Tan0018732 (gene) Snake gourd v1

Overview
NameTan0018732
Typegene
OrganismTrichosanthes anguina (Snake gourd v1)
DescriptionMetallophos domain-containing protein
LocationLG08: 21061350 .. 21077774 (-)
RNA-Seq ExpressionTan0018732
SyntenyTan0018732
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
AAAATAAAAGCGGTAAAAACTCCCGCTTGTTAATTTAGCACGCACGCGTTACAGAAACACCACATTCTTAACAAAAAAGAAGAAGAAATAGTTGTGTTCGGGAAAACAACCTTGCAGAAACCTCTCGTAGCTCTGAGCGTCCAAAAAAACTTTCGATTCATTGATAGCCAGAAAATCAAGTATTAGATTTGAGGGTTTCATGAAACTCAATCAAGAATCGATAGCCTAACCTCTCAATCTAGTCGATTTTCTCCATATTTCTCTTCAAATCTCTCTCTCTAAACCATAAAAACACAAAGCTCTCACTCATCCTTTTTTCTCATTTAGACCTTCATTTTTGCAGATCAAGAGCTCGTCGTTTCAGGTCTCTCATCTCTCTTTGTACCTTTTGGTTAATGGGTTAGAAAGCTTTTTTTAGAACATTTTTGGTGTAGATTTTCATGGGCTCTAGTGTTTTGCGATCGTAGATCTTGTTCCTTTTTGTTCATTTTCATATTCAGTAAAAAAAACCCTAAAAAAATTATTTTTCTGGATGTTATTGAAAGAGCAATCAAGGAATTGCAATCTCATTTCTCCTCTACACAGTCGAGTACTCCAGCCTAATTGAGACTTTATCTCATTGTTTTTAATCCTCCATGAATTAAGGAAAATCTCCACCAATTTACTTCAAATCAAAACAGCTTGCCATGAATACACCAAGGAAAATCTTCCCATAATCTTATCCCTACCGTTAGAGAAGATTGAGTGCAGTAATTGGTTAAGGCCTTATTCATTTTGTATATTTCCTTAGGCTCTCTTAAGTCAAGCCATCCTTTATGTATTTAAAACCAATCTTGTAAACAGAAGAACACACATGAAAATACATAGGATACTGGTTTGTCTACTCTGCCATTGAGATTTGAGAATTTCTTTCAGTGTTTATCTCTTATAACCTTTTTTTGCTACTAAATCTTGTTTTTTTCTAGATTTTTTTTAGATCTAATCTATTTTTCAACTTTGTCTTCTATGAGAAACTATAATTCGGCCTGCTTGAAAGAGAATTCGTCCAATTTTATGATTTTTTCTTGAAAATTGTTGGTGTTCAAGAAGTACGTTCATGAAGTGCTAAGTGAGTTATTGCTTTGTTCTTGTGAAAATACATGTTCGATCTGATAGCAACATCAAATTGATGACTTATGTTTAGATCTGACTCATTTTAAATTTATGATCTGTCAGTTGCAATTTGCATTCATAACACCACTATCCATAGGAGTTAATTGTGGAGGTTACAGTTTTAGTTATTTTCTTCAATCAGTAAACCATGGGCTTTAAATTTTGTCTTCCTTTTCATATATTAAGATTGAATGTCATCTTATTTACCACCTTAGCAGCTGAATATTTATGCGCAGTAAGTCACCTTCAACACCATTCACTAGCATTGACAGAATTATATATGCCATTTAATCCACTTTCAATGTTGTCTCGAATCGAAGGCTGAAAGTGTTGGAAAGAGTGAGTGAACTGAAGGAAAGTCGAGGAAATTTAGTTTGTCGAGCTTCTCGTGGAGGTAGTACTATTACTTAGTACTTAAACCTTCTCGGGAGGTTTGAGAGATGATGTTTCTCCCATGGATTGCTCTGCAAATTGATTAGGTACTCCGATTCAATACGTTTCTATTCTTTTATGTGGATCTGATTGAACTTTGGAGGATTCTTGCTTGATCTGATGTTGATTAGTGTGATGAAGACTTTCACCTTTGTGGAAATTTATGTTCGTTTGTGTGTGTGGTACTCAGAATTGAATTTTGGTGAGATGAACCTCAACTCTATTGTAAACCTAACGGAGTGAGTGCTCTTGATCGTAAAATATAAAGACAGAAATGGGGGGGGGGTGGTATTGAGAGTCTGAGACGATGGAATATCTTGGATCATATAAACAATTATTCAACCACTATGTTGTCTGGTTATTTTGTGTTGACTACTCAAGACTAGAGTATTGTGGTCTGTTTCTAATGGATTGACTTGGCTTTGATTGTACAGATCTTAAGTTTTTTATTCACTTTAATCCAATGAAGGAAATAAAGAATGCATATGACAAAGCAAACAAACTAGATTACGAAGATTTGAGGAGTTGGTTTTGTGCATAAGTTTGAGTTTAGACACTTTTTAGTTTCTTTGAGCGTGAACATGAGACTTAAAGTCCTTTTTTATACACTTTTTTGTAACTTTTTGTAAGTTTCATAGGTTGTTTTAGATCGTTAGTGAGTTGTTTTTGACGTCATAGCATGCTTAAGAGCTATTAAGGTACTTTTGAAGATTCGAGGAGTTGGTTGTTTGCCTATATTTTAGTTTAGGAACTCTTTAGGTTTCATTAGCGTGAACATGAGACTTAAACTCCTTTTACCGTGAACATGAGACTTAATCAATACAAGACTATTTTGTAGGTTTGGGGGATGGTTGTGTGTATATGTTTCAGTTTAGGAACTTTTTAAGTTTTTTTTTAGCGTGGAAAATGACATTTAAACTCTTTCTAGCCTCTCTTTGGCCACTTTGTATTTTGTATGTTTTATGGGGGTGAAATATACATTATTAGATCATTTTGAGTTACTTTTAGCCCCAAAGTACGCTTAAGTTCCTTTAATGCATTTTTGAAGCATTGGAGGGTTTGTTGTGTGCTATAGTTTTACTTTAGGCTTTCTTAGTTTCTTTAAAAGCCAAAATGACACTTAAACTCATTTTATACACTTTTTGGCCACTTTATAGGTTCCATAGGCACTTTTAGATCGTTTTGATAACAACGATGGCACAGCTATTCGAGAGGCTGGCTCCCTCCTACAAAACAAACTTCCAAAACCAAAAAACTGTCCCCTCAGAGGATCCCCAAAAACCTTTAAGCCCTCACTCCCACGTTCTCGGCCGTACCTCTCTCACTCCTCCCCTGTGGTCCCCGACTTCCCAATCGTATTTACCCTCTTGCCCCTTCTAGAATATTTGTGTATAATTGGGGGTCTAACATAATCACTACCCATAAGTCGACCCTTCACAGGTTGTTCGTAATCACAATTGAGTTAAATTACCGTTTTATCCTTGTGATTACCTCTTTGTTCCTTAAGCACCACTGATCCTCTAATGAACAACAAGTTTATGGTCCTACCATAAACTCAAACCCTCTTAAGCTAGTTTAGAGGGTGGGGCCCTGTTGTTTAAGACCTGGACTGAGTTCTTAAGGGAACAACCTATCTAATTCCTTAGTCCAGGAATGAGTGAATTCCGTCTTACAGAGTTAAGTTCCCAAACTACCTCACGAGGTTACTCATCCCCCAGAGAAGCGCAGCTTATTGAGTCGGCCATGCACTACTCTCACCCATACTAGTCTAAGGACAAACTCCTATAAGCAGGAGTTATTAACTTGCTCAAGATTCAGGTCGAATCACTAATGATCATCTATAAATTATCAGTCGTATCCTGTTAACAACGTTATACTGGTTAGACTAATAATTTGCATTCCGGTCTTGTATGAACTATTCATACAGAATGACCCCACTCGCATGTTATCTACATGAATGAGTTGGATTACCTCATTTATACTTATTATAAAGTGGGTCGCATCCATGGTGTTACCAAAATAAGGTTTTCAACCTCATTATTATACCATAAACCATTTAGGTTATACTCTTGAACACAATCCAAATAGTGTCTACTACACTGATGTTCAAGATTTATTATAACCTTGGAGCTTAGTTTATTGGATTTATAAAGCGAGGAGATAATTCTATCAAATCAAATAATTCTTTATTCATTTGACTAAAATTACACATGTTTATGACACATATCCCAACAGTATGTATTTGGGATGAGTTAAACACATGTTGAAGTAATGTATTCAACGAGACTAATCGGGATGATGCCCATCTCAGTATGCATGCACTGCATCCAAGATCAGTCTCGTTGTTGCTACACCCTCAAGTGAAGTATAGTCTCGAATATCCATACTTGCACAACAAAATCATAAGGATTAGAAATGAATTCAGACAACAAATAATAATTTATGAGCATCGTACCATGAAGGCAAAAGGAAATCCAACAAAACTTTATTTAACTTGAAGCCTTTACTCGAAGTAACTTGCTTCTTGTACAAGGCAACTTTATCTTTCATCCCATTTTGTAGACTCTTCAACGCCCTTTGAAATATGATCTTCTCCCATTCAATGTTGTTGAAGTAGTTTAAATCCTCCACATCTTTGAACAGTGCGGTGTCAACAGTTGTATTCACCGTATTTTTTCCAATCATTGCAATCTTCGTGTAGTATACACGGGACATCATCACTGCGTCCATATCATTTTCAAAATCCATCTTCCGGTAGTCCTCTTCTAAGTCCTTTGGACGCATCCACTCTATGCCCTTGAGATACTTCCTTACGAGACTCCTTTGAGCATATCTTCCATGATTCTTGCGTCTCACCACACCACTGGGGGGAAGACCACAATCTAGTAATCAATAGAAATGATTCCAGGGTGAATGAAGCTACGTTCCCTCCGATGACAAAGCTCATTACATCGGGTCTCTCATCCACAACCTCCAACCCAAGAATGTAATAAACCAGTGGACTGTTGAAGATGAGTTCATAGTCGACATATTTCCCAAATATGGTTTTCTTGAACTGCTCAAGCTGTGTTGCAGAAAGTTTGCTCTTCACCACAGAGTTTGCCTACTTCAGGTGTGACAAACATGAGATCTGGGCAAGAAATGTCTCAGTATACTTACGTTCTATTTCCTGAAAATAAATACACTTTTATAAGTCTAATATACTCGTGCTCGTGATTTCAAAGACACGATCACGATTCTGAAGACGCGATTGCGATTACAAAACTGTCAGTAGAACCCTAACGCGATCGATGCTAAACAATGAATATTTAAACCCAGATGGCTACCACATGCATGAAGATGGCTAAACCCTAAACCATTTCCTAAAAATGCTAAACCCTCAAACTGAAACCTGTAAATCAGACAAAAACTAATGAACATGGTGAATGAAATATGGGTTGTGTGAATGGTACACATACCTTACAGATACGACTAGTGAACAACCCGAGAGTCGTTGAGTTCGTCGGTCGGAAGTGGGAAGTGTGTTAAGTACGAGACTCTAGTCTGAAGCAAGAAGAATGTCGAATGGTTTTCTAAAACGGACCTCAAATAAGTGAAATGACGTTTCGTTTAAAAATATTTCATGGATATTCGTCTCTCGCGTTCGACGTCTCAGTTTAATGTAATCGCGTTACCATTCTTCTATCACTCGGGCTCGGTATCAAAAAATGAGCCCGAGCGCAGTTATACCCGTCTAGCGTTAGTGTTCAAAATGCTCGCGCTCACTCGCGTTAGTTGTCTGACGTTGGCAAAAGGATAGACGTCAAAAATTAAAACTGGGAGGTAAATTCTCATTTTACCATTATCGTTGGAGTCGTTGGGCGCAAAATCCTCATAATTTTTTTGGGATGAAAATAAATTTGTAGAGGGATCGTGACGTGTGTTCGCGGTTGTTGAGGTCCTTTCTAAAAGTATTTTGCGTCAATATATTATTTTTTACCCGAGGGTCGTCAAAGTCTACTTTCCCTCTTAGCTTTGCTAAACATCCATATTAGCGATCCCCTTACTCAGATTTTGATTTTTGAAGACTGAAGGAGCGAAATTATGCTGAAGAGCAGAGGGAAAATGAACATCTTCGTTCTGATGTTTTTTTGTCACGCCATTCCCTCTGTCCCAGCGAGAGCCAAAGAAAATGTCGGAGTCTCTTATTCAAAACCCAGTAACTGGAATAACAGGAAAATCGTGGAGGCGAAGGGAGCACCTGAATCTGTAATTTGGGCGGTTCAGCTCTCCGATCTCCATTTCAGTGTTCACCATCCGGACAGAGCTCTCCAATTCAGGGATTTTGTTGGGACTGCTCTTGCCATGATCAATCCTTCTCTGGTTCTTATTACGGGTGATCTCACAGGTTTTGCTCTCTCTCTCTCTCTCTATTTTGATTTTATGACTATTCAACTTATTCTTGCTCTTTTAACTGCACGACGGGCATGAAATCAGATAGTTGTCTCTTGAAACGTTCTGGTATTTGTTTGATTTGTGTGAATTATTCATAGTGTTATACCTCTCGAATCATGGGCGTGGTGGCTGTTTCTGCTGGGACATAGTCTGCAGAAATTTTTAGATTATGATAACACTTAATTTTGGATTGCTTTCATCGCAAATTTTCATACCGTTTCTTTTGGCTCATTTCTTTCTTTTGATAACGGCTAAACATAACAAGAGTGCTGGGTCCTTGTGATAACTTATTTTGCTCTAGAGCAAAAGCAATATTACATTGAATATTCTGTGGGTTGAATGATATAGTAGGTTGAAGGCTAATGAATGTGGACTCTACCTATCCTATTCATACTGCTAATCTTCTCAAGTTTAGAAGCTTGATCTTCCTAATCCTTTGTATAGAGGTGACAAACGAAGTCAAAAATCTTTTTTATAACCTTTGAGATTTTTCTTATATTTATCAGATGGCAAAAGCAAGGACTTGTTAACCATGATACAAATTGAGGAGGAATGGGTGGAATATCAAAATGTAATGGAAGAAGTTATAACAAGAAGTGGACTAGACAAAAGCATCTTCTTTGACCTTAGAGGAAATCATGATAAATTTGGTGTTCCATCTGTTGGTGGTTCATTTGATTACTTTTCAAACTATAGCATCAGTGGACAGCTGGGCAGAAATGCAAATGTGTATAGTGTCACTGTTCAGGTTAGTGATTATCTTTAGATGAGGTTTGTGGTGAGTACATGTATTGAAATATCATGGTTCAAATAAAGTCCTCCTTTTATATGCCGAGGAAAATACATCCTCTCAGGTCTTTAGTTTAGTAAGGCTTATGGAAAAACTATTTAGATGAGGAACTTTCTCTTTGCCAAGAACATTAAATATTTGACCTTCCAACAACACCAATTATCCTATAAATCTAATCCAATTTTACTTGGACATGTTAAATAATCATGTGGTAACCCCTCTAACAAAAACAATCTCAAAAAAAAAAGAAAAGGTATTCCCAGTGAACTACAATGAGTATCCATGGAATATTTAGATATAGAAGAACTCTTCTTTTTGGGTGTCCTTTTAAGCTAATTTTTTTGTGGCTAGAAATGAACAGTCTAACTGTCAAAGAATCTTAAACAACCACGTACAAGAAGTCAAAGGTTTATTTATTTTTGGGGTGACTTGGGATTTATGCACTTTAAAAGTGAAGCTTATCCTCATCATTTGAACTAGAAATTAATTTACTTCACTTGCTACAAATGCAAAATGGGGCCGTTCATGTTGATGCTCTCTATCTTCAAGGATGTACCTGAGAAATTGAATGTGTTAAATACTGGAATTTCATTGATTTTTTTTTTAAATTTATTGTTTATCATCTTTGATATGAATATAAGTATGAGATTCAATAAGTGGAACTTTTGCAAAGTGGAAACACCTGCCATTGGCTATTTGTTGACTAAAAAACTGCTCTTAATAATAGATTTTTTGTTTCATCATTCAGGCTGGTCAACATAAATACCTCTTTGTCGGATTTGACAGCACCATGTCCATTGGCTTGAGAGGCCCATCAAATGTCTTTGGGCATCCAACTGATCAGCTATTATCTGACTTAGATTTGGAGCTCTCTCAATGGGATTCATCGACAACTGATCAAGTAACCAAGATTTCCTTTGGGCATTTTCCTCTCTCATTTTCAACTTCCTCCCTCTCAGGAAAGAGTCTGAGAGATATCTTTTTGAAACATTCTTTATCAGCTTACTTATGTGGGCATCTCCATACAAGGTTTGGCAAAAACTTGAAGAGGCATCATCATTCAAATTCTAGTGTCTTTTCACAGAAGTTTTTCCAGTTTAATGTGCACCAAATATCTTCTGGAAGTACCACCAACTGTTCATTTGAAGTTCCACCAGTTCAAGAATTCTGGGAGTGGGAGATGGGTGACTGGAGGAAGAGTAGGGCCATGCGAATTTTGGCCATTGATAGTGGTCACGTGTCATATGTTGACATTGACTTCAGGTCAGAAATTAAGAAAACTATTTTGTTGCCCACATTTCCATTAGACTCACGTTTCATGTCAAGATCTTCATTGCCTTATGAATATAAATGTCATTTGATGGCTCCTTCATCTTATGAGATGATAAGAGCACTTGTTTTTTCTCTCTCTCCTATTGTATCTGTTGTGGCTAGAATATATGACTCTAATCCTGGGAGTCTCAGTTTGATCCTACAAGCACCTATGAGTAGAACACACGTAGATAACATCTCAAGGGGAGATCTTTACACTGCTCCATGGAATTACAAAGCCTTTGAAGACCCATCGCCTGATAGATATTATCTGCAAATAGAAGCAACTGACATTGCAGGAAGGTCAACTTTATCTGACTTGAGGCCATTTTCTATCAATGGTCTCACTGCAAAAGTGTCCTGGACATGGAATGAGTTCAGGGTTATGGGAGTTCAATGGGCTGCCTTATATTACCCTGTACTCTGGTCTTCTCTGTTTATCATGCTATCAATGCTTATTCTTCCAAAAGCTATTCTTATTTTTTCAAAGAAGCAGTACAGTTACAACAATTTCAAGGTGAATAAAAGCTTTCTAAATGGCATGGCATGGGTAATACAGGAGCTCAGCAAGGTCCCCATGGTATGGTTCTGCATATTAGGTTACTTAATCTACCTTATATCATTTCCATGGTTTATTGGACAAGTTTTCACAGATGGCAAGGATAGGGGATACATGACCTATATGGGATGGGTCGTCAAAACTGCAAATGAAACAGACAAACATAGATATATTGGTTCTCCAGATATAATGATGGTGGTTCTTTCTCATCTTCTTTTTGTGGTTTACCCTGCTATTTTCATCATGGTTGCCTTTTCTGTTGAAAGAGGAGTCTACGGGGACCATTTCCTCTCTCTTTTAGCAAAGAAAAAAGATGATTGTGATTACAATTACAAGAGGCTTGAATCATTTGACTTGAAAAGCAGTGGGAGGTTTAGTTTTTTGCTTGGATGGAGGTGGATTCGGAAAGTTCTCCTGATCCTTTGTGCAATAGTATGCTGGAAGCATTTTTTGGTAAGTCGTTATCAATTAATCTATTCCTTCATTATTATATTTATGCAAAAAGCTTAGTTTTTCTTGAAATAAAAAAATAAATGCTTTATGAGATGCTATCTTTTTGGAATATTAATGTAGAATACAGTAGAGTAATTACTTACACCATAATTAATTAGGTTCCGTTTGATAACCATTTTGTTTTTGGTTTTTAAATATTGTGCGTGAATTTTCTTACCATGGTTTTCATCTTTCTTAAGGAAACCATTAAATTCTTAGCCAAATTCCCAAAACAAAAACAAGTTTTTGAAAACTATTTTTTTTAGTTTTCAAATCTTGGCTTGACTTTTGAAAACATAGGTAAAAATAAATAACAAAACAAGGAAATCTAGAGGTGAAAGTAGTATTTATAGGCTTAATTTTAAAAAATCAAATGGTTATCAAATGGGGCCTCATATATATTCATCATATGGCTAAGTCATATTTATTTATGGCATGTCTCTTTAGAGTTGATTCAATAGAACTATAAATTGTTGCAAGCTAAAAACCTGAAATGAAATAAAACATGACAGTTCTCTCCCGTCTCAAATATTTATCCTTGTTTGGCGCATATCACATATAGAGGTGATTTTTTGCTGTTGGCTCCTTGTTTAAAATGTTTTTATATTAAGTGTCCACTTTACTACCAACAAATTGGTATAAGAGCCCGGTAAAATTCGAACAATTTAGTTTGGTTCACTCATGTTTCAAGGTAGAAATTATGATTATTGCAGTCGCAATATGAAGTTATTGCTTAAATCATTAAATTTTTATAGTAATGTTAAGGAGAGACTTCGAAGAACCTGAGGTTGACGATGAGGTAAGGTGATGCTAGCGCAGAGAAATGTCTTGAATGAGAAGTGGAAGAAAGAAAGACCCTCTGCAAAATTTATCAAGTAGTCAAAAGGTCAATATTTGAGCAGATATTAAGGGTTGAAACTTCCTAACAAGTATGAGAAGCTGTGGCGATAGGCCCCCATTATCGAAGTATCATAGAGGAGGATGGTGACAAGGGATGCTTAGTGTCACAACCACACTAGAAGAGAGTTGGTTGTGAACCCCACAAGCACAAATAGATGCATTGGCGACACGCGAGTGTCGCCTATCGGGCCACGTGAGGGTCAAGTGAAGACAAGTGTCATGATGTGACCGAGGAGGACGGTGCATCATCTAACACACTAAGAACAGTGGGCATGAATGCCAAGTTGAGGAACGAAGCATCGCGAGAAAAAACTATGTTGTCAGTGGTGTCAGTGACAAGCCTAGTGGGGGTCAGATGGGGCCCCAGGCCATAACCTCGAAAGTCGCGGTTCTGTCATGAGTTTTGACGAGCGGCTCTGGAGTTAAGTCTGTATATGGGCAAGATGTAAGCTCGCCAGATTTCGTGTCAATCGGAGTCGAGACGAGCGCTCCATGCTGGCGTATGACTCCTCGCCAAATTGATGTGCATGGGTGTCAAGGCTAAAATTCCTCGTAATATACTATAGGGGGAGGCATGGTGTTGGCTCTCCACCACCCTTGGTCCTCATGGCCTAAGTGAGCCACCCCATGGCACATGCGTGTGTCATGGCGTGGGCGAGTGTTGCAAGACGAATGTCTTGGGCGTCTTCCTATGGAATGGGTTTTCCAAGGACAGTGTCGGGTGGCACGAGTGTGCCGACATTGCGCCCTTTTCCATGGACTAGAGGTTGCACCATAGGGCTTGGTAGCGGCACGCGATACGAAAATGACTCGACATGGACACATAAGGGTTCATGCCTCGATGACTCGGATGGATGGATGCCCGAAAGGCCCCGATCACGAAGTTAAGTCATGGGAAGGATTCGATAGCATGCCCTAGCGAGCAGCTAAGTCTGATGACCTCCCGATGCTTGGGATGGCATCACTATTCATCAGTGGGACTCGATAGTTTCCGATTGGCTCGATATTTGCCCGTTATGTCCCAATAAGCGTTATAAAGGCCCGAAAAGCTCCGGTTTGCAATGTTTGCTCCCGGTAAGCGTTATAAGGCCCCGGTAAGTCCCGAAATCACCCGATAAGCTCTGGTTGAGTGTTTTTAGGCCGTTTTGGCCCTATGAAGGGTCCAAATGAGTCCCAGTGAAGTCCTGGATCGATGTGAGACCTTTATGGACATGTCTAAGAGCTTGAAGATGATGTCTTGAGAAGCGACAGAACTTTCTAATGACCTTGGCCTAGTGTAGAGGCAAGGTTCAGCCTTGGGACTTGGCCTAGAGTAGAGGCAAGTCGGCTAGAGTTGCGTTTGAGTGAAAATACATGTACAGGCGACGTGTATGACCAAGTGTTATTCCACAACACGTAGTAAAAAAGCTTGGTAGAGGGAAAGAACCTCACCTAGGGTCCTACGAAGCCACAAAAGGGTGCGATTAGAGCGACGAGACTTGAGTTCCCCTTAAGGCTGGCCATGATTGAGCGAAAAATTATGGCGCCGCACGGTTGGAGAGTAGCGACTGTGACACTTAGCATACAAGGGTTGTTACTTGTTAGTTAGTGGACCCACTTTTAATTAGATGATGTGACTTAATAATGGGAAAATTGAGTAGAGAATATGAGTTAGATGAGAAGGATCAAAGAGGTTGTGCTTTTGTCATTGGTGGAGTAGTTGGTGTGGGGGGATTCTTTTCCAAGATTTCACTTTAAACCGGTAGATCTTCATCCTAATGTAACTTCCATTATAAGTAAATAGAGATGAATTCAAACATGTTTGAATGATGGTGAAGTAAAGGTTACAAGCACATCGTCCTGTGGTAAAGTAATTTGTATTTTTTTTTTATAACCGGGTGTCGAAGCAAAGGTACCTACACTTGCCTCAAGGCCCGGACCCAAGAGACATCAAGGGTTTTTATCTATTAAGCTCACTTGAAGGTTCGAACCTGAGACCTCTAAGCCAGTATGACCAAAAGATCCTAAGCCTTTACAAACGGGGCGGCTCCTTAGGGGCAAAGTAATTTGTAAGGGCCTGTTTGGTAAGCAATCTGAAAAAAAAAAAAATTTGAAAACAAGAGATTCAATGAAAACAAGGTTGTATTTCATGTTTTCAGATATGTGTTTGGTAGCAGATTTAGAAATTTGATTCCATTCTAAACAGTTGTTTAAAGTGTATACTATAACATTATATCATGAAATTAGTTGTAGGTGCAAAACTAATTATTAGATTGAATATAAGTCATTACTAATCTATTTATGAACATAATTTTTATAAATTTTATAGAATTATCATTTTATAATATAGTATTATATAATTTATAATATATTATATTATAAATATTTTAATTTAACAAAAGTAAATTGAGTTTATAATATGAAATATTGTATTTATAAGATTTTTATCTTTGTTTAATATAATTCTGCATTTTAAAATTTTAAATTCAGAATCTGGATAGAATGAAAACATAAAAATGTTGTTTTTAGAATTTCTACTATTTGGATCACAGAATCTGAAAATAGTTTTCGAAAACATATCTGCTAAACGCATATTCATTGAATTCAGTGAATCCGAAAACATAAAATAGAATCCGGATTGCATACCAAACAGGTCCAAAATTTCTCAATGGAAATCCTACAACATTGGAGAAGCGTGTCGAGGATGTGGTGGTGAAGTTGGAAGGCATATTGATAAGAACCAAATAGAATTGACATTAGCAAGTAGCGTATGACGTAAGTCCTCAGAGATCTCTAGACACAAATTAGGTGACCCAACTCAAGTGACAGTTAGGTGAGGATTATCTTATGGTGAGACCAAGAGATGAGAAAACTTATTGTTACTTTAAAGTTGAAATTCTCCACAAGTTTGGTGAACAACGAATTCTTGAATGTTTCTAACATGAAAGACTAAAGCTGGTTGGATAGGGACATGCACTAGGCAATGGTTTAAAGGAACACTGAAATTCTATTAAAAAAAAGCTAAGAAATTATAAGACTCCATTGGGTTTATATAAATCAAGGTTTTCGAAAATTAAAGAATTGAAATTCTCACTCTAGGATAAAATCTCAAACAAATAAAAATCCTAAAACGATTAAGGATTAAAGAACTATTCTTCTTGGCTAAATAGGAAATAACATGAAGCAGATAAAATCTTCCTAATAAAATTTGATAAAAAAATCTAACAAGTCTCCGAGAAGATGAAAAAAAAAAGATGCTAAAAATAACTAAAACAAAACTAATAAGGAAATAGGGTGGCTGGTAGCTAGGGCAACATGTAGGCAGGCTTGGCATGGGCAACGGTGTAGGCAGATGCTAGTGCAGGTGCAAGCAAGCAATCAAACCAGGCAGCTGATCACACTTGAGGTATGTGTTTTGAACAGGGGCGTTGTGCGAGCGATTGCAAGGTGAGGTATGGGGCTGGCAGCTGTAGGCGCATGCTGATGTTGGCACACGAGTGCAAATGCAAGTGTCTATGCATAGGCATGTGGCCTGCAGCAAGTCTACTCCATGTGAGGTTAGCAATGGACGTAGGTGTGCATGGATGGGCTTGTAGGCCGTTGGCTTCATGCATGGACTGCGGTTGGCTTCATGGTGAGTGCTTGATTGCATTATGATCATATCACATATGGAAGAGGCCATGACAACAATGGAAAAGCAAAGGTGGATTGTGGTAAAGCACTAGTGGAGACGTTGGGCACTAGTCAAGGACGTCTGGAGAAAGAGGGTTCTGGACTCTAGTGGTGGAGGATCCTGTAAGGACAAGGATTGGTATCAATGTTTCTCGGTGAACCTAATCTAGACAGATGGTTACATGAGGTGAAATGTTATTTCATTGTGAATCAATCGGCAGAGCGGGGGAAGTTGAACTTGAAAGCAATAATCCTTTGTTTGGATGTAGAAGCCTCTTGGCATCAATAAAAGCAGAGAGGACTATCAATTGGAAGTTGGGAGGAGTTTAGGCGATTGCTTCTATTATAGTAATTTCATCTCACATAGGAAGGTTGGTTATGTGAAAGGTTTTGGCTTTGAAACGAGAGAATCTGGTGACAGAATTTCACTGGAGCTTTGAGCAGCTAGCTGCACCCTTGCTTGATTTGACGGTGTTAATTTTAGAAAACTTGTTTATTAATAGGCTTAAGGATGAAATGAAGGCTGACTTGTGGGTTGTTGGGCTTACACAGAAAGAGAGTCGAATGTGGGTTATTACTCAATTCAACCTGTTCGTTTGTGAAAAGAACTGTTAGTTGATGATGAAAAGTGCCTTAGATAGAGCTTGAAGGTACCTCGTCCTATATGAAGCAATCAAGATTTCATATGTGATTTGGCATCGTGTGGAGGAGAACCTAACTAGGCTTTTAGACCAATAAGCTACTTCTCCACGTCTACTTTTAGATCAATAAGCTACTCCTATAGACTGAAATCGTTAGAGACGGGAATTTTGCCACTAATACCTCATTGAGATTATGACCTAATTGAAGGACAATCAATACCTGAAGTGGCACAACACTAACGACTATTGTGTCCTCAAGGGAAAAAAAGATCCGATGGCTCATTCAAAGAGGCTTCTTGAAGGAGTATGTCACCTCGAATAAACGAGGATGACAAGGAAATAGGGTCAACTGGGTGAGACCAACTAGCTCATGAAAATCATCAATATCATTTAGGACATTGGAATATCATTCCTAGAAAATAAGCTAATTTCACTTGTAACCATGAGTGCTACTTTGCTTTTACAGCCAACTATGACAAAAATGGAGCAGTAGTGCCATAAAAAACCTACACCATGTGTACATATATCAGACAAGTGCTTTAAAGTATCAATTTTAAAATAACTTCAAATGGAGACTATTGAAATAAACAAGAACATCCTGACCTGGTGTGTTCACTTCCCTAGTTTTGATTGCTATTCAATTATCCGAAAGGTATTTAGCTACAGTATGCGACTCTTATTCAATTGTGCATCATTTTGTTCATCAACAAGTTGCAACCGTTGCATTACATAAGCAGGTCATTTGTGACATTACTACCTTGAAGAATTGCTCATTTGTTGTCGTAGTGTAGAAAAGAGTTGGGTTCAAACAATATATCTAGTTACATGTAAATGTCGAAGAAGTTGAACCCCATATTTTATCGATGATATCGTATAATTTAGTCTCATTATCATTTAATGGCCTCTTTTATACTATCTATGGCCACAGAACTGTAACCCATAGAGGGCTTCCTCATCGACTAAAGCCTCATGATGTAAACAAAGTGACTTTATACCTTCAAAATATAAAGAACTAAGTGCTAAAGAGATGACATCAAAATGGCATCAGCTACTCTCTTGCACTTTGATCCTTGGACATTTAGAAGTTTACTTATTAGGGAAAAACATCCTCCTCCAACTAGCTCTATTTTTATGAATAGTTGTTAGTGTAAGAACTGAGGTCACAAAAAAAGAAACTAATGATCTTACCTAACGCAGGCTGATTTGCGAATTTTCTCATCATGTTTATTATGCACGAGTAATTATAACGAACCCACTAGGTGCCATTGCTCTTTTCAAGTCACCTTTTTAAGCAGGTGAATCTTTCTAATGTCCTCCAAAATGAAATTTAAATGATTGGATGATATCCAATACAGTTGAGATCATTTTGCTTCCAAATTTTTCCTTGTCATCAATAATGAATGAAGTTACTGACTCCCTTCTTATAGGAAAAAAAATAAAGGCAAGAAACCAATTTTGATTTCCGCCATAAAATGAAAATTGAAGAGAAGTTGTTGACAGATTTTCCAAGAATTCATTTGAAGTCTAATACTTACTTTTATCACAGAATTGCAGGGCTGTTATGAAGGCTTATGAGATGAATCCATTTCTCCACTTTCCTGTGTACTGCTTTGTGATACCATTGTTGTTGGCTTATGTTATTTACCGTACCAGAGGCATCCACTGAGCATTGACCGCACTATTTAATCTAACTTTTAGTCGGCTTCAAGTTTTTTCTGCTCGAGAAGCAAGACCAGATACAATCATATACAACAGAAACAAATATGCTTTTTCTGACTTGATGGGGAACAACAAATTAAAAAGAACATAATTATATATCCATTATGTTGCAGAAAATGGGCTGAAACCGAAGAGACAATGCCATCTTAAAGATTTTACTGTATGTCTCTTGTAATATAGTGTTCTCCATAAAAATCTGTCTCATCTTCTGAATTGTTTAGAGCTATAGGTTCGTTTGGTAGTTCTAAGTTCGTTTTTATTTGAGAACAATTTTTTGGGTGGTTTTGTAATGATAGCGATTATTTTGTACTTGGAAGTCATTATACATAATCTATTATTCACAA

mRNA sequence

AAAATAAAAGCGGTAAAAACTCCCGCTTGTTAATTTAGCACGCACGCGTTACAGAAACACCACATTCTTAACAAAAAAGAAGAAGAAATAGTTGTGTTCGGGAAAACAACCTTGCAGAAACCTCTCGTAGCTCTGAGCGTCCAAAAAAACTTTCGATTCATTGATAGCCAGAAAATCAAGTATTAGATTTGAGGGTTTCATGAAACTCAATCAAGAATCGATAGCCTAACCTCTCAATCTAGTCGATTTTCTCCATATTTCTCTTCAAATCTCTCTCTCTAAACCATAAAAACACAAAGCTCTCACTCATCCTTTTTTCTCATTTAGACCTTCATTTTTGCAGATCAAGAGCTCGTCGTTTCAGCTGAATATTTATGCGCAGTAAGTCACCTTCAACACCATTCACTAGCATTGACAGAATTATATATGCCATTTAATCCACTTTCAATGTTGTCTCGAATCGAAGGCTGAAAGTGTTGGAAAGAGTGAGTGAACTGAAGGAAAGTCGAGGAAATTTAGTTTGTCGAGCTTCTCGTGGAGGTAGTACTATTACTTAGTACTTAAACCTTCTCGGGAGGTTTGAGAGATGATGTTTCTCCCATGGATTGCTCTGCAAATTGATTAGACTGAAGGAGCGAAATTATGCTGAAGAGCAGAGGGAAAATGAACATCTTCGTTCTGATGTTTTTTTGTCACGCCATTCCCTCTGTCCCAGCGAGAGCCAAAGAAAATGTCGGAGTCTCTTATTCAAAACCCAGTAACTGGAATAACAGGAAAATCGTGGAGGCGAAGGGAGCACCTGAATCTGTAATTTGGGCGGTTCAGCTCTCCGATCTCCATTTCAGTGTTCACCATCCGGACAGAGCTCTCCAATTCAGGGATTTTGTTGGGACTGCTCTTGCCATGATCAATCCTTCTCTGGTTCTTATTACGGGTGATCTCACAGATGGCAAAAGCAAGGACTTGTTAACCATGATACAAATTGAGGAGGAATGGGTGGAATATCAAAATGTAATGGAAGAAGTTATAACAAGAAGTGGACTAGACAAAAGCATCTTCTTTGACCTTAGAGGAAATCATGATAAATTTGGTGTTCCATCTGTTGGTGGTTCATTTGATTACTTTTCAAACTATAGCATCAGTGGACAGCTGGGCAGAAATGCAAATGTGTATAGTGTCACTGTTCAGGCTGGTCAACATAAATACCTCTTTGTCGGATTTGACAGCACCATGTCCATTGGCTTGAGAGGCCCATCAAATGTCTTTGGGCATCCAACTGATCAGCTATTATCTGACTTAGATTTGGAGCTCTCTCAATGGGATTCATCGACAACTGATCAAGTAACCAAGATTTCCTTTGGGCATTTTCCTCTCTCATTTTCAACTTCCTCCCTCTCAGGAAAGAGTCTGAGAGATATCTTTTTGAAACATTCTTTATCAGCTTACTTATGTGGGCATCTCCATACAAGGTTTGGCAAAAACTTGAAGAGGCATCATCATTCAAATTCTAGTGTCTTTTCACAGAAGTTTTTCCAGTTTAATGTGCACCAAATATCTTCTGGAAGTACCACCAACTGTTCATTTGAAGTTCCACCAGTTCAAGAATTCTGGGAGTGGGAGATGGGTGACTGGAGGAAGAGTAGGGCCATGCGAATTTTGGCCATTGATAGTGGTCACGTGTCATATGTTGACATTGACTTCAGGTCAGAAATTAAGAAAACTATTTTGTTGCCCACATTTCCATTAGACTCACGTTTCATGTCAAGATCTTCATTGCCTTATGAATATAAATGTCATTTGATGGCTCCTTCATCTTATGAGATGATAAGAGCACTTGTTTTTTCTCTCTCTCCTATTGTATCTGTTGTGGCTAGAATATATGACTCTAATCCTGGGAGTCTCAGTTTGATCCTACAAGCACCTATGAGTAGAACACACGTAGATAACATCTCAAGGGGAGATCTTTACACTGCTCCATGGAATTACAAAGCCTTTGAAGACCCATCGCCTGATAGATATTATCTGCAAATAGAAGCAACTGACATTGCAGGAAGGTCAACTTTATCTGACTTGAGGCCATTTTCTATCAATGGTCTCACTGCAAAAGTGTCCTGGACATGGAATGAGTTCAGGGTTATGGGAGTTCAATGGGCTGCCTTATATTACCCTGTACTCTGGTCTTCTCTGTTTATCATGCTATCAATGCTTATTCTTCCAAAAGCTATTCTTATTTTTTCAAAGAAGCAGTACAGTTACAACAATTTCAAGGTGAATAAAAGCTTTCTAAATGGCATGGCATGGGTAATACAGGAGCTCAGCAAGGTCCCCATGGTATGGTTCTGCATATTAGGTTACTTAATCTACCTTATATCATTTCCATGGTTTATTGGACAAGTTTTCACAGATGGCAAGGATAGGGGATACATGACCTATATGGGATGGGTCGTCAAAACTGCAAATGAAACAGACAAACATAGATATATTGGTTCTCCAGATATAATGATGGTGGTTCTTTCTCATCTTCTTTTTGTGGTTTACCCTGCTATTTTCATCATGGTTGCCTTTTCTGTTGAAAGAGGAGTCTACGGGGACCATTTCCTCTCTCTTTTAGCAAAGAAAAAAGATGATTGTGATTACAATTACAAGAGGCTTGAATCATTTGACTTGAAAAGCAGTGGGAGGTTTAGTTTTTTGCTTGGATGGAGGTGGATTCGGAAAGTTCTCCTGATCCTTTGTGCAATAGTATGCTGGAAGCATTTTTTGAATTGCAGGGCTGTTATGAAGGCTTATGAGATGAATCCATTTCTCCACTTTCCTGTGTACTGCTTTGTGATACCATTGTTGTTGGCTTATGTTATTTACCGTACCAGAGGCATCCACTGAGCATTGACCGCACTATTTAATCTAACTTTTAGTCGGCTTCAAGTTTTTTCTGCTCGAGAAGCAAGACCAGATACAATCATATACAACAGAAACAAATATGCTTTTTCTGACTTGATGGGGAACAACAAATTAAAAAGAACATAATTATATATCCATTATGTTGCAGAAAATGGGCTGAAACCGAAGAGACAATGCCATCTTAAAGATTTTACTGTATGTCTCTTGTAATATAGTGTTCTCCATAAAAATCTGTCTCATCTTCTGAATTGTTTAGAGCTATAGGTTCGTTTGGTAGTTCTAAGTTCGTTTTTATTTGAGAACAATTTTTTGGGTGGTTTTGTAATGATAGCGATTATTTTGTACTTGGAAGTCATTATACATAATCTATTATTCACAA

Coding sequence (CDS)

ATGCTGAAGAGCAGAGGGAAAATGAACATCTTCGTTCTGATGTTTTTTTGTCACGCCATTCCCTCTGTCCCAGCGAGAGCCAAAGAAAATGTCGGAGTCTCTTATTCAAAACCCAGTAACTGGAATAACAGGAAAATCGTGGAGGCGAAGGGAGCACCTGAATCTGTAATTTGGGCGGTTCAGCTCTCCGATCTCCATTTCAGTGTTCACCATCCGGACAGAGCTCTCCAATTCAGGGATTTTGTTGGGACTGCTCTTGCCATGATCAATCCTTCTCTGGTTCTTATTACGGGTGATCTCACAGATGGCAAAAGCAAGGACTTGTTAACCATGATACAAATTGAGGAGGAATGGGTGGAATATCAAAATGTAATGGAAGAAGTTATAACAAGAAGTGGACTAGACAAAAGCATCTTCTTTGACCTTAGAGGAAATCATGATAAATTTGGTGTTCCATCTGTTGGTGGTTCATTTGATTACTTTTCAAACTATAGCATCAGTGGACAGCTGGGCAGAAATGCAAATGTGTATAGTGTCACTGTTCAGGCTGGTCAACATAAATACCTCTTTGTCGGATTTGACAGCACCATGTCCATTGGCTTGAGAGGCCCATCAAATGTCTTTGGGCATCCAACTGATCAGCTATTATCTGACTTAGATTTGGAGCTCTCTCAATGGGATTCATCGACAACTGATCAAGTAACCAAGATTTCCTTTGGGCATTTTCCTCTCTCATTTTCAACTTCCTCCCTCTCAGGAAAGAGTCTGAGAGATATCTTTTTGAAACATTCTTTATCAGCTTACTTATGTGGGCATCTCCATACAAGGTTTGGCAAAAACTTGAAGAGGCATCATCATTCAAATTCTAGTGTCTTTTCACAGAAGTTTTTCCAGTTTAATGTGCACCAAATATCTTCTGGAAGTACCACCAACTGTTCATTTGAAGTTCCACCAGTTCAAGAATTCTGGGAGTGGGAGATGGGTGACTGGAGGAAGAGTAGGGCCATGCGAATTTTGGCCATTGATAGTGGTCACGTGTCATATGTTGACATTGACTTCAGGTCAGAAATTAAGAAAACTATTTTGTTGCCCACATTTCCATTAGACTCACGTTTCATGTCAAGATCTTCATTGCCTTATGAATATAAATGTCATTTGATGGCTCCTTCATCTTATGAGATGATAAGAGCACTTGTTTTTTCTCTCTCTCCTATTGTATCTGTTGTGGCTAGAATATATGACTCTAATCCTGGGAGTCTCAGTTTGATCCTACAAGCACCTATGAGTAGAACACACGTAGATAACATCTCAAGGGGAGATCTTTACACTGCTCCATGGAATTACAAAGCCTTTGAAGACCCATCGCCTGATAGATATTATCTGCAAATAGAAGCAACTGACATTGCAGGAAGGTCAACTTTATCTGACTTGAGGCCATTTTCTATCAATGGTCTCACTGCAAAAGTGTCCTGGACATGGAATGAGTTCAGGGTTATGGGAGTTCAATGGGCTGCCTTATATTACCCTGTACTCTGGTCTTCTCTGTTTATCATGCTATCAATGCTTATTCTTCCAAAAGCTATTCTTATTTTTTCAAAGAAGCAGTACAGTTACAACAATTTCAAGGTGAATAAAAGCTTTCTAAATGGCATGGCATGGGTAATACAGGAGCTCAGCAAGGTCCCCATGGTATGGTTCTGCATATTAGGTTACTTAATCTACCTTATATCATTTCCATGGTTTATTGGACAAGTTTTCACAGATGGCAAGGATAGGGGATACATGACCTATATGGGATGGGTCGTCAAAACTGCAAATGAAACAGACAAACATAGATATATTGGTTCTCCAGATATAATGATGGTGGTTCTTTCTCATCTTCTTTTTGTGGTTTACCCTGCTATTTTCATCATGGTTGCCTTTTCTGTTGAAAGAGGAGTCTACGGGGACCATTTCCTCTCTCTTTTAGCAAAGAAAAAAGATGATTGTGATTACAATTACAAGAGGCTTGAATCATTTGACTTGAAAAGCAGTGGGAGGTTTAGTTTTTTGCTTGGATGGAGGTGGATTCGGAAAGTTCTCCTGATCCTTTGTGCAATAGTATGCTGGAAGCATTTTTTGAATTGCAGGGCTGTTATGAAGGCTTATGAGATGAATCCATTTCTCCACTTTCCTGTGTACTGCTTTGTGATACCATTGTTGTTGGCTTATGTTATTTACCGTACCAGAGGCATCCACTGA

Protein sequence

MLKSRGKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAVQLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVTVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFGHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFNVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKTILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSLSLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNNFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGWVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKKDDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNPFLHFPVYCFVIPLLLAYVIYRTRGIH
Homology
[Close]
BLAST of Tan0018732 vs. ExPASy Swiss-Prot
Match: Q0WVZ1 (Putative metallophosphoesterase At3g03305 OS=Arabidopsis thaliana OX=3702 GN=At3g03305 PE=2 SV=1)

HSP 1 Score: 844.0 bits (2179), Expect = 1.3e-243
Identity = 409/706 (57.93%), Postives = 529/706 (74.93%), Query Frame = 0 

Query: 42  NNRKIVEAKGAPESVIWAVQLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLT 101
           + R+++EA+   + +IW VQLSDLHFSVHHP+RA+ F++ VG ALA+INPSLVLITGDLT
Sbjct: 45  SGRRVIEAR-TGQDLIWVVQLSDLHFSVHHPERAIDFKNIVGPALALINPSLVLITGDLT 104

Query: 102 DGKSKDLLTMIQIEEEWVEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYF 161
           DGKSKD+LTM   E+EW+EY++VM++V+ RSGL+KSIF+DLRGNHD FGVPSVG S D+F
Sbjct: 105 DGKSKDMLTMKLNEDEWLEYESVMQDVVKRSGLNKSIFYDLRGNHDNFGVPSVGSSVDFF 164

Query: 162 SNYSISGQLGRNANVYSVTVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDL 221
           S YSI+GQ+GR  NV ++TV+  + K+LFVG D+TM IGLRGP+N+FGHPTD+LLS LD 
Sbjct: 165 SKYSINGQMGRKGNVNTITVETSERKHLFVGIDTTMHIGLRGPTNLFGHPTDELLSSLDS 224

Query: 222 ELSQWDSSTTDQVTKISFGHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNL 281
            LSQWD+ +   V KISFGHFPLSF+  S S KSL+D+FLKHS+SAYLCGHLH+RFGKNL
Sbjct: 225 HLSQWDNQSAKPVAKISFGHFPLSFTALSHSQKSLKDVFLKHSISAYLCGHLHSRFGKNL 284

Query: 282 KRHHHSNS-SVFSQKFFQFNVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILA 341
           KRHHHS   S+     FQ N+ Q  + ST+NCSF   P  EFWEWEMGDWRK+RAMRI+A
Sbjct: 285 KRHHHSGGISLSDNDLFQLNMRQSGAESTSNCSFGALPAAEFWEWEMGDWRKNRAMRIMA 344

Query: 342 IDSGHVSYVDIDFRSEIKKTILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVF 401
           ID GHVSYVD+DF+S+ +KTI+LPTFPLDSRFMS S   ++Y+C  M  SSY+ IRA+VF
Sbjct: 345 IDRGHVSYVDLDFKSKPQKTIILPTFPLDSRFMSTSFARHKYECQHMISSSYDAIRAIVF 404

Query: 402 SLSPIVSVVARIYDSNPGSLSLILQAPMSRTHVDNISRG-DLYTAPWNYKAFEDPSPDRY 461
           S S +V VVAR+YDS+PG  +L+++APM +   D+ S G   ++ PWNY+AFEDP PDR+
Sbjct: 405 SHSLVVEVVARVYDSSPGFDNLVMEAPMRKHGGDSSSSGATFFSLPWNYRAFEDPLPDRF 464

Query: 462 YLQIEATDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIML 521
           +LQIE TDI GR TLS++RPFSINGL++KVSWTWNEFRVMG QWAALYYP+LW +L+ + 
Sbjct: 465 WLQIEVTDIKGRLTLSEMRPFSINGLSSKVSWTWNEFRVMGCQWAALYYPILWPALYSLF 524

Query: 522 SMLILPKAILIFSKKQYSYNNFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFP 581
            + ++PK I+I  KKQY+   F   K  +  + W++Q+L ++P+VWF  + YL YLI FP
Sbjct: 525 LVFLIPKCIIIVFKKQYTLKKFIAKKGPITLVLWILQDLCRMPVVWFGYMAYLFYLIFFP 584

Query: 582 WFIGQVFTDGKDRGYMTYMGWVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMV 641
           WF G+VF D  DR YMT MGWVV ++    KH YIG PD+M+VV+ H++FVV P++ ++ 
Sbjct: 585 WFSGEVFADSGDRAYMTIMGWVVTSSGADRKHEYIGQPDVMVVVIPHVVFVVIPSVLVVC 644

Query: 642 AFSVERGVYGDHFLSLLAKKKDDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCA 701
               ER +Y DH  ++  KK+DD D   K+      +S  R       R  RK +L+   
Sbjct: 645 CLVAEREIYKDHIRTVSGKKEDDHDRGRKK------RSQRRSLLFSNRRLFRKSVLLASL 704

Query: 702 IVCWKHFLNCRAVMKAYEMNPFLHFPVYCFVIPLLLAYVIYRTRGI 746
            + WKHF NC A+ +AYEMN  +HFP Y  V+PLLL YVI +T  +
Sbjct: 705 ALYWKHFKNCWALGRAYEMN-VVHFPGYSLVVPLLLLYVICKTHKV 742

[Close]
BLAST of Tan0018732 vs. ExPASy Swiss-Prot
Match: Q8BXJ9 (Transmembrane protein 62 OS=Mus musculus OX=10090 GN=Tmem62 PE=2 SV=1)

HSP 1 Score: 156.4 bits (394), Expect = 1.3e-36
Identity = 148/537 (27.56%), Postives = 240/537 (44.69%), Query Frame = 0 

Query: 55  SVIWAVQLSDLHFS-VHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQ 114
           ++ W +Q+SD+H S    P RAL    F    + +I P+LVL TGDLTD K+K+ L   Q
Sbjct: 54  NIFWGLQISDIHLSRFQDPGRALALEKFCSETIDIIQPALVLATGDLTDAKTKEHLGSRQ 113

Query: 115 IEEEWVEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRN 174
            E EW  YQ ++++  TR  ++K+ + D++GNHD + +PS+    +Y+  YS   + G  
Sbjct: 114 HEVEWQTYQRILKK--TRV-MEKTKWLDIKGNHDAYNIPSLESIANYYRKYSAVRKDGAF 173

Query: 175 ANVYSVTVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQ 234
            +++S         Y F+  D+T   G + P N FG   ++ + +L +E S+  SS ++Q
Sbjct: 174 HHIHSTPF----GNYSFISVDATQRPGPKRPYNFFGILDEKQMEEL-VEFSK-KSSQSNQ 233

Query: 235 VTKISFGHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFS 294
              I FGH    F+TS++   S     +  S +AYLCGHLHT  G     H    +    
Sbjct: 234 T--IWFGH----FTTSTIMSPSPGIRTVMGSATAYLCGHLHTLGGLMPVLHTRHFTGTL- 293

Query: 295 QKFFQFNVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDF 354
                                         E E+GDW+ +R  RI A D    S+ D+ F
Sbjct: 294 ------------------------------ELEVGDWKDNRRYRIFAFDHDLFSFADVTF 353

Query: 355 RSEIKKTILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIY 414
               K  ++L T P    +      P E   H    S++  IR L FSLSPI SV  +I 
Sbjct: 354 D---KWPVVLITNPKSLLYSCAKHEPLERLFH----STH--IRVLAFSLSPITSVTVKID 413

Query: 415 DSNPGSLSLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRST 474
             + G  S +               G ++   WN + +   S   + +++   D AGRS 
Sbjct: 414 GGDIGQASHL--------------SGPIFILKWNPRNY---SNGTHTIEVFVQDSAGRSR 473

Query: 475 LSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSK 534
            +      I         T++        +  L    + + +  +L +LI    ++ F  
Sbjct: 474 TA----HHIFSAQEDAHLTFDPL----ASFILLTDHYIVARVLFVLIVLIQLTTLITF-- 507

Query: 535 KQYSYNNFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGK 591
           +  +Y   K    F N   + +  LSK+ + ++ +L   +Y +  PWF+G++  DGK
Sbjct: 534 RYLAYPELKEPLGFANMTTFSLHILSKINISYYSVLLLTLYTVLGPWFVGEII-DGK 507

[Close]
BLAST of Tan0018732 vs. ExPASy Swiss-Prot
Match: Q0P6H9 (Transmembrane protein 62 OS=Homo sapiens OX=9606 GN=TMEM62 PE=1 SV=1)

HSP 1 Score: 153.7 bits (387), Expect = 8.3e-36
Identity = 162/607 (26.69%), Postives = 268/607 (44.15%), Query Frame = 0 

Query: 55  SVIWAVQLSDLHFS-VHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQ 114
           ++ W +Q+SD+H S    P RA+    F    + +I P+LVL TGDLTD K+K+ L   Q
Sbjct: 54  NIFWGLQISDIHLSRFRDPGRAVDLEKFCSETIDIIQPALVLATGDLTDAKTKEQLGSRQ 113

Query: 115 IEEEWVEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRN 174
            E EW  YQ ++++  TR  ++K+ + D++GNHD F +PS+    +Y+  YS   + G  
Sbjct: 114 HEVEWQTYQGILKK--TRV-MEKTKWLDIKGNHDAFNIPSLDSIKNYYRKYSAVRRDGSF 173

Query: 175 ANVYSVTVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQ 234
             V+S         Y F+  D+T++ G + P N FG    + + +L L L++ +SS ++ 
Sbjct: 174 HYVHSTPF----GNYSFICVDATVNPGPKRPYNFFGILDKKKMEEL-LLLAK-ESSRSNH 233

Query: 235 VTKISFGHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFS 294
              I FGHF  S   S   G  +R I    S  AYLCGHLHT  G            V  
Sbjct: 234 T--IWFGHFTTSTILSPSPG--IRSIM--SSAIAYLCGHLHTLGGL---------MPVLH 293

Query: 295 QKFFQFNVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDF 354
            + FQ  +                      E E+GDW+ +R  RI A D    S+ D+ F
Sbjct: 294 TRHFQGTL----------------------ELEVGDWKDNRRYRIFAFDHDLFSFADLIF 353

Query: 355 RSEIKKTILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIY 414
               K  ++L T P    +      P E   H    S++  IR L FSLS I SV  +I 
Sbjct: 354 G---KWPVVLITNPKSLLYSCGEHEPLERLLH----STH--IRVLAFSLSSITSVTVKID 413

Query: 415 DSNPGSLSLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRST 474
             + G             HV     G ++   WN + +   S   + +++   D AGRS 
Sbjct: 414 GVHLG----------QAVHVS----GPIFVLKWNPRNY---SSGTHNIEVIVQDSAGRSK 473

Query: 475 LSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSK 534
                  S++ + +        F  +        + ++   LF+   +++L +  ++   
Sbjct: 474 -------SVHHIFSVQENNHLSFDPLASFILRTDHYIMARVLFV---LIVLSQLTILIIF 533

Query: 535 KQYSYNNFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRG 594
           +   Y   K    F+N  ++ +  LSK+ + ++ +L   +Y +  PWF G++  DGK   
Sbjct: 534 RYRGYPELKEPSGFINLTSFSLHVLSKINIFYYSVLLLTLYTVLGPWFFGEII-DGK--- 568

Query: 595 YMTYMGWVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFL 654
                G         + H   GS   ++ +L    F +   +   + +S+ +  +G +F 
Sbjct: 594 ----FGCCFSFGIFVNGHFLQGSITFIIGILQLAFFNI--PLMAYMCWSLLQRCFGHNFR 568

Query: 655 SLLAKKK 661
           S L ++K
Sbjct: 654 SHLHQRK 568

[Close]
BLAST of Tan0018732 vs. NCBI nr
Match: XP_038890288.1 (putative metallophosphoesterase At3g03305 [Benincasa hispida])

HSP 1 Score: 1342.0 bits (3472), Expect = 0.0e+00
Identity = 659/746 (88.34%), Postives = 695/746 (93.16%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAV 60
           MLK  G  NIFVL+ F  A+P + AR +EN GV  SKP NWN+RKIVE+KGAP SVIW V
Sbjct: 1   MLKRGGNTNIFVLILFYFALPFLQARPEENGGVFDSKPRNWNSRKIVESKGAPRSVIWVV 60

Query: 61  QLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE 120
           QLSDLHFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+E
Sbjct: 61  QLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWME 120

Query: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVT 180
           YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVP+VGGSFDYFSNYSISGQLGRNANV SVT
Sbjct: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVQSVT 180

Query: 181 VQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFG 240
           VQ GQ KYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQWDS TTD VTKISFG
Sbjct: 181 VQDGQQKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWDSLTTDPVTKISFG 240

Query: 241 HFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFN 300
           HFPLSFS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNS++ SQKFFQFN
Sbjct: 241 HFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSNLLSQKFFQFN 300

Query: 301 VHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKT 360
           VHQISSGS TNCS EVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDF++EIKKT
Sbjct: 301 VHQISSGSITNCSLEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFKTEIKKT 360

Query: 361 ILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSL 420
           ILLPTFPLDSRFMSRSS PYEYKCH +A S+YE IRALVFS+SPIVSVVARIYDSNPG L
Sbjct: 361 ILLPTFPLDSRFMSRSSSPYEYKCHFVASSAYENIRALVFSISPIVSVVARIYDSNPGIL 420

Query: 421 SLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPF 480
           SLILQAPMS   VDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEA DIAGRSTLSDLRPF
Sbjct: 421 SLILQAPMS-LRVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRPF 480

Query: 481 SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNN 540
           SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWS+LFIMLSMLI PKAILIF+KKQY+YNN
Sbjct: 481 SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSALFIMLSMLIPPKAILIFTKKQYTYNN 540

Query: 541 FKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGW 600
           FK+NKSFLNGMAWVI ELS++PM WFCI+GYLIYLISFPWFIG+VFTDGKD GYMTYMGW
Sbjct: 541 FKLNKSFLNGMAWVIHELSRIPMAWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMGW 600

Query: 601 VVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKK 660
           VVKT+NE DKHRYIGSPDI++VVLSHLLFVVYPAIFIMVAF++ERGVY DHFLSLLAKK+
Sbjct: 601 VVKTSNEMDKHRYIGSPDILVVVLSHLLFVVYPAIFIMVAFAIERGVYADHFLSLLAKKE 660

Query: 661 DDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNP 720
           DD DYN KRLESFDLKSSGRFSF   WRWIRKVLLI+CA+VCWKHFL+CRAVMKAYEMNP
Sbjct: 661 DDYDYNNKRLESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLSCRAVMKAYEMNP 720

Query: 721 FLHFPVYCFVIPLLLAYVIYRTRGIH 747
           FLHFP+YCFV PLLL YV Y T GI+
Sbjct: 721 FLHFPLYCFVTPLLLGYVAYHTSGIN 745

[Close]
BLAST of Tan0018732 vs. NCBI nr
Match: XP_011649029.1 (putative metallophosphoesterase At3g03305 [Cucumis sativus] >XP_011649030.1 putative metallophosphoesterase At3g03305 [Cucumis sativus] >KGN61332.1 hypothetical protein Csa_006131 [Cucumis sativus])

HSP 1 Score: 1341.6 bits (3471), Expect = 0.0e+00
Identity = 651/747 (87.15%), Postives = 698/747 (93.44%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVL-MFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWA 60
           MLK  G MNIF L + FC  +P + AR ++N G S+S+P+NW NRKIV+AKGAP+S+IW 
Sbjct: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60

Query: 61  VQLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWV 120
           VQLSDLHFSVHHP+RALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+
Sbjct: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120

Query: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSV 180
           EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVP+VGGSFDYFSNYSISGQLGRNANVYSV
Sbjct: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180

Query: 181 TVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISF 240
           T+Q GQ KYLFVGFDSTMS+GLRGPSNVFGHPTD+LL+DLDLELSQWDSS TD+VTKISF
Sbjct: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240

Query: 241 GHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQF 300
           GHFPLSFS SSLSGKSLRD+FLKHSLSAYLCGHLHTRFGKNLKRHHHS+S+   QKFFQF
Sbjct: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300

Query: 301 NVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKK 360
           NVHQISSGS TNCS E PPVQEFWEWEMGDWRKSRAMRILAID GHVSYVDIDF++EIKK
Sbjct: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360

Query: 361 TILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGS 420
           TILLPTFPLDSRFMSRSS P EYKCH +A S+YE IR+LVFS+SPIVS+VARIYDSNPG 
Sbjct: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420

Query: 421 LSLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRP 480
           LSLIL+APMSR HVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEA DIAGRSTLSDLRP
Sbjct: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480

Query: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYN 540
           FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWS+LFIML+MLILPKAILIFSKKQY++N
Sbjct: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540

Query: 541 NFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMG 600
           NFK+NKSFLNGMAWVIQELSK+PMVWFCI+GYLIYLISFPWFIG+VFTDGKD GYMTYMG
Sbjct: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600

Query: 601 WVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKK 660
           WVVKT+NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIM+ F+VERGVY DHFLSLLAKK
Sbjct: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660

Query: 661 KDDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMN 720
           +DD DYN KR ESFDLKSSGRFSF   WRWIRKVLLI+CA+VCWKHFLNCR VMKAYEMN
Sbjct: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720

Query: 721 PFLHFPVYCFVIPLLLAYVIYRTRGIH 747
           PFLHFPVYCFV PLLL YV Y TRGIH
Sbjct: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 747

[Close]
BLAST of Tan0018732 vs. NCBI nr
Match: XP_023520912.1 (putative metallophosphoesterase At3g03305 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 1338.2 bits (3462), Expect = 0.0e+00
Identity = 653/746 (87.53%), Postives = 694/746 (93.03%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAV 60
           M K  G MNIFVL+  C A+PS+ AR +E  G S+SKP+ WNNRKIVEAKGAPESVIW V
Sbjct: 1   MPKRGGSMNIFVLILLCFAVPSLQARDEETGGFSHSKPNYWNNRKIVEAKGAPESVIWVV 60

Query: 61  QLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE 120
           QLSDLHFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE
Sbjct: 61  QLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE 120

Query: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVT 180
           YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANV+SVT
Sbjct: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVFSVT 180

Query: 181 VQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFG 240
            QAGQHKYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQWDS TT+ VTK+SFG
Sbjct: 181 AQAGQHKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWDSLTTEPVTKVSFG 240

Query: 241 HFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFN 300
           HFPLSFS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSS  SQKFFQFN
Sbjct: 241 HFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSFLSQKFFQFN 300

Query: 301 VHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKT 360
           VHQISSG+ TNCS +VPPVQEFWEWEMGDWRKSRAMRILAID GHVSYVDIDF++E  KT
Sbjct: 301 VHQISSGNITNCSVKVPPVQEFWEWEMGDWRKSRAMRILAIDCGHVSYVDIDFKTESNKT 360

Query: 361 ILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSL 420
           ILLPTFPLDSRFMSRSSL YEYKCH MA S+YEMIRALVFS+SPIVSV ARIYDSNPG+L
Sbjct: 361 ILLPTFPLDSRFMSRSSLAYEYKCHEMATSAYEMIRALVFSISPIVSVEARIYDSNPGTL 420

Query: 421 SLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPF 480
           SLILQAPMSRT VDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLS+LRPF
Sbjct: 421 SLILQAPMSRTRVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSELRPF 480

Query: 481 SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNN 540
           S+NGLTAKVSWTWNEFRVMGVQWAALY+PVLWS+LFIMLSMLILPK ILI SKKQY+YNN
Sbjct: 481 SVNGLTAKVSWTWNEFRVMGVQWAALYFPVLWSALFIMLSMLILPKVILILSKKQYTYNN 540

Query: 541 FKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGW 600
           FKVNKSFLNGMAWVIQE+SKVPM+W CI+GYLIYL++FPWFIG+VFTDGKD GYMT MGW
Sbjct: 541 FKVNKSFLNGMAWVIQEISKVPMLWLCIVGYLIYLMAFPWFIGKVFTDGKDWGYMTCMGW 600

Query: 601 VVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKK 660
           VVKT+NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIMVAF+VERGVYG HF+SLLAKK+
Sbjct: 601 VVKTSNETNKHRYIGSPDILVVVLSHLLFVVYPAIFIMVAFAVERGVYGYHFISLLAKKE 660

Query: 661 DDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNP 720
           DD DYN KR ESFDL S+ R S    WRWIRKVLLI+CA++CWKHFLNCRAVMKAYEMNP
Sbjct: 661 DDYDYNNKRRESFDLTSNVRLSVWFKWRWIRKVLLIICAVLCWKHFLNCRAVMKAYEMNP 720

Query: 721 FLHFPVYCFVIPLLLAYVIYRTRGIH 747
           FLH P+YCFV PLLL YV Y TRGIH
Sbjct: 721 FLHCPMYCFVTPLLLGYVAYHTRGIH 746

[Close]
BLAST of Tan0018732 vs. NCBI nr
Match: XP_022997019.1 (putative metallophosphoesterase At3g03305 [Cucurbita maxima])

HSP 1 Score: 1334.3 bits (3452), Expect = 0.0e+00
Identity = 649/746 (87.00%), Postives = 694/746 (93.03%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAV 60
           M K RG MNIFVL+  C A+PS+ A  +E  G S+SKP+N NNRKIVEAKGAPESVIW V
Sbjct: 1   MPKRRGSMNIFVLILLCFAVPSLQAGDEETGGFSHSKPNNRNNRKIVEAKGAPESVIWVV 60

Query: 61  QLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE 120
           QLSDLHFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+E
Sbjct: 61  QLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWLE 120

Query: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVT 180
           YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANV+SVT
Sbjct: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVFSVT 180

Query: 181 VQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFG 240
            QAGQHKYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQW+S TTD VTKISFG
Sbjct: 181 AQAGQHKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWESLTTDPVTKISFG 240

Query: 241 HFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFN 300
           HFPLSFS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSS  S+KFFQFN
Sbjct: 241 HFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSFLSRKFFQFN 300

Query: 301 VHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKT 360
           VHQ+SSG+ TNCS +VPPVQEFWEWEMGDWRKSRAMRILAID GHVSYVDIDF++E  KT
Sbjct: 301 VHQVSSGNITNCSVKVPPVQEFWEWEMGDWRKSRAMRILAIDRGHVSYVDIDFKTESNKT 360

Query: 361 ILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSL 420
           ILLP FPLDSRFMSRSSL YEYKCH MA S+YEMIRALVFS+SPIVSV ARIYDSNPG+L
Sbjct: 361 ILLPIFPLDSRFMSRSSLAYEYKCHEMATSAYEMIRALVFSISPIVSVEARIYDSNPGTL 420

Query: 421 SLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPF 480
           SLILQAPMSRT VDNISRGDLYT+PWNYKAFEDPSPDRYYLQ+EATDIAGRSTLS+LRPF
Sbjct: 421 SLILQAPMSRTRVDNISRGDLYTSPWNYKAFEDPSPDRYYLQVEATDIAGRSTLSELRPF 480

Query: 481 SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNN 540
           S+NGLTAKVSWTWNEFRVMGVQWAALY+PVLWS+LFIMLSMLILPK  LIFSKKQY+YNN
Sbjct: 481 SVNGLTAKVSWTWNEFRVMGVQWAALYFPVLWSALFIMLSMLILPKVFLIFSKKQYTYNN 540

Query: 541 FKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGW 600
           FKVNKSFLNGMAWV+QE+SKVPM+WFCI+GYLIYL++FPWFIG VFTDGKD GYMT MGW
Sbjct: 541 FKVNKSFLNGMAWVMQEISKVPMLWFCIVGYLIYLMAFPWFIGAVFTDGKDWGYMTCMGW 600

Query: 601 VVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKK 660
           VVKT+NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIMVAF+VERGVYG HF+SLLAKK+
Sbjct: 601 VVKTSNETNKHRYIGSPDILVVVLSHLLFVVYPAIFIMVAFAVERGVYGYHFISLLAKKE 660

Query: 661 DDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNP 720
           DD DYN KR ESFDL S+ R S    WRWIRKVLLI+CA++CWKHFLNCRAVMKAYEMNP
Sbjct: 661 DDYDYNNKRRESFDLTSNVRLSVWFKWRWIRKVLLIICAVLCWKHFLNCRAVMKAYEMNP 720

Query: 721 FLHFPVYCFVIPLLLAYVIYRTRGIH 747
           FLHFP+YCFV PLLL YV Y TRGIH
Sbjct: 721 FLHFPIYCFVTPLLLGYVAYHTRGIH 746

[Close]
BLAST of Tan0018732 vs. NCBI nr
Match: KAG7029914.1 (putative metallophosphoesterase [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 1328.5 bits (3437), Expect = 0.0e+00
Identity = 647/746 (86.73%), Postives = 695/746 (93.16%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAV 60
           M K  G MNIFVL+  C A+PS+ A  +E  G S+SKP+ WNNRKIVEAKGAP+SVIW V
Sbjct: 11  MPKRGGSMNIFVLILLCFAVPSLQAGDEETGGFSHSKPNYWNNRKIVEAKGAPDSVIWVV 70

Query: 61  QLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE 120
           QLSDLHFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+E
Sbjct: 71  QLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWME 130

Query: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVT 180
           YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANV+SVT
Sbjct: 131 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVFSVT 190

Query: 181 VQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFG 240
            QAGQHKYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQWDS TTD VTKISFG
Sbjct: 191 AQAGQHKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWDSLTTDPVTKISFG 250

Query: 241 HFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFN 300
           HFPLSFS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSV S+KFFQFN
Sbjct: 251 HFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVLSRKFFQFN 310

Query: 301 VHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKT 360
           +HQ+SSG+ TNCS +VPPVQEFWEWEMGDWRKSRAMR+LAID GHVSYVDIDF++E  KT
Sbjct: 311 LHQVSSGNITNCSVKVPPVQEFWEWEMGDWRKSRAMRVLAIDRGHVSYVDIDFKTESNKT 370

Query: 361 ILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSL 420
           ILLPTFPLDSRFMSRSS+ YEYKCH MA S+YEMIRALVFS+SPIVSV ARIYDSNPG+L
Sbjct: 371 ILLPTFPLDSRFMSRSSVAYEYKCHEMATSAYEMIRALVFSISPIVSVEARIYDSNPGTL 430

Query: 421 SLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPF 480
           SLILQAPMSRT +DNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLS+LRPF
Sbjct: 431 SLILQAPMSRT-LDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSELRPF 490

Query: 481 SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNN 540
           S+NGLTAKVSWTWNEFRVMGVQWAALY+PVLWS+LFIMLSMLILPK ILIFSKKQY+YNN
Sbjct: 491 SVNGLTAKVSWTWNEFRVMGVQWAALYFPVLWSALFIMLSMLILPKVILIFSKKQYTYNN 550

Query: 541 FKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGW 600
           FKVNKSFLNGMAWVIQE+SKVPM+WFCI+GYLIYL++FPWFIG+VFTDGKD GYMT MGW
Sbjct: 551 FKVNKSFLNGMAWVIQEISKVPMLWFCIVGYLIYLMAFPWFIGKVFTDGKDWGYMTCMGW 610

Query: 601 VVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKK 660
           VVKT+NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIMVAF+VERGVYG HF+SLLAKK+
Sbjct: 611 VVKTSNETNKHRYIGSPDILVVVLSHLLFVVYPAIFIMVAFAVERGVYGYHFISLLAKKE 670

Query: 661 DDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNP 720
           DD DYN KR ES DL S+ R S    WRWIRKVLL++CA++CWKHFLNCRAVMKAYEMNP
Sbjct: 671 DDYDYNNKRRESLDLTSNVRLSVWFKWRWIRKVLLVICAVLCWKHFLNCRAVMKAYEMNP 730

Query: 721 FLHFPVYCFVIPLLLAYVIYRTRGIH 747
           FLH P+YCFV PLLL YV Y TRGIH
Sbjct: 731 FLHCPMYCFVTPLLLGYVAYHTRGIH 755

[Close]
BLAST of Tan0018732 vs. ExPASy TrEMBL
Match: A0A0A0LKQ4 (Metallophos domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_2G084270 PE=4 SV=1)

HSP 1 Score: 1341.6 bits (3471), Expect = 0.0e+00
Identity = 651/747 (87.15%), Postives = 698/747 (93.44%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVL-MFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWA 60
           MLK  G MNIF L + FC  +P + AR ++N G S+S+P+NW NRKIV+AKGAP+S+IW 
Sbjct: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60

Query: 61  VQLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWV 120
           VQLSDLHFSVHHP+RALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+
Sbjct: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120

Query: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSV 180
           EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVP+VGGSFDYFSNYSISGQLGRNANVYSV
Sbjct: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180

Query: 181 TVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISF 240
           T+Q GQ KYLFVGFDSTMS+GLRGPSNVFGHPTD+LL+DLDLELSQWDSS TD+VTKISF
Sbjct: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240

Query: 241 GHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQF 300
           GHFPLSFS SSLSGKSLRD+FLKHSLSAYLCGHLHTRFGKNLKRHHHS+S+   QKFFQF
Sbjct: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300

Query: 301 NVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKK 360
           NVHQISSGS TNCS E PPVQEFWEWEMGDWRKSRAMRILAID GHVSYVDIDF++EIKK
Sbjct: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360

Query: 361 TILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGS 420
           TILLPTFPLDSRFMSRSS P EYKCH +A S+YE IR+LVFS+SPIVS+VARIYDSNPG 
Sbjct: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420

Query: 421 LSLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRP 480
           LSLIL+APMSR HVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEA DIAGRSTLSDLRP
Sbjct: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480

Query: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYN 540
           FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWS+LFIML+MLILPKAILIFSKKQY++N
Sbjct: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540

Query: 541 NFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMG 600
           NFK+NKSFLNGMAWVIQELSK+PMVWFCI+GYLIYLISFPWFIG+VFTDGKD GYMTYMG
Sbjct: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600

Query: 601 WVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKK 660
           WVVKT+NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIM+ F+VERGVY DHFLSLLAKK
Sbjct: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660

Query: 661 KDDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMN 720
           +DD DYN KR ESFDLKSSGRFSF   WRWIRKVLLI+CA+VCWKHFLNCR VMKAYEMN
Sbjct: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720

Query: 721 PFLHFPVYCFVIPLLLAYVIYRTRGIH 747
           PFLHFPVYCFV PLLL YV Y TRGIH
Sbjct: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 747

[Close]
BLAST of Tan0018732 vs. ExPASy TrEMBL
Match: A0A6J1KAA0 (putative metallophosphoesterase At3g03305 OS=Cucurbita maxima OX=3661 GN=LOC111492073 PE=4 SV=1)

HSP 1 Score: 1334.3 bits (3452), Expect = 0.0e+00
Identity = 649/746 (87.00%), Postives = 694/746 (93.03%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAV 60
           M K RG MNIFVL+  C A+PS+ A  +E  G S+SKP+N NNRKIVEAKGAPESVIW V
Sbjct: 1   MPKRRGSMNIFVLILLCFAVPSLQAGDEETGGFSHSKPNNRNNRKIVEAKGAPESVIWVV 60

Query: 61  QLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVE 120
           QLSDLHFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+E
Sbjct: 61  QLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWLE 120

Query: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVT 180
           YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANV+SVT
Sbjct: 121 YQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVFSVT 180

Query: 181 VQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFG 240
            QAGQHKYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQW+S TTD VTKISFG
Sbjct: 181 AQAGQHKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWESLTTDPVTKISFG 240

Query: 241 HFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFN 300
           HFPLSFS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSS  S+KFFQFN
Sbjct: 241 HFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSFLSRKFFQFN 300

Query: 301 VHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKT 360
           VHQ+SSG+ TNCS +VPPVQEFWEWEMGDWRKSRAMRILAID GHVSYVDIDF++E  KT
Sbjct: 301 VHQVSSGNITNCSVKVPPVQEFWEWEMGDWRKSRAMRILAIDRGHVSYVDIDFKTESNKT 360

Query: 361 ILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSL 420
           ILLP FPLDSRFMSRSSL YEYKCH MA S+YEMIRALVFS+SPIVSV ARIYDSNPG+L
Sbjct: 361 ILLPIFPLDSRFMSRSSLAYEYKCHEMATSAYEMIRALVFSISPIVSVEARIYDSNPGTL 420

Query: 421 SLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPF 480
           SLILQAPMSRT VDNISRGDLYT+PWNYKAFEDPSPDRYYLQ+EATDIAGRSTLS+LRPF
Sbjct: 421 SLILQAPMSRTRVDNISRGDLYTSPWNYKAFEDPSPDRYYLQVEATDIAGRSTLSELRPF 480

Query: 481 SINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNN 540
           S+NGLTAKVSWTWNEFRVMGVQWAALY+PVLWS+LFIMLSMLILPK  LIFSKKQY+YNN
Sbjct: 481 SVNGLTAKVSWTWNEFRVMGVQWAALYFPVLWSALFIMLSMLILPKVFLIFSKKQYTYNN 540

Query: 541 FKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGW 600
           FKVNKSFLNGMAWV+QE+SKVPM+WFCI+GYLIYL++FPWFIG VFTDGKD GYMT MGW
Sbjct: 541 FKVNKSFLNGMAWVMQEISKVPMLWFCIVGYLIYLMAFPWFIGAVFTDGKDWGYMTCMGW 600

Query: 601 VVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKK 660
           VVKT+NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIMVAF+VERGVYG HF+SLLAKK+
Sbjct: 601 VVKTSNETNKHRYIGSPDILVVVLSHLLFVVYPAIFIMVAFAVERGVYGYHFISLLAKKE 660

Query: 661 DDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNP 720
           DD DYN KR ESFDL S+ R S    WRWIRKVLLI+CA++CWKHFLNCRAVMKAYEMNP
Sbjct: 661 DDYDYNNKRRESFDLTSNVRLSVWFKWRWIRKVLLIICAVLCWKHFLNCRAVMKAYEMNP 720

Query: 721 FLHFPVYCFVIPLLLAYVIYRTRGIH 747
           FLHFP+YCFV PLLL YV Y TRGIH
Sbjct: 721 FLHFPIYCFVTPLLLGYVAYHTRGIH 746

[Close]
BLAST of Tan0018732 vs. ExPASy TrEMBL
Match: A0A1S3B3Q9 (LOW QUALITY PROTEIN: putative metallophosphoesterase At3g03305 OS=Cucumis melo OX=3656 GN=LOC103485828 PE=4 SV=1)

HSP 1 Score: 1320.8 bits (3417), Expect = 0.0e+00
Identity = 645/747 (86.35%), Postives = 690/747 (92.37%), Query Frame = 0 

Query: 1   MLKSRGKMNIFVL-MFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWA 60
           MLK   KMNIF L + FC  +P + AR +EN G S+S+P+NW NRKIV+AKG P+S+IW 
Sbjct: 1   MLKRGRKMNIFALTLVFCFFLPFLYARLQENDGFSHSEPTNWTNRKIVDAKGGPQSLIWV 60

Query: 61  VQLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWV 120
           VQLSDLHFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+
Sbjct: 61  VQLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120

Query: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSV 180
           EYQNVMEEVIT+SGLDKSIFFDLRGNHDKFGVP+VGGSFDYFSNYSISGQLGRNANVYSV
Sbjct: 121 EYQNVMEEVITQSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180

Query: 181 TVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISF 240
           T+Q GQ KYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQWDSS TD VTKISF
Sbjct: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWDSSATDPVTKISF 240

Query: 241 GHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQF 300
           GHFPLSFS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNS+   QKFFQF
Sbjct: 241 GHFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSNFXLQKFFQF 300

Query: 301 NVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKK 360
           NVH+ISSGS  NCS E PPVQEFWEWEMGDWRKSRAMRILAID G+VSYVDIDF++EIKK
Sbjct: 301 NVHEISSGSIPNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGYVSYVDIDFKTEIKK 360

Query: 361 TILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGS 420
           TILLPTFPLDSRFMSRSS PYEYKCH +A S+YE IR+L FS S IVSVVARIYDSNPG+
Sbjct: 361 TILLPTFPLDSRFMSRSSSPYEYKCHFVASSAYENIRSLXFSSSSIVSVVARIYDSNPGT 420

Query: 421 LSLILQAPMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRP 480
           LSLIL+APMSR  VDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEA DIAGRSTLSDLRP
Sbjct: 421 LSLILEAPMSRMPVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480

Query: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYN 540
           FSINGLTAKVSWTWNEFRVMG+QWAALYYPVLWS+LFIMLSMLILPKAILIFSKKQY+YN
Sbjct: 481 FSINGLTAKVSWTWNEFRVMGIQWAALYYPVLWSTLFIMLSMLILPKAILIFSKKQYTYN 540

Query: 541 NFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMG 600
           N K+N+SFLN MAW IQELSK+PMVWFCI+GYLIYLISFPWFIG+VFTDGKD GYMTYMG
Sbjct: 541 NLKLNRSFLNCMAWAIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600

Query: 601 WVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKK 660
           WVVKT+N+++K+RYIGSPDI++VVLSHLLFVVYPAIFIMV  +VERGVY DHFLSLLAKK
Sbjct: 601 WVVKTSNKSEKYRYIGSPDILVVVLSHLLFVVYPAIFIMVVIAVERGVYVDHFLSLLAKK 660

Query: 661 KDDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMN 720
           +DD DYN KR ESFDLKSSGRFSFL  WRWIRK LLI+CA+VCWKHFLNCRAVMKAYEMN
Sbjct: 661 EDDYDYNNKRPESFDLKSSGRFSFLFRWRWIRKFLLIICALVCWKHFLNCRAVMKAYEMN 720

Query: 721 PFLHFPVYCFVIPLLLAYVIYRTRGIH 747
           PFLHFPVYCFV PLLL YV Y TRGIH
Sbjct: 721 PFLHFPVYCFVTPLLLGYVAYHTRGIH 747

[Close]
BLAST of Tan0018732 vs. ExPASy TrEMBL
Match: A0A6J1F3Z4 (putative metallophosphoesterase At3g03305 OS=Cucurbita moschata OX=3662 GN=LOC111440020 PE=4 SV=1)

HSP 1 Score: 1313.1 bits (3397), Expect = 0.0e+00
Identity = 641/741 (86.50%), Postives = 687/741 (92.71%), Query Frame = 0 

Query: 6   GKMNIFVLMFFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAVQLSDL 65
           G MNIFVL+  C A+PS+ A  +E  G S+SKP+ WNNRKIVEAKG P+SVIW VQLSDL
Sbjct: 6   GSMNIFVLILLCFAVPSLQAGDEETGGFSHSKPNYWNNRKIVEAKGEPDSVIWVVQLSDL 65

Query: 66  HFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVEYQNVM 125
           HFSVHHPDRALQFRDFVG ALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEW+EYQNVM
Sbjct: 66  HFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWMEYQNVM 125

Query: 126 EEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVTVQAGQ 185
           EEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANV+SVT QAGQ
Sbjct: 126 EEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVFSVTAQAGQ 185

Query: 186 HKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFGHFPLS 245
           HKYLFVGFDSTMS+GLRGPSNVFGHPTDQLL+DLDLELSQWDS TTD VTKISFGHFPLS
Sbjct: 186 HKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWDSLTTDPVTKISFGHFPLS 245

Query: 246 FSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFNVHQIS 305
           FS SSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSS  S+KFFQFN+HQ+S
Sbjct: 246 FSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSFLSRKFFQFNLHQVS 305

Query: 306 SGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKTILLPT 365
           SG+ TNCS +VPPVQEFWEWEMGDWRKSRAMR+LAID GHVSYVDIDF++E  KTILLPT
Sbjct: 306 SGNITNCSVKVPPVQEFWEWEMGDWRKSRAMRVLAIDRGHVSYVDIDFKTESNKTILLPT 365

Query: 366 FPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSLSLILQ 425
           FPLDSRFMSRSS  YEYKCH MA S+  +IRALVFS+SPIVSV ARIYDSNPG+LSLILQ
Sbjct: 366 FPLDSRFMSRSSFAYEYKCHEMATSA--LIRALVFSISPIVSVEARIYDSNPGTLSLILQ 425

Query: 426 APMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPFSINGL 485
           APMSRT VDNISRG LYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLS LRPFS+NGL
Sbjct: 426 APMSRTRVDNISRGALYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSVLRPFSVNGL 485

Query: 486 TAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNNFKVNK 545
           TAKVSWTWNEFRVMGVQWAALY+PVLWS+LFIMLSMLILPK ILIFSKKQY+YNNFKVNK
Sbjct: 486 TAKVSWTWNEFRVMGVQWAALYFPVLWSALFIMLSMLILPKVILIFSKKQYTYNNFKVNK 545

Query: 546 SFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGWVVKTA 605
           SFLNGMAWVIQE+SKVPM+WFCI+GYLIYL++FPWFIG+VFTDGKD GYMT MGWVVKT+
Sbjct: 546 SFLNGMAWVIQEISKVPMLWFCIVGYLIYLMAFPWFIGKVFTDGKDWGYMTCMGWVVKTS 605

Query: 606 NETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKKDDCDY 665
           NET+KHRYIGSPDI++VVLSHLLFVVYPAIFIMVAF+VERGVYG HF+SLLAKK+DD D+
Sbjct: 606 NETNKHRYIGSPDILVVVLSHLLFVVYPAIFIMVAFAVERGVYGYHFISLLAKKEDDYDH 665

Query: 666 NYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNPFLHFP 725
           N KR ESFDL S+ R S    WRWIRKVLLI+CA++CWKHFLNCRAVMKAYEMNPFLH P
Sbjct: 666 NNKRRESFDLTSNVRLSVWFKWRWIRKVLLIICAVLCWKHFLNCRAVMKAYEMNPFLHCP 725

Query: 726 VYCFVIPLLLAYVIYRTRGIH 747
           +YCFV PLLL YV Y TRGIH
Sbjct: 726 MYCFVTPLLLGYVAYHTRGIH 744

[Close]
BLAST of Tan0018732 vs. ExPASy TrEMBL
Match: A0A6J1CTU9 (putative metallophosphoesterase At3g03305 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111014170 PE=4 SV=1)

HSP 1 Score: 1290.8 bits (3339), Expect = 0.0e+00
Identity = 631/741 (85.16%), Postives = 681/741 (91.90%), Query Frame = 0 

Query: 7   KMNIFVLM-FFCHAIPSVPARAKENVGVSYSKPSNWNNRKIVEAKGAPESVIWAVQLSDL 66
           KMNIFVL+  FC AI S  A A EN G SYSKPSN NNR IV+AKGAP+SVIW VQLSDL
Sbjct: 2   KMNIFVLLILFCFAISSSLAIAAENGGSSYSKPSNGNNRTIVDAKGAPQSVIWVVQLSDL 61

Query: 67  HFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWVEYQNVM 126
           HFSVHHPDRAL FRD V  ALAMINPSLVLITGDLTDGKSKDLLTM Q EEEW+EYQNVM
Sbjct: 62  HFSVHHPDRALHFRDLVAPALAMINPSLVLITGDLTDGKSKDLLTMKQNEEEWMEYQNVM 121

Query: 127 EEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYFSNYSISGQLGRNANVYSVTVQAGQ 186
           E+VITRSGLDKSIFFDLRGNHDKFGVP VGGSFDYFS YSI+G L RNANVYSVTVQAGQ
Sbjct: 122 EDVITRSGLDKSIFFDLRGNHDKFGVPYVGGSFDYFSKYSINGXLXRNANVYSVTVQAGQ 181

Query: 187 HKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDLELSQWDSSTTDQVTKISFGHFPLS 246
           HKYLFVGFDSTMS+GLRGP+N+ GHPTDQLL++LDLELSQWDSSTTD VTKISFGHFPLS
Sbjct: 182 HKYLFVGFDSTMSVGLRGPTNLLGHPTDQLLTELDLELSQWDSSTTDPVTKISFGHFPLS 241

Query: 247 FSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSVFSQKFFQFNVHQIS 306
           F+ SSLSGK+LRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSS+ SQKFFQFN+HQ+S
Sbjct: 242 FTASSLSGKNLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNSSILSQKFFQFNMHQMS 301

Query: 307 SGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILAIDSGHVSYVDIDFRSEIKKTILLPT 366
           SGSTTNCSFEV PVQEFWEWEMGDWRKSRAMRILAID+G VSY+DIDF+SE KKTILLPT
Sbjct: 302 SGSTTNCSFEVEPVQEFWEWEMGDWRKSRAMRILAIDNGRVSYLDIDFKSETKKTILLPT 361

Query: 367 FPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVFSLSPIVSVVARIYDSNPGSLSLILQ 426
           FPLDSRFMSR SLP+ YKC L+APSSY++IRALVFS+SPIVSVVARIYDS+PG LSLIL+
Sbjct: 362 FPLDSRFMSRYSLPHNYKCQLIAPSSYQLIRALVFSISPIVSVVARIYDSSPGVLSLILE 421

Query: 427 APMSRTHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPFSINGL 486
             MS++  DNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPFSINGL
Sbjct: 422 ESMSKSLADNISRGDLYTAPWNYKAFEDPSPDRYYLQIEATDIAGRSTLSDLRPFSINGL 481

Query: 487 TAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIFSKKQYSYNNFKVNK 546
           TAKVSWTW+EF+VMGVQWAALYYPVLWSSLFIMLSMLILPKAILI+SKKQY++NNFK NK
Sbjct: 482 TAKVSWTWSEFKVMGVQWAALYYPVLWSSLFIMLSMLILPKAILIYSKKQYTFNNFKANK 541

Query: 547 SFLNGMAWVIQELSKVPMVWFCILGYLIYLISFPWFIGQVFTDGKDRGYMTYMGWVVKTA 606
           SFLNG AWVIQELS VPM W C+LGYLIYLISFPWFIGQV TDG+DRGYMTYMGWVVKT+
Sbjct: 542 SFLNGTAWVIQELSNVPMAWLCMLGYLIYLISFPWFIGQVLTDGEDRGYMTYMGWVVKTS 601

Query: 607 NETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMVAFSVERGVYGDHFLSLLAKKKDDCDY 666
            ETDKH+YIGSPDIM+VVLSHLLFV+YPAIFI VAF+ ERGVYG++FLSLLAKK+DD  Y
Sbjct: 602 TETDKHKYIGSPDIMVVVLSHLLFVIYPAIFITVAFAAERGVYGEYFLSLLAKKEDDYGY 661

Query: 667 NYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCAIVCWKHFLNCRAVMKAYEMNPFLHFP 726
           N KR ESFD KSSGR +F   WRWIRK LLI+CA++CWKHFLNCRAVMKAYEMNPFLHFP
Sbjct: 662 NNKRPESFDFKSSGRLNFWFRWRWIRKGLLIICAVICWKHFLNCRAVMKAYEMNPFLHFP 721

Query: 727 VYCFVIPLLLAYVIYRTRGIH 747
           VYCF  P+LLAYV Y+TRGI+
Sbjct: 722 VYCFATPVLLAYVAYQTRGIN 742

[Close]
BLAST of Tan0018732 vs. TAIR 10
Match: AT3G03305.1 (Calcineurin-like metallo-phosphoesterase superfamily protein )

HSP 1 Score: 844.0 bits (2179), Expect = 9.5e-245
Identity = 409/706 (57.93%), Postives = 529/706 (74.93%), Query Frame = 0 

Query: 42  NNRKIVEAKGAPESVIWAVQLSDLHFSVHHPDRALQFRDFVGTALAMINPSLVLITGDLT 101
           + R+++EA+   + +IW VQLSDLHFSVHHP+RA+ F++ VG ALA+INPSLVLITGDLT
Sbjct: 45  SGRRVIEAR-TGQDLIWVVQLSDLHFSVHHPERAIDFKNIVGPALALINPSLVLITGDLT 104

Query: 102 DGKSKDLLTMIQIEEEWVEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPSVGGSFDYF 161
           DGKSKD+LTM   E+EW+EY++VM++V+ RSGL+KSIF+DLRGNHD FGVPSVG S D+F
Sbjct: 105 DGKSKDMLTMKLNEDEWLEYESVMQDVVKRSGLNKSIFYDLRGNHDNFGVPSVGSSVDFF 164

Query: 162 SNYSISGQLGRNANVYSVTVQAGQHKYLFVGFDSTMSIGLRGPSNVFGHPTDQLLSDLDL 221
           S YSI+GQ+GR  NV ++TV+  + K+LFVG D+TM IGLRGP+N+FGHPTD+LLS LD 
Sbjct: 165 SKYSINGQMGRKGNVNTITVETSERKHLFVGIDTTMHIGLRGPTNLFGHPTDELLSSLDS 224

Query: 222 ELSQWDSSTTDQVTKISFGHFPLSFSTSSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNL 281
            LSQWD+ +   V KISFGHFPLSF+  S S KSL+D+FLKHS+SAYLCGHLH+RFGKNL
Sbjct: 225 HLSQWDNQSAKPVAKISFGHFPLSFTALSHSQKSLKDVFLKHSISAYLCGHLHSRFGKNL 284

Query: 282 KRHHHSNS-SVFSQKFFQFNVHQISSGSTTNCSFEVPPVQEFWEWEMGDWRKSRAMRILA 341
           KRHHHS   S+     FQ N+ Q  + ST+NCSF   P  EFWEWEMGDWRK+RAMRI+A
Sbjct: 285 KRHHHSGGISLSDNDLFQLNMRQSGAESTSNCSFGALPAAEFWEWEMGDWRKNRAMRIMA 344

Query: 342 IDSGHVSYVDIDFRSEIKKTILLPTFPLDSRFMSRSSLPYEYKCHLMAPSSYEMIRALVF 401
           ID GHVSYVD+DF+S+ +KTI+LPTFPLDSRFMS S   ++Y+C  M  SSY+ IRA+VF
Sbjct: 345 IDRGHVSYVDLDFKSKPQKTIILPTFPLDSRFMSTSFARHKYECQHMISSSYDAIRAIVF 404

Query: 402 SLSPIVSVVARIYDSNPGSLSLILQAPMSRTHVDNISRG-DLYTAPWNYKAFEDPSPDRY 461
           S S +V VVAR+YDS+PG  +L+++APM +   D+ S G   ++ PWNY+AFEDP PDR+
Sbjct: 405 SHSLVVEVVARVYDSSPGFDNLVMEAPMRKHGGDSSSSGATFFSLPWNYRAFEDPLPDRF 464

Query: 462 YLQIEATDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSSLFIML 521
           +LQIE TDI GR TLS++RPFSINGL++KVSWTWNEFRVMG QWAALYYP+LW +L+ + 
Sbjct: 465 WLQIEVTDIKGRLTLSEMRPFSINGLSSKVSWTWNEFRVMGCQWAALYYPILWPALYSLF 524

Query: 522 SMLILPKAILIFSKKQYSYNNFKVNKSFLNGMAWVIQELSKVPMVWFCILGYLIYLISFP 581
            + ++PK I+I  KKQY+   F   K  +  + W++Q+L ++P+VWF  + YL YLI FP
Sbjct: 525 LVFLIPKCIIIVFKKQYTLKKFIAKKGPITLVLWILQDLCRMPVVWFGYMAYLFYLIFFP 584

Query: 582 WFIGQVFTDGKDRGYMTYMGWVVKTANETDKHRYIGSPDIMMVVLSHLLFVVYPAIFIMV 641
           WF G+VF D  DR YMT MGWVV ++    KH YIG PD+M+VV+ H++FVV P++ ++ 
Sbjct: 585 WFSGEVFADSGDRAYMTIMGWVVTSSGADRKHEYIGQPDVMVVVIPHVVFVVIPSVLVVC 644

Query: 642 AFSVERGVYGDHFLSLLAKKKDDCDYNYKRLESFDLKSSGRFSFLLGWRWIRKVLLILCA 701
               ER +Y DH  ++  KK+DD D   K+      +S  R       R  RK +L+   
Sbjct: 645 CLVAEREIYKDHIRTVSGKKEDDHDRGRKK------RSQRRSLLFSNRRLFRKSVLLASL 704

Query: 702 IVCWKHFLNCRAVMKAYEMNPFLHFPVYCFVIPLLLAYVIYRTRGI 746
            + WKHF NC A+ +AYEMN  +HFP Y  V+PLLL YVI +T  +
Sbjct: 705 ALYWKHFKNCWALGRAYEMN-VVHFPGYSLVVPLLLLYVICKTHKV 742

The following BLAST results are available for this feature:
BLAST of Tan0018732 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q0WVZ11.3e-24357.93Putative metallophosphoesterase At3g03305 OS=Arabidopsis thaliana OX=3702 GN=At3... [more]
Q8BXJ91.3e-3627.56Transmembrane protein 62 OS=Mus musculus OX=10090 GN=Tmem62 PE=2 SV=1[more]
Q0P6H98.3e-3626.69Transmembrane protein 62 OS=Homo sapiens OX=9606 GN=TMEM62 PE=1 SV=1[more]
BLAST of Tan0018732 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038890288.10.0e+0088.34putative metallophosphoesterase At3g03305 [Benincasa hispida][more]
XP_011649029.10.0e+0087.15putative metallophosphoesterase At3g03305 [Cucumis sativus] >XP_011649030.1 puta... [more]
XP_023520912.10.0e+0087.53putative metallophosphoesterase At3g03305 [Cucurbita pepo subsp. pepo][more]
XP_022997019.10.0e+0087.00putative metallophosphoesterase At3g03305 [Cucurbita maxima][more]
KAG7029914.10.0e+0086.73putative metallophosphoesterase [Cucurbita argyrosperma subsp. argyrosperma][more]
BLAST of Tan0018732 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A0A0LKQ40.0e+0087.15Metallophos domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_2G084270... [more]
A0A6J1KAA00.0e+0087.00putative metallophosphoesterase At3g03305 OS=Cucurbita maxima OX=3661 GN=LOC1114... [more]
A0A1S3B3Q90.0e+0086.35LOW QUALITY PROTEIN: putative metallophosphoesterase At3g03305 OS=Cucumis melo O... [more]
A0A6J1F3Z40.0e+0086.50putative metallophosphoesterase At3g03305 OS=Cucurbita moschata OX=3662 GN=LOC11... [more]
A0A6J1CTU90.0e+0085.16putative metallophosphoesterase At3g03305 isoform X1 OS=Momordica charantia OX=3... [more]
BLAST of Tan0018732 vs. TAIR 10
Match NameE-valueIdentityDescription
AT3G03305.19.5e-24557.93Calcineurin-like metallo-phosphoesterase superfamily protein [more]
InterPro
Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR004843Calcineurin-like phosphoesterase domain, ApaH typePFAMPF00149Metallophoscoord: 60..275
e-value: 4.9E-14
score: 53.3
IPR029052Metallo-dependent phosphatase-likeGENE3D3.60.21.10coord: 59..320
e-value: 1.5E-15
score: 59.4
IPR029052Metallo-dependent phosphatase-likeSUPERFAMILY56300Metallo-dependent phosphatasescoord: 57..360
NoneNo IPR availablePANTHERPTHR14795HELICASE RELATEDcoord: 41..743
NoneNo IPR availablePANTHERPTHR14795:SF5CALCINEURIN-RELATED PHOSPHOESTERASE-LIKE PROTEINcoord: 41..743

Relationships

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

Feature NameUnique NameType
Tan0018732.1Tan0018732.1mRNA
Tan0018732.2Tan0018732.2mRNA
Tan0018732.3Tan0018732.3mRNA
Tan0018732.4Tan0018732.4mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0016787 hydrolase activity