Csa2G084270 (gene) Cucumber (Chinese Long) v2 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Csa2G084270
Type	gene
Organism	Cucumis. sativus (Cucumber (Chinese Long) v2)
Description	Transmembrane protein; contains IPR004843 (Metallophosphoesterase domain)
Location	Chr2 : 6842633 .. 6857506 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRCDS

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

TCTACAACACCTCCGTTCTCAAATTATGATTCTTCAACACTGAAGGAATCAAAATTATGCTGAAGAGAGTAGGAAATATGAACATCTTTGCTCTCACTTTATGTTTTTGCTTCTTCCTTCCCTTTCTCCATGCAAGACCCCAAGATAATGGCGGATTCTCTCACTCAGAACCCACTAATTGGACTAACAGGAAAATAGTGGACGCCAAAGGAGCACCTCAATCTCTGATTTGGGTGGTTCAGCTCTCTGATCTCCATTTCAGTGTTCACCATCCCAACAGAGCTCTCCAATTCAGGGACTTTGTTGGGCCTGCTCTTGCTATGATCAATCCTTCCCTCGTTCTTATTACCGGTGATCTCACAGGTTCTGCTCTCTCTGTTTTCATTTTATGTATATTCATCTTATTCTATGATATTTCTGTCTTGTTTTCCTCTTTTTGTTTGACTTTTTATATATTGTTCGTAGTATCATGCCTCTAGAGTCATAGGCTTGGTGGTTGTTTCTGCTGGTCGTAGTCTTCATAACTTCTCAGCTTGTGGTAAAACTTTATTGTTAATTGCTTTCATTGGAAAGTTTCTTACTATTTCTTCTGGTTCATTTCTCTTTTTTGATGATGGCTAAAGCCTAAACATTACAAGAGTTCTGGGACCTTGTCATAGAATCTACTGGGATTCTTCAACCTGAAACTCAGAAAATCTCAACAAACGCAAAGAACCGAGACAATCTCTGATATATGTATAGTATTGAAAGTAAATCCAAGAGTCTCACAATATAATGTTAACCAAAGAACAATACAAACGATAAGGAAATAACAATAACAGTAAGCAAATGATAAAAATCCCAGCTCCTTCGAGAAGGCTGGAGCTGGTGGCTTCTCCTTCTAAAAGCTCACAGCAGCTTTTTTACCAAATAAAACCTACTTTCAGCAATCCCCAAAACATTCCTTAAATACAAACATCAGGGTCCCCTCATCCTCATCCGTTTTCTCCCTCTCCAATGTCCTTCCAAGAGCTGTCTTTTGTGCAATGCCCATCTTACCCTTGCGTTTATAGGTATGGATGTTATAAGGGTTGTAGCAGAATCTCTTTTCATTTTAATCATTTTTGAACGAGCTTAAAGCTCAAGGGAGGGATAAACCATAATGAGAAATATAAACAGGGAGATAATGACCTATGCATAACATAATAACAAATGACCAGCTATAAGTGATGCAAATGGTCAAAACGTAAAGAAAAATATTCAATGAAAATTGGTAATAACTGCATCATGGTTTATGATATCTCCTACATCACGTCATCACCAAACATGTTCAATTATACTTACCAATGAGGATAAATGAGCCTACGATTATTTTCTTTTCTTTTACTTTTTGTTTTTTGCATTCATCTTACAGTTCTTAATGGTAAAAATTAGAAATAGGACCTTGAATTTTTTATTTGCATGATATGGTAGGTTGAATGCAGATTTTGAGTAGCACTAGTATCACTAAGGAATGTGGACTCCAGCTATCTTATTCACACTACTAACCCTATCTACTGTAGAAACTTGATCTTCCTAATCCTTTAGAAGTCACAAACGATGTCAAAAAGATGTTACAACCTTTGAGATTTTTCGTATATTTATCAGATGGCAAAAGTAAGGACTTGTTAACAATGATACAAATTGAGGAGGAATGGATTGAATATCAAAATGTAATGGAAGAAGTTATAACAAGAAGTGGACTAGATAAAAGCATCTTCTTTGACCTCAGAGGAAATCATGATAAATTTGGTGTTCCAACTGTTGGTGGTTCGTTTGATTACTTTTCAAACTATAGCATCAGTGGGCAGCTGGGAAGAAATGCAAATGTGTATAGTGTCACTCTTCAGGTTAGTTATTATCTTTGATGAGGTTTGTGGTGAGTACATGTACTTGTATTATCATTGTTCTTTTTTTTTTTTGAGAAGGAAACCAGACTCTTTATTGATGATAATAAACATAAAAGTACAAAAGGTTTATACAAAGAGCTAAACAAAAAGAGACCATAGGATCAGTAGGCGCTCTGACATCTCAACTAGGTTGACGCCCCCATTACTGCCCTCATCATATCCAACAAAAATACAGCCTAAAGATAAGTTCTTTCAGGAATCCAACAAGCATGTGCTGTAAAGCGAAAAAACCAAAACAACATGGAAAAAACAGCAGCAGCACAAAAGAGTAGACAATAATCTTTCGGTGATGACTGCAAAACATGATTTATAAAGAAGATAGCTAAGAAGCACGGACACTTCAGTTTGGATAGTGTGTCGGTGTTCGACATGTGTCGGACACTTGGACACTCTGACACTTGGTGGTCACCTATTGGACGTTTGGTAATCCAACAAATGTATTAAACATGCATAGAACACTTATTGAGTAGACTAAAAAGACATGACAATAATAATAACTTTTGAGCATGAAATACATCAAGCTAAGTCTTTTAAGCATATAAATGCATCAGTTCATTTACTATGAATTTTCTTTTACTATAAAAATGATATATATTTTAAAAATGAATATTTTAATAAACGTGTCCTTGCCCTTGCCCTGTTGTGTCCTAGATTTTTAAAATATGGTGTGTTGCTGTGTCCGTGTCGTATTTGTGTCTCGTATCCATGTCCGTGCTTCTTAGGAAGATGGTTACTAATGGTCTGGAAAAATGAGGACCTGGCAACTGAGACTAATTTCTTGGATGGAGAATGCTTCAAAGTCTTTGTGTAGAATACACCTAGCCGCAATGTTCCTATTAGCTATCTCAAAGTGTTCTAATTAATACATTTCCTTATTGTGGAAGATTCTTTGGTTTTGTTCAAACCAAATATCTGCAAACACAGCCTTTGATAAGTTTGCCCAAATTAGTCCCAGTTTTTTCTTTAAAATGGTCCCCAACATAACTTGATGTACATTTAGGTTAAAAGGTTCTCCAAAAATCCAATCTACTTCAAAATTGAGAAGAACTTCCACCAACAATTTGCAGAGTAGGAACAAGTAAAAAACAGATGCTGTAAATCTTCTCCTTCTTGCTTGCACAGTGGGCATCTCGAGGGTGATAAGCAGCTATTCGGTAACTTTCATTGCATGACTGAAGAGCAATTCAGGAGTCCAGAAATCATAACCCATTTGAGGATGTATTATCATTGTTCTCTAATATAGTCCTCCTTTTGTAGACTGAGGAAACTACATCCTCTCAGGTCATGGTAAGAATTATGGAATAAATAAGGCAGCCTTGTCAGAAGATTGAACTTACTCTTTGCCAAGCACATCAAGTATTTGACCTTCCAACAACCTCTATTATCCATTTTTTTTAATAGGAAACAACAACATCTGTTATCCTATAAATCTATCCCACAAGAATTCTTAAATTTTACTTTGGCATGTTAGACAGTCTTGTGTTCATAATGTATTTCAAGTGAACTACCATGTGTACACATGGAATATTTTGGTATACTAAGAACTCTTATATTTGGGTGTCCTTTTAAGTTGAGCTTTTTGGGGCTAGAAATGAACACTTACAATGCCAGGTATTTTTTTTTTTGAAAAGGATACGAGTCTCAATATTATTAATAATGAAAATAGAGAGACAAAGCTCAAAGTACATGAGGGACATACAAAAAGCAAAGGGGGAGGGGGAGGATCAGCAGGCGCACCCAGACATTTCAACTAGGTTGACACCCCCTTAGCTCCCTCATCACATCCATAAGCGAAATAAAAACCCACATAGTCATTTAAATAAAAGCAATACAACAGAACAATAACAAAATAAAGGCCACAATACAATGCCGGATAATTATGGACCAGTCACGTTCAAGAAGTAAAAGGTTTACTTATTTTTGGGTGAATGGGGATTTATGCACTTTAAAATTGAAACCTCATCGTTTGAACTGTAAATTAACGTACTTAATTTACTATAAGTGCAAAATTGCAACACTCATGTAAAATTGCTCTTCTTGGGGTTTATTTATTAACTTTATATATATACATTGCCAAACAATGTAATTTTGTGTATTTCACAAAGAGAGAAGGATTTTCTTATATAGAAGAACAACCCACTAAAAAGGAAAATGTAATGGGTTGTTCTTCTATCAGTCCCACTACTGCATTTGGAAAGAGGAAGATAGTTGTTTCACTGAAGATGTGGAAGCCTGCAGAAGCATTTCTATTTTCGTTAGCTAACTCGGATGGACTCAGTCAGTAATCTCTGATTTACTCAGAACTCTGGTGGACAATTATTTCAAAAAATTCAGGGACATTGACAAAGGAAGATTGAGAATTTCGAAGTTTCAAGCAAAGTCTAGATGGATCCTAAGCTGCAATCACTGGCCATATTCAAGGGGTCTTTTCAGTATTAGAGTTTGCTCAGGAAAAGATCAACAAGGATCGTTCTTCTATCAGTCCCATTAATGCATTTGGAAAGAGGAAGATAGTTGTTTCACTGAAGATGTGGAAGCCTGCAGAAGCATTTCTATTTTCGTTAGCCAACTCGGATGGACTCGGTCAGTAATCTTTGATTTACTTAGAACTCGGGCGGACAATTATTTCAAAAAATTCGGGGACATTGACAAAGGAAGATTGAGAATTTCAAAGTTTCAAGCAAAGTCTAGATAGGTCCTAAGCTGCAATCACTGGCCATATTTAGGGGGTCTTTTCAGTATTAGAGTTTGCTCAGGAAAAGATCAACGAGGATGGAAGTCATTTTGCAAGATTCTGGAAAAATTTGTAGAGAAAATGGACTAGCTCTGGTAATATTTCCAGTTTTCCTTCTCCACAAATGGTAGAAAAGTTGAGTTATGTTGATAAGGCTAAGTCCAGTAGCTCTAAACTCCCAACTCCAAGGCCTGAAAAAATGGAAATCAGCCTGGATTTTAGTCAAAAAAGGAAGCTACAAGCAGACAATCATCCTTCCCCTCCAAAACAGAAGCAATGGTTGACCAAGAACCATGAAGTTGCTAAGGTTAACTTTGAAAATCTTTGGATTATATCAAAGTTATTTGCTTTAGATGACTGGAGATTGATCTGTAAGAGGCTGGAAGAATTTTTTCAAATGAAAATTGTAATAAATCCTCCATTTGACGAGAACACCCTCATTAGTATTGATCAAGGATCAATCATTGACTTTATCCGTGAGGAAGGAAAATGACAGGCTTGGGGGAATTTCCACCTCAAATTCGAAAGATGACATCAAACACAATCGGCCACTTGTTTTAAAAGACTACGGTAGTTGACTCAAAATGAAAAACCTTCTTCTGGATTATTGGTGTAGAAGCACCATTGAGGTGATTGGGGATCACTTTGGACGTCTTTGAAAATCATAGAAAGGCTATAATTACAAAAGTGTTTGGTGTAATTCGTACTCCACCAAGAGGCTGTGTGTTGAACCACAGTCCAAAAAGAATCAAAAGAATTAAATCTATCTTCAAAAATTCTGCTATTCCTTTCTTTCCAAATGCTCCACAAAAGGGAACGCGACGCACATTTCCATAAGATGTTTCCTTTTGGGCTATAACCTCTAATGTTGAGACCTTCAATCATCCAGCTATCAATCTTACTAGGAAGACAAAGCTCCAAGTCAAAAATACCAAACAGGGTGTTCCAAGCTTTTTTTGTAAAGAGACAATGTAGAAATAGGTGATCCAAGGTTTCCTCATCTTTAGAGCAAAGACAACACATCGAGGGGCTAAGCAATGTGTTCTGAATTTTTTTTGGAGTTTCTCATGGGTGTTGAGGCTTCTGTAAGCAAGCGACCATAAGAAAAACTTCACCTTCTTCGGAATTTTATTCTTCCAAATATGACGAATCAAAGGAATAGCAATGGAGGGGGATCTCTTAGTTAAGTTAAGAAAAGTAGACTTTGTAGTGAAATTGCCATTCATGTTAGGAATCCATTTAAGACTATCCTTCCTTTCAGTGGGGGCCCAAGAATGAAGAATTTCTAAAGCTGAGGCCGCAGTTATATGAAGAATTTCTTATTGACATAGCCATTGAAACTCAAAATTGTAGTGAAGCCCAAATTCAGGTAAAGAAGAACTTACGTGGTTTTGTGCTGTCAACAATCAGAATTACAGATCTTAAGAGGGGAAATATTTATGTACATTTTGGTGACTTTGAATTTCTAAATCCTTCTAAACCTTTCAAAGTTCCTTTTTTGCTGGATGATTTTAAAAATTCAATTGATCATTTGAGAGTTAGAGATGTCTTGTTTGATGAAAATTTTGACCTTTCCTCCATTCCATCAGTAGTGAATGTTCCAAAATCAGTTTTTGCAGCTATCCCTAGGAATAGAAATCCTTTTAAAATTTTGAAGCCTTTTCCGGCCATCCCACCGGCGCCGGAGAAGAAGACAGAGGCCAGCAATCAGGTTGATAGTGAATTAATTGTGTGCGCATCTGAACAGTCCCCCTCTTTGAATGTTGCCAAACCCAAGATAAACTGCTGTTGCAAATTGGCAGCGGGGTCCACATCTGTTGATTCTGTTTTTAAATCTCTAGTAGACGAAGTGCCATAAAGTGAGAGGAATAAAGAAAAAAAGGTTCAACTAATTACTATTAAGAGTAGTTTTAATTTGGCTACTGAAGATTTATTGAGAGAAAAAAAGGATAGAGCTTCTTTAATTACTATCATGAATAATTATGATACATCCTCCAAAGGAATTAAAGAAAACTTTTCCCCTCCCACCCAATGACTCTCTCCATTTCTGGCCAACACATCTCCTCCACTCCCTTCAGTTTCAGGATTTTGCAAAAGACCTAAATCAGCAAAAGGTAGCAAATTTTTTCAAGCTCCGAAAATCCTCAAGCATTATATTCGTAAGCAAACATCCTTCAACAACTTATGGACAGCCTTATCAAAATCTGAGTTTAATGATGGTTGTGCTCTCGAAGTTCCACTTTCAGTCCCTTCTCGGATTCACCGTTCTGAGCCATCTATTTTAGAATGTAATCCAGACCTTTTGGAGGTATGCAGCTCCAAAATTCAGACCTATTGCCTCATCAGGTCAGTAAACTCAGTTTCTCCTACCAAGCAATTCAATTATTCGGAACTTCCCAACTCTAACCCTAAAGTAAGTTTGATGCTAGGCTCTCCTTGTCTTGCTGCCAGTTACTCTGAAAAGCTTCCCATTGAGGCCTTGGATTCACCTTTTAGTGTCAGCAGTGAGGAGTCTTTGGGTTTCCTTAATGGTTTTGATCACAAGTGTAATACAGAAATTGAAGGGGCAGACCTCACTGCCTTATTTGATGAAGCCGTTATCCTCTCAAATTACCCTCGGAATTGCCTAAGGATCTGCTGTCCTTAGTCAATGATTGTGGCATCATCTTGGTTTAAAGAGACAGCTGACCGGAGGGTTCTTGACAGATAAACATGCTGCATATGGGTAGATGTTTAAATTAAGCAAATGGGCGCATTTTTCATTTTATGATGTTGGTCTAAACTCTGGTTTTGAGTGCATCTCATACTGTTGTGTATGATCAGCAGAAAAAAGACTAGTGGAAGAGATAATCATTGGAAATATTGTTTTGTTGATGAGGGCCATCTTATGGATAAAGGGGTGAAGGAACCTTACATAGCATTTCTGAAAAGCAAAGAAGGCAAATGGGTTCTGTGAATCTGCAAAAGATATTCCACGTCTCATTGTATCTTTCAAGGATCAAATCGTTATGATTGAGGTGAAGCACCCTTCGGATTATTTCAAGACATTTAATAATTTCTTTATAAGAGAGTTGAAGCCTGGTGTTAGACCAATGCACTTGTGGAATGTGGTGATGTTGCAGTATGTGCTGCTGTTTGCTGACTAATGGCATTTAAGTTATTTGTTGACATCCTAAGGGGCAGAATTTTTCAGTTTAAGGATCTTTAGGAAAAATACAAGTGCAAGTGCTTTTAAGAATGGGTCGTTGGTGATATTTATTTCAATTGCCACCACAAGGTTTTCATCGTTTTCATTTTCCTGTCTCCGGTTTCAGTGAACAAATTGTAGACATACCTAGATGCCTGTATTCTGTTAATCCAATTTCTGTCAATAGCAAGTATTGCAATGTCTTCACAGAGAACAAGCGTTCAGTAACTATAATTTCAACCTCCGATATTCGCAAGGTTGCTTTTGTTGCAATTGGAAATACCTTGGTTGGCAGCTTAACCTTCAAAAGAAAGTTCAGTGAGATAATGTAAAGAAAGGAGAAGATTTTTGGGTATTTTTCTTTTGGTGGAAGTTCCGTAATTTGTGTCTTTGAAAAGAACGCAAAGTAGCAGCTTGGTGTCTCTAAACAATCAGTTTGTGAATTACTCCACTCATGTTCTTTGTCTCAACTGGGCAGTCTTTTATCTCTCAACCAGCCCCCTAGGCCCTGTTCTGTTTTGGTGACTTTGTTTTGTATTTTGACAGCTTCGTTTTCCCCTCTCTAGTCAGCTTTCTTTGGAGCATAGCTTATATTTTCTTTTGGTCTAGTTTACACGGTAGCAAGTTTTGCTTTTGTGTCCAGGCTCAGCCTTTGTCTGTGTTTGCCCCCATTTCCCTTTCTTTATTTTCTTTATTTCTCTGTCTCAGCTCTCTGCCTTAGGCTGGACTATGTCTCTATTGTATTTTGGCATATTTTATTTTCTTTCTTTATTTGGGATATGTTGTTTTGGTGCTAAGGGGGTGCGAATCCCCCTCACTTATTGCTCTCTAAGCTTCTTTATTACACTCATTGTATAACTTTTTTGTACTTTGAGTTGTTATTATTAACAAAGTAGTTTGTCTCTGTTTCAAAAAAAGAAAAAAAAAAGGAGAATGTAAATTTGGAAAATATAATACAACCTATACAATAAAATATAATACAAGAGAGGAAATAATCAACATATATACATATATTTCTGTGTATTCTTCTAGTTAAAGGATTGCTTCTTATCCAAAGAAAAAAAGGTTGTTCATGTTGATACTCTTAAAGAATATACTTTGGTTGGCATATACATATATTTCTGTGTATATCTTCAAGAATATACCTGCAATCAACTGTGTTAAACACTGGAACTTCATTGATTTAAAATTTTGTTTTGCTTATCTTGGATCTGAATATAAGTATGAGATTTGATTCGTTGAACTTTTGGAACTAAAAATACCTGTCATTTGCTAATTGTTGACTAAAGAAGAGCACATATTGATAGTGTATTTTGTTCCGTCATTCAGGATGGTCAAGAGAAGTACCTCTTTGTTGGATTTGACAGCACCATGTCTGTTGGTTTGAGAGGGCCATCAAATGTCTTTGGGCATCCAACTGATGAGCTATTAACTGACTTAGATTTGGAACTCTCTCAATGGGATTCATCGGCAACTGATCGAGTAACTAAGATTTCCTTTGGTCATTTTCCTCTCTCATTCTCAGCTTCCTCCCTCTCAGGAAAGAGTCTGAGAGATGTATTTTTGAAACATTCTTTATCAGCTTACTTATGCGGACATCTCCATACAAGGTTTGGCAAAAACTTGAAGAGGCATCATCATTCAAGTTCTAATTTTTTGTTGCAGAAGTTTTTCCAGTTTAATGTGCACCAAATATCTTCTGGAAGTATCACCAACTGTTCACTTGAAGCTCCACCAGTTCAAGAATTCTGGGAGTGGGAGATGGGTGACTGGAGAAAGAGTAGGGCCATGCGAATTTTGGCCATTGATGGTGGTCATGTGTCATATGTTGACATTGACTTTAAGACAGAAATTAAGAAAACTATTTTGTTACCAACATTTCCATTAGATTCACGCTTCATGTCAAGATCTTCATCACCTAATGAATATAAATGCCATTTTGTGGCTTCTTCAGCTTATGAAAATATAAGATCACTTGTTTTTTCTGTTTCTCCTATTGTATCTATGGTGGCTAGAATATATGACTCTAATCCTGGAATTCTCAGTTTGATTCTAGAAGCACCTATGAGTAGAATTCACGTAGATAATATCTCAAGAGGAGATCTTTACACTGCTCCATGGAATTACAAAGCCTTTGAAGATCCATCTCCTGATAGATATTATTTGCAAATAGAAGCAATCGATATTGCAGGAAGGTCAACTTTATCTGACTTGAGGCCATTTTCTATCAATGGTCTCACTGCAAAGGTGTCCTGGACATGGAATGAGTTCAGGGTGATGGGAGTTCAATGGGCTGCCTTATATTACCCTGTTCTCTGGTCGACTCTCTTTATAATGCTTGCAATGCTAATTCTGCCAAAAGCGATTCTTATTTTTTCGAAGAAGCAATACACTTTCAACAATTTCAAGCTCAATAAAAGCTTCCTGAATGGCATGGCATGGGTTATACAGGAGCTTAGCAAGATTCCCATGGTATGGTTCTGCATTGTAGGTTACCTAATCTACCTTATATCATTTCCATGGTTCATTGGGAAAGTCTTCACAGATGGAAAAGACTGGGGATACATGACCTATATGGGATGGGTGGTCAAAACTTCGAATGAAACAGAGAAACATAGATATATTGGTTCTCCAGATATACTGGTGGTGGTTCTTTCCCATCTTCTTTTTGTGGTTTACCCTGCTATTTTCATCATGATTGTTTTTGCTGTTGAAAGAGGAGTCTATGCGGACCATTTCCTCTCTCTTTTGGCAAAGAAAGAAGATGATTATGACTACAATAATAAGAGGTCTGAATCATTTGACTTGAAAAGCAGTGGAAGGTTTAGTTTTTGGTTTAGATGGAGGTGGATACGGAAAGTTCTTCTGATCATTTGTGCACTCGTATGTTGGAAGCATTTTTTGGTAAGTCATTTATCAAATCATATTATCCTTAATCATTATTATATGTGAAAAAGTTTTAGTTCTTGAAATAAAAAATAAATGACCTATTAGAGGCTACCTATTTGGATTATTAATAACGGTTACATGAATTTCCATTGCTTACTCCATATTTGATCATATAGATTCATGGTTTGGCTAAAGAGTCTTATATTTATTTCTGGCATGTCACTTTGGAAGTTATTCACTATAACTGCAAATAGTTTCAGGCTAAAAAGTTGAAACGAAATAGAAACTGAAAGTTCTCTCAAACATTTGTTCTCGTTTGTTGCATATCACTAATACATAGGATTTTTCTGCCGATAGTTTATTTCCCATCTTTTTGGAAGGAAAGAGAACTTTTCATTGATATAATGAAAAAATTCATGAAAAATTTTAAAAAAGAAACACCAAGAGTAAGCATTAAGTCTTCCTACAATATGCCGTCAGCTTCTTGTTATAAAACAGTGTGTATTAGGTTGTCCACTTTGCTACCAACAAATTGGTATAAGAGCTAAGTAAAATTTGAACAATCTGGTTTGGTTCACTCATATTTCAAGGGAGAAATTATAATCACTTTAGTCAAAATATGAAGTTATTACTTAAGTCGTTAAACTTTTATTAGTAATATTGAGGAGATTTTGAAGAACCTGAGGCTGACAATGAGATATGCTAGCACAAAGAAATGTTTTGAACGAGGAGTGGAACAAAGATAGACATTGCAAAATTATCTAGCATTTTTTTCGTTGATATTCGTAAGTGTCCAGGCCAATTAACGCTGCATCTTGACTTATTTCACGGGACAACCTGCCTGACCTAACATTTGGGTGTTTGGTGACCTGTAGGAAATTAGTTCTTAGGTAGGATGCCACCTTGGATTGAAACCATGACCTCTTAGTTAGTTATTGAGACTATGTCTATCTTTTTACCACTAGATCAACCCGTCAGGCTTTCGACCAAAATATCAAATAAAACACCCAACAATGGCTAAAGAGAGACAGTACTCTGTTACTCTTTATTTATATATAATCCAAAATATTACAATCAACGATGTGAAAGATAACAAAGAAAGGAAATAACCAGAAAACATACCAGTTCCTTTTACAAGAAAGATACTACCCTTTGCAGCTACAGCAGCCTACCCATCATAACCAGGTCCTTTCTTTTGTTTCGCCCATTTCTTATCTTCTTGGAACTCCTTGCGCTTGAAACTCTTCTTGATCTTGATCAAGCTTTTCTTCTCTTCTTTTCCTTCGGATTCGCCTCCTCTCGAGTAATATCTATACAAGAATCAAACTCAAGACTCATACAGGAGTGGGTCAAACACCAAAGAAATAAAATCATGCACAATCTCTTTTTGATTTTTTCTTTCTAGAATTCAAAATTTTGACCGAAAACTTGGAATCTATTACCAAAATTCCCCGGCAATGGCACCAACTTGCTCGTAGTAAAATAGAGTGATGTCATTAAAAGAATGTAAATGTGATTAAAGATTACTCAATCCACAGTTAATAAAGATAATTTGTAAATCCAAACTTAATTAATCAAGAAACTAACTAAAAAGATAGTAAAGATGAAGTCAAGAGTCGACCCAAGAGAATTTTATTTAGACAATAAAATCTGTAATCAAACAATCAAGAATTCTAATTGTAAAGGAGGGTTTTGTAAAATCAATGGAATGTGAAGAAAGCAAGTAAATGTTTTTGGGTTTTTGATAAAATTTGGGCACAAATGTTAACCCTTTCTCTCAGTCAATAATAAACCTGGGAATGAGTATTTTTAACCAATCTTCCTATCGTTGAATAAACAACATATTGCAATTAAAATCAATTCACAACTAGTTAATTCAAGAAACTAATTAAACTCATAATGAACAAGAATTATATCACGATTCATACTAAACTTATCAAATGCATTTTCTTATTAGCGGTTTCCATGCCTCCTTTAAGATCTTAGGTTTCAATGTTGTGACATTCAAAAGCATGGAAAATCTCTATATTGAACATAATTAATTAATTGAATTCAATGTCTCCTTTTCAAAAATTAATTAATTAATTAAATTCAAATTGGATCATGCAAGAAAAGATTAAAAAGAAATACATGCTTAAAATCAATTCAAGAATCACCAATTATCAATCTTGATTAAAAAGTTATGCATAGCACCATTAGAAATTAAACAAAAATTCATGCTCATGATTGATCAAGTCATTCAAAGAAGAACTCATACAAAATAAAAATTGGAATTCAATTAAAGATTGAAATTAATATGCAAACCTAAATTCTTAAGAAAGATTAAACTAAAAACTCATTCCCAATGAGGTACCTTTTAGTTCTTTACTGATCTTGGGGTAACATCAAGAGGAATGTTGAACACAAAAGACATCTTCAAAGAGAGAAATTTTATTGATGAATTTAGAGAGATAAAATGCAATTTAGAGTGCCCTAACTATTTGGGATTGAACGCGAGAGGTGAATTATGAAGAAAATACAAAGAAAGAGGGATTTATAACAATTTGGGGGCCAAATGTGTGCATAAGCGTGCGCTTGACGGTCAGACAAAGTTAGTAGCGTTGCAGTGCTACGCATAACCGTCTTTGACGCCGTGACACTGCCCGAAGCTCTTGGGTTTAGGGGGCACCGTTGCAGGCGGTGTCGATAAGGAGAAAATTAGGATTTTGCCTCTGATCTTCGTTTAGCTTGTTTTCGCTTGTTTTAACTTGGAATTGAGTCGTTTTTGCTTCATTGGACTTCTTTGCTTCTCTAGATCAATATTTTTTACAAAATGCATACATGTGACTATCTCAGGAATTTTAACCTAGAAAATAGAACACTTTTATGGTGCTATAACTCTATTGTGACAATAAAGCGGCTGTAAGCATAGCTAATAACGATGTACAACAAGATAGAACAAAACATGTGGAGATTGAACACTTTATAAAAGAGAAACTAGAGAATGATAGGAACTATATTTTGTATATTCCATTTTGTCAACAAGTTGTTGATGTTCTCACGAAAGGGTTACTCAGGCCAAGTTTGACTCATGTGTTACAAGTTGAGTTTGAAATCTACACCCCAACTTGAGGGAGACTGTTGGAAATAAGGGGGTTTGCTGATAGTTTGTAGCCTTGAGGATATTTTAGTATATTACTTTGCTTTAAGTTTATTTCTTTATCGGCTTTGTTTTAGAGACCTTTTGTTACTATTCTATAGGAGTTATTTTACATAGTTGGAGTCTCTTTTTGTAGGGGAGGTATTTTTTGTGGGCTGAGTTTTTTTTGTATGTCCATGTATTCTTTCATATTTTTTTTTAATGAGTCGTTTTTGTAAAAAAAATATTGTAAAGTTAGGTATTTGATGCTTTTCTCAGTTTAAAGTATAAATAACCAAGCTATTGATAGATGATATCATAATAGCATCAGAAACAAACAAAAAAAAAAATGTAAAGTTAGGGACTTGATGCGCAGGTTCGAAGTACAAAATAACTAAGTGATAGATGAAATCATAATAGCGTCAGCTAATCTCCTGCCCTTCTATCCCCTCACATTTTGAAGTTGCTACTTGTTAGGGAAAAAGAATTCTCCTCCGGCTCCAACTAGCTTTATTTTATATGAATACTTGCTAGCATAAAAACTGTGGTCACAAAATTAATGATCCTACCTAACTTAGGCTGATTTGTATGTTTTCTCATCCTGTTTAGTGCATGCAATTAGTTATAAATGAAACCTTTAGGTGCCATCTTCATTCCAAAATTTTTCGCTGTCGTCCATACTGAATGAAGTCGCTGACTCCCTTCAGAGGGAAAAACAAAACAATGCAATAAACTAATTTTGATTACCGCCATAAAATAAAGAAGAAAAGTCATGGACAAATATTTTCCAAGAAGTTATTTTGAGTCCAGTATTCACTTTTGATTCCATTAACCACCTTAAGGTCATTAGATTCAGGACTTGTAATACTGTTACCAATTCATTGTGTTTTTATCACAGAATTGCAGGGTTGTTATGAAGGCTTATGAGATGAATCCTTTTCTCCACTTCCCTGTGTACTGCTTCGTAACACCATTGTTGTTGGGTTATGTTGCTTACTATACCAGAGGCATCCACTGA

mRNA sequence

ATGCTGAAGAGAGTAGGAAATATGAACATCTTTGCTCTCACTTTATGTTTTTGCTTCTTCCTTCCCTTTCTCCATGCAAGACCCCAAGATAATGGCGGATTCTCTCACTCAGAACCCACTAATTGGACTAACAGGAAAATAGTGGACGCCAAAGGAGCACCTCAATCTCTGATTTGGGTGGTTCAGCTCTCTGATCTCCATTTCAGTGTTCACCATCCCAACAGAGCTCTCCAATTCAGGGACTTTGTTGGGCCTGCTCTTGCTATGATCAATCCTTCCCTCGTTCTTATTACCGGTGATCTCACAGATGGCAAAAGTAAGGACTTGTTAACAATGATACAAATTGAGGAGGAATGGATTGAATATCAAAATGTAATGGAAGAAGTTATAACAAGAAGTGGACTAGATAAAAGCATCTTCTTTGACCTCAGAGGAAATCATGATAAATTTGGTGTTCCAACTGTTGGTGGTTCGTTTGATTACTTTTCAAACTATAGCATCAGTGGGCAGCTGGGAAGAAATGCAAATGTGTATAGTGTCACTCTTCAGGATGGTCAAGAGAAGTACCTCTTTGTTGGATTTGACAGCACCATGTCTGTTGGTTTGAGAGGGCCATCAAATGTCTTTGGGCATCCAACTGATGAGCTATTAACTGACTTAGATTTGGAACTCTCTCAATGGGATTCATCGGCAACTGATCGAGTAACTAAGATTTCCTTTGGTCATTTTCCTCTCTCATTCTCAGCTTCCTCCCTCTCAGGAAAGAGTCTGAGAGATGTATTTTTGAAACATTCTTTATCAGCTTACTTATGCGGACATCTCCATACAAGGTTTGGCAAAAACTTGAAGAGGCATCATCATTCAAGTTCTAATTTTTTGTTGCAGAAGTTTTTCCAGTTTAATGTGCACCAAATATCTTCTGGAAGTATCACCAACTGTTCACTTGAAGCTCCACCAGTTCAAGAATTCTGGGAGTGGGAGATGGGTGACTGGAGAAAGAGTAGGGCCATGCGAATTTTGGCCATTGATGGTGGTCATGTGTCATATGTTGACATTGACTTTAAGACAGAAATTAAGAAAACTATTTTGTTACCAACATTTCCATTAGATTCACGCTTCATGTCAAGATCTTCATCACCTAATGAATATAAATGCCATTTTGTGGCTTCTTCAGCTTATGAAAATATAAGATCACTTGTTTTTTCTGTTTCTCCTATTGTATCTATGGTGGCTAGAATATATGACTCTAATCCTGGAATTCTCAGTTTGATTCTAGAAGCACCTATGAGTAGAATTCACGTAGATAATATCTCAAGAGGAGATCTTTACACTGCTCCATGGAATTACAAAGCCTTTGAAGATCCATCTCCTGATAGATATTATTTGCAAATAGAAGCAATCGATATTGCAGGAAGGTCAACTTTATCTGACTTGAGGCCATTTTCTATCAATGGTCTCACTGCAAAGGTGTCCTGGACATGGAATGAGTTCAGGGTGATGGGAGTTCAATGGGCTGCCTTATATTACCCTGTTCTCTGGTCGACTCTCTTTATAATGCTTGCAATGCTAATTCTGCCAAAAGCGATTCTTATTTTTTCGAAGAAGCAATACACTTTCAACAATTTCAAGCTCAATAAAAGCTTCCTGAATGGCATGGCATGGGTTATACAGGAGCTTAGCAAGATTCCCATGGTATGGTTCTGCATTGTAGGTTACCTAATCTACCTTATATCATTTCCATGGTTCATTGGGAAAGTCTTCACAGATGGAAAAGACTGGGGATACATGACCTATATGGGATGGGTGGTCAAAACTTCGAATGAAACAGAGAAACATAGATATATTGGTTCTCCAGATATACTGGTGGTGGTTCTTTCCCATCTTCTTTTTGTGGTTTACCCTGCTATTTTCATCATGATTGTTTTTGCTGTTGAAAGAGGAGTCTATGCGGACCATTTCCTCTCTCTTTTGGCAAAGAAAGAAGATGATTATGACTACAATAATAAGAGGTCTGAATCATTTGACTTGAAAAGCAGTGGAAGGTTTAGTTTTTGGTTTAGATGGAGGTGGATACGGAAAGTTCTTCTGATCATTTGTGCACTCGTATGTTGGAAGCATTTTTTGAATTGCAGGGTTGTTATGAAGGCTTATGAGATGAATCCTTTTCTCCACTTCCCTGTGTACTGCTTCGTAACACCATTGTTGTTGGGTTATGTTGCTTACTATACCAGAGGCATCCACTGA

Coding sequence (CDS)

ATGCTGAAGAGAGTAGGAAATATGAACATCTTTGCTCTCACTTTATGTTTTTGCTTCTTCCTTCCCTTTCTCCATGCAAGACCCCAAGATAATGGCGGATTCTCTCACTCAGAACCCACTAATTGGACTAACAGGAAAATAGTGGACGCCAAAGGAGCACCTCAATCTCTGATTTGGGTGGTTCAGCTCTCTGATCTCCATTTCAGTGTTCACCATCCCAACAGAGCTCTCCAATTCAGGGACTTTGTTGGGCCTGCTCTTGCTATGATCAATCCTTCCCTCGTTCTTATTACCGGTGATCTCACAGATGGCAAAAGTAAGGACTTGTTAACAATGATACAAATTGAGGAGGAATGGATTGAATATCAAAATGTAATGGAAGAAGTTATAACAAGAAGTGGACTAGATAAAAGCATCTTCTTTGACCTCAGAGGAAATCATGATAAATTTGGTGTTCCAACTGTTGGTGGTTCGTTTGATTACTTTTCAAACTATAGCATCAGTGGGCAGCTGGGAAGAAATGCAAATGTGTATAGTGTCACTCTTCAGGATGGTCAAGAGAAGTACCTCTTTGTTGGATTTGACAGCACCATGTCTGTTGGTTTGAGAGGGCCATCAAATGTCTTTGGGCATCCAACTGATGAGCTATTAACTGACTTAGATTTGGAACTCTCTCAATGGGATTCATCGGCAACTGATCGAGTAACTAAGATTTCCTTTGGTCATTTTCCTCTCTCATTCTCAGCTTCCTCCCTCTCAGGAAAGAGTCTGAGAGATGTATTTTTGAAACATTCTTTATCAGCTTACTTATGCGGACATCTCCATACAAGGTTTGGCAAAAACTTGAAGAGGCATCATCATTCAAGTTCTAATTTTTTGTTGCAGAAGTTTTTCCAGTTTAATGTGCACCAAATATCTTCTGGAAGTATCACCAACTGTTCACTTGAAGCTCCACCAGTTCAAGAATTCTGGGAGTGGGAGATGGGTGACTGGAGAAAGAGTAGGGCCATGCGAATTTTGGCCATTGATGGTGGTCATGTGTCATATGTTGACATTGACTTTAAGACAGAAATTAAGAAAACTATTTTGTTACCAACATTTCCATTAGATTCACGCTTCATGTCAAGATCTTCATCACCTAATGAATATAAATGCCATTTTGTGGCTTCTTCAGCTTATGAAAATATAAGATCACTTGTTTTTTCTGTTTCTCCTATTGTATCTATGGTGGCTAGAATATATGACTCTAATCCTGGAATTCTCAGTTTGATTCTAGAAGCACCTATGAGTAGAATTCACGTAGATAATATCTCAAGAGGAGATCTTTACACTGCTCCATGGAATTACAAAGCCTTTGAAGATCCATCTCCTGATAGATATTATTTGCAAATAGAAGCAATCGATATTGCAGGAAGGTCAACTTTATCTGACTTGAGGCCATTTTCTATCAATGGTCTCACTGCAAAGGTGTCCTGGACATGGAATGAGTTCAGGGTGATGGGAGTTCAATGGGCTGCCTTATATTACCCTGTTCTCTGGTCGACTCTCTTTATAATGCTTGCAATGCTAATTCTGCCAAAAGCGATTCTTATTTTTTCGAAGAAGCAATACACTTTCAACAATTTCAAGCTCAATAAAAGCTTCCTGAATGGCATGGCATGGGTTATACAGGAGCTTAGCAAGATTCCCATGGTATGGTTCTGCATTGTAGGTTACCTAATCTACCTTATATCATTTCCATGGTTCATTGGGAAAGTCTTCACAGATGGAAAAGACTGGGGATACATGACCTATATGGGATGGGTGGTCAAAACTTCGAATGAAACAGAGAAACATAGATATATTGGTTCTCCAGATATACTGGTGGTGGTTCTTTCCCATCTTCTTTTTGTGGTTTACCCTGCTATTTTCATCATGATTGTTTTTGCTGTTGAAAGAGGAGTCTATGCGGACCATTTCCTCTCTCTTTTGGCAAAGAAAGAAGATGATTATGACTACAATAATAAGAGGTCTGAATCATTTGACTTGAAAAGCAGTGGAAGGTTTAGTTTTTGGTTTAGATGGAGGTGGATACGGAAAGTTCTTCTGATCATTTGTGCACTCGTATGTTGGAAGCATTTTTTGAATTGCAGGGTTGTTATGAAGGCTTATGAGATGAATCCTTTTCTCCACTTCCCTGTGTACTGCTTCGTAACACCATTGTTGTTGGGTTATGTTGCTTACTATACCAGAGGCATCCACTGA

Protein sequence

MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGIH*

Homology

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BLAST of Csa2G084270 vs. Swiss-Prot
Match: Y3330_ARATH (Putative metallophosphoesterase At3g03305 OS=Arabidopsis thaliana GN=At3g03305 PE=2 SV=1)

HSP 1 Score: 850.9 bits (2197), Expect = 1.1e-245
Identity = 407/706 (57.65%), Postives = 524/706 (74.22%), Query Frame = 1


Query: 43  TNRKIVDAKGAPQSLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLT 102
           + R++++A+   Q LIWVVQLSDLHFSVHHP RA+ F++ VGPALA+INPSLVLITGDLT
Sbjct: 45  SGRRVIEARTG-QDLIWVVQLSDLHFSVHHPERAIDFKNIVGPALALINPSLVLITGDLT 104

Query: 103 DGKSKDLLTMIQIEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYF 162
           DGKSKD+LTM   E+EW+EY++VM++V+ RSGL+KSIF+DLRGNHD FGVP+VG S D+F
Sbjct: 105 DGKSKDMLTMKLNEDEWLEYESVMQDVVKRSGLNKSIFYDLRGNHDNFGVPSVGSSVDFF 164

Query: 163 SNYSISGQLGRNANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDL 222
           S YSI+GQ+GR  NV ++T++  + K+LFVG D+TM +GLRGP+N+FGHPTDELL+ LD 
Sbjct: 165 SKYSINGQMGRKGNVNTITVETSERKHLFVGIDTTMHIGLRGPTNLFGHPTDELLSSLDS 224

Query: 223 ELSQWDSSATDRVTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNL 282
            LSQWD+ +   V KISFGHFPLSF+A S S KSL+DVFLKHS+SAYLCGHLH+RFGKNL
Sbjct: 225 HLSQWDNQSAKPVAKISFGHFPLSFTALSHSQKSLKDVFLKHSISAYLCGHLHSRFGKNL 284

Query: 283 KRHHHSSSNFLLQK-FFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILA 342
           KRHHHS    L     FQ N+ Q  + S +NCS  A P  EFWEWEMGDWRK+RAMRI+A
Sbjct: 285 KRHHHSGGISLSDNDLFQLNMRQSGAESTSNCSFGALPAAEFWEWEMGDWRKNRAMRIMA 344

Query: 343 IDGGHVSYVDIDFKTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVF 402
           ID GHVSYVD+DFK++ +KTI+LPTFPLDSRFMS S + ++Y+C  + SS+Y+ IR++VF
Sbjct: 345 IDRGHVSYVDLDFKSKPQKTIILPTFPLDSRFMSTSFARHKYECQHMISSSYDAIRAIVF 404

Query: 403 SVSPIVSMVARIYDSNPGILSLILEAPMSRIHVDNISRG-DLYTAPWNYKAFEDPSPDRY 462
           S S +V +VAR+YDS+PG  +L++EAPM +   D+ S G   ++ PWNY+AFEDP PDR+
Sbjct: 405 SHSLVVEVVARVYDSSPGFDNLVMEAPMRKHGGDSSSSGATFFSLPWNYRAFEDPLPDRF 464

Query: 463 YLQIEAIDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIML 522
           +LQIE  DI GR TLS++RPFSINGL++KVSWTWNEFRVMG QWAALYYP+LW  L+ + 
Sbjct: 465 WLQIEVTDIKGRLTLSEMRPFSINGLSSKVSWTWNEFRVMGCQWAALYYPILWPALYSLF 524

Query: 523 AMLILPKAILIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFP 582
            + ++PK I+I  KKQYT   F   K  +  + W++Q+L ++P+VWF  + YL YLI FP
Sbjct: 525 LVFLIPKCIIIVFKKQYTLKKFIAKKGPITLVLWILQDLCRMPVVWFGYMAYLFYLIFFP 584

Query: 583 WFIGKVFTDGKDWGYMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMI 642
           WF G+VF D  D  YMT MGWVV +S    KH YIG PD++VVV+ H++FVV P++ ++ 
Sbjct: 585 WFSGEVFADSGDRAYMTIMGWVVTSSGADRKHEYIGQPDVMVVVIPHVVFVVIPSVLVVC 644

Query: 643 VFAVERGVYADHFLSLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICA 702
               ER +Y DH  ++  KKEDD+D   K+      +S  R   +   R  RK +L+   
Sbjct: 645 CLVAEREIYKDHIRTVSGKKEDDHDRGRKK------RSQRRSLLFSNRRLFRKSVLLASL 704

Query: 703 LVCWKHFLNCRVVMKAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGI 747
            + WKHF NC  + +AYEMN  +HFP Y  V PLLL YV   T  +
Sbjct: 705 ALYWKHFKNCWALGRAYEMN-VVHFPGYSLVVPLLLLYVICKTHKV 742

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BLAST of Csa2G084270 vs. Swiss-Prot
Match: TMM62_MOUSE (Transmembrane protein 62 OS=Mus musculus GN=Tmem62 PE=2 SV=1)

HSP 1 Score: 157.1 bits (396), Expect = 7.3e-37
Identity = 145/542 (26.75%), Postives = 235/542 (43.36%), Query Frame = 1


Query: 56  SLIWVVQLSDLHFS-VHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQ 115
           ++ W +Q+SD+H S    P RAL    F    + +I P+LVL TGDLTD K+K+ L   Q
Sbjct: 54  NIFWGLQISDIHLSRFQDPGRALALEKFCSETIDIIQPALVLATGDLTDAKTKEHLGSRQ 113

Query: 116 IEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRN 175
            E EW  YQ ++++  TR  ++K+ + D++GNHD + +P++    +Y+  YS   + G  
Sbjct: 114 HEVEWQTYQRILKK--TRV-MEKTKWLDIKGNHDAYNIPSLESIANYYRKYSAVRKDGAF 173

Query: 176 ANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDR 235
            +++S    +    Y F+  D+T   G + P N FG   ++ + +L +E S+  S +   
Sbjct: 174 HHIHSTPFGN----YSFISVDATQRPGPKRPYNFFGILDEKQMEEL-VEFSKKSSQSNQ- 233

Query: 236 VTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLL 295
              I FGHF  S   S   G  +R V    S +AYLCGHLHT  G     H    +  L 
Sbjct: 234 --TIWFGHFTTSTIMSPSPG--IRTVM--GSATAYLCGHLHTLGGLMPVLHTRHFTGTL- 293

Query: 296 QKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDF 355
                                         E E+GDW+ +R  RI A D    S+ D+ F
Sbjct: 294 ------------------------------ELEVGDWKDNRRYRIFAFDHDLFSFADVTF 353

Query: 356 KTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIY 415
               K  ++L T P    +      P E   H        +IR L FS+SPI S+  +I 
Sbjct: 354 D---KWPVVLITNPKSLLYSCAKHEPLERLFHST------HIRVLAFSLSPITSVTVKID 413

Query: 416 DSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRST 475
             + G  S +               G ++   WN + +   S   + +++   D AGRS 
Sbjct: 414 GGDIGQASHL--------------SGPIFILKWNPRNY---SNGTHTIEVFVQDSAGRSR 473

Query: 476 LSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALY-----YPVLWSTLFIMLAMLILPKAI 535
                       TA   ++  E   +     A +     + ++   LF+++ ++ L   I
Sbjct: 474 ------------TAHHIFSAQEDAHLTFDPLASFILLTDHYIVARVLFVLIVLIQLTTLI 507

Query: 536 LIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTD 592
                +   +   K    F N   + +  LSKI + ++ ++   +Y +  PWF+G++  D
Sbjct: 534 TF---RYLAYPELKEPLGFANMTTFSLHILSKINISYYSVLLLTLYTVLGPWFVGEII-D 507

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BLAST of Csa2G084270 vs. Swiss-Prot
Match: TMM62_HUMAN (Transmembrane protein 62 OS=Homo sapiens GN=TMEM62 PE=1 SV=1)

HSP 1 Score: 154.5 bits (389), Expect = 4.7e-36
Identity = 148/537 (27.56%), Postives = 243/537 (45.25%), Query Frame = 1


Query: 56  SLIWVVQLSDLHFS-VHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQ 115
           ++ W +Q+SD+H S    P RA+    F    + +I P+LVL TGDLTD K+K+ L   Q
Sbjct: 54  NIFWGLQISDIHLSRFRDPGRAVDLEKFCSETIDIIQPALVLATGDLTDAKTKEQLGSRQ 113

Query: 116 IEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRN 175
            E EW  YQ ++++  TR  ++K+ + D++GNHD F +P++    +Y+  YS   + G  
Sbjct: 114 HEVEWQTYQGILKK--TRV-MEKTKWLDIKGNHDAFNIPSLDSIKNYYRKYSAVRRDGSF 173

Query: 176 ANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDR 235
             V+S    +    Y F+  D+T++ G + P N FG    + + +L L L++ +SS ++ 
Sbjct: 174 HYVHSTPFGN----YSFICVDATVNPGPKRPYNFFGILDKKKMEEL-LLLAK-ESSRSNH 233

Query: 236 VTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLL 295
              I FGHF  S   S   G  +R +    S  AYLCGHLHT  G     H         
Sbjct: 234 T--IWFGHFTTSTILSPSPG--IRSIM--SSAIAYLCGHLHTLGGLMPVLH--------- 293

Query: 296 QKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDF 355
            + FQ        G++              E E+GDW+ +R  RI A D    S+ D+ F
Sbjct: 294 TRHFQ--------GTL--------------ELEVGDWKDNRRYRIFAFDHDLFSFADLIF 353

Query: 356 KTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIY 415
               K  ++L T P    +      P E   H        +IR L FS+S I S+  +I 
Sbjct: 354 G---KWPVVLITNPKSLLYSCGEHEPLERLLHST------HIRVLAFSLSSITSVTVKID 413

Query: 416 DSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRST 475
             + G            +HV     G ++   WN + +   S   + +++   D AGRS 
Sbjct: 414 GVHLG----------QAVHVS----GPIFVLKWNPRNY---SSGTHNIEVIVQDSAGRSK 473

Query: 476 LSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSK 535
                  S++ + +        F  +        + ++   LF+++ +  L   ++IF  
Sbjct: 474 -------SVHHIFSVQENNHLSFDPLASFILRTDHYIMARVLFVLIVLSQL-TILIIFRY 507

Query: 536 KQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGK 592
           + Y     K    F+N  ++ +  LSKI + ++ ++   +Y +  PWF G++  DGK
Sbjct: 534 RGYP--ELKEPSGFINLTSFSLHVLSKINIFYYSVLLLTLYTVLGPWFFGEII-DGK 507

[Close]

BLAST of Csa2G084270 vs. TrEMBL
Match: A0A0A0LKQ4_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G084270 PE=4 SV=1)

HSP 1 Score: 1538.9 bits (3983), Expect = 0.0e+00
Identity = 747/747 (100.00%), Postives = 747/747 (100.00%), Query Frame = 1


Query: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60
           MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV
Sbjct: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60

Query: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120
           VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI
Sbjct: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120

Query: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180
           EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV
Sbjct: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180

Query: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240
           TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF
Sbjct: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240

Query: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300
           GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF
Sbjct: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300

Query: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360
           NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK
Sbjct: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360

Query: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420
           TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI
Sbjct: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420

Query: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480
           LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP
Sbjct: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480

Query: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540
           FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN
Sbjct: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540

Query: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600
           NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG
Sbjct: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600

Query: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660
           WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK
Sbjct: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660

Query: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720
           EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN
Sbjct: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720

Query: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 748
           PFLHFPVYCFVTPLLLGYVAYYTRGIH
Sbjct: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 747

[Close]

BLAST of Csa2G084270 vs. TrEMBL
Match: A0A061EY73_THECC (Calcineurin-like metallo-phosphoesterase superfamily protein OS=Theobroma cacao GN=TCM_025118 PE=4 SV=1)

HSP 1 Score: 1016.5 bits (2627), Expect = 1.6e-293
Identity = 485/746 (65.01%), Postives = 592/746 (79.36%), Query Frame = 1


Query: 5   VGNMNIFALTLCF---CFFLPFLHARPQDN-GGFSHSEPTNWTNRKIVDAKGAPQSLIWV 64
           VGNM I  L       C  +P  HA+ QD    FS        +R ++D KG P+S++WV
Sbjct: 3   VGNMGILVLIFLLFLLCLKVPTYHAQQQDQTSSFS-------PHRTVIDVKGGPESVVWV 62

Query: 65  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 124
           VQLSDLHFSVHHP+RA  F+  + PAL+MINPSLVLITGDLTDGKSKDLL M Q EEEW+
Sbjct: 63  VQLSDLHFSVHHPDRAFDFKTLLPPALSMINPSLVLITGDLTDGKSKDLLVMRQNEEEWV 122

Query: 125 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 184
           EY+N+ME+V+ RSGLDKSIF+DLRGNHD FGVP VGGSFD++S YSI+GQLGR+ +V S+
Sbjct: 123 EYKNIMEDVVKRSGLDKSIFYDLRGNHDNFGVPVVGGSFDFYSKYSINGQLGRSGHVNSI 182

Query: 185 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 244
           TLQ G++KYLFVG DSTMSVGLRGP+N+FGHPTD+LLT++DLEL+QWDS +   V KI+F
Sbjct: 183 TLQAGEQKYLFVGLDSTMSVGLRGPTNLFGHPTDQLLTEIDLELAQWDSQSAKPVNKITF 242

Query: 245 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFL-LQKFFQ 304
           GHFPLSFSASS SG++L+D+FLKHSLSAY+CGHLH+RFGKNLKRHH S+   L  QKFFQ
Sbjct: 243 GHFPLSFSASSQSGRTLKDIFLKHSLSAYICGHLHSRFGKNLKRHHLSNHLLLSSQKFFQ 302

Query: 305 FNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIK 364
           FNVHQI S  I NCS  APPV+EFWEWEMGDWRKSRAMRILAID GHVS+  IDFK+  K
Sbjct: 303 FNVHQIPSEGIKNCSFGAPPVEEFWEWEMGDWRKSRAMRILAIDRGHVSFAGIDFKSGSK 362

Query: 365 KTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPG 424
           KTI++PTFPLDSRFMS SSS NEY+C  +  S+YE +R+LVFSVSP+VS+VA+IYDS  G
Sbjct: 363 KTIIIPTFPLDSRFMSTSSSHNEYECEHMLPSSYETVRALVFSVSPVVSVVAKIYDSRYG 422

Query: 425 ILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLR 484
            L  ++EA M++ HVD  SRGDLY+ PWNYKAFEDPS DR++LQIEA DI GR+TL++LR
Sbjct: 423 NLDNVMEATMTK-HVDRSSRGDLYSVPWNYKAFEDPSADRFWLQIEATDIMGRTTLTELR 482

Query: 485 PFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTF 544
           PFS+NGL AKV WTW EF VMG QWAALYYP+LW T++ +L +L++P+A LIFS+KQ+ +
Sbjct: 483 PFSVNGLHAKVLWTWKEFFVMGCQWAALYYPILWLTMYFLLLLLLIPRAFLIFSRKQHAY 542

Query: 545 NNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYM 604
            NF   K  +NG+AWV+QEL ++P+ WF  +GYL YL+ FPWF+G+VFTDG D GYMTYM
Sbjct: 543 KNFLAAKGLINGIAWVLQELCRVPIAWFGFLGYLFYLVLFPWFVGQVFTDGGDRGYMTYM 602

Query: 605 GWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAK 664
           GWVVK+SN  +++ YIGSPDI+VVVL HL+FVV PAIF     A ER V+ D+FLS+  K
Sbjct: 603 GWVVKSSN-NKRNDYIGSPDIMVVVLPHLIFVVLPAIFFAGALAAERAVHRDNFLSISGK 662

Query: 665 KEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEM 724
           K DDY   NKRS  +D + + R  F F  RW+R +LL++C  +CWKHF NCR +MKAYEM
Sbjct: 663 KADDYGRLNKRSLRYDSRGNRRSKFHFDGRWMRSILLVLCLAICWKHFKNCRALMKAYEM 722

Query: 725 NPFLHFPVYCFVTPLLLGYVAYYTRG 746
           NP LHFPVY    P+LLGYV + T+G
Sbjct: 723 NPLLHFPVYSLGIPVLLGYVIHKTKG 739

[Close]

BLAST of Csa2G084270 vs. TrEMBL
Match: M5W891_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa002016mg PE=4 SV=1)

HSP 1 Score: 1003.4 bits (2593), Expect = 1.4e-289
Identity = 477/714 (66.81%), Postives = 571/714 (79.97%), Query Frame = 1


Query: 34  FSHSEPTNWTNRKIVDAKGAPQSLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPS 93
           F  S   + ++R+++D KG P+SL+WVVQLSDLHFSVHHP+RAL F++ VGPAL+MINPS
Sbjct: 23  FEFSSAKSSSHRRVIDVKGGPESLVWVVQLSDLHFSVHHPDRALDFKNLVGPALSMINPS 82

Query: 94  LVLITGDLTDGKSKDLLTMIQIEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVP 153
           LVLITGDLTDGKSKDLLTM Q EEEW+EYQN+ME+VI RSGLD+SIFFDLRGNHD FGVP
Sbjct: 83  LVLITGDLTDGKSKDLLTMKQNEEEWVEYQNMMEDVIKRSGLDRSIFFDLRGNHDNFGVP 142

Query: 154 TVGGSFDYFSNYSISGQLGRNANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPT 213
            +GGSFD+FS YSI+GQLGR  N+ SVTLQ G+ K+LFVG DSTMSVGLRGP+N+FGHPT
Sbjct: 143 VLGGSFDFFSKYSINGQLGRTGNINSVTLQTGERKHLFVGVDSTMSVGLRGPTNLFGHPT 202

Query: 214 DELLTDLDLELSQWDSSATDRVTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGH 273
           D+LL +LD+ELSQWDS +   ++KISFGHFPLSFSA S SGKSL+D+FL HS+SAY+CGH
Sbjct: 203 DQLLAELDMELSQWDSQSEKPLSKISFGHFPLSFSAISYSGKSLKDIFLNHSISAYICGH 262

Query: 274 LHTRFGKNLKRHHHSSSNFL-LQKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWR 333
           LHTRFGKNLKRHH  S +FL LQKFFQ NVHQ S     NCS+EAP  +EFWEWEMGDWR
Sbjct: 263 LHTRFGKNLKRHHQFSRHFLSLQKFFQLNVHQFSFHGTANCSIEAPAAREFWEWEMGDWR 322

Query: 334 KSRAMRILAIDGGHVSYVDIDFKTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSA 393
           KSRAMRILAID GHVSYVDIDF +  KKTI+LPTFPLDSRFMS SSS ++Y+CH + S  
Sbjct: 323 KSRAMRILAIDRGHVSYVDIDFMSGTKKTIILPTFPLDSRFMSTSSSHHKYECHAMVS-- 382

Query: 394 YENIRSLVFSVSPIVSMVARIYDSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAF 453
           YE +R+LVFSVSPIVS++ RIYDS PG L+L+ EAPM ++ VDN SRGDLY APWNY+AF
Sbjct: 383 YETVRALVFSVSPIVSVMTRIYDSRPGYLNLVFEAPMRKL-VDNTSRGDLYVAPWNYRAF 442

Query: 454 EDPSPDRYYLQIEAIDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVL 513
           EDP P+RY+LQIEA D  GRST +DLRPFSINGL+  +SWTW EF VMG QWAALYYP+ 
Sbjct: 443 EDPIPNRYWLQIEATDFMGRSTSTDLRPFSINGLSTMISWTWKEFMVMGCQWAALYYPMF 502

Query: 514 WSTLFIMLAMLILPKAILIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGY 573
           W  ++ +L++L++PKA+LIFS + +T+     NK FLNG+ +V+QEL ++P  WF  +GY
Sbjct: 503 WCAVYFILSILLIPKALLIFSIRHFTYK----NKGFLNGIGFVLQELCRVPFTWFGFLGY 562

Query: 574 LIYLISFPWFIGKVFTDGKDWGYMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVV 633
           L YLI FPWF GKVFTDGKD GYMTYMGWVVK+ N+  KH Y GSPDI+VVVL HL FVV
Sbjct: 563 LFYLILFPWFFGKVFTDGKDKGYMTYMGWVVKSFNQKGKHEYAGSPDIMVVVLPHLFFVV 622

Query: 634 YPAIFIMIVFAVERGVYADHFLSLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIR 693
           +PAI +    A E+ +  + FLSL  KKEDDYD   + S  +D + S + +     RWIR
Sbjct: 623 FPAILLTGALATEKQISREKFLSLTGKKEDDYDQEERSSLWYDYQGSRKSNSCVGNRWIR 682

Query: 694 KVLLIICALVCWKHFLNCRVVMKAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGI 747
           KVLL++C  VCWKHF+NCR ++KAYEMNP L+FP Y    PL L Y  Y TR I
Sbjct: 683 KVLLVLCLAVCWKHFMNCRALIKAYEMNPILNFPGYSLTIPLQLAYTVYKTRSI 729

[Close]

BLAST of Csa2G084270 vs. TrEMBL
Match: W9S3B1_9ROSA (Uncharacterized protein OS=Morus notabilis GN=L484_003555 PE=4 SV=1)

HSP 1 Score: 1003.0 bits (2592), Expect = 1.9e-289
Identity = 480/752 (63.83%), Postives = 587/752 (78.06%), Query Frame = 1


Query: 5   VGNMNIFALTLCFCFFLPFLHA---------RPQDNGGFSHSEPTNWTNRKIVDAKGAPQ 64
           +G +  +AL L     +P  HA         R +++   S S+P N  +R+I+D KG P 
Sbjct: 1   MGKLETWALILVL--LVPLSHANATTPDQQVRGEEDKSSSSSKPNNRNSRRIIDVKGGPD 60

Query: 65  SLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQI 124
           S++WVVQLSDLHFSVHHP+RAL F++FVGPAL+ INPSLVLITGDLTDGKSKDLLTM   
Sbjct: 61  SVVWVVQLSDLHFSVHHPDRALHFKEFVGPALSFINPSLVLITGDLTDGKSKDLLTMKIN 120

Query: 125 EEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNA 184
           E+EW+EYQNVME+V+ RSGLDKSIFFDLRGNHD FGVP VGGS D+FS YSI+GQLGRN 
Sbjct: 121 EDEWLEYQNVMEDVVKRSGLDKSIFFDLRGNHDNFGVPVVGGSIDFFSKYSINGQLGRNK 180

Query: 185 NVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRV 244
           NV SVTLQ  ++K+LFVG DSTM+VGLRGP+N+FGHPTD+LL +LD+ELSQWDS +T  +
Sbjct: 181 NVNSVTLQTAEQKHLFVGIDSTMTVGLRGPTNLFGHPTDQLLAELDMELSQWDSQSTKPI 240

Query: 245 TKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNF-LL 304
            KISFGHFPLSFSASS SGKSL+DVFL HSLSAYLCGHLHTRFGKNLK HH S  +   L
Sbjct: 241 IKISFGHFPLSFSASSSSGKSLKDVFLNHSLSAYLCGHLHTRFGKNLKHHHQSDHHVTFL 300

Query: 305 QKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDF 364
           QKFFQFN H ++ G I NCS    P++EFWEWEMGDWRKSRAMRILAID G VSY+DID 
Sbjct: 301 QKFFQFNPHGVNYGDIVNCSTGVAPIKEFWEWEMGDWRKSRAMRILAIDRGQVSYLDIDL 360

Query: 365 KTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIY 424
           K   KKTI+LPTFPLDSRFMS SSS ++Y+C  +  S+YE +R+LVFSVSPIVS++ARIY
Sbjct: 361 KLGGKKTIILPTFPLDSRFMSTSSSHHKYECQVMVPSSYETVRALVFSVSPIVSVIARIY 420

Query: 425 DSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRST 484
           D +PG L+L++E PM +I  +N SRGDLY APWNY AF+DP+PDRY+LQIEAID+  RST
Sbjct: 421 DLSPGNLNLVMETPMHKIE-ENNSRGDLYVAPWNYGAFDDPAPDRYWLQIEAIDVMRRST 480

Query: 485 LSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSK 544
           L+DLRPFSINGL  KVSWTW EF+VMG QWAALYYP+LWS L+ ML++LI+ KA+LIFS 
Sbjct: 481 LTDLRPFSINGLNTKVSWTWTEFKVMGCQWAALYYPILWSALYFMLSILIIAKALLIFSN 540

Query: 545 KQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWG 604
           +++T+ +F  +KS  N + W++QE  K+P+VWF ++GYL+YL+SFPWFIGKVFT+G++ G
Sbjct: 541 RRFTYKDFVAHKSLKNCIGWILQEFCKVPIVWFGLLGYLVYLMSFPWFIGKVFTNGENRG 600

Query: 605 YMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFL 664
           YMTYMGW V + NE EKH Y+G PDI+VVV+ HL + V P+I +    A E+ +Y DHFL
Sbjct: 601 YMTYMGWAVGSFNEREKHEYVGFPDIMVVVIPHLFYAVLPSILVTGFLAAEKSIYWDHFL 660

Query: 665 SLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVM 724
           S+  KKEDD   NN+   S         +     RWIRKVLL++C  +CWKHF+NCR ++
Sbjct: 661 SVTGKKEDD---NNREEIS---------NSCIAMRWIRKVLLLVCLAICWKHFMNCRALV 720

Query: 725 KAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGI 747
           KAYEMNP LH PVY F  PLLL +  Y TR +
Sbjct: 721 KAYEMNPILHCPVYSFAIPLLLAFAVYKTRSL 737

[Close]

BLAST of Csa2G084270 vs. TrEMBL
Match: A0A067JSP8_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_18070 PE=4 SV=1)

HSP 1 Score: 989.9 bits (2558), Expect = 1.6e-285
Identity = 473/725 (65.24%), Postives = 576/725 (79.45%), Query Frame = 1


Query: 24  LHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWVVQLSDLHFSVHHPNRALQFRDFV 83
           L A+ ++      S+P  W + K+++ KG P+S+IWVVQLSDLHFSVHHP+RAL F+ FV
Sbjct: 20  LAAQQEEAEQLVSSQPKQWES-KVIEVKGGPESVIWVVQLSDLHFSVHHPDRALDFKKFV 79

Query: 84  GPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWIEYQNVMEEVITRSGLDKSIFFDL 143
           GPAL MINP LVLITGDLTDGKS+DLL M Q E+EW+EYQNVM++V+ RSGLDK+IF+DL
Sbjct: 80  GPALQMINPCLVLITGDLTDGKSEDLLIMKQNEDEWLEYQNVMQDVVKRSGLDKNIFYDL 139

Query: 144 RGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSVTLQDGQEKYLFVGFDSTMSVGLR 203
           RGNHD FGVP  GGSFD+FS YSI+GQLGR+ NV SVT++ G+ K+LFVG D+TMSVGLR
Sbjct: 140 RGNHDNFGVPVAGGSFDFFSKYSINGQLGRSGNVNSVTVETGKRKHLFVGLDTTMSVGLR 199

Query: 204 GPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISFGHFPLSFSASSLSGKSLRDVFLK 263
           GP+N+FGHPTD++LT +D +LSQWD      VTKISFGHFPLSFS SS SGKSL+D+FL 
Sbjct: 200 GPTNLFGHPTDQILTQIDSQLSQWDLQ-NKPVTKISFGHFPLSFSGSSHSGKSLKDIFLN 259

Query: 264 HSLSAYLCGHLHTRFGKNLKRHHHSSSNFLL-QKFFQFNVHQISSGSITNCSLEAPPVQE 323
            SLS YLCGHLHTRFGKNLKRHH S  NFL  Q  FQFN+HQI  GS  NCS  A P +E
Sbjct: 260 QSLSVYLCGHLHTRFGKNLKRHHQSIQNFLSSQNLFQFNMHQIPFGSYKNCSFGALPPEE 319

Query: 324 FWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKKTILLPTFPLDSRFMSRSSSPNE 383
           FWEWEMGDWRKSRAMRI+AID GHVSY+DIDFK+  KKTI+LPTFPLDSRFMS SS   +
Sbjct: 320 FWEWEMGDWRKSRAMRIMAIDRGHVSYLDIDFKSGAKKTIVLPTFPLDSRFMSASSWHQK 379

Query: 384 YKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGILSLILEAPMSRIHVDNISRGDL 443
           Y+C  +  S+YE +R LVFSV PIVS+VARIYD+ PG L+L+LE  M++I  D +S GD 
Sbjct: 380 YECQHMVPSSYETVRVLVFSVFPIVSVVARIYDAIPGTLNLVLETSMTKIEGD-MSGGDF 439

Query: 444 YTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGV 503
           Y APWNY+AFEDPSPDR++LQIEAIDI GRSTL++LRPFS+NGL A+VSWTW EF VMG 
Sbjct: 440 YAAPWNYRAFEDPSPDRFWLQIEAIDIMGRSTLTELRPFSVNGLYAEVSWTWKEFFVMGC 499

Query: 504 QWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKI 563
           QWAALYYP+ WST++++  +L++PK +LIFS+KQY++ +F + K FLNG+ WV+QEL  +
Sbjct: 500 QWAALYYPIFWSTVYLIFLILLIPKVLLIFSRKQYSYKSFIVGKGFLNGIIWVLQELCWL 559

Query: 564 PMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMGWVVKTSNETEKHRYIGSPDILV 623
           P+VWF  +GYLIYL+S PWFIG+VFTDG D GYMTYMGWVV++ N +++H YIG PDI+V
Sbjct: 560 PIVWFGTLGYLIYLLSCPWFIGQVFTDGGDRGYMTYMGWVVRSPNNSKRHEYIGFPDIMV 619

Query: 624 VVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKKE-DDYDYNNKRSESFDLKSSGR 683
           VVL HLLFVV PAIF+    A ERG++ +HFLSL  KKE DD  + NK+S+  D +   +
Sbjct: 620 VVLPHLLFVVLPAIFVAGALAAERGMHKEHFLSLSRKKEDDDSSWKNKKSQLNDNRGGRQ 679

Query: 684 FSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMNPFLHFPVYCFVTPLLLGYVAY 743
              +F  RWIRK LL+IC  +CWKHF+NCR +MKAYEMNP  HFP Y    P+LL Y AY
Sbjct: 680 PKIYFGRRWIRKFLLVICLAICWKHFMNCRALMKAYEMNPLFHFPAYGLAIPVLLAYTAY 739

Query: 744 YTRGI 747
            T  I
Sbjct: 740 RTMRI 741

[Close]

BLAST of Csa2G084270 vs. TAIR10
Match: AT3G03305.1 (AT3G03305.1 Calcineurin-like metallo-phosphoesterase superfamily protein)

HSP 1 Score: 850.9 bits (2197), Expect = 6.0e-247
Identity = 407/706 (57.65%), Postives = 524/706 (74.22%), Query Frame = 1


Query: 43  TNRKIVDAKGAPQSLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLT 102
           + R++++A+   Q LIWVVQLSDLHFSVHHP RA+ F++ VGPALA+INPSLVLITGDLT
Sbjct: 45  SGRRVIEARTG-QDLIWVVQLSDLHFSVHHPERAIDFKNIVGPALALINPSLVLITGDLT 104

Query: 103 DGKSKDLLTMIQIEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYF 162
           DGKSKD+LTM   E+EW+EY++VM++V+ RSGL+KSIF+DLRGNHD FGVP+VG S D+F
Sbjct: 105 DGKSKDMLTMKLNEDEWLEYESVMQDVVKRSGLNKSIFYDLRGNHDNFGVPSVGSSVDFF 164

Query: 163 SNYSISGQLGRNANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDL 222
           S YSI+GQ+GR  NV ++T++  + K+LFVG D+TM +GLRGP+N+FGHPTDELL+ LD 
Sbjct: 165 SKYSINGQMGRKGNVNTITVETSERKHLFVGIDTTMHIGLRGPTNLFGHPTDELLSSLDS 224

Query: 223 ELSQWDSSATDRVTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNL 282
            LSQWD+ +   V KISFGHFPLSF+A S S KSL+DVFLKHS+SAYLCGHLH+RFGKNL
Sbjct: 225 HLSQWDNQSAKPVAKISFGHFPLSFTALSHSQKSLKDVFLKHSISAYLCGHLHSRFGKNL 284

Query: 283 KRHHHSSSNFLLQK-FFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILA 342
           KRHHHS    L     FQ N+ Q  + S +NCS  A P  EFWEWEMGDWRK+RAMRI+A
Sbjct: 285 KRHHHSGGISLSDNDLFQLNMRQSGAESTSNCSFGALPAAEFWEWEMGDWRKNRAMRIMA 344

Query: 343 IDGGHVSYVDIDFKTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVF 402
           ID GHVSYVD+DFK++ +KTI+LPTFPLDSRFMS S + ++Y+C  + SS+Y+ IR++VF
Sbjct: 345 IDRGHVSYVDLDFKSKPQKTIILPTFPLDSRFMSTSFARHKYECQHMISSSYDAIRAIVF 404

Query: 403 SVSPIVSMVARIYDSNPGILSLILEAPMSRIHVDNISRG-DLYTAPWNYKAFEDPSPDRY 462
           S S +V +VAR+YDS+PG  +L++EAPM +   D+ S G   ++ PWNY+AFEDP PDR+
Sbjct: 405 SHSLVVEVVARVYDSSPGFDNLVMEAPMRKHGGDSSSSGATFFSLPWNYRAFEDPLPDRF 464

Query: 463 YLQIEAIDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIML 522
           +LQIE  DI GR TLS++RPFSINGL++KVSWTWNEFRVMG QWAALYYP+LW  L+ + 
Sbjct: 465 WLQIEVTDIKGRLTLSEMRPFSINGLSSKVSWTWNEFRVMGCQWAALYYPILWPALYSLF 524

Query: 523 AMLILPKAILIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFP 582
            + ++PK I+I  KKQYT   F   K  +  + W++Q+L ++P+VWF  + YL YLI FP
Sbjct: 525 LVFLIPKCIIIVFKKQYTLKKFIAKKGPITLVLWILQDLCRMPVVWFGYMAYLFYLIFFP 584

Query: 583 WFIGKVFTDGKDWGYMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMI 642
           WF G+VF D  D  YMT MGWVV +S    KH YIG PD++VVV+ H++FVV P++ ++ 
Sbjct: 585 WFSGEVFADSGDRAYMTIMGWVVTSSGADRKHEYIGQPDVMVVVIPHVVFVVIPSVLVVC 644

Query: 643 VFAVERGVYADHFLSLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICA 702
               ER +Y DH  ++  KKEDD+D   K+      +S  R   +   R  RK +L+   
Sbjct: 645 CLVAEREIYKDHIRTVSGKKEDDHDRGRKK------RSQRRSLLFSNRRLFRKSVLLASL 704

Query: 703 LVCWKHFLNCRVVMKAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGI 747
            + WKHF NC  + +AYEMN  +HFP Y  V PLLL YV   T  +
Sbjct: 705 ALYWKHFKNCWALGRAYEMN-VVHFPGYSLVVPLLLLYVICKTHKV 742

[Close]

BLAST of Csa2G084270 vs. NCBI nr
Match: gi|778668049|ref|XP_011649029.1| (PREDICTED: putative metallophosphoesterase At3g03305 [Cucumis sativus])

HSP 1 Score: 1538.9 bits (3983), Expect = 0.0e+00
Identity = 747/747 (100.00%), Postives = 747/747 (100.00%), Query Frame = 1


Query: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60
           MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV
Sbjct: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60

Query: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120
           VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI
Sbjct: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120

Query: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180
           EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV
Sbjct: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180

Query: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240
           TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF
Sbjct: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240

Query: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300
           GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF
Sbjct: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300

Query: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360
           NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK
Sbjct: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360

Query: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420
           TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI
Sbjct: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420

Query: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480
           LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP
Sbjct: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480

Query: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540
           FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN
Sbjct: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540

Query: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600
           NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG
Sbjct: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600

Query: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660
           WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK
Sbjct: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660

Query: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720
           EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN
Sbjct: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720

Query: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 748
           PFLHFPVYCFVTPLLLGYVAYYTRGIH
Sbjct: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 747

[Close]

BLAST of Csa2G084270 vs. NCBI nr
Match: gi|659082304|ref|XP_008441771.1| (PREDICTED: LOW QUALITY PROTEIN: putative metallophosphoesterase At3g03305 [Cucumis melo])

HSP 1 Score: 1441.4 bits (3730), Expect = 0.0e+00
Identity = 702/747 (93.98%), Postives = 722/747 (96.65%), Query Frame = 1


Query: 1   MLKRVGNMNIFALTLCFCFFLPFLHARPQDNGGFSHSEPTNWTNRKIVDAKGAPQSLIWV 60
           MLKR   MNIFALTL FCFFLPFL+AR Q+N GFSHSEPTNWTNRKIVDAKG PQSLIWV
Sbjct: 1   MLKRGRKMNIFALTLVFCFFLPFLYARLQENDGFSHSEPTNWTNRKIVDAKGGPQSLIWV 60

Query: 61  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120
           VQLSDLHFSVHHP+RALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI
Sbjct: 61  VQLSDLHFSVHHPDRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 120

Query: 121 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180
           EYQNVMEEVIT+SGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV
Sbjct: 121 EYQNVMEEVITQSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 180

Query: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 240
           TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTD+LLTDLDLELSQWDSSATD VTKISF
Sbjct: 181 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDQLLTDLDLELSQWDSSATDPVTKISF 240

Query: 241 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFLLQKFFQF 300
           GHFPLSFSASSLSGKSLRD+FLKHSLSAYLCGHLHTRFGKNLKRHHHS+S FLLQKFFQF
Sbjct: 241 GHFPLSFSASSLSGKSLRDIFLKHSLSAYLCGHLHTRFGKNLKRHHHSNS-FLLQKFFQF 300

Query: 301 NVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIKK 360
           NVH+ISSGSI NCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGG+VSYVDIDFKTEIKK
Sbjct: 301 NVHEISSGSIPNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGYVSYVDIDFKTEIKK 360

Query: 361 TILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPGI 420
           TILLPTFPLDSRFMSRSSSP EYKCHFVASSAYENIRSL FS S IVS+VARIYDSNPG 
Sbjct: 361 TILLPTFPLDSRFMSRSSSPYEYKCHFVASSAYENIRSLXFSSSSIVSVVARIYDSNPGT 420

Query: 421 LSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480
           LSLILEAPMSR+ VDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP
Sbjct: 421 LSLILEAPMSRMPVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLRP 480

Query: 481 FSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTFN 540
           FSINGLTAKVSWTWNEFRVMG+QWAALYYPVLWSTLFIML+MLILPKAILIFSKKQYT+N
Sbjct: 481 FSINGLTAKVSWTWNEFRVMGIQWAALYYPVLWSTLFIMLSMLILPKAILIFSKKQYTYN 540

Query: 541 NFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600
           N KLN+SFLN MAW IQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG
Sbjct: 541 NLKLNRSFLNCMAWAIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYMG 600

Query: 601 WVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAKK 660
           WVVKTSN++EK+RYIGSPDILVVVLSHLLFVVYPAIFIM+V AVERGVY DHFLSLLAKK
Sbjct: 601 WVVKTSNKSEKYRYIGSPDILVVVLSHLLFVVYPAIFIMVVIAVERGVYVDHFLSLLAKK 660

Query: 661 EDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEMN 720
           EDDYDYNNKR ESFDLKSSGRFSF FRWRWIRK LLIICALVCWKHFLNCR VMKAYEMN
Sbjct: 661 EDDYDYNNKRPESFDLKSSGRFSFLFRWRWIRKFLLIICALVCWKHFLNCRAVMKAYEMN 720

Query: 721 PFLHFPVYCFVTPLLLGYVAYYTRGIH 748
           PFLHFPVYCFVTPLLLGYVAY+TRGIH
Sbjct: 721 PFLHFPVYCFVTPLLLGYVAYHTRGIH 746

[Close]

BLAST of Csa2G084270 vs. NCBI nr
Match: gi|590637815|ref|XP_007029224.1| (Calcineurin-like metallo-phosphoesterase superfamily protein [Theobroma cacao])

HSP 1 Score: 1016.5 bits (2627), Expect = 2.3e-293
Identity = 485/746 (65.01%), Postives = 592/746 (79.36%), Query Frame = 1


Query: 5   VGNMNIFALTLCF---CFFLPFLHARPQDN-GGFSHSEPTNWTNRKIVDAKGAPQSLIWV 64
           VGNM I  L       C  +P  HA+ QD    FS        +R ++D KG P+S++WV
Sbjct: 3   VGNMGILVLIFLLFLLCLKVPTYHAQQQDQTSSFS-------PHRTVIDVKGGPESVVWV 62

Query: 65  VQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQIEEEWI 124
           VQLSDLHFSVHHP+RA  F+  + PAL+MINPSLVLITGDLTDGKSKDLL M Q EEEW+
Sbjct: 63  VQLSDLHFSVHHPDRAFDFKTLLPPALSMINPSLVLITGDLTDGKSKDLLVMRQNEEEWV 122

Query: 125 EYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNANVYSV 184
           EY+N+ME+V+ RSGLDKSIF+DLRGNHD FGVP VGGSFD++S YSI+GQLGR+ +V S+
Sbjct: 123 EYKNIMEDVVKRSGLDKSIFYDLRGNHDNFGVPVVGGSFDFYSKYSINGQLGRSGHVNSI 182

Query: 185 TLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRVTKISF 244
           TLQ G++KYLFVG DSTMSVGLRGP+N+FGHPTD+LLT++DLEL+QWDS +   V KI+F
Sbjct: 183 TLQAGEQKYLFVGLDSTMSVGLRGPTNLFGHPTDQLLTEIDLELAQWDSQSAKPVNKITF 242

Query: 245 GHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNFL-LQKFFQ 304
           GHFPLSFSASS SG++L+D+FLKHSLSAY+CGHLH+RFGKNLKRHH S+   L  QKFFQ
Sbjct: 243 GHFPLSFSASSQSGRTLKDIFLKHSLSAYICGHLHSRFGKNLKRHHLSNHLLLSSQKFFQ 302

Query: 305 FNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDFKTEIK 364
           FNVHQI S  I NCS  APPV+EFWEWEMGDWRKSRAMRILAID GHVS+  IDFK+  K
Sbjct: 303 FNVHQIPSEGIKNCSFGAPPVEEFWEWEMGDWRKSRAMRILAIDRGHVSFAGIDFKSGSK 362

Query: 365 KTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIYDSNPG 424
           KTI++PTFPLDSRFMS SSS NEY+C  +  S+YE +R+LVFSVSP+VS+VA+IYDS  G
Sbjct: 363 KTIIIPTFPLDSRFMSTSSSHNEYECEHMLPSSYETVRALVFSVSPVVSVVAKIYDSRYG 422

Query: 425 ILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRSTLSDLR 484
            L  ++EA M++ HVD  SRGDLY+ PWNYKAFEDPS DR++LQIEA DI GR+TL++LR
Sbjct: 423 NLDNVMEATMTK-HVDRSSRGDLYSVPWNYKAFEDPSADRFWLQIEATDIMGRTTLTELR 482

Query: 485 PFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSKKQYTF 544
           PFS+NGL AKV WTW EF VMG QWAALYYP+LW T++ +L +L++P+A LIFS+KQ+ +
Sbjct: 483 PFSVNGLHAKVLWTWKEFFVMGCQWAALYYPILWLTMYFLLLLLLIPRAFLIFSRKQHAY 542

Query: 545 NNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWGYMTYM 604
            NF   K  +NG+AWV+QEL ++P+ WF  +GYL YL+ FPWF+G+VFTDG D GYMTYM
Sbjct: 543 KNFLAAKGLINGIAWVLQELCRVPIAWFGFLGYLFYLVLFPWFVGQVFTDGGDRGYMTYM 602

Query: 605 GWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFLSLLAK 664
           GWVVK+SN  +++ YIGSPDI+VVVL HL+FVV PAIF     A ER V+ D+FLS+  K
Sbjct: 603 GWVVKSSN-NKRNDYIGSPDIMVVVLPHLIFVVLPAIFFAGALAAERAVHRDNFLSISGK 662

Query: 665 KEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVMKAYEM 724
           K DDY   NKRS  +D + + R  F F  RW+R +LL++C  +CWKHF NCR +MKAYEM
Sbjct: 663 KADDYGRLNKRSLRYDSRGNRRSKFHFDGRWMRSILLVLCLAICWKHFKNCRALMKAYEM 722

Query: 725 NPFLHFPVYCFVTPLLLGYVAYYTRG 746
           NP LHFPVY    P+LLGYV + T+G
Sbjct: 723 NPLLHFPVYSLGIPVLLGYVIHKTKG 739

[Close]

BLAST of Csa2G084270 vs. NCBI nr
Match: gi|595842075|ref|XP_007208342.1| (hypothetical protein PRUPE_ppa002016mg [Prunus persica])

HSP 1 Score: 1003.4 bits (2593), Expect = 2.0e-289
Identity = 477/714 (66.81%), Postives = 571/714 (79.97%), Query Frame = 1


Query: 34  FSHSEPTNWTNRKIVDAKGAPQSLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPS 93
           F  S   + ++R+++D KG P+SL+WVVQLSDLHFSVHHP+RAL F++ VGPAL+MINPS
Sbjct: 23  FEFSSAKSSSHRRVIDVKGGPESLVWVVQLSDLHFSVHHPDRALDFKNLVGPALSMINPS 82

Query: 94  LVLITGDLTDGKSKDLLTMIQIEEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVP 153
           LVLITGDLTDGKSKDLLTM Q EEEW+EYQN+ME+VI RSGLD+SIFFDLRGNHD FGVP
Sbjct: 83  LVLITGDLTDGKSKDLLTMKQNEEEWVEYQNMMEDVIKRSGLDRSIFFDLRGNHDNFGVP 142

Query: 154 TVGGSFDYFSNYSISGQLGRNANVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPT 213
            +GGSFD+FS YSI+GQLGR  N+ SVTLQ G+ K+LFVG DSTMSVGLRGP+N+FGHPT
Sbjct: 143 VLGGSFDFFSKYSINGQLGRTGNINSVTLQTGERKHLFVGVDSTMSVGLRGPTNLFGHPT 202

Query: 214 DELLTDLDLELSQWDSSATDRVTKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGH 273
           D+LL +LD+ELSQWDS +   ++KISFGHFPLSFSA S SGKSL+D+FL HS+SAY+CGH
Sbjct: 203 DQLLAELDMELSQWDSQSEKPLSKISFGHFPLSFSAISYSGKSLKDIFLNHSISAYICGH 262

Query: 274 LHTRFGKNLKRHHHSSSNFL-LQKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWR 333
           LHTRFGKNLKRHH  S +FL LQKFFQ NVHQ S     NCS+EAP  +EFWEWEMGDWR
Sbjct: 263 LHTRFGKNLKRHHQFSRHFLSLQKFFQLNVHQFSFHGTANCSIEAPAAREFWEWEMGDWR 322

Query: 334 KSRAMRILAIDGGHVSYVDIDFKTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSA 393
           KSRAMRILAID GHVSYVDIDF +  KKTI+LPTFPLDSRFMS SSS ++Y+CH + S  
Sbjct: 323 KSRAMRILAIDRGHVSYVDIDFMSGTKKTIILPTFPLDSRFMSTSSSHHKYECHAMVS-- 382

Query: 394 YENIRSLVFSVSPIVSMVARIYDSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAF 453
           YE +R+LVFSVSPIVS++ RIYDS PG L+L+ EAPM ++ VDN SRGDLY APWNY+AF
Sbjct: 383 YETVRALVFSVSPIVSVMTRIYDSRPGYLNLVFEAPMRKL-VDNTSRGDLYVAPWNYRAF 442

Query: 454 EDPSPDRYYLQIEAIDIAGRSTLSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVL 513
           EDP P+RY+LQIEA D  GRST +DLRPFSINGL+  +SWTW EF VMG QWAALYYP+ 
Sbjct: 443 EDPIPNRYWLQIEATDFMGRSTSTDLRPFSINGLSTMISWTWKEFMVMGCQWAALYYPMF 502

Query: 514 WSTLFIMLAMLILPKAILIFSKKQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGY 573
           W  ++ +L++L++PKA+LIFS + +T+     NK FLNG+ +V+QEL ++P  WF  +GY
Sbjct: 503 WCAVYFILSILLIPKALLIFSIRHFTYK----NKGFLNGIGFVLQELCRVPFTWFGFLGY 562

Query: 574 LIYLISFPWFIGKVFTDGKDWGYMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVV 633
           L YLI FPWF GKVFTDGKD GYMTYMGWVVK+ N+  KH Y GSPDI+VVVL HL FVV
Sbjct: 563 LFYLILFPWFFGKVFTDGKDKGYMTYMGWVVKSFNQKGKHEYAGSPDIMVVVLPHLFFVV 622

Query: 634 YPAIFIMIVFAVERGVYADHFLSLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIR 693
           +PAI +    A E+ +  + FLSL  KKEDDYD   + S  +D + S + +     RWIR
Sbjct: 623 FPAILLTGALATEKQISREKFLSLTGKKEDDYDQEERSSLWYDYQGSRKSNSCVGNRWIR 682

Query: 694 KVLLIICALVCWKHFLNCRVVMKAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGI 747
           KVLL++C  VCWKHF+NCR ++KAYEMNP L+FP Y    PL L Y  Y TR I
Sbjct: 683 KVLLVLCLAVCWKHFMNCRALIKAYEMNPILNFPGYSLTIPLQLAYTVYKTRSI 729

[Close]

BLAST of Csa2G084270 vs. NCBI nr
Match: gi|703138925|ref|XP_010106852.1| (hypothetical protein L484_003555 [Morus notabilis])

HSP 1 Score: 1003.0 bits (2592), Expect = 2.7e-289
Identity = 480/752 (63.83%), Postives = 587/752 (78.06%), Query Frame = 1


Query: 5   VGNMNIFALTLCFCFFLPFLHA---------RPQDNGGFSHSEPTNWTNRKIVDAKGAPQ 64
           +G +  +AL L     +P  HA         R +++   S S+P N  +R+I+D KG P 
Sbjct: 1   MGKLETWALILVL--LVPLSHANATTPDQQVRGEEDKSSSSSKPNNRNSRRIIDVKGGPD 60

Query: 65  SLIWVVQLSDLHFSVHHPNRALQFRDFVGPALAMINPSLVLITGDLTDGKSKDLLTMIQI 124
           S++WVVQLSDLHFSVHHP+RAL F++FVGPAL+ INPSLVLITGDLTDGKSKDLLTM   
Sbjct: 61  SVVWVVQLSDLHFSVHHPDRALHFKEFVGPALSFINPSLVLITGDLTDGKSKDLLTMKIN 120

Query: 125 EEEWIEYQNVMEEVITRSGLDKSIFFDLRGNHDKFGVPTVGGSFDYFSNYSISGQLGRNA 184
           E+EW+EYQNVME+V+ RSGLDKSIFFDLRGNHD FGVP VGGS D+FS YSI+GQLGRN 
Sbjct: 121 EDEWLEYQNVMEDVVKRSGLDKSIFFDLRGNHDNFGVPVVGGSIDFFSKYSINGQLGRNK 180

Query: 185 NVYSVTLQDGQEKYLFVGFDSTMSVGLRGPSNVFGHPTDELLTDLDLELSQWDSSATDRV 244
           NV SVTLQ  ++K+LFVG DSTM+VGLRGP+N+FGHPTD+LL +LD+ELSQWDS +T  +
Sbjct: 181 NVNSVTLQTAEQKHLFVGIDSTMTVGLRGPTNLFGHPTDQLLAELDMELSQWDSQSTKPI 240

Query: 245 TKISFGHFPLSFSASSLSGKSLRDVFLKHSLSAYLCGHLHTRFGKNLKRHHHSSSNF-LL 304
            KISFGHFPLSFSASS SGKSL+DVFL HSLSAYLCGHLHTRFGKNLK HH S  +   L
Sbjct: 241 IKISFGHFPLSFSASSSSGKSLKDVFLNHSLSAYLCGHLHTRFGKNLKHHHQSDHHVTFL 300

Query: 305 QKFFQFNVHQISSGSITNCSLEAPPVQEFWEWEMGDWRKSRAMRILAIDGGHVSYVDIDF 364
           QKFFQFN H ++ G I NCS    P++EFWEWEMGDWRKSRAMRILAID G VSY+DID 
Sbjct: 301 QKFFQFNPHGVNYGDIVNCSTGVAPIKEFWEWEMGDWRKSRAMRILAIDRGQVSYLDIDL 360

Query: 365 KTEIKKTILLPTFPLDSRFMSRSSSPNEYKCHFVASSAYENIRSLVFSVSPIVSMVARIY 424
           K   KKTI+LPTFPLDSRFMS SSS ++Y+C  +  S+YE +R+LVFSVSPIVS++ARIY
Sbjct: 361 KLGGKKTIILPTFPLDSRFMSTSSSHHKYECQVMVPSSYETVRALVFSVSPIVSVIARIY 420

Query: 425 DSNPGILSLILEAPMSRIHVDNISRGDLYTAPWNYKAFEDPSPDRYYLQIEAIDIAGRST 484
           D +PG L+L++E PM +I  +N SRGDLY APWNY AF+DP+PDRY+LQIEAID+  RST
Sbjct: 421 DLSPGNLNLVMETPMHKIE-ENNSRGDLYVAPWNYGAFDDPAPDRYWLQIEAIDVMRRST 480

Query: 485 LSDLRPFSINGLTAKVSWTWNEFRVMGVQWAALYYPVLWSTLFIMLAMLILPKAILIFSK 544
           L+DLRPFSINGL  KVSWTW EF+VMG QWAALYYP+LWS L+ ML++LI+ KA+LIFS 
Sbjct: 481 LTDLRPFSINGLNTKVSWTWTEFKVMGCQWAALYYPILWSALYFMLSILIIAKALLIFSN 540

Query: 545 KQYTFNNFKLNKSFLNGMAWVIQELSKIPMVWFCIVGYLIYLISFPWFIGKVFTDGKDWG 604
           +++T+ +F  +KS  N + W++QE  K+P+VWF ++GYL+YL+SFPWFIGKVFT+G++ G
Sbjct: 541 RRFTYKDFVAHKSLKNCIGWILQEFCKVPIVWFGLLGYLVYLMSFPWFIGKVFTNGENRG 600

Query: 605 YMTYMGWVVKTSNETEKHRYIGSPDILVVVLSHLLFVVYPAIFIMIVFAVERGVYADHFL 664
           YMTYMGW V + NE EKH Y+G PDI+VVV+ HL + V P+I +    A E+ +Y DHFL
Sbjct: 601 YMTYMGWAVGSFNEREKHEYVGFPDIMVVVIPHLFYAVLPSILVTGFLAAEKSIYWDHFL 660

Query: 665 SLLAKKEDDYDYNNKRSESFDLKSSGRFSFWFRWRWIRKVLLIICALVCWKHFLNCRVVM 724
           S+  KKEDD   NN+   S         +     RWIRKVLL++C  +CWKHF+NCR ++
Sbjct: 661 SVTGKKEDD---NNREEIS---------NSCIAMRWIRKVLLLVCLAICWKHFMNCRALV 720

Query: 725 KAYEMNPFLHFPVYCFVTPLLLGYVAYYTRGI 747
           KAYEMNP LH PVY F  PLLL +  Y TR +
Sbjct: 721 KAYEMNPILHCPVYSFAIPLLLAFAVYKTRSL 737

The following BLAST results are available for this feature:

BLAST of Csa2G084270 vs. Swiss-Prot


Match Name	E-value	Identity	Description
Y3330_ARATH	1.1e-245	57.65	Putative metallophosphoesterase At3g03305 OS=Arabidopsis thaliana GN=At3g03305 P...	[more]
TMM62_MOUSE	7.3e-37	26.75	Transmembrane protein 62 OS=Mus musculus GN=Tmem62 PE=2 SV=1	[more]
TMM62_HUMAN	4.7e-36	27.56	Transmembrane protein 62 OS=Homo sapiens GN=TMEM62 PE=1 SV=1	[more]

BLAST of Csa2G084270 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LKQ4_CUCSA	0.0e+00	100.00	Uncharacterized protein OS=Cucumis sativus GN=Csa_2G084270 PE=4 SV=1	[more]
A0A061EY73_THECC	1.6e-293	65.01	Calcineurin-like metallo-phosphoesterase superfamily protein OS=Theobroma cacao ...	[more]
M5W891_PRUPE	1.4e-289	66.81	Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa002016mg PE=4 SV=1	[more]
W9S3B1_9ROSA	1.9e-289	63.83	Uncharacterized protein OS=Morus notabilis GN=L484_003555 PE=4 SV=1	[more]
A0A067JSP8_JATCU	1.6e-285	65.24	Uncharacterized protein OS=Jatropha curcas GN=JCGZ_18070 PE=4 SV=1	[more]

BLAST of Csa2G084270 vs. TAIR10


Match Name	E-value	Identity	Description
AT3G03305.1	6.0e-247	57.65	Calcineurin-like metallo-phosphoesterase superfamily protein	[more]

BLAST of Csa2G084270 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|778668049\|ref\|XP_011649029.1\|	0.0e+00	100.00	PREDICTED: putative metallophosphoesterase At3g03305 [Cucumis sativus]	[more]
gi\|659082304\|ref\|XP_008441771.1\|	0.0e+00	93.98	PREDICTED: LOW QUALITY PROTEIN: putative metallophosphoesterase At3g03305 [Cucum...	[more]
gi\|590637815\|ref\|XP_007029224.1\|	2.3e-293	65.01	Calcineurin-like metallo-phosphoesterase superfamily protein [Theobroma cacao]	[more]
gi\|595842075\|ref\|XP_007208342.1\|	2.0e-289	66.81	hypothetical protein PRUPE_ppa002016mg [Prunus persica]	[more]
gi\|703138925\|ref\|XP_010106852.1\|	2.7e-289	63.83	hypothetical protein L484_003555 [Morus notabilis]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR004843	Calcineurin-like_PHP_ApaH

Vocabulary: **Molecular Function**
Term	Definition
GO:0016787	hydrolase activity

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008152	metabolic process
biological_process	GO:0008150	biological_process
cellular_component	GO:0005575	cellular_component
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0016787	hydrolase activity

Unigene

This gene is associated with the following unigenes:


Unigene Name	Analysis Name	Sequence type in Unigene
CU143215	cucumber EST collection version 3.0	transcribed_cluster
CU148289	cucumber EST collection version 3.0	transcribed_cluster

Relationships

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


Feature Name	Unique Name	Type
Csa2G084270.1	Csa2G084270.1	mRNA

The following transcribed_cluster feature(s) are associated with this gene:


Feature Name	Unique Name	Type
CU143215	CU143215	transcribed_cluster
CU148289	CU148289	transcribed_cluster

InterPro

Analysis Name: InterPro Annotations of cucumber (Chinese Long)
Date Performed: 2016-09-28


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR004843	Calcineurin-like phosphoesterase domain, apaH type	PFAM	PF00149	Metallophos	coord: 59..276 score: 1.5
None	No IPR available	PANTHER	PTHR14795	HELICASE RELATED	coord: 45..281 score: 1.8E-270coord: 312..635 score: 1.8E-270coord: 654..736 score: 1.8E
None	No IPR available	PANTHER	PTHR14795:SF1	SUBFAMILY NOT NAMED	coord: 312..635 score: 1.8E-270coord: 45..281 score: 1.8E-270coord: 654..736 score: 1.8E

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
Csa2G084270	MELO3C008611	Melon (DHL92) v3.5.1	cumeB132
Csa2G084270	MELO3C008611.2	Melon (DHL92) v3.6.1	cumedB135
Csa2G084270	CSPI02G07870	Wild cucumber (PI 183967)	cpicuB065
Csa2G084270	Cucsa.277670	Cucumber (Gy14) v1	cgycuB396
Csa2G084270	CmaCh05G007830	Cucurbita maxima (Rimu)	cmacuB786
Csa2G084270	CmoCh05G008260	Cucurbita moschata (Rifu)	cmocuB787
Csa2G084270	CsGy2G008130	Cucumber (Gy14) v2	cgybcuB056

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
Csa2G084270	Cucurbita maxima (Rimu)	cmacuB165
Csa2G084270	Cucurbita moschata (Rifu)	cmocuB150
Csa2G084270	Cucurbita moschata (Rifu)	cmocuB779
Csa2G084270	Melon (DHL92) v3.5.1	cumeB142
Csa2G084270	Watermelon (Charleston Gray)	cuwcgB103
Csa2G084270	Cucurbita pepo (Zucchini)	cpecuB098
Csa2G084270	Cucurbita pepo (Zucchini)	cpecuB811
Csa2G084270	Bottle gourd (USVL1VR-Ls)	culsiB098
Csa2G084270	Melon (DHL92) v3.6.1	cumedB129
Csa2G084270	Silver-seed gourd	carcuB0514
Csa2G084270	Watermelon (97103) v2	cuwmbB109
Csa2G084270	Wax gourd	cuwgoB139