAACATTGGCAACTATTAAATGCACCTTTAATGACTACATAAGGTTTCATGGTTTGTCTATTCAAAACATCATATTAAGATCATAGTTTAAGATCCTCCACATATCTTCATGATATATTGTCCAACTTTAGGCATAAATCCTTATGATTTTTCTTTTGATTTCACCCAAAAGGCTACATGCCTATGGAGGTAATTGTACTAATTTATATTTTATAGATTTCTCCCTTACCTAGGGGATGTGAGACATTTTTTTTCTCACTTCTAACCTATTTAAGTTGAGGATCAATTTGATAAAATTAAAAATATTATGATTATTTATTTTATCTCTTGTTTAGGTTGTTTTTTTAGGTGGTCAAAGTTTTAATTTTGAAGGCCATTTTTCAAGCAAGTTGAAAGCTGAAAATAATAAATTACAGCGCCTAGGCACCACAAACATTGCGAGAAGGCAAATTCCCATAATGCATAGGCGCTATGAACTTTGAAGCATGTATCCGGGATGCACTCATAAGGTTTTTTTGGCCCTAAATACCTCTTTTTGTAAAATTTGAAGAGGATTGAAGGATGAGAAAGAGAAGAAGATGGTTGAACCTATTTTGGAGGATCCGAGCAACCAAGTGGAACGAGAGCATCGATAGGAAACTCGTGGAATCACTCAAGTTTGTTTCTTTTCCCTTTTTCTTACCTTTTATTTGTTGCAATGACCTCAATAGATTAGCTTAGAAATTTTGTTGAGGGTTTAATATAAACTGATTTATATATATATATGATCATATAATTCATATTCACATGATACTAATATAATAATTTTGCCTCTACTTTTTTGGAAAATTCTAAGTGGACAGAAATGTAAAATCTCAAACCTAATGGGATTAATTATTACTACGTCATGTGAAAATGAACCCTCTCTATAAATGAATCCAAGATGAGACATGCATGTTTTGCAGTTCATCTTTCTTGGCTTAAATCTCCAAAAACCAAAATACTATGGGTCTCTTTGGAAAGGTAGAAACTGGTGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCACAAGAAAACTCACCATATTTCTAATGCCTCTAATCATATACAAGGTGTCGACCTACACGAAGGGGAATGGGGCAAAGTTGGTTCCATCATCATCTGGCGATACTTACATGGTTTTTATAGTTTTTTTTTTTAAAAAAAAAATATTTGGAACTTTTTAAATGTCTTATATTTTCTTTAGACCATTGCATTGATGTTATATTTACATATGGTGTTGATCAACTTACAGATGGGAAGACAGTAACACTGAAAGACATAGTTGAAGCTGTTGATGAAGAGAACAATTCGATCACTTTCACAGTAATTGAAGGATACCTTTTGCACCAATACAAGAGTTTCAAGTTTAAGATGCAATGTATTCCAAAGGACAAGGGAAGCGTTATTCATTGGATTTTAGAATATGAAAAACTGCATGAAGGCATTCCAGACTTACATAATAGCATTCTTGAAATATGTGAAGCCGTGTCTAAAGACATCGACGCTTATCTTATGGAAGACAACAAAGAATAATCTTATGTGGCATAGGAATGAACACAATATGTATGCCCCCATTGCTAGGGCGTTCTTAAAATAAATTGGCTTTTACTATGTTGCCAATTATATCATTATGTATATGTTTTAGATAAAGTATGTATGTGTGTAATGTTTGGGTCTTGTTTTATGTTGTAATGAGTGGGAAATTTGTTGGGAAATATATTCTCAATATATATCCTACCATATGAAATGGGAATAAAAATTTATAAATAAGCATGTTCTATAGAACTATTTTCCAATTGAAATGGTAACAATATATTGTCGTTAATTATAAATGTTTTCAATAGTAATCAAATTTAATTGAATAATGGTTATCGATGATGAATCATTGTTGTAGATACAAAATTTTGTTTTTCATGACCACCACCTATGACATTCAAATATCATTTGAAATTTAGTTTTCTTTCAACACGAAACTTGATAATTTTTTTTTATCAATATTGTAAGTTAAAAAAATATTATAAAAATATTGCAAGTATAAAAGTATTTAAGAAAATATTGTAATTTTTATTAGTTGGATTAAGGTTGTGTTAGTGACAACCTTGTACACCTGACAATGGTTACGTTTTATAAAAATAAAATACAGAGGTACAGGTGAAAGACAACCTATGCCAGAAAATACATAAAAAAAACTTAATTAGAAAGGTAGTGGGTTATATGCCTTAACTACTAATGAAGTATTGGTTCGACTTTAAGTTCATGCAAGTTTTTTATTTTAATTATTTTATTGGAAATTTGTAATGGGTAGGAAAAATAAGCAACATCCAAGTCTCATGCTCCCACTTATTCATTACACACTGCGTTTTTTTTCTATTTTTTTTAAAAATTCACAAAAAAAAAAATGTGTGGCCACCAAAGGAGTTGCACCATATTTGGTGCTTTTTTTCGTAGCAAAATTAGCTCTATTACTTAAAAATATAACATGTTTTGAAAAAATTGCAAATATGGTAAATATTTTTAAAATTCCTTTTTAATTTCTCTCTTACTCTTTTTTAATTACGATGTTTTTTAACAAACAAGAAAGATAACTTAACCTGGCGTAGTATGAGCATTATGACCAAGTCATGTTAAGTATCTCTCGCATCCACATTGTTGATGTACTAACAAAAAAAAATTATGGTGTTTCCTCTTTTAATTTGGTAGATTCTCGGTTTGAAGTTAGGTTCTTTGATCTTCACATCCGTTACAAATAAATCAAAAAAGAAAATTGACACCTTAATTTTCATGGATTTAATTATAGTAGCAAATATTTCGCGAATGTAATTTTCCGTTTTTATAAGTACAAATATGGAAGAAAAAAGATAGTCTACTAAATTTGGGGTTCATTTGATTTTTTTATCATTTATGAAAACACCCACTTATTCATATAGAAATGAAGTTATTAATATATTTTAAATTATCAATTTTAAAACTTCTATTACAGATAGATTCCAATCAACACTGATTAACAACAACGAAGAAGTCTATCAGTGATAGTGATAGACTTCTGTCGTTGATCAACTTCAATCAACACTGATTAACAACAACAACAAATAAGTCTATCAACCAATACTGACTAACAACAACAACGAAGAAGTCTATCAATGATATTGATAGACATCTACACACTGATAGATTTCAACCAATACTGATTAATAACAACCAACCAAAAAAGGTTTTCAGTGATAGTGATAGATTTCTATCATTGATTGACTTCAATCGGGGATAGATAAAGCACCAACAAGCAAGAAATCTATCAATGATAGTGATAAACTTCTATCAACCGATATACTTTAATAAACAACCCAAGCAAGAAGTCTATCAGTGTAGTGATAGACTTCTATCACTAGATGGCAATCAGAAATGGTAAACAATACATATAGAAGTCCATTAGTGATAATGATAGACTTCTATAAGTGAAAAACTTCTATCACTAGATGACAATAAAAAATGGTAAACAATACATATAGAAGTTTACATGTGATAGTGATAGACTTCTCTCACTCATAAACTTCAATAAGAGATAAACATCACAAATAGAAGTTTATCAATGATAATGATAAACTTTTATCACTGATAGATTCCAATTAATTAGAATAGATAAATAACACATATAAAAGTCTATCAGTGATAGTGATAGACTTCTCTCACTGATAAACTCCAATTAGAAGAGATAAACAACAAAAATAGAAGTCTATTGACGACAGTGATAGACTTCATGAATTAGAACAGATAAAAATCTCAAATAAGAAGTCTATCAATGATAGTGATAGACTTCTATCACTAATAGACTTCAATCAAAATAGATAAAAATATCAAACATAAGTCTATCAGTGATAGTGATAGACGTTTATCACTAATAGACTTTAATTAGAACAGATAAACAATCTAATCAAAACGTCTATCATTGATAGTGATAAACTTCTATCACTCATAGACTATAAAAAAAACTTGCATGAACTTAGACTCAAGGTATCATACTGGTTTTTAACTTAGTACCTCGTAGTACCTCGTATAGCATAAGTTTTATCGATGTATCATAGCGGTTAGTAACTGCTGCATCACCATTGCCTACTATTAACGACATTTTAATCTTCAATCTCCTCCTTTATCCACAAAAGAGGATCTAACATTAGCAACTATTAAATGCACCTTTAATGACTATATAAGGTTTCACTATTTGTCTATTCAGAACTTTAAATTAAGATCATAACTTAAAATCCACCACATATCTTCACAATGGTATGATATATTTTGCCGAACTTTTGGCATAAATCCTTATAGTTTTTCTTTTGGTTTCACCCAAAATGCTACATATCTATGGAGGTAATTGTACTAAATCATATTATTTAGATTTCTCCCTTACCTAGCCAATGTGGAACATTTTTTTTTCACTTCTAACATATCTAAGTCTATGATTCAATTTGATAAAAATTAAAAATATTAAGTCAAGATTGATAAGTCCATGTTATGATTATATATTTTATCTTGTTTAGGTTGTTTTTTAAGTGGTCAAAAATTTCCTTTTGAAGGTCATTTTCAAGCATGTTGAAAGCTAAAAACAATAATAATAAATAAATAAATTACAATGGTTAGGTGCCACAAACATTGCGAGAAGGAAGATTCCCAGTGCCTAAGTGCTACGAACTTTGAAGCATGTATCCGAGATGCACCCCTAAGGTTTCTTAGCCATAAATACCTCTTTTTGTAAAATTTGAAAATGATTGAAAGATGAGAACGAAAAGAAGACGGTTGGACACTGTTTTGGAGGATCTGAGCATTCAAACAAAATGAGAGAATTGATAGAAAACTCGTAGAATCAATCGAGTTTGTTTCTTTTTCATTTTTCTTACCTTTTATTAGTTGCAATCACTTCAATAGTTTTAATTATGAATTTTGTTGAGATATTTAGTATGAACTTTTATATATATATATATATATATATATATATATATATATATATGATCACATAATTCATACTCAATCAAATGGGATGCACTACAAGAAAAATGACCTTTTGCGAAGAAATTAAATATGATGCAAAAGATATAAATTCGACGCAAAATGTTCTTAGCGACGAAATCCATTCGTCGCAGAGTAAAACAGTGCGACGAAAATCCTTAAAAGTTTTGCAACGTAAATTGGTTTGTCGCACGTTAAAAGCTTTGCGACGAAATATAATTTCATCGCACTTTTTTTTTTTTTTTACGTGTAACACATTTTTTCCCATTTTTTCCTTTTCTAAATGAAATGTGACGAAATATTTATATCGTCGCAAAAAGTTCATCGCTAATTGTCATTTTTCTTGTAGTGATGATACTAATATAATTATTTTGCCTCTACTTTTTTGGAAAATTCTAAGTGGATAGAAATGAGTCGGCATCTCGGGCCATTCTCAGCCATACTAGTCAAAGGACAATCCCTCGCAAACAGAAGTTCGTAACCTGCTCAAGATTGAGATCAAGTTGTCTAGAGCATCCTATTGAAATAAAACCTAACTAGTCAATGGAGTTACATCTAGTGGTTACTGTAGCTACCTATTTTTGTCCGACTCATTTTTAATTAATTGTTAGATTATCATTATTTATATTTTTTTTATATTTTAATCTGATCAAATTTTTTTATTTTGATGTGTTATTTGTTAATTATACCATATGTGTTATTTTAGTGTTGGAGGAATCTTGGTTTTTGGAGAAAAGACAACTTTTTGATTAAGTGAGTAAGTTTTAGTTGTTTATTTTATTTGACCAAATTGTTGTTGGTCTTTTTAAGTGTAAATTCTCTTTTGGCATTGGATTTTCAAATTGCAACAATTTTGATTTTTGGTTTTATGCACAAAAGAAGAATTGCTTTTAGTCTTTATATACATATCTTTCTCTTCTTCAAAAAGGAACACATACAAAAACCCTACTTCTTCTACACTCCTACATATCATTCTCATCCATTCTCAATTCTACAAAACTTCATAGTCAAACACCTTCACAACCATAAACATAGAGAGATTTGTAGAAAAAACTCCAAAATCCCATAACACAAAAAATAACCCTAGCTTAATTGGAGGTTGCATTTGGTAGGATTTTGTTCCAAGGATTCACACCTCAAATAACAAGCTAGTTGGTTGTTCTTGATACATTCTTCTTGATCTTCATCTTTATTTTGTAATATCACCGAAAAAAAAAAGTTGACTAAGGGGTTTATGAGTTTTGCTTTCATTTTTGTTGTTTATTACATCTCTTCTTACTTCTATTACAATGTGAATCTTTGTCTATTTTATTGTTATGTTTTTGCTACTAACTTTATCTTCAACTCCATCTCTAAATATCCGTGAAAAACAATAGTTGAGTAAGGATTTTACGAGTTTTGTTTTCATTTTTGTTGTTTATTACATCTCTTTTTAGTTTTATTATAATGTGAATCTTCGCTCATTTTTTGTTTGCATTAATGTCTAAGATCTTGATGCTACTAACTTTATTTTATGGTTTACCTCCCCTACTTAACTATCATTTTCCTTTCTCCATATTTCTTCTTCTGAGCTCTTGATTTCATTATACTAAAAAGAGGAGAGAGAAAAAAAAGGAGCAAAGTGTTGTGAAAATGGTTGTGTAACATAACTTACATCAGGTTAATATGGGTGAATAAAGTTTTGTTTCGGAAAAAAAAAAAAACAAAGATGTTGTAGTCTGAGAAAGCTTTTGTTTCTCATTTATAAAACCAACAAGTCGAAAAAGACAAAAAAAAAAAAAAAAAGTTGAAGAAGAAGATGATAGGCATATGTGAGAGAGTGAAAACATAATTGAAATAAAAAAATAATAAAAAGTAAATGGCTAATAAAAACAAAAGTTTAAAAAAAGTTTAGTTTTGATTTTTTTTACATTTACCTATGAATGTTCTTTTCAAAACTTGTATGTGGTCAAATCATGGATAGTTATCACTAATATATATTTTATTATTTTTATTTAATTCCTATTTCTTTTTTTATTATTTATTTGTTTCCTTTTTTTCTTTTCCTAAAATTTGATTTTTGCATCGATTTATATATTTTATTTGTAAGACTTCTATCTTATCTATTTATTTATCAGTTTGTTCTTAGTAAACTCATCATGTTGTTAATTTCATGTAAATGTTTTTTTAATTTATATCTACTTCTTATAAAAAAAATTTGTCAACGACGGAATCTAGAAATATTTGGGAGTCCGATTTTCTAGTTTTCTTGAGGTAAGAAATAGATTTTTTGGAAGTCTAAGATCGATTTCAATATGTTTTTTTTTTCTCTCTCTTTCTCATAAATTTGTTATCATTTTGTACATAATGCTAATTTGCTTATTTAGCCTATCTTTAAATTGCATTTAGATTTTATATTTGAATTTGATTTATCTTGATTACCATCCATGCTTTGAAATCTATTTTTAACTTTTTTTTTCATTGTAAATTTATTTCCAAATCTTTAACATTGTTTTTTTTAAGTTTATAAAAGTTTTATAACTCAAATGTTATTTCCATTTTTTTATGTTTTAGAAGTATTTTTTCAAAGTCGTTTTCTTTAAAAAACAACTTCCTACGACGGAATCTAGAAATATTTGAGAGTCCGCTTTTCTAAAATTCTTGAGATGAGGGAACGTTATCTTTGGAAGTCCGAGATTTTGATCCAAAGAAAAATGAATTTGATAAAAATAAAATAAAATAAAATAAACTTCTTGCATAAAAGGTTATCCTATCATGGATTTGAGAAATTTTAAATTTTGTCTCACATCCTTGAGGTGATATTATTCCCAAATCTTGGAAATGATTTCAATATAGTTACATTGATGGATTCCTATCCACTTATTTTATGAGATCATGACTTCAAATATTAGAGTAATGAGGGATAAAATAAGACGTTGTTTTTCTAAAAAAAATCTTTTTTTTTTACTAAATAAGTTTTCTTTCCTAAATATTTTTGCAATTCAAGATTAAATTTGTCCACCGTTATAAACGGGTATTGTGGGGTGCTAACATCTTCTCCATACACAATCAACTCCCGAACCCAAAATCTACTTTTCGCATACCCTTTTTTCTTCCTCTTTTGTAAACAAAAAGTTTTTTTTTATTTTATTTTGTTGTCCAATCACACCATAAAAAAGATTGGTTGCGACTCGTTTTTAAACTTCCCTTTTAGAGGACGTCAACCGCTTCAGTGTTGCAGGTACGTGGCGACAGTTACTATTTCGTGGTTCGATCTTATGCGATCTCATCACATAGGATATCCCCACTCACATGTCATCTACAAGAACACATAGGATCATTGTGTTTGTATCAAATACAAAGTGGGTCATATATCTATATTATTACTATGGGGAGGTACCCAACCTTATCCCCTTACTATAGACCCTTTAGGTTGTATCTCGAACTGAGATCCTTATATGTCCACTACATTCAGTTCAAGAGAGACATACAATAATCTCAGATGTTAGTTTATTGGATTTAGGATTAATATAAGGCAATGTACAAAGTCATGAAACAAACAATCACACTTTATTGATTTAATTAGAACAATGTTACAAACTACGAGTTTTAGGGTATAAAACCCAACATGGACAAACTAATATATATTGTAATAGGGGAAATTGGACAATAAGGACCATCCCTGTAAATCACAGGAATTAGAGGATTAAAAAGCCAAATGCGGATCAGGATGGGCAAAGGCTGAACTGCAATGAGGATGAATAAAGGATCAATTTGGGTCGAAGTTCGAATGTCTCGGGCCAACCTAGGCCTAAGTCGAGGCTGACAAGGGGCCTAGGCCGAGGTCGATCCGAGCACGAGCTGAGACCGACCAGGGCCCATTTTCCAAGGCCTACATTTGGGCCTTACTCCATTTAGCTTCAACCCTCTCTCCTTCATCCAACCCGATTCGGTCTTCCTTTCATCATGTGTTTACAAAGTGACCTTTAGAATGGGAGAAGAAGATCAACGAGGAGGAGTAAGATCAAAGAGCCGACCAATATGGCTCATACCCTCCAATGGGCCTTGGCCACAACCCAAGCCTAGTCGACCTCTTCCCTTCCATGGACTTTGTATATCCTCCTCCTGGCCCAGATGATCCTTGTTCAACTAGATCTGATCCTTGAGTGTCCAACTCCTATGAGAAATCCGCGATAAACCTTAGGGGAAGACTATCTAAGCTCTCTTCCTAACAGGAGAGGGATAAGTCAAGACTTTTGTTTAGATAAACTAGAGATGTGTTTTAACATTGAGTAATGCTTCTATTGTGAATACTTTTGTAGGTGTGTGTTGTATTTAAACATTTACACCCTACAAGAAATGTCATCTGTTAGCACTGATTTTATCGAACTATCGTAATGATTATTAACTGTTACAACACTTTTCACAACGGTTTATGAACCTCTAGCAAAAGGAGCTAAGAGGGATCTAGAAACATTTTTCAAAATTATTGAAAGTGAAATTTTCAAACTGTTGCAATAGTACCTCCTATAGCATAAGTTTTATTGAGGTATCATGGTGGTTATTAACTGCTACATCACCCTTTCCTACTATTAATTGCATTTTTTATCCTCAATCTCCTCCTTTATCCACATAAGAGGATCTAACATTGACAACTATTAAATACACCTTTAATGACTATATAAGGTTTCACTGTTTGTCCATTCAGAACTTTAGATTAAGATCATGGCTTAAGATCCACCACGTATCTTCACAACGATATGATATATTGTCCAACTTTGGGCATAAATCCTTACGGTTTTTCTTTTGATTTGACCCAAAAGGCTACATACCTATGGAGGTAATTGTACTAAATTATTTTTCTATAGATTTCTCCCTTACCTAGCTAATGTGAGACATTTTTTTTCACTTCTAACATATCTAAGTTTATGATTCATTTTGATAAAATTAAAAATATTAAGTCAAGATTGATTAGTCCATGTTATGATTATTTATTTTATCTTGTTTAGGTTATATTCGGGACGCACCCCTAAGGTTCTTTTGGCCATAAATACTTTTGTAAAATTTGAAGAAGATTGAAGGATGAGAACGAGAAGAAGATAGTTGGACATTGTTTTGGAGGATCCGAGCAACCAAACGAGCAGGTGCATCGATAGAAAAATCATAGAATCACTGGAGTTTGTTTCTTTTCCCTTTCTCTTACCTGTTAGTGGTTGCAATGACTTCATCAATAGTTTTACTTACAAATTTTGTTGGGATATTTAGTATTAACTGATTTATATATATTATAATCATATAATTCATACTCACATAATCAAATAGGATTATACTAATATAATTATTTAGCCTATAATAATTTTTTGGAAAACACTTAAGTGGACAGAAATGTAAAATCACACACCTAATGGTATTAATTATATTACTACGTCATGTGAAAATGAACCCTCTCTATAAATGAATCCAAGAAGAGACATGTTTTGCAGTTCATATTTCTTGGTTTATACCTCCAAAAACCAAACTACCATGGGTCTCTTCGGAAAGGTAGAAACTGGTGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCAAAAGAGAACTCATCATATTTCTAATGTCTCTAATGATGTACACCGACGTTGACCTACACGAAGGGGAATGGGGCAAAGTTGGCTCCAGCATCGTCTGGCGATACTTACATGGTTTATAATTTTTTTTAAAAAAAATTTTGAAACTTTTAAAATGTTTTCTATTATTTTAGATTATTGCATTGATGTTATATATTTACATGGTGTTGATCAACTTGCAGATGGGAAGGTGGTAACAACGAAAGAGATAGTTGAAGCTGTTGATGAAGAGAACAATTCGATCACTTTCACAGTAATTGAAGGATACCCCTTGGACAAATACAAGAGTTTCAAGTTTAAGATACAATGTATTCCAAAGGATAAGGGAAGCGTTATTCATTGGATTTTAGAATATGAAAAACTGCATGAAGGAATTCCAGACTCAGATAGCATGCTTCAATTCTGTGTTGACATGTCCAAAGACATTGATGCTCACCTCATGGAAGGCAGCAAAGAATAA

mRNA sequence

ATGGGTCTCTTTGGGAAGGTAGAAACTGATGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCACAGGAAAACTCATCATATTTCTAATGTCTCTAATGATATAGTACAAGGTGTTGACCTACACGAAGGGGAATGGGGCAAAGTTGGTTCCATACTCGTCTGGCGATACTTACATGATGGGAAGGCAGTAAGAACGAAAGAGATAGTGGAAGCTGTTGATGAAGAGAACAATTCAATCACTTTCACAGTAATTGAAGGATACCTTTTGCACCAATACAAGAGTTTCAAGTTTAAGATGCAATGTATTCCAAAGGATAAGGGAAGTGTTGTTCATTGGATTTTAGAATATGAAAAACTACATGAAGGGATTCCTGACTCACATAGCATGCTTCAATTATGTGTTGCCGTGTCTAAAGACATTGACGCTTATCTTATGGAAGGCAAAACTGGTGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCACAAGAAAACTCACCATATTTCTAATGCCTCTAATCATATACAAGGTGTCGACCTACACGAAGGGGAATGGGGCAAAGTTGGTTCCATCATCATCTGGCGATACTTACATGATGGGAAGGTGGTAACAACGAAAGAGATAGTTGAAGCTGTTGATGAAGAGAACAATTCGATCACTTTCACAGTAATTGAAGGATACCCCTTGGACAAATACAAGAGTTTCAAGTTTAAGATACAATGTATTCCAAAGGATAAGGGAAGCGTTATTCATTGGATTTTAGAATATGAAAAACTGCATGAAGGAATTCCAGACTCAGATAGCATGCTTCAATTCTGTGTTGACATGTCCAAAGACATTGATGCTCACCTCATGGAAGGCAGCAAAGAATAA

Coding sequence (CDS)

ATGGGTCTCTTTGGGAAGGTAGAAACTGATGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCACAGGAAAACTCATCATATTTCTAATGTCTCTAATGATATAGTACAAGGTGTTGACCTACACGAAGGGGAATGGGGCAAAGTTGGTTCCATACTCGTCTGGCGATACTTACATGATGGGAAGGCAGTAAGAACGAAAGAGATAGTGGAAGCTGTTGATGAAGAGAACAATTCAATCACTTTCACAGTAATTGAAGGATACCTTTTGCACCAATACAAGAGTTTCAAGTTTAAGATGCAATGTATTCCAAAGGATAAGGGAAGTGTTGTTCATTGGATTTTAGAATATGAAAAACTACATGAAGGGATTCCTGACTCACATAGCATGCTTCAATTATGTGTTGCCGTGTCTAAAGACATTGACGCTTATCTTATGGAAGGCAAAACTGGTGTAGAAATTAGAGCTCCACCTTCCAAGTTTCACGAAATATTTCACAAGAAAACTCACCATATTTCTAATGCCTCTAATCATATACAAGGTGTCGACCTACACGAAGGGGAATGGGGCAAAGTTGGTTCCATCATCATCTGGCGATACTTACATGATGGGAAGGTGGTAACAACGAAAGAGATAGTTGAAGCTGTTGATGAAGAGAACAATTCGATCACTTTCACAGTAATTGAAGGATACCCCTTGGACAAATACAAGAGTTTCAAGTTTAAGATACAATGTATTCCAAAGGATAAGGGAAGCGTTATTCATTGGATTTTAGAATATGAAAAACTGCATGAAGGAATTCCAGACTCAGATAGCATGCTTCAATTCTGTGTTGACATGTCCAAAGACATTGATGCTCACCTCATGGAAGGCAGCAAAGAATAA

Protein sequence

MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEYEKLHEGIPDSHSMLQLCVAVSKDIDAYLMEGKTGVEIRAPPSKFHEIFHKKTHHISNASNHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMSKDIDAHLMEGSKE

Homology

[Close]

BLAST of Tan0009495 vs. ExPASy Swiss-Prot
Match: Q9SSK9 (MLP-like protein 28 OS=Arabidopsis thaliana OX=3702 GN=MLP28 PE=1 SV=1)

HSP 1 Score: 309.7 bits (792), Expect = 3.6e-83
Identity = 156/311 (50.16%), Postives = 204/311 (65.59%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ETDVEI+A   KFH +F  K HH+S  S   +QG DLHEG+WG VGSI+ W Y+H
Sbjct: 22  LVGKLETDVEIKASADKFHHMFAGKPHHVSKASPGNIQGCDLHEGDWGTVGSIVFWNYVH 81

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ + N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW LEY
Sbjct: 82  DGEAKVAKERIEAVEPDKNLITFRVIEGDLMKEYKSFLLTIQVTPKPGGPGSIVHWHLEY 141

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLME--------------GK--TGVEIRAPPSKF 182
           EK+ E +    ++LQ CV VSK+ID +L+               GK  T VEI+A   KF
Sbjct: 142 EKISEEVAHPETLLQFCVEVSKEIDEHLLAEEEEVKTPETPSLVGKLETDVEIKASAEKF 201

Query: 183 HEIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEEN 242
           H +F  K HH+S AS  +IQG DLHEG+WG+VGSI+ W Y+HD +    KE +EAV+   
Sbjct: 202 HHMFAGKPHHVSKASPGNIQGCDLHEGDWGQVGSIVFWNYVHDREAKVAKERIEAVEPNK 261

Query: 243 NSITFTVIEGYPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQFCV 293
           N ITF VI+G  + +YKSF   IQ  PK    GS++HW LEYEK+ E +   +++LQFCV
Sbjct: 262 NLITFRVIDGDLMKEYKSFLLTIQVTPKLGGPGSIVHWHLEYEKISEEVAHPETLLQFCV 321

[Close]

BLAST of Tan0009495 vs. ExPASy Swiss-Prot
Match: Q9SSK7 (MLP-like protein 34 OS=Arabidopsis thaliana OX=3702 GN=MLP34 PE=2 SV=1)

HSP 1 Score: 304.7 bits (779), Expect = 1.2e-81
Identity = 151/305 (49.51%), Postives = 201/305 (65.90%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ET+VEI+A   +FH +F  K HH+S  S   +Q  DLHEG+WG VGSI+ W Y+H
Sbjct: 9   LVGKLETEVEIKASAGQFHHMFAGKPHHVSKASPGNIQSCDLHEGDWGTVGSIVFWNYVH 68

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ E N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW LEY
Sbjct: 69  DGEAKVAKERIEAVEPEKNLITFRVIEGDLMKEYKSFLITIQVTPKHGGPGSIVHWHLEY 128

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG----------KTGVEIRAPPSKFHEIFHK 182
           EK+ + +    ++LQ CV VS++ID +L+            +T VEI+A   KFH +F  
Sbjct: 129 EKISDEVAHPETLLQFCVEVSQEIDEHLLSEEEEVKTTETLETEVEIKASAEKFHHMFAG 188

Query: 183 KTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFT 242
           K HH+S A+  +IQ  DLHEG+WG VGSI+ W Y+HDG+    KE +EAVD E N ITF 
Sbjct: 189 KPHHVSKATPGNIQSCDLHEGDWGTVGSIVFWNYVHDGEAKVAKERIEAVDPEKNLITFR 248

Query: 243 VIEGYPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMSKDI 293
           VIEG  + +YKSF   IQ  PK    GSV+HW  EYEK++E +   +++LQF V++SK+I
Sbjct: 249 VIEGDLMKEYKSFVITIQVTPKHGGSGSVVHWHFEYEKINEEVAHPETLLQFAVEVSKEI 308

[Close]

BLAST of Tan0009495 vs. ExPASy Swiss-Prot
Match: Q9SSK5 (MLP-like protein 43 OS=Arabidopsis thaliana OX=3702 GN=MLP43 PE=1 SV=1)

HSP 1 Score: 173.3 bits (438), Expect = 4.0e-42
Identity = 76/149 (51.01%), Postives = 106/149 (71.14%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ET+VEI+A   KFH +F  + HH+S  + D + G +LHEG+WGKVGSI++W+Y+H
Sbjct: 7   LVGKLETEVEIKASAKKFHHMFTERPHHVSKATPDKIHGCELHEGDWGKVGSIVIWKYVH 66

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DGK    K  +EAVD E N ITF V+EG L+++YKSF F +Q  PK  + GS+ HW LEY
Sbjct: 67  DGKLTVGKNKIEAVDPEKNLITFKVLEGDLMNEYKSFAFTLQVTPKQGESGSIAHWHLEY 126

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLM 150
           EK+ E +    ++LQ CV +SK+ID +L+
Sbjct: 127 EKISEEVAHPETLLQFCVEISKEIDEHLL 155

[Close]

BLAST of Tan0009495 vs. ExPASy Swiss-Prot
Match: Q941R6 (MLP-like protein 31 OS=Arabidopsis thaliana OX=3702 GN=MLP31 PE=2 SV=2)

HSP 1 Score: 164.5 bits (415), Expect = 1.9e-39
Identity = 77/149 (51.68%), Postives = 102/149 (68.46%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ETD+EI+A   KFH +F  + HH+S  +   +QG +LHEG+WGKVGSI+ W Y+H
Sbjct: 20  LCGKLETDIEIKASAGKFHHMFAGRPHHVSKATPGKIQGCELHEGDWGKVGSIVFWNYVH 79

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ E N ITF VIEG LL +YKSF   +Q  PK    GSVVHW +EY
Sbjct: 80  DGEAKVAKERIEAVEPEKNLITFRVIEGDLLKEYKSFVITIQVTPKRGGPGSVVHWHVEY 139

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLM 150
           EK+ + +    + L  CV VSK+ID +L+
Sbjct: 140 EKIDDKVAHPETFLDFCVEVSKEIDEHLL 168

[Close]

BLAST of Tan0009495 vs. ExPASy Swiss-Prot
Match: P85524 (Kirola OS=Actinidia deliciosa OX=3627 PE=1 SV=1)

HSP 1 Score: 129.0 bits (323), Expect = 8.7e-29
Identity = 61/147 (41.50%), Postives = 92/147 (62.59%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M L GK+   VEI +    F+EIF  + + IS +S   +QGVDL EG WG VGS++ ++Y
Sbjct: 1   MDLSGKMVKQVEILSDGIVFYEIFRYRLYLISEMSPVNIQGVDLLEGNWGTVGSVIFFKY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
             DGK    K+IVEA+DEE  S+TF ++EG L+  YK+F   +Q   K + + V W   Y
Sbjct: 61  TIDGKEKTAKDIVEAIDEETKSVTFKIVEGDLMELYKTFIIIVQVDTKGEHNSVTWTFHY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAY 148
           EKL E + + ++++  C+ ++KDI+ Y
Sbjct: 121 EKLKEDVEEPNTLMNFCIEITKDIETY 147

[Close]

BLAST of Tan0009495 vs. NCBI nr
Match: XP_023526913.1 (MLP-like protein 34 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 431.4 bits (1108), Expect = 6.3e-117
Identity = 214/345 (62.03%), Postives = 251/345 (72.75%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           MG FGK+ETDV I+A  SKFHEI H++TH ISNVS D V GVDL EGEWG+VGSI+ WRY
Sbjct: 1   MGRFGKLETDVHIKASASKFHEILHKRTHRISNVSTDKVHGVDLLEGEWGEVGSIICWRY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
            HDGKA  TKE +EAVD++NNSITFTVIEG L  +YKSFKF +QCIPK+KGSV+HW+LEY
Sbjct: 61  FHDGKARVTKERIEAVDKQNNSITFTVIEGDLTEKYKSFKFNIQCIPKEKGSVIHWVLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG----------------------------- 180
           EKLH+ IPDSHSMLQ CV +SKDIDA+LMEG                             
Sbjct: 121 EKLHDEIPDSHSMLQFCVEMSKDIDAHLMEGSEEPYHNDISGQKCEALSINKSKKRHVWH 180

Query: 181 ------------------KTGVEIRAPPSKFHEIFHKKTHHISNAS-NHIQGVDLHEGEW 240
                             +T V IRA  SK HEI+H++THHISN S + + GVDL EG+W
Sbjct: 181 CLIFLGLNQNTMGRFGKLETDVHIRASASKLHEIYHERTHHISNVSTDKVHGVDLLEGKW 240

Query: 241 GKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFTVIEGYPLDKYKSFKFKIQCIPKD 298
           G+VGSII WRY  DGK    KE +EAVD+ENN ITFTVIEG  ++KYKSFKFK+Q IPK+
Sbjct: 241 GEVGSIICWRYFQDGKARIAKEKIEAVDKENNLITFTVIEGDLMEKYKSFKFKMQFIPKE 300

[Close]

BLAST of Tan0009495 vs. NCBI nr
Match: XP_023538921.1 (MLP-like protein 34 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 417.5 bits (1072), Expect = 9.4e-113
Identity = 198/316 (62.66%), Postives = 235/316 (74.37%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M LFGK+ETDVEI AP SKFHEIFH++ HHISNVS D +QG ++HEGEWG+VGS++ W Y
Sbjct: 1   MSLFGKLETDVEIEAPASKFHEIFHQRPHHISNVSGDKIQGCEIHEGEWGQVGSVVYWNY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
           +HDGK    KEI+EAVDEENN I+F VIEG LL +YKSFK  + C+P+DKGSV+HW LEY
Sbjct: 61  VHDGKPCVAKEIIEAVDEENNMISFKVIEGDLLEEYKSFKLTIHCLPRDKGSVIHWTLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG-------------------KTGVEIRAPP 180
           EKLH+ +PDSHS+LQ CV VSKDI+A+LME                    +  V+I+AP 
Sbjct: 121 EKLHDEVPDSHSLLQFCVDVSKDIEAHLMEDDKEPLLFSNPAIMSLCGKLEADVKIKAPA 180

Query: 181 SKFHEIFHKKTHHISNA-SNHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVD 240
           SKFHE+FH+K H IS A  + IQG  LHEGEWGKVGSII W Y+H GK    KE++EAVD
Sbjct: 181 SKFHEMFHRKPHQISKACGDKIQGCQLHEGEWGKVGSIIYWNYVHCGKASVAKEVIEAVD 240

Query: 241 EENNSITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFC 297
           EENN I F VIEG  L  YKSF+  IQCIPKDKGSV+HWI EYEK HE IPDS S+L  C
Sbjct: 241 EENNKICFKVIEGDLLKDYKSFRIIIQCIPKDKGSVVHWIFEYEKRHEKIPDSHSLLHLC 300

[Close]

BLAST of Tan0009495 vs. NCBI nr
Match: XP_022944436.1 (MLP-like protein 34 [Cucurbita moschata])

HSP 1 Score: 408.7 bits (1049), Expect = 4.4e-110
Identity = 193/316 (61.08%), Postives = 233/316 (73.73%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M L GK+ETDV+I AP SKFHEIFH++ HHISNVS+D +QG ++HEGEWG+VGSI+ W Y
Sbjct: 1   MSLLGKLETDVDIEAPASKFHEIFHQRPHHISNVSSDKIQGCEIHEGEWGQVGSIVYWNY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
           +HDGK    KEI+EAVDEENN I+F VIEG LL +YKSFK  + C+P+DKGSV+HW LEY
Sbjct: 61  VHDGKPCVAKEIIEAVDEENNMISFKVIEGDLLEEYKSFKLTIHCLPRDKGSVIHWTLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG-------------------KTGVEIRAPP 180
           EKLH+ +PDSHS+LQ CV VSKDI+A+LME                    +  V+I+ P 
Sbjct: 121 EKLHDEVPDSHSLLQFCVDVSKDIEAHLMEDDKEPLLFPNPAIMSLCGKLEADVKIKVPA 180

Query: 181 SKFHEIFHKKTHHISNA-SNHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVD 240
           SKFHE+FH+K H IS A  + IQG  L EGEWGKVGSII W Y+H GK    KE++EA+D
Sbjct: 181 SKFHEMFHRKPHQISKACGDKIQGCQLKEGEWGKVGSIIYWNYVHCGKASVAKEVIEAID 240

Query: 241 EENNSITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFC 297
           EENN I F VIEG  L  YKSF+  +QCIPKDKGSV+HWI EYEK HE IPDS S+L  C
Sbjct: 241 EENNKICFKVIEGDLLKDYKSFRIILQCIPKDKGSVVHWIFEYEKRHEKIPDSHSLLHLC 300

[Close]

BLAST of Tan0009495 vs. NCBI nr
Match: XP_022155376.1 (MLP-like protein 28 [Momordica charantia])

HSP 1 Score: 374.4 bits (960), Expect = 9.1e-100
Identity = 180/314 (57.32%), Postives = 225/314 (71.66%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M L GK++  VEI++P SKFHE+  +++HHISN S D +Q   LH+G+WGKVGSIL W Y
Sbjct: 1   MTLKGKLKAAVEIKSPASKFHELLTKRSHHISNASGDKIQDCQLHKGDWGKVGSILYWNY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
            HDGKA   K++ E V+E+ N ITF +IEG LL  YK+F+F MQ  PK +GSVVHW LEY
Sbjct: 61  FHDGKAKVAKQVNEVVEEDKNLITFRIIEGDLLDHYKTFRFTMQVTPKGEGSVVHWTLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEGK------------------TGVEIRAPPS 180
           EKLHE IPDS+S+L+  VA+SKD+DA+LM+ K                    VEI A  S
Sbjct: 121 EKLHENIPDSYSLLEFVVAMSKDVDAHLMKEKKKLVFKTNDTMSLKGKLEADVEISASAS 180

Query: 181 KFHEIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDE 240
           KFHE+FHKK HHISNAS + IQ   LH+G+WGKVGSII W Y H GK    K+++EAVDE
Sbjct: 181 KFHEMFHKKPHHISNASVDKIQDCQLHDGDWGKVGSIICWNYFHXGKPEVAKQVIEAVDE 240

Query: 241 ENNSITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFCV 296
           E N ITF +IEG  +D YK+FKF +Q  PK KGSV+HW LEYEKLHE IPDS S+L+  +
Sbjct: 241 EKNLITFKMIEGDIMDHYKNFKFTMQATPKGKGSVVHWTLEYEKLHENIPDSYSLLELVM 300

[Close]

BLAST of Tan0009495 vs. NCBI nr
Match: KAF7842216.1 (MLP-like protein 28 [Senna tora])

HSP 1 Score: 355.9 bits (912), Expect = 3.3e-94
Identity = 161/293 (54.95%), Postives = 215/293 (73.38%), Query Frame = 0


Query: 6   KVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLHDGK 65
           K+ET V + A   +FH++F  +THHI+N   + VQGVD+HEGEWG  GSI+ W Y+HDGK
Sbjct: 106 KLETKVHLNASAEQFHDVFGSRTHHIANACPERVQGVDIHEGEWGTEGSIICWNYVHDGK 165

Query: 66  AVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEYEKLHE 125
               KE++E++D ENN+ITF VIEG LL  YKSFKF +  IP++KGS  HWILEYEKL +
Sbjct: 166 KCVAKELIESIDSENNTITFKVIEGDLLEHYKSFKFILHVIPQEKGSTAHWILEYEKLKD 225

Query: 126 GIPDSHSMLQLCVAVSKDIDAYLMEGKTG-----VEIRAPPSKFHEIFHKKTHHISN-AS 185
            IPD H++L+L   ++KD+DA+L + +       V ++A   +FH++F  +THHI+N   
Sbjct: 226 HIPDPHTLLELVNEINKDLDAHLTQPQVSRVEVDVHLKASAKQFHDVFCNRTHHIANVCP 285

Query: 186 NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFTVIEGYPLDKY 245
             +QGVD+HEGEWG  GSI+IW Y+HDGK   +KE+VE++D ENN ITF V+EG  L+ Y
Sbjct: 286 EKVQGVDIHEGEWGTEGSIVIWNYVHDGKKCASKELVESIDTENNKITFKVLEGDLLEHY 345

Query: 246 KSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMSKDIDAHLM 293
           KSFKF +Q IP+DKGS  HWILEYEKL + +PD  +MLQ  +D+SKDIDAHL+
Sbjct: 346 KSFKFILQVIPQDKGSTAHWILEYEKLKDHVPDPHTMLQLTIDLSKDIDAHLI 398

[Close]

BLAST of Tan0009495 vs. ExPASy TrEMBL
Match: A0A6J1FUE9 (MLP-like protein 34 OS=Cucurbita moschata OX=3662 GN=LOC111448885 PE=3 SV=1)

HSP 1 Score: 408.7 bits (1049), Expect = 2.1e-110
Identity = 193/316 (61.08%), Postives = 233/316 (73.73%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M L GK+ETDV+I AP SKFHEIFH++ HHISNVS+D +QG ++HEGEWG+VGSI+ W Y
Sbjct: 1   MSLLGKLETDVDIEAPASKFHEIFHQRPHHISNVSSDKIQGCEIHEGEWGQVGSIVYWNY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
           +HDGK    KEI+EAVDEENN I+F VIEG LL +YKSFK  + C+P+DKGSV+HW LEY
Sbjct: 61  VHDGKPCVAKEIIEAVDEENNMISFKVIEGDLLEEYKSFKLTIHCLPRDKGSVIHWTLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG-------------------KTGVEIRAPP 180
           EKLH+ +PDSHS+LQ CV VSKDI+A+LME                    +  V+I+ P 
Sbjct: 121 EKLHDEVPDSHSLLQFCVDVSKDIEAHLMEDDKEPLLFPNPAIMSLCGKLEADVKIKVPA 180

Query: 181 SKFHEIFHKKTHHISNA-SNHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVD 240
           SKFHE+FH+K H IS A  + IQG  L EGEWGKVGSII W Y+H GK    KE++EA+D
Sbjct: 181 SKFHEMFHRKPHQISKACGDKIQGCQLKEGEWGKVGSIIYWNYVHCGKASVAKEVIEAID 240

Query: 241 EENNSITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFC 297
           EENN I F VIEG  L  YKSF+  +QCIPKDKGSV+HWI EYEK HE IPDS S+L  C
Sbjct: 241 EENNKICFKVIEGDLLKDYKSFRIILQCIPKDKGSVVHWIFEYEKRHEKIPDSHSLLHLC 300

[Close]

BLAST of Tan0009495 vs. ExPASy TrEMBL
Match: A0A6J1DRI4 (MLP-like protein 28 OS=Momordica charantia OX=3673 GN=LOC111022522 PE=3 SV=1)

HSP 1 Score: 374.4 bits (960), Expect = 4.4e-100
Identity = 180/314 (57.32%), Postives = 225/314 (71.66%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M L GK++  VEI++P SKFHE+  +++HHISN S D +Q   LH+G+WGKVGSIL W Y
Sbjct: 1   MTLKGKLKAAVEIKSPASKFHELLTKRSHHISNASGDKIQDCQLHKGDWGKVGSILYWNY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
            HDGKA   K++ E V+E+ N ITF +IEG LL  YK+F+F MQ  PK +GSVVHW LEY
Sbjct: 61  FHDGKAKVAKQVNEVVEEDKNLITFRIIEGDLLDHYKTFRFTMQVTPKGEGSVVHWTLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEGK------------------TGVEIRAPPS 180
           EKLHE IPDS+S+L+  VA+SKD+DA+LM+ K                    VEI A  S
Sbjct: 121 EKLHENIPDSYSLLEFVVAMSKDVDAHLMKEKKKLVFKTNDTMSLKGKLEADVEISASAS 180

Query: 181 KFHEIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDE 240
           KFHE+FHKK HHISNAS + IQ   LH+G+WGKVGSII W Y H GK    K+++EAVDE
Sbjct: 181 KFHEMFHKKPHHISNASVDKIQDCQLHDGDWGKVGSIICWNYFHXGKPEVAKQVIEAVDE 240

Query: 241 ENNSITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFCV 296
           E N ITF +IEG  +D YK+FKF +Q  PK KGSV+HW LEYEKLHE IPDS S+L+  +
Sbjct: 241 EKNLITFKMIEGDIMDHYKNFKFTMQATPKGKGSVVHWTLEYEKLHENIPDSYSLLELVM 300

[Close]

BLAST of Tan0009495 vs. ExPASy TrEMBL
Match: A0A6J1FMJ6 (MLP-like protein 28 OS=Cucurbita moschata OX=3662 GN=LOC111447174 PE=3 SV=1)

HSP 1 Score: 339.7 bits (870), Expect = 1.2e-89
Identity = 166/310 (53.55%), Postives = 208/310 (67.10%), Query Frame = 0


Query: 1   MGLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRY 60
           M L GK+E + EI+AP SKF+EIF  + HHISN+S D +QG  L EGEWG VGSI+ W Y
Sbjct: 1   MSLLGKLEGETEIKAPASKFYEIFCNRPHHISNISGDKIQGCKLEEGEWGTVGSIIYWNY 60

Query: 61  LHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGSVVHWILEY 120
            HDG+A   K ++EAVDEE N I   V+E  LL  YK+FK   +  PK  GSVVH +LEY
Sbjct: 61  CHDGEAKVAKHLIEAVDEEKNMIRLKVLESDLLKHYKTFKGTFEATPKGIGSVVHCVLEY 120

Query: 121 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG---------------KTGVEIRAPPSKFH 180
           EKLH GIPDS+S+LQ C+ + KD+ A L E                +  +E++AP SK  
Sbjct: 121 EKLHGGIPDSNSILQFCLDLCKDLGAGLTEDNFVSHINRMSLLGKVEADIEMKAPASKLF 180

Query: 181 EIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENN 240
           EI HK  HH+SN S + ++GV LHEGEWGKVGSII W Y HDG+    K ++EAVDEE +
Sbjct: 181 EIIHKNPHHLSNVSGDKVEGVKLHEGEWGKVGSIINWNYYHDGEAKVAKHLIEAVDEEKH 240

Query: 241 SITFTVIEGYPLDKYKSFKFKIQCIPKDKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMS 295
            ITF V++   L  YK+FKF+ Q  PK KGSV+H  LEYEKLH  +PD+ SML  CV + 
Sbjct: 241 MITFKVLQSDLLKHYKTFKFRCQVTPKGKGSVVHCGLEYEKLHGNVPDAHSMLHLCVALC 300

[Close]

BLAST of Tan0009495 vs. ExPASy TrEMBL
Match: A0A1R3JY62 (Uncharacterized protein OS=Corchorus olitorius OX=93759 GN=COLO4_13116 PE=4 SV=1)

HSP 1 Score: 331.6 bits (849), Expect = 3.3e-87
Identity = 162/306 (52.94%), Postives = 207/306 (67.65%), Query Frame = 0


Query: 2   GLFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYL 61
           GL  K+ETDVEI+A    FH+++ +K HH+SN  ND V G DLHEGE+GKVGSI+VW Y 
Sbjct: 5   GLTSKLETDVEIKASAKDFHDMWFKKPHHVSNTCNDKVHGCDLHEGEFGKVGSIVVWHYT 64

Query: 62  HDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPKDKGS--VVHWILE 121
           HDG     K+++EAVDE NNSITF VIEG ++  YK+F   +Q  PK  G+  +VHWI+E
Sbjct: 65  HDGVKKVAKDVIEAVDEANNSITFKVIEGDVMKAYKNFVIHIQATPKSDGNGCIVHWIVE 124

Query: 122 YEKLHEGIPDSHSMLQLCVAVSKDIDAYL---------MEGK--TGVEIRAPPSKFHEIF 181
           YEKLH+ +P   ++LQ  + VS+DIDA+L         + GK  T VEI+A    FH++F
Sbjct: 125 YEKLHKRVPHPETLLQFVIDVSRDIDAHLTSAAKASSGLTGKLETDVEIKASAKDFHDMF 184

Query: 182 HKKTHHISNASN-HIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSIT 241
             K HH+SN  N  + G DLH GEWGKVGSII W Y HDG     KE++EAVDEE NSIT
Sbjct: 185 MNKPHHVSNTCNDKVHGCDLHAGEWGKVGSIISWNYTHDGVKKVEKEVIEAVDEEKNSIT 244

Query: 242 FTVIEGYPLDKYKSFKFKIQCIPKDKGS--VIHWILEYEKLHEGIPDSDSMLQFCVDMSK 292
           F VIEG  + +YK F   +Q  PK  GS  + HWI+EYEKLH G+   ++ +QF VD+SK
Sbjct: 245 FRVIEGDLMKEYKKFVIHVQATPKSNGSGCIAHWIVEYEKLHGGVAHPETFMQFLVDVSK 304

[Close]

BLAST of Tan0009495 vs. ExPASy TrEMBL
Match: W9QSL3 (MLP-like protein 28 OS=Morus notabilis OX=981085 GN=L484_018882 PE=3 SV=1)

HSP 1 Score: 330.9 bits (847), Expect = 5.6e-87
Identity = 159/302 (52.65%), Postives = 212/302 (70.20%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L+GK+ETDVEI+A  S+FH +F  K HHISN S+D VQ  +LHEG+WG VG+++ W Y H
Sbjct: 5   LYGKLETDVEIKASSSQFHHMFTHKPHHISNASSDKVQACNLHEGDWGTVGAVISWNYFH 64

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DGK    K+I+EA+DE+ NSITF ++EG L+  + SF   +Q  PK   KGS++HW LEY
Sbjct: 65  DGKPRVAKQIIEAIDEKKNSITFRMLEGDLMEHFTSFVITIQGNPKIGGKGSIIHWHLEY 124

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG------KTGVEIRAPPSKFHEIFHKKTHH 182
           EK H  I D H++++  V +SKD++ +L+E       +T VEI+A PSKFH +F  K HH
Sbjct: 125 EKKHGEIVDPHTLVEFFVELSKDLETHLLEDDVFGKLETDVEIKASPSKFHHMFKHKPHH 184

Query: 183 ISN-ASNHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFTVIEG 242
           ISN +S+ IQG DLHEGEWG VG+++ W Y HDGK    KEIVEAVD+E NSITF VIEG
Sbjct: 185 ISNVSSDKIQGCDLHEGEWGTVGAVLYWNYFHDGKPCVAKEIVEAVDDEKNSITFRVIEG 244

Query: 243 YPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMSKDIDAHL 294
             ++ + SF   IQ  PK   +GS++HW LEYEK H  I D  ++L+F  D+SKD++ HL
Sbjct: 245 DLMEHFNSFVVTIQANPKVGGEGSIVHWTLEYEKKHGEIVDPHTLLEFVADVSKDLETHL 304

[Close]

BLAST of Tan0009495 vs. TAIR 10
Match: AT1G70830.1 (MLP-like protein 28 )

HSP 1 Score: 309.7 bits (792), Expect = 2.6e-84
Identity = 156/311 (50.16%), Postives = 204/311 (65.59%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ETDVEI+A   KFH +F  K HH+S  S   +QG DLHEG+WG VGSI+ W Y+H
Sbjct: 22  LVGKLETDVEIKASADKFHHMFAGKPHHVSKASPGNIQGCDLHEGDWGTVGSIVFWNYVH 81

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ + N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW LEY
Sbjct: 82  DGEAKVAKERIEAVEPDKNLITFRVIEGDLMKEYKSFLLTIQVTPKPGGPGSIVHWHLEY 141

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLME--------------GK--TGVEIRAPPSKF 182
           EK+ E +    ++LQ CV VSK+ID +L+               GK  T VEI+A   KF
Sbjct: 142 EKISEEVAHPETLLQFCVEVSKEIDEHLLAEEEEVKTPETPSLVGKLETDVEIKASAEKF 201

Query: 183 HEIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEEN 242
           H +F  K HH+S AS  +IQG DLHEG+WG+VGSI+ W Y+HD +    KE +EAV+   
Sbjct: 202 HHMFAGKPHHVSKASPGNIQGCDLHEGDWGQVGSIVFWNYVHDREAKVAKERIEAVEPNK 261

Query: 243 NSITFTVIEGYPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQFCV 293
           N ITF VI+G  + +YKSF   IQ  PK    GS++HW LEYEK+ E +   +++LQFCV
Sbjct: 262 NLITFRVIDGDLMKEYKSFLLTIQVTPKLGGPGSIVHWHLEYEKISEEVAHPETLLQFCV 321

[Close]

BLAST of Tan0009495 vs. TAIR 10
Match: AT1G70850.1 (MLP-like protein 34 )

HSP 1 Score: 304.7 bits (779), Expect = 8.2e-83
Identity = 151/305 (49.51%), Postives = 201/305 (65.90%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ET+VEI+A   +FH +F  K HH+S  S   +Q  DLHEG+WG VGSI+ W Y+H
Sbjct: 9   LVGKLETEVEIKASAGQFHHMFAGKPHHVSKASPGNIQSCDLHEGDWGTVGSIVFWNYVH 68

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ E N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW LEY
Sbjct: 69  DGEAKVAKERIEAVEPEKNLITFRVIEGDLMKEYKSFLITIQVTPKHGGPGSIVHWHLEY 128

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG----------KTGVEIRAPPSKFHEIFHK 182
           EK+ + +    ++LQ CV VS++ID +L+            +T VEI+A   KFH +F  
Sbjct: 129 EKISDEVAHPETLLQFCVEVSQEIDEHLLSEEEEVKTTETLETEVEIKASAEKFHHMFAG 188

Query: 183 KTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFT 242
           K HH+S A+  +IQ  DLHEG+WG VGSI+ W Y+HDG+    KE +EAVD E N ITF 
Sbjct: 189 KPHHVSKATPGNIQSCDLHEGDWGTVGSIVFWNYVHDGEAKVAKERIEAVDPEKNLITFR 248

Query: 243 VIEGYPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMSKDI 293
           VIEG  + +YKSF   IQ  PK    GSV+HW  EYEK++E +   +++LQF V++SK+I
Sbjct: 249 VIEGDLMKEYKSFVITIQVTPKHGGSGSVVHWHFEYEKINEEVAHPETLLQFAVEVSKEI 308

[Close]

BLAST of Tan0009495 vs. TAIR 10
Match: AT1G70850.3 (MLP-like protein 34 )

HSP 1 Score: 304.7 bits (779), Expect = 8.2e-83
Identity = 151/305 (49.51%), Postives = 201/305 (65.90%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ET+VEI+A   +FH +F  K HH+S  S   +Q  DLHEG+WG VGSI+ W Y+H
Sbjct: 9   LVGKLETEVEIKASAGQFHHMFAGKPHHVSKASPGNIQSCDLHEGDWGTVGSIVFWNYVH 68

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ E N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW LEY
Sbjct: 69  DGEAKVAKERIEAVEPEKNLITFRVIEGDLMKEYKSFLITIQVTPKHGGPGSIVHWHLEY 128

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLMEG----------KTGVEIRAPPSKFHEIFHK 182
           EK+ + +    ++LQ CV VS++ID +L+            +T VEI+A   KFH +F  
Sbjct: 129 EKISDEVAHPETLLQFCVEVSQEIDEHLLSEEEEVKTTETLETEVEIKASAEKFHHMFAG 188

Query: 183 KTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVDEENNSITFT 242
           K HH+S A+  +IQ  DLHEG+WG VGSI+ W Y+HDG+    KE +EAVD E N ITF 
Sbjct: 189 KPHHVSKATPGNIQSCDLHEGDWGTVGSIVFWNYVHDGEAKVAKERIEAVDPEKNLITFR 248

Query: 243 VIEGYPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQFCVDMSKDI 293
           VIEG  + +YKSF   IQ  PK    GSV+HW  EYEK++E +   +++LQF V++SK+I
Sbjct: 249 VIEGDLMKEYKSFVITIQVTPKHGGSGSVVHWHFEYEKINEEVAHPETLLQFAVEVSKEI 308

[Close]

BLAST of Tan0009495 vs. TAIR 10
Match: AT1G70830.4 (MLP-like protein 28 )

HSP 1 Score: 231.9 bits (590), Expect = 6.8e-61
Identity = 121/254 (47.64%), Postives = 163/254 (64.17%), Query Frame = 0


Query: 60  YLHDGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWI 119
           Y+ +G+A   KE +EAV+ + N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW 
Sbjct: 32  YMANGEAKVAKERIEAVEPDKNLITFRVIEGDLMKEYKSFLLTIQVTPKPGGPGSIVHWH 91

Query: 120 LEYEKLHEGIPDSHSMLQLCVAVSKDIDAYLME--------------GK--TGVEIRAPP 179
           LEYEK+ E +    ++LQ CV VSK+ID +L+               GK  T VEI+A  
Sbjct: 92  LEYEKISEEVAHPETLLQFCVEVSKEIDEHLLAEEEEVKTPETPSLVGKLETDVEIKASA 151

Query: 180 SKFHEIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLHDGKVVTTKEIVEAVD 239
            KFH +F  K HH+S AS  +IQG DLHEG+WG+VGSI+ W Y+HD +    KE +EAV+
Sbjct: 152 EKFHHMFAGKPHHVSKASPGNIQGCDLHEGDWGQVGSIVFWNYVHDREAKVAKERIEAVE 211

Query: 240 EENNSITFTVIEGYPLDKYKSFKFKIQCIPK--DKGSVIHWILEYEKLHEGIPDSDSMLQ 293
              N ITF VI+G  + +YKSF   IQ  PK    GS++HW LEYEK+ E +   +++LQ
Sbjct: 212 PNKNLITFRVIDGDLMKEYKSFLLTIQVTPKLGGPGSIVHWHLEYEKISEEVAHPETLLQ 271

[Close]

BLAST of Tan0009495 vs. TAIR 10
Match: AT1G70830.2 (MLP-like protein 28 )

HSP 1 Score: 227.3 bits (578), Expect = 1.7e-59
Identity = 114/222 (51.35%), Postives = 145/222 (65.32%), Query Frame = 0


Query: 3   LFGKVETDVEIRAPPSKFHEIFHRKTHHISNVSNDIVQGVDLHEGEWGKVGSILVWRYLH 62
           L GK+ETDVEI+A   KFH +F  K HH+S  S   +QG DLHEG+WG VGSI+ W Y+H
Sbjct: 22  LVGKLETDVEIKASADKFHHMFAGKPHHVSKASPGNIQGCDLHEGDWGTVGSIVFWNYVH 81

Query: 63  DGKAVRTKEIVEAVDEENNSITFTVIEGYLLHQYKSFKFKMQCIPK--DKGSVVHWILEY 122
           DG+A   KE +EAV+ + N ITF VIEG L+ +YKSF   +Q  PK    GS+VHW LEY
Sbjct: 82  DGEAKVAKERIEAVEPDKNLITFRVIEGDLMKEYKSFLLTIQVTPKPGGPGSIVHWHLEY 141

Query: 123 EKLHEGIPDSHSMLQLCVAVSKDIDAYLME--------------GK--TGVEIRAPPSKF 182
           EK+ E +    ++LQ CV VSK+ID +L+               GK  T VEI+A   KF
Sbjct: 142 EKISEEVAHPETLLQFCVEVSKEIDEHLLAEEEEVKTPETPSLVGKLETDVEIKASAEKF 201

Query: 183 HEIFHKKTHHISNAS-NHIQGVDLHEGEWGKVGSIIIWRYLH 206
           H +F  K HH+S AS  +IQG DLHEG+WG+VGSI+ W Y+H
Sbjct: 202 HHMFAGKPHHVSKASPGNIQGCDLHEGDWGQVGSIVFWNYVH 243

The following BLAST results are available for this feature:

BLAST of Tan0009495 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9SSK9	3.6e-83	50.16	MLP-like protein 28 OS=Arabidopsis thaliana OX=3702 GN=MLP28 PE=1 SV=1	[more]
Q9SSK7	1.2e-81	49.51	MLP-like protein 34 OS=Arabidopsis thaliana OX=3702 GN=MLP34 PE=2 SV=1	[more]
Q9SSK5	4.0e-42	51.01	MLP-like protein 43 OS=Arabidopsis thaliana OX=3702 GN=MLP43 PE=1 SV=1	[more]
Q941R6	1.9e-39	51.68	MLP-like protein 31 OS=Arabidopsis thaliana OX=3702 GN=MLP31 PE=2 SV=2	[more]
P85524	8.7e-29	41.50	Kirola OS=Actinidia deliciosa OX=3627 PE=1 SV=1	[more]

BLAST of Tan0009495 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_023526913.1	6.3e-117	62.03	MLP-like protein 34 [Cucurbita pepo subsp. pepo]	[more]
XP_023538921.1	9.4e-113	62.66	MLP-like protein 34 [Cucurbita pepo subsp. pepo]	[more]
XP_022944436.1	4.4e-110	61.08	MLP-like protein 34 [Cucurbita moschata]	[more]
XP_022155376.1	9.1e-100	57.32	MLP-like protein 28 [Momordica charantia]	[more]
KAF7842216.1	3.3e-94	54.95	MLP-like protein 28 [Senna tora]	[more]

BLAST of Tan0009495 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1FUE9	2.1e-110	61.08	MLP-like protein 34 OS=Cucurbita moschata OX=3662 GN=LOC111448885 PE=3 SV=1	[more]
A0A6J1DRI4	4.4e-100	57.32	MLP-like protein 28 OS=Momordica charantia OX=3673 GN=LOC111022522 PE=3 SV=1	[more]
A0A6J1FMJ6	1.2e-89	53.55	MLP-like protein 28 OS=Cucurbita moschata OX=3662 GN=LOC111447174 PE=3 SV=1	[more]
A0A1R3JY62	3.3e-87	52.94	Uncharacterized protein OS=Corchorus olitorius OX=93759 GN=COLO4_13116 PE=4 SV=1	[more]
W9QSL3	5.6e-87	52.65	MLP-like protein 28 OS=Morus notabilis OX=981085 GN=L484_018882 PE=3 SV=1	[more]

BLAST of Tan0009495 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G70830.1	2.6e-84	50.16	MLP-like protein 28	[more]
AT1G70850.1	8.2e-83	49.51	MLP-like protein 34	[more]
AT1G70850.3	8.2e-83	49.51	MLP-like protein 34	[more]
AT1G70830.4	6.8e-61	47.64	MLP-like protein 28	[more]
AT1G70830.2	1.7e-59	51.35	MLP-like protein 28	[more]

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000916	Bet v I/Major latex protein	SMART	SM01037	Bet_v_1_2	coord: 152..294 e-value: 6.4E-52 score: 188.5 coord: 2..151 e-value: 4.4E-58 score: 208.9
IPR000916	Bet v I/Major latex protein	PFAM	PF00407	Bet_v_1	coord: 153..293 e-value: 3.1E-47 score: 160.3 coord: 5..150 e-value: 9.8E-49 score: 165.1
IPR023393	START-like domain superfamily	GENE3D	3.30.530.20		coord: 151..293 e-value: 3.3E-49 score: 168.9
IPR023393	START-like domain superfamily	GENE3D	3.30.530.20		coord: 1..150 e-value: 1.7E-52 score: 179.5
None	No IPR available	PANTHER	PTHR31907:SF4	MLP-LIKE PROTEIN 34-RELATED	coord: 153..291
None	No IPR available	PANTHER	PTHR31907:SF4	MLP-LIKE PROTEIN 34-RELATED	coord: 1..147
None	No IPR available	PANTHER	PTHR31907	MLP-LIKE PROTEIN 423	coord: 1..147
None	No IPR available	PANTHER	PTHR31907	MLP-LIKE PROTEIN 423	coord: 153..291
None	No IPR available	CDD	cd07816	Bet_v1-like	coord: 5..148 e-value: 2.75263E-36 score: 125.38
None	No IPR available	CDD	cd07816	Bet_v1-like	coord: 155..291 e-value: 3.37251E-36 score: 124.994
None	No IPR available	SUPERFAMILY	55961	Bet v1-like	coord: 1..150
None	No IPR available	SUPERFAMILY	55961	Bet v1-like	coord: 155..293

Relationships

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


Feature Name	Unique Name	Type
Tan0009495.1	Tan0009495.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006952	defense response