CmaCh02G007220 (gene) Cucurbita maxima (Rimu) v1.1

Overview


Name	CmaCh02G007220
Type	gene
Organism	Cucurbita maxima (Cucurbita maxima (Rimu) v1.1)
Description	GDSL esterase/lipase
Location	Cma_Chr02: 4363044 .. 4373865 (+)
RNA-Seq Expression	CmaCh02G007220
Synteny	CmaCh02G007220

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGGCACTTGTGAATTATCTCGTTGTTGCTCTATCACTCCACATAATTTGGTCATTATGTATTAGCAAATTGTGCAGTGCTTCTGATCTTAAAATTTCTCAATCTTTTCCTACCATTCCTATATTCGGTGATTCTACTGTAGAAACAGGAAATAACAACTTCATTCCCACAACTTTCAAGGCTAATTACTCCCCATATGATAAAGATTTTCCTGGTCATATTGCTATTGGAAGGTTTAGTAATGGAAAACTCATTCTTGACATGTTGGCCTCTAGGTTGGGGATAAAGGAGCTTGTTCCTCCATTTTTTAATCCAAAATTGTCGAATGATAACGTGGGAACAGGAGTCAGTTTTGCATTAGCTGGCACAAGGTTTGATAATCTAACTGCTACGGTATCCAAAGCTATTCATGTGATGAAGCAAGTTGATTTTTTCAAGAACTATATTCAAAGGCTTCAAGGGATTGTGAGTGTGGAAGAAAGGAAGAAGATTATTGGTAGCGCTTTGGTTATTGTTAGTGCAGGAACTAATGATTTGAACATCAATTTCTACGACCTTCCCAAAAGGAAACATGGTTACCAAGATTTCATACAGAATAGACTACAAAGCTTCATCAAGGTAAATTATACTGTGTGCCCATATTAATCCTAATCAATGTTTGTTAACACAATAATCAAAATATTAAATTATAACTTTTCATTTTCATTATTTGATTGTAAATGAACAGGAAATTTACCAGCTTGGATGTCGTAGTATAGTGGTTGCTGGCCTCCCTCCGGTTGGTTGTCTTCCCATTCAAGAGACTGTATCGTTTCAAAATCCCCTACATCGGATATGTTTGGAAGATCAAAACTCGGACTCCAAATCCTATAATCAGAAGCTTTCAAAGTTGTTGAGCAATCTAAAGTTGCAACTTCGTGGAAGCACAATGTTGTAAGCTGACATTTATACCCTTCTCATCAACATGGTCAATAATCCTCACCAATATGGTAAGTTGGTGCCCATTGAAATAGAAAAATTTATCAACTTATAGGATCTAAGTCATAAATATTTTGAGGAAATCAAGTTTTAAGAATCATTTTCAACTAAAACGGGCATTTGGTTGTACAGGTTTTGAGCATACGAACACAGGTTGTTGTGGAAGTGGATTGACAGAAGCAGAACCTTTATGTAATGCCCTAACCCGAACGTGTGAAGATTCATCAAAATACATATTTGGGATGGCATCCATCCGACTGAAGTAGCCTACAAATTCATCGCTGAATCGCTTCTCAAGCAATTTTTCTGATCATACTCGAAAAGTTTAAGCATTGAATTTGTGTTTACCTTTGCAAGATTTTGCTAGTTATTTTGAAGTTTAATTTTACTTAGAATAGTGTATTTCTTAAGACTAAATAGATAATTTAACTATTATAAAAATTTTAAAACATCCAAATAAAAGCTCCTTGTTCTTATACATATTTTCATTTGTAAGTTTCAGTTATATTTTTAAACCGTAAGAGTTGGTTGTGATGCTCAAGTTGAGTTACAAAAGCTAGAGTTGATAAATTTGTGTTTAGGTACAAAGTCTTGAAACATATTTCCAACTGAATTATAGGTCACATAACCTTAATTGGTCTAGGCCTGACTCAATGGTCTTAGGAGTGGAAAGAGAAGTGGAAGTTTTGCTGACACCATACCAACGACTAACGACGTGGAGGCTACCTTTGTCTTGCTTAGTTTCTACAATCTTTCTATTCTTTGACCTTGGCAGCTTACTTTTTTACGTAGTGAAGGATCAGTGACTTGGATTAAAGTGCGACCTCATATACTATGTAGGGACAGTATGGTGTTAACCTAAACATCATCCATGGAAGGTTAGGTGATAGACCCTTCCATGAGACCATAAAGCCACTAAACCTTGAGGGAGCCCTCCTGTGTGTCGGCAAGGTTAACATATGTTTTATCACGCCCCCCCTCCCACGAATAGGTTTAAGCATATAAGCCTTATTCAGCAGACCCCTAGTCATTTCCATATGGGTGTGGCACATAATCATCTCAACGCACCTTCCCTATCCAGCCTGTGCCTATCTCGACGGTGCGAGTACCGGAGTACAATCTCAAAGAAAAAAAAAGAGTACGGGAGTGGATAGGTAGCAAAACTTTAATGACACTATCACATTGTTATGAGCCTGAAGAACTACCCTTGGTCGTCCTTGGTTGCCATGGAGGTCAACTAAGTTCTTAGGGATTTCTAGGTAGTTTAAATCTCATCTCTCATTTTCAAAACGCTTGGGGTTAGCTCCTCAAGGCTAATCCAAGTTCTTAGGTGCACTCATATCTAGACCTCCTATCCTCGCTCACAATCCTAGAGTGAATGGTCTACTAGAAACATTTTGACTTTGGTCAACATGTAAACTACATTAACTGTAACGAAGTAATCCTAATTGAGTTCTCTCATGCATGCTTTGCTAGGGAGATATACCTATTGATCACCTAAACATGTAATCTATATTGTAAATTTTTCCTTGGTCATATTTGAGAGTTGAGGACACTTATTGGATTCCTAGGGAAAATAGGTAGCATAAAGCGGGCTCTAGGTTATTCTGTTGTATTGACTCTTTGAGTCTTTCTTAGTTTGAGAGCACTAGGAATGTAACGACCCAAAATTTTCTACTTAATTTAAGGTTGTACTGTATACATATCATAAACATTGAATGTGGAAATACTTCATTTAAATTCCATAAAACATAACCCTTATCTTAAATAACAACCATCGACTTACGTGTTTCGAAAAAATCTTTAAAAAAACGACACAACAAAAGATAAAATAAAATAAATAAACATTTAAGTTAAAATCATCCTATTATAGCCTAAGTGTAAGAAAATAAATACCACTATCCTATGCATGTGACATGGTCTCGAGTTGCGATGTCTTCATCGGCCGTACCGGAATGTCATGCCTTAACCTGAAAAATATAGTAGCACATGGCTTGAGTATTTAAAAAAATACTCAATAAGTGACCCCACTGTTGGGGTTAAATGCAAGAACATGCGAATGCAATGACGGGACTTATCCTTTCAATCTATTTTCCTATGATACTGTCCTAAGGGGTAATTGGACGTGTACCATATACTCTACACACAGCCCATACGTGTGAGTATGGACTCACCAATCAATTTGCACACCGTTGGGCCACCTTTCTTGTCAGGCGAGCATACTTTGGGAGCTCCTTAGGCCGGACACTCGTTAGAATTAGTAACCATCACGGCAGCACTATTTAAAACATAACGATTGTTGTCCTGCCATTGGATGTACGCGTCCGTACCCTCATGATGGAATAGAGGTATCCCCCCAAATGCATGAAGTGTAATGATAAAGGTTTAAAAAGGGAAAAAAAAATCCCGCCGGAAATCGTGAGATTTCCATTGAGGCATGCCTTGCCAAAAAGGACGTATTAATCCCTTGAGTCCCCATATTAAACCCTAGGTACCTTACTAGCCGTCTTTTCCTTTCAAGTCACTGTCGTACTTGTGAGGGAGGAGCTAAAAGGTTTAGGTGAGGAATCAAAAACGTTGCGAGACTTCAGACTTCTGTGAGTCCTTAGGTAGGAGCAAACCGACGCCAGGGTACTTCGTAACAAGCAGGACAGACACACTCAGGACAAACGAAAGGTAGTGGTCTCATCGCCAACGGCAATCGAACTCTACGATTAGGGTTCATCGGGATTCTCGGGTGAGGAAGACAAAGCAGTGGGTCGTGGGTCGAGATCTTCGGGTACCCGCGAGCTCGCTCAGCCAATGTGCGGCCCACTATTGCAGCCCGCGCCTTGCAGTCAGCATCAGACACTGACTTTGGGTCGCGTATCCATTTCAGCCCAAGACCAGCGATACCAACCAGCATCTAGGAGTTGTGCGCCACCAGGGACCTTCTTGGCTTGTCGGCTCAGTGTTTCGGCTCTACGGCTTGTCTTGGCTCAATGCCTCGGCTTAACGGCTTGGTATACAAAAAATATACCGATTCCTAGGTTTTCGACCCTTCTAGAGTTGTTCTCGCCCTTATTTTAGGCATCTGAGGTCAATGTAACTCTTAATTATTAAACAAAGATCATGATAGGAACTTACCTTGATAGTTAGACATAAGGTTTGGTTGCGTTACATCATGAAAGGACGCTAAGTGTATATTGTGGTGTTATAGGAGGTAGTTAGACGAAGAAATTAGCTTATCAAGAGTAACTTCGGCCAAGGCCAAGGCCAAGAGGTAAGTAACCTTACTGTTGGTGTTAGTTATGTATGTACGATGGTGTTGCCCTGTGGCCCTTGCATGCACCATGTGTGTTGTTGATGTATGCTAGGTTATATGTTTCTTGCCGTGAAATGCTACGTATGTCATGTTTATGTATGTGATGTTTATGTCATGACTTGCTACCCTGTATGCATGAGCTTGATTGACATGTCACGATTGTAATGAGAACTCCGCATGCCATGAATGTGACGACTAGTGTGCTACGATATGCTTACTCGATGTTTAACCCAGTCATGCTATGTAATGAGGTGAGGGGATGGAACTTTTGTATGTATAATGCCATGGAGGTAAGGTGAGGGGATGAAACTTTTGTGTGTATAATGTCATGGAGGTAAACCTTAGGGACCTCATGCACGCATGTGCTATCTACACGGGGTTACTTCCCCGTTATGCTAATGATGCAACGGACGCGTACGTTCGATATTATGCTCGCTATGATATCATGCAGGCCCTCCTTTTTCGTGGCGTTCAGTATTGTATATCATATGTACCCGATCAAGCCAGGCCCAGGGAGTTCGCATGCCTGGTGGGCCCACGATTACGTACGTGTGCCATGCGTGGGGAGCTACCTTGCATCCACCTTGCCAGGACAAAGCAAGGGCCTAAGGCCATGGAAAGGAATGGAAGACAGGTCCCCCTCACGTTTTCTTTCTTTTGGTACTTTTGCTTATGTATGTGTGTTGTATGCGACCGACATGTGTTCTGAATGTATGTTGTATGCTTAACCTCAACAGTGGGACGACTTACTGGGTATTTTATATAATAATCAAGCCACGTGCTACCCATATTTTCAAGTAAGGGCAAGACCCCCATGTACGGTTGACGGTGAACGCTGCGAAGGCTATGGAAGTCTTAGGGAGGGCTTGTAGTGTCGTAGGTGTCTTGTTTGGACTCTTTCGAATGATAGTTAAATTGCAATTATTTCTCTTAGTTACGTGTTGATTTATTTCTTAGTTAGGTTGTTGCTATTGTTTTCCCCATATATGAACTACTTATAATAATGAACATGTCGTCGCTATTGAGGTTGTCTTACATAAATTTTCATACTTTTGTCATACGAGTGCAAGGTAACGTCCCTAATTAGGTTAGAGAAAATTAGGGGCTTTACATGAGGTCCCCAATATTTTTAATTTTATCATTACTGAATATAACCCCACTACCATCTTTCATGCTTAACATATCATTTCTCATTTTTCGGTCTACGTATCATACATAATCCTAATGGGGTTACATTTCATTTCATTTATCGTGATATCATATTCATAACATGCTGTATATATACAATTTAGAAAACATAACATAACGCTCCATGCTTTTAACATGTCATTTCATAACGTGCAATTATACACCAATTACCTCAATGGTCATACAAAACATTCTAAACATAACATATCACATCACCATAATTATTTCTATTTTATTATTTGTATATTTATTTTATTTATTTATTATTATTATTATTATTTGTGGGCTATTACAAGGAACTAGAACCTCTATTGACACTCACGACCCTAAAGTGCTGAGTCTACTGAAAACATCCTAACCTAGGTCATCGTCTAGCCAACCTAACTCTAACGTCTTAGCTCTGTAGTCTACTGAAAACATCCTAACCTAGGTCATCGTCTAGCCAACCTAACTCTAACGTCTTAGCTCTGTGCAAGTAAACACACTCCATAGTGAGAACACACAATCAAACACCTGAAGCTAACACATAGTGTATCATGCTCACATACAAGCAAACAAGTTCAACGGGGAGATACCATCCATCGATCACCCAGAGCACATATCGCAATAGTCCATCATCCTTTCTAACACAGCGGAAAACATATAAAACAACAATCATTACAAATCTCATCATAGGGACATATTGATAATTTCTTAAATCATGCATAACATACTCATCCATATTGTCTCACTTGTATTTTAGTCGTGCATATTCTCTTCCATATTTTAGTCATTTTTCGTGGTTGATTACTATATTGTTTTAAAATTTTATTATGAACATTTAAGTCTATACATTATTATTTTATTAGAAAAAATAGAGAAATTAAAGATTATCCTACACGACCTTTTCTCTTTCCACCTTCCGTTCTTAATATTTTTCTTCTTAATTTGTTGAACGAAAACANTCCGGAATCAAATTCTTAAATTGACATTATAAATTAAATAGAAAACTTTAATTAAGAAATTTGTTGAATTCATATATGGAATGTGAGTTTAGTTCTTTATTTTAAAATCCAAATATAGATGAAAATCGAGTTAAATTGACTAACACCACCCTCTACACAAGACTATTCAACTTTTACTTAATTATATAGTATACTCTCAATTTAGGATCTTTTTCAATTCATTATGAACCATTATTTATTTATTTTATTTATTTATTTTATATATATATATATATGACCCTTCAAGCTTAGAAGAAGTTCATATCATATTCAAATGGCTTCTCTTAGAACAAGTGTTTGTGTGCTTTTGTTTCTTTTCTATTGTAGTTTCAATGTCTTTGAAGCTACTGAATCTCATGAAAGCCTAGCTCCTGCACCAACTCACCACGACAGCCACCACAAAGCAGCCGCTCCAGGCCCACATCATCACCACCGCCACCACCACCATCACCACCATGCGCCTGCGCAGTCCAAGTTCAATGTCATCGAATCTGCCGAATCTCATGGCAACCCTGTTGTTGCACCAACTCATCATGACAGTCACGGTGCATCAAGCCCTCACCACCACCACCACCATCACCACCACCATCACCACGGCCACCATCATGTGGCTGCTCCAAGCCCTCACCACCACCTGCCTACGCAGTCCAAGTTCAATGTCATCGAATCTGTTGAATCTCACGGCAACCCTGTTGTTGCACCAACTCATCATGGCAGTCACCACCAAGTAGCTGCATCAAGCCCTCACCACCACCACCACGGCCACCATCATGTAGCTGCTCCAAGCCACCTCCACCACCCCCACCACCATCATGTAGCTGCTCCAAGCCACCCCCACCANNNNNCCCCACCACCATCATGTAGCTGCTCCAAGCCACCCCCACCATCCCCACCACCCCCACCACGCCCACCACAAAGAAGGTGCCCCAAGCCCGCACCACCACCACGCCCACCACAAAGTAGCTGCCACCATATAGTCGCAGAAGTCCCATTAACATCCATTGTAATGGACTTATTTTTCTTTTAAAATAAACCTATTACTACGGGTATATCATGAATTGTTCAAGCAAATAATATCTAAAGTTCGTTTTAACTTTAAAATTTGTCATTAACTTCAATATTCATAAATAGTGTAAATATGGTGAAAACACTAAATATCTTCTAACATTGAAATCAAACATGCAATTTAATCAAGGGTGGAAAAAATATTCTCATTCATAATAAGGGTGTTTCTTAATTCTTACCATGGTTGGATTCAAGCATTTTCTCTTTGGGATCTCTTCACAAGATTTGGTTAATAATAAACCATCACCTAAAAGTCATAATTTAAATATAAATACTATCCTTAAATTCATAAATCATATCTTGAGTTCTGTCTCAATTATTAATCGATTTCGATAATTCAAAAGTTTAGATCTATGAAGAATCATGTTTTGAGCCACTTCCGTGAAGGATTCTCGCCCAAAAGTCGTCCTGAACACCGCAAATTTGAGTTTGAATCTCACTTTTCTGCTTCCTCTTTCAAAAATCCTAGCCCCTCTTTTCTTTTTCTAAGAAGGCTTGTACCTTCGTAGCCTCGGTGTTATAGAAAGGTTAAATCGGGTAAGAAGGGTTGAAGGTGTCACAACGACCGCTGATAGTAGTAGGTTTAACAACAGGGCTGAAAGTGGGAGTCTAGTTGAGACAAGAAATCTTAGTATAACCTTTGGCAACAAGACGAGTCTTGAAATGCTCAACAAATTCATCGAGCAAATAGTTAGTGTTAAAACTCATTTACAGCCCACGTGTTGCACGGGCAAAGAACCAAAATCTAAGTGTTGTTTATTATAAAGCTCGAATTTCCTCATCCATGACAACAATCCAAACACAATTCTTATCCGTACATTTAAATTTTCTTGGCTCAATGAATGCAAGAAGAGAAAAAAGAAGTCCAAATGAGCTCAAAACATCAAAAATTGTTGGATGACGAGTTTTGAAATATGAAAAGAGAAAAAAGACCTAGGGACAACAGAAAAATGAGCTTCAACGAATTGAATGTGACTGGTGATATATAGTCTAGTGGTGGTTGGATCAAGACAACTAAACCTTTTATGAGGGGACTATAATCCAAGAAAATGCAATGAGTCATTTTATTTCTTTTCAAGTCATATTAATGTCGATATGACTACTCTTGTATTTACCTTTGTTTACCTTTCCCTCTATATTTAGTTTCTGGTTTTTAATTCCCTAATTTTTTTTTTATCGGTTGCCTTTTAATTCTATTCTCATGCATTCCAAATTCTGATCTGAGGTGATTTACTAGAATGTATAAATGATTGACATTTAGTTTCTCAAAGCTAGACCATTGTAATAATTCAATGAACATCTAACAATTAAAAATAAGATAAAAGAAAATGAAGATTTAATATATACGATCAAATCTATCTTCACGTCTCCCGTGAATCTCAACTAGGTGGATGTCATTCTCGTTTTTTTTTTTCTCAAGTAAATCTGACAATTATTGTTTTTCTTTTTCTTGTTACTGTTACTTCCTGCCGATAGATAATTGTGGGAAGAGGTTAGTGGAGAGAGGTAGGGAAAAGTTTTTTTTTTTTTTTTTTAATTTAATTTTAATTAATTAATTAATTTTTTTATTATTATTTTAACTATTTTTTTTATTTGTTTATTTGTTTATTTATTTTTGGGCTATTACATAGCATCTCATTGATGGTTGTATATTATTTTTTGAGATTAACGACCTTACGGTCTATAGTTGACACCCCTTTCAATTTGATACTCAATAACTTCTCTGTCATCGACTCATGTAGTTGTTTTTGATACCTTATTATCAACTATATAAATTAACAAATAAACTACATTATTTTTTTTTTAGAAAAAAAAAAGGACAAATAAAAGGAATGAACCATTTTGAAACTATATAGCATTCAATGGCCTTAAATTGTTCACAACTAAAGAACTCCATGTAGAAACCGTAAAGAGCTTACTTTTAATATCTTTCAGACCCTATTAATACATCCACTAATTGACAAAGATGATATCAAAAACAACTTGAAGAATACCCACAATGGCACGAGAGAATTATCTCATTACTGCTCTATTACTCCAGATAGTTTGGTCATTATGTATGATCAAATTGTGCAGTGCATCTGATCTTAAAAATTTTGGATCTCTTTCTGCTATTCTTATTTTCGGTGGTTCTACGGTAGATACGGGAAATAACAACTTCATTCCCACCATTATAAAGGCTAATTACTCTCCTTATGGCAAAGATTTTCCCGGTCATATTGCTACTGGAAGGTTCAGTAATGGAAAACTCATTCCTGACATGGTGGCCTCTAGGTTGGGCATAAAGGAGCTTGTTCCTCCATTTTTGGATCCAAAATTGTCAAATGATGACGTGAAAACCGGAGTTAGTTTTGCATCAGCCGGCTCAGGGTTTGATGATCTAACTACTATGATATACACAGTTATTCCTATGATGAAGCAAGTTGATATGTTCAAGAACTATATTCAAAGACTTACGGAAATTGTAGGTGTAGATGAAAGTAAGAAGATTATTAGTAGTGCTTTAGTTATTCTGAGTGCAGGAACTAATGACTTTGCCAAAAATTTCTACAACCTTCCGGTAAGGAAACTACAATACAATATTAGCGGTTACCAAGATTTTATCCAAGATAGACTACAAAGCTTCATCAAGGTAAATTAAACCATATGCACACTATTAACCCTCATCAATATTTGATCGCATAATAATCCAAATTCATTCACATAAGCTTATGAACTCAAACATACTAAACAGGAAATTTACGAGCTTGGATGTCGCAATATAGTGGTTGCTGGCCTACCTCCTATTGGTTGCCTTCCCATTCAAGAGACTATATCGTCTCAACTTCCTCTAACGCGAATATGTTTGGAAGATCAAAACTCGGACTCCATATCCTATAATCAGAAGCTTTCAAAGTTGTTGGGCAATCTGCCATCGCAACTACATGGAAGCACAATATTGTACGCTGACATTTACACCCCTCTCATCGACATGGTCAATAATCCTCACAAGTATGGTAAGTCGGTGCCCATCAAAATAGAAACCTTTATCAACTTATATGATCTAACGTCGTAAATATTTTAGATAAATCAAGTTCTGAGAATCATTTTCCACTAAGTTTTGCTTGCGGCTTTTGGTCGCACAGGTTTTGAGCATACAAACACAGGTTGTTGTGGAACTGGATTGGCAGAAGTAGCGCCTCTATGTAATGCATTAACCCCAACATGTGAAGATTCATCAAAATACCTGTTTTGGGATAGCGTCCATCCGACCGAAGCAGCTTACAAATTCATGACTGAATTATTTCTCAAGCAATTTCTTTAA

mRNA sequence

ATGGCACTTGTGAATTATCTCGTTGTTGCTCTATCACTCCACATAATTTGGTCATTATGTATTAGCAAATTGTGCAGTGCTTCTGATCTTAAAATTTCTCAATCTTTTCCTACCATTCCTATATTCGGTGATTCTACTGTAGAAACAGGAAATAACAACTTCATTCCCACAACTTTCAAGGCTAATTACTCCCCATATGATAAAGATTTTCCTGGTCATATTGCTATTGGAAGGTTTAGTAATGGAAAACTCATTCTTGACATGTTGGCCTCTAGGTTGGGGATAAAGGAGCTTGTTCCTCCATTTTTTAATCCAAAATTGTCGAATGATAACGTGGGAACAGGAGTCAGTTTTGCATTAGCTGGCACAAGGTTTGATAATCTAACTGCTACGGTATCCAAAGCTATTCATGTGATGAAGCAAGTTGATTTTTTCAAGAACTATATTCAAAGGCTTCAAGGGATTGTGAGTGTGGAAGAAAGGAAGAAGATTATTGGTAGCGCTTTGGTTATTGTTAGTGCAGGAACTAATGATTTGAACATCAATTTCTACGACCTTCCCAAAAGGAAACATGGTTACCAAGATTTCATACAGAATAGACTACAAAGCTTCATCAAGGAAATTTACCAGCTTGGATGTCGTAGTATAGTGGTTGCTGGCCTCCCTCCGGTTGGTTGTCTTCCCATTCAAGAGACTGTATCGTTTCAAAATCCCCTACATCGGATATGTTTGGAAGATCAAAACTCGGACTCCAAATCCTATAATCAGAAGCTTTCAAAGTTGTTGAGCAATCTAAAGTTGCAACTTCGTGGAAGCACAATGTTTTTCAATGTCTTTGAAGCTACTGAATCTCATGAAAGCCTAGCTCCTGCACCAACTCACCACGACAGCCACCACAAAGCAGCCGCTCCAGGCCCACATCATCACCACCGCCACCACCACCATCACCACCATGCGCCTGCGCAGTCCAAGTTCAATGTCATCGAATCTGCCGAATCTCATGGCAACCCTGTTGTTGCACCAACTCATCATGACAGTCACGGTGCATCAAGCCCTCACCACCACCACCACCATCACCACCACCATCACCACGGCCACCATCATGTGGCTGCTCCAAGCCCTCACCACCACCTGCCTACGCAGTCCAAGTTCAATGTCATCGAATCTGTTGAATCTCACGGCAACCCTGTTGTTGCACCAACTCATCATGGCAGTCACCACCAAGTAGCTGCATCAAGCCCTCACCACCACCACCACGGCCACCATCATGTAGCTGCTCCAAGCCACCTCCACCACCCCCACCACCATCATATAGTTTGGTCATTATGTATGATCAAATTGTGCAGTGCATCTGATCTTAAAAATTTTGGATCTCTTTCTGCTATTCTTATTTTCGGTGGTTCTACGGTAGATACGGGAAATAACAACTTCATTCCCACCATTATAAAGGCTAATTACTCTCCTTATGGCAAAGATTTTCCCGGTCATATTGCTACTGGAAGGTTCAGTAATGGAAAACTCATTCCTGACATGGTGGCCTCTAGGTTGGGCATAAAGGAGCTTGTTCCTCCATTTTTGGATCCAAAATTGTCAAATGATGACGTGAAAACCGGAGTTAGTTTTGCATCAGCCGGCTCAGGGTTTGATGATCTAACTACTATGATATACACAGTTATTCCTATGATGAAGCAAGTTGATATGTTCAAGAACTATATTCAAAGACTTACGGAAATTGTAGGTGTAGATGAAAGTAAGAAGATTATTAGTAGTGCTTTAGTTATTCTGAGTGCAGGAACTAATGACTTTGCCAAAAATTTCTACAACCTTCCGGTAAGGAAACTACAATACAATATTAGCGGTTACCAAGATTTTATCCAAGATAGACTACAAAGCTTCATCAAGGAAATTTACGAGCTTGGATGTCGCAATATAGTGGTTGCTGGCCTACCTCCTATTGGTTGCCTTCCCATTCAAGAGACTATATCGTCTCAACTTCCTCTAACGCGAATATGTTTGGAAGATCAAAACTCGGACTCCATATCCTATAATCAGAAGCTTTCAAAGTTGTTGGGCAATCTGCCATCGCAACTACATGGAAGCACAATATTGTACGCTGACATTTACACCCCTCTCATCGACATGGTCAATAATCCTCACAAGTATGGTTTTGAGCATACAAACACAGGTTGTTGTGGAACTGGATTGGCAGAAGTAGCGCCTCTATGTAATGCATTAACCCCAACATGTGAAGATTCATCAAAATACCTGTTTTGGGATAGCGTCCATCCGACCGAAGCAGCTTACAAATTCATGACTGAATTATTTCTCAAGCAATTTCTTTAA

Coding sequence (CDS)

ATGGCACTTGTGAATTATCTCGTTGTTGCTCTATCACTCCACATAATTTGGTCATTATGTATTAGCAAATTGTGCAGTGCTTCTGATCTTAAAATTTCTCAATCTTTTCCTACCATTCCTATATTCGGTGATTCTACTGTAGAAACAGGAAATAACAACTTCATTCCCACAACTTTCAAGGCTAATTACTCCCCATATGATAAAGATTTTCCTGGTCATATTGCTATTGGAAGGTTTAGTAATGGAAAACTCATTCTTGACATGTTGGCCTCTAGGTTGGGGATAAAGGAGCTTGTTCCTCCATTTTTTAATCCAAAATTGTCGAATGATAACGTGGGAACAGGAGTCAGTTTTGCATTAGCTGGCACAAGGTTTGATAATCTAACTGCTACGGTATCCAAAGCTATTCATGTGATGAAGCAAGTTGATTTTTTCAAGAACTATATTCAAAGGCTTCAAGGGATTGTGAGTGTGGAAGAAAGGAAGAAGATTATTGGTAGCGCTTTGGTTATTGTTAGTGCAGGAACTAATGATTTGAACATCAATTTCTACGACCTTCCCAAAAGGAAACATGGTTACCAAGATTTCATACAGAATAGACTACAAAGCTTCATCAAGGAAATTTACCAGCTTGGATGTCGTAGTATAGTGGTTGCTGGCCTCCCTCCGGTTGGTTGTCTTCCCATTCAAGAGACTGTATCGTTTCAAAATCCCCTACATCGGATATGTTTGGAAGATCAAAACTCGGACTCCAAATCCTATAATCAGAAGCTTTCAAAGTTGTTGAGCAATCTAAAGTTGCAACTTCGTGGAAGCACAATGTTTTTCAATGTCTTTGAAGCTACTGAATCTCATGAAAGCCTAGCTCCTGCACCAACTCACCACGACAGCCACCACAAAGCAGCCGCTCCAGGCCCACATCATCACCACCGCCACCACCACCATCACCACCATGCGCCTGCGCAGTCCAAGTTCAATGTCATCGAATCTGCCGAATCTCATGGCAACCCTGTTGTTGCACCAACTCATCATGACAGTCACGGTGCATCAAGCCCTCACCACCACCACCACCATCACCACCACCATCACCACGGCCACCATCATGTGGCTGCTCCAAGCCCTCACCACCACCTGCCTACGCAGTCCAAGTTCAATGTCATCGAATCTGTTGAATCTCACGGCAACCCTGTTGTTGCACCAACTCATCATGGCAGTCACCACCAAGTAGCTGCATCAAGCCCTCACCACCACCACCACGGCCACCATCATGTAGCTGCTCCAAGCCACCTCCACCACCCCCACCACCATCATATAGTTTGGTCATTATGTATGATCAAATTGTGCAGTGCATCTGATCTTAAAAATTTTGGATCTCTTTCTGCTATTCTTATTTTCGGTGGTTCTACGGTAGATACGGGAAATAACAACTTCATTCCCACCATTATAAAGGCTAATTACTCTCCTTATGGCAAAGATTTTCCCGGTCATATTGCTACTGGAAGGTTCAGTAATGGAAAACTCATTCCTGACATGGTGGCCTCTAGGTTGGGCATAAAGGAGCTTGTTCCTCCATTTTTGGATCCAAAATTGTCAAATGATGACGTGAAAACCGGAGTTAGTTTTGCATCAGCCGGCTCAGGGTTTGATGATCTAACTACTATGATATACACAGTTATTCCTATGATGAAGCAAGTTGATATGTTCAAGAACTATATTCAAAGACTTACGGAAATTGTAGGTGTAGATGAAAGTAAGAAGATTATTAGTAGTGCTTTAGTTATTCTGAGTGCAGGAACTAATGACTTTGCCAAAAATTTCTACAACCTTCCGGTAAGGAAACTACAATACAATATTAGCGGTTACCAAGATTTTATCCAAGATAGACTACAAAGCTTCATCAAGGAAATTTACGAGCTTGGATGTCGCAATATAGTGGTTGCTGGCCTACCTCCTATTGGTTGCCTTCCCATTCAAGAGACTATATCGTCTCAACTTCCTCTAACGCGAATATGTTTGGAAGATCAAAACTCGGACTCCATATCCTATAATCAGAAGCTTTCAAAGTTGTTGGGCAATCTGCCATCGCAACTACATGGAAGCACAATATTGTACGCTGACATTTACACCCCTCTCATCGACATGGTCAATAATCCTCACAAGTATGGTTTTGAGCATACAAACACAGGTTGTTGTGGAACTGGATTGGCAGAAGTAGCGCCTCTATGTAATGCATTAACCCCAACATGTGAAGATTCATCAAAATACCTGTTTTGGGATAGCGTCCATCCGACCGAAGCAGCTTACAAATTCATGACTGAATTATTTCTCAAGCAATTTCTTTAA

Protein sequence

MALVNYLVVALSLHIIWSLCISKLCSASDLKISQSFPTIPIFGDSTVETGNNNFIPTTFKANYSPYDKDFPGHIAIGRFSNGKLILDMLASRLGIKELVPPFFNPKLSNDNVGTGVSFALAGTRFDNLTATVSKAIHVMKQVDFFKNYIQRLQGIVSVEERKKIIGSALVIVSAGTNDLNINFYDLPKRKHGYQDFIQNRLQSFIKEIYQLGCRSIVVAGLPPVGCLPIQETVSFQNPLHRICLEDQNSDSKSYNQKLSKLLSNLKLQLRGSTMFFNVFEATESHESLAPAPTHHDSHHKAAAPGPHHHHRHHHHHHHAPAQSKFNVIESAESHGNPVVAPTHHDSHGASSPHHHHHHHHHHHHGHHHVAAPSPHHHLPTQSKFNVIESVESHGNPVVAPTHHGSHHQVAASSPHHHHHGHHHVAAPSHLHHPHHHHIVWSLCMIKLCSASDLKNFGSLSAILIFGGSTVDTGNNNFIPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIKELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIVGVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQYNISGYQDFIQDRLQSFIKEIYELGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLHGSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFWDSVHPTEAAYKFMTELFLKQFL

Homology

[Close]

BLAST of CmaCh02G007220 vs. ExPASy Swiss-Prot
Match: O22927 (GDSL esterase/lipase At2g30310 OS=Arabidopsis thaliana OX=3702 GN=At2g30310 PE=2 SV=1)

HSP 1 Score: 377.5 bits (968), Expect = 3.7e-103
Identity = 180/313 (57.51%), Postives = 232/313 (74.12%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNF-IPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG STVDTGNNN+   TI KA + PYG D PGH A GR+SNGK+I D++AS+L IK
Sbjct: 34  AILIFGDSTVDTGNNNYHSQTIFKAKHLPYGVDLPGHEANGRYSNGKVISDVIASKLNIK 93

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           ELVPPFL P +S+ D+ TGVSFASAG+G+DD +++    IP+ +Q  MFKNYI RL  IV
Sbjct: 94  ELVPPFLQPNISHQDIVTGVSFASAGAGYDDRSSLSSKAIPVSQQPSMFKNYIARLKGIV 153

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQY-NISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II++ALV++SAG NDF  NFY++P R+L+Y  I GYQ+FI  RL  F++E+Y 
Sbjct: 154 GDKKAMEIINNALVVISAGPNDFILNFYDIPTRRLEYPTIHGYQEFILKRLDGFVRELYS 213

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LGCRNIVV GLPP+GCLPIQ T +    + R C+E +N DS+ YNQKL K L  + + L 
Sbjct: 214 LGCRNIVVGGLPPMGCLPIQMT-AKMRNILRFCVEQENKDSVLYNQKLVKKLPEIQASLP 273

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS  LYA++Y PL+DM+ NP KYGF+ T  GCCGTG  E   +CN LT TC + S +LFW
Sbjct: 274 GSNFLYANVYDPLMDMIQNPSKYGFKETKKGCCGTGYLETTFMCNPLTKTCPNHSDHLFW 333

Query: 761 DSVHPTEAAYKFM 772
           DS+HP+EAAY ++
Sbjct: 334 DSIHPSEAAYNYI 345

[Close]

BLAST of CmaCh02G007220 vs. ExPASy Swiss-Prot
Match: Q9LMJ3 (GDSL esterase/lipase At1g06990 OS=Arabidopsis thaliana OX=3702 GN=At1g06990 PE=2 SV=2)

HSP 1 Score: 372.5 bits (955), Expect = 1.2e-101
Identity = 171/314 (54.46%), Postives = 227/314 (72.29%), Query Frame = 0


Query: 455 NFGSLSAILIFGGSTVDTGNNNFIPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVAS 514
           N     AIL+FG ST+DTGNNN+I T I+AN+ PYG +FPGH ATGRFSNGKLIPD +AS
Sbjct: 31  NVSMFPAILVFGDSTIDTGNNNYIKTYIRANFPPYGCNFPGHNATGRFSNGKLIPDFIAS 90

Query: 515 RLGIKELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQR 574
            +GIK+ VPPFLDP LS+ D+ TGV FASAGSG+D+LT    + + + KQ DM ++Y++R
Sbjct: 91  LMGIKDTVPPFLDPHLSDSDIITGVCFASAGSGYDNLTDRATSTLSVDKQADMLRSYVER 150

Query: 575 LTEIVGVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQYNISGYQDFIQDRLQSFIK 634
           L++IVG +++  I+S ALVI+S+GTNDF  N Y+ P R+ +  + GYQ FI   + +F++
Sbjct: 151 LSQIVGDEKAASIVSEALVIVSSGTNDFNLNLYDTPSRRQKLGVDGYQSFILSNVHNFVQ 210

Query: 635 EIYELGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLP 694
           E+Y++GCR I+V GLPP+GCLPIQ T++ Q    R C++ QNSDS  +NQKL   L  + 
Sbjct: 211 ELYDIGCRKIMVLGLPPVGCLPIQMTMAMQKQNERRCIDKQNSDSQEFNQKLKNSLTEMQ 270

Query: 695 SQLHGSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSK 754
           S L GS I Y DIY  L DM  NP +YG + T  GCCGTG  E+A LCNALT  C + ++
Sbjct: 271 SNLTGSVIFYGDIYGALFDMATNPQRYGLKETTRGCCGTGEIELAYLCNALTRICPNPNQ 330

Query: 755 YLFWDSVHPTEAAY 769
           YLFWD +HP++ AY
Sbjct: 331 YLFWDDIHPSQIAY 344

[Close]

BLAST of CmaCh02G007220 vs. ExPASy Swiss-Prot
Match: O22918 (GDSL esterase/lipase At2g30220 OS=Arabidopsis thaliana OX=3702 GN=At2g30220 PE=3 SV=1)

HSP 1 Score: 372.5 bits (955), Expect = 1.2e-101
Identity = 176/313 (56.23%), Postives = 232/313 (74.12%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNFI-PTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG ST DTGNNN+    + KAN+ PYG D PGH A GRFSNGKLI D+++++L IK
Sbjct: 33  AILIFGDSTADTGNNNYYSQAVFKANHLPYGVDLPGHEANGRFSNGKLISDVISTKLNIK 92

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           E VPPFL P +S+ D+ TGV FASAG+G+DD T++    IP+ +Q  MFKNYI RL  IV
Sbjct: 93  EFVPPFLQPNISDQDIVTGVCFASAGAGYDDETSLSSKAIPVSQQPSMFKNYIARLKGIV 152

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQY-NISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II++ALV++SAG NDF  NFY++P+R+L+Y  I GYQDF+  RL  F++E+Y 
Sbjct: 153 GDKKAMEIINNALVVISAGPNDFILNFYDIPIRRLEYPTIYGYQDFVLKRLDGFVRELYS 212

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LGCRNI+V GLPP+GCLPIQ T   +  +  IC+E +N DSI YNQKL K L  + + L 
Sbjct: 213 LGCRNILVGGLPPMGCLPIQLTAKLR-TILGICVEQENKDSILYNQKLVKKLPEIQASLP 272

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS  LYA++Y P++DM+ NP KYGF+ T  GCCGTG  E + LC +L+ TC + S +LFW
Sbjct: 273 GSKFLYANVYDPVMDMIRNPSKYGFKETKKGCCGTGYLETSFLCTSLSKTCPNHSDHLFW 332

Query: 761 DSVHPTEAAYKFM 772
           DS+HP+EAAYK++
Sbjct: 333 DSIHPSEAAYKYL 344

[Close]

BLAST of CmaCh02G007220 vs. ExPASy Swiss-Prot
Match: Q9SJA9 (GDSL esterase/lipase At2g24560 OS=Arabidopsis thaliana OX=3702 GN=At2g24560 PE=2 SV=2)

HSP 1 Score: 362.5 bits (929), Expect = 1.2e-98
Identity = 171/313 (54.63%), Postives = 232/313 (74.12%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNF-IPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG STVDTGNNN+   TI KA + PYG D P H A+GRF+NGK+  D++A++L IK
Sbjct: 34  AILIFGDSTVDTGNNNYHSQTIFKAKHLPYGIDLPNHKASGRFTNGKIFSDIIATKLNIK 93

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           + VPPFL P LS+ ++ TGV FASAG+G+DD T++    I ++ Q  MFKNYI RL  IV
Sbjct: 94  QFVPPFLQPNLSDQEIVTGVCFASAGAGYDDHTSLSTQAIRVLDQQKMFKNYIARLKSIV 153

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQY-NISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II +ALV++SAG NDF  N+Y++P R+L++ +ISGYQDF+  RL +F++E+Y 
Sbjct: 154 GDKKAMEIIKNALVVISAGPNDFILNYYDIPSRRLEFPHISGYQDFVLQRLDNFVRELYS 213

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LGCR I+V GLPP+GCLPIQ T   +  L R CLE +N DS+ YNQKL  LL  + + L 
Sbjct: 214 LGCRKIMVGGLPPMGCLPIQMTAKFRNAL-RFCLEQENRDSVLYNQKLQNLLPQIEASLT 273

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS ILY+++Y P++DM+ NP KYGF+ T  GCCGTG  E + +CNA +PTC + S++LF+
Sbjct: 274 GSKILYSNVYDPMMDMMQNPSKYGFKETKRGCCGTGHLETSFMCNAFSPTCRNHSEFLFF 333

Query: 761 DSVHPTEAAYKFM 772
           DS+HP+EA Y +M
Sbjct: 334 DSIHPSEATYNYM 345

[Close]

BLAST of CmaCh02G007220 vs. ExPASy Swiss-Prot
Match: Q9SIQ2 (GDSL esterase/lipase At2g31550 OS=Arabidopsis thaliana OX=3702 GN=At2g31550 PE=3 SV=3)

HSP 1 Score: 359.0 bits (920), Expect = 1.4e-97
Identity = 168/310 (54.19%), Postives = 230/310 (74.19%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNF-IPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG STVDTGNNN+ +PTI +A + PYG D P   A GRFSNGKLI D++A++L IK
Sbjct: 35  AILIFGDSTVDTGNNNYPLPTIFRAEHFPYGMDLPDGKANGRFSNGKLISDIIATKLNIK 94

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           E +PPFL P LS+ D+ TGV FASAG+G+DDLT++    I + +Q +MFK+YI RL  IV
Sbjct: 95  EFIPPFLQPNLSDQDILTGVCFASAGAGYDDLTSLSTQAIRVSEQPNMFKSYIARLKGIV 154

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQYN-ISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II++A V++SAG NDF  N+Y++P R+L+Y  ISGYQDFI  RL++F++E+Y 
Sbjct: 155 GDKKAMEIINNAFVVVSAGPNDFILNYYDIPSRRLEYPFISGYQDFILKRLENFVRELYS 214

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LG RN++V GLPP+GCLPI  T   +  + R CLE  N DS+ YN+KL KLL  + + L 
Sbjct: 215 LGVRNVLVGGLPPMGCLPIHMTAKFR-NIFRFCLEHHNKDSVLYNEKLQKLLPQIEASLP 274

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS  LYAD+Y P+++M+ NP KYGF+ T  GCCGTG  E + +CN  +P C++ S+++F+
Sbjct: 275 GSKFLYADVYNPMMEMIQNPSKYGFKETKRGCCGTGFLETSFMCNVFSPVCQNRSEFMFF 334

Query: 761 DSVHPTEAAY 769
           DS+HP+EA Y
Sbjct: 335 DSIHPSEATY 343

[Close]

BLAST of CmaCh02G007220 vs. TAIR 10
Match: AT2G30310.1 (GDSL-like Lipase/Acylhydrolase family protein )

HSP 1 Score: 377.5 bits (968), Expect = 2.6e-104
Identity = 180/313 (57.51%), Postives = 232/313 (74.12%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNF-IPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG STVDTGNNN+   TI KA + PYG D PGH A GR+SNGK+I D++AS+L IK
Sbjct: 34  AILIFGDSTVDTGNNNYHSQTIFKAKHLPYGVDLPGHEANGRYSNGKVISDVIASKLNIK 93

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           ELVPPFL P +S+ D+ TGVSFASAG+G+DD +++    IP+ +Q  MFKNYI RL  IV
Sbjct: 94  ELVPPFLQPNISHQDIVTGVSFASAGAGYDDRSSLSSKAIPVSQQPSMFKNYIARLKGIV 153

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQY-NISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II++ALV++SAG NDF  NFY++P R+L+Y  I GYQ+FI  RL  F++E+Y 
Sbjct: 154 GDKKAMEIINNALVVISAGPNDFILNFYDIPTRRLEYPTIHGYQEFILKRLDGFVRELYS 213

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LGCRNIVV GLPP+GCLPIQ T +    + R C+E +N DS+ YNQKL K L  + + L 
Sbjct: 214 LGCRNIVVGGLPPMGCLPIQMT-AKMRNILRFCVEQENKDSVLYNQKLVKKLPEIQASLP 273

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS  LYA++Y PL+DM+ NP KYGF+ T  GCCGTG  E   +CN LT TC + S +LFW
Sbjct: 274 GSNFLYANVYDPLMDMIQNPSKYGFKETKKGCCGTGYLETTFMCNPLTKTCPNHSDHLFW 333

Query: 761 DSVHPTEAAYKFM 772
           DS+HP+EAAY ++
Sbjct: 334 DSIHPSEAAYNYI 345

[Close]

BLAST of CmaCh02G007220 vs. TAIR 10
Match: AT1G06990.1 (GDSL-like Lipase/Acylhydrolase superfamily protein )

HSP 1 Score: 372.5 bits (955), Expect = 8.5e-103
Identity = 171/314 (54.46%), Postives = 227/314 (72.29%), Query Frame = 0


Query: 455 NFGSLSAILIFGGSTVDTGNNNFIPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVAS 514
           N     AIL+FG ST+DTGNNN+I T I+AN+ PYG +FPGH ATGRFSNGKLIPD +AS
Sbjct: 31  NVSMFPAILVFGDSTIDTGNNNYIKTYIRANFPPYGCNFPGHNATGRFSNGKLIPDFIAS 90

Query: 515 RLGIKELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQR 574
            +GIK+ VPPFLDP LS+ D+ TGV FASAGSG+D+LT    + + + KQ DM ++Y++R
Sbjct: 91  LMGIKDTVPPFLDPHLSDSDIITGVCFASAGSGYDNLTDRATSTLSVDKQADMLRSYVER 150

Query: 575 LTEIVGVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQYNISGYQDFIQDRLQSFIK 634
           L++IVG +++  I+S ALVI+S+GTNDF  N Y+ P R+ +  + GYQ FI   + +F++
Sbjct: 151 LSQIVGDEKAASIVSEALVIVSSGTNDFNLNLYDTPSRRQKLGVDGYQSFILSNVHNFVQ 210

Query: 635 EIYELGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLP 694
           E+Y++GCR I+V GLPP+GCLPIQ T++ Q    R C++ QNSDS  +NQKL   L  + 
Sbjct: 211 ELYDIGCRKIMVLGLPPVGCLPIQMTMAMQKQNERRCIDKQNSDSQEFNQKLKNSLTEMQ 270

Query: 695 SQLHGSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSK 754
           S L GS I Y DIY  L DM  NP +YG + T  GCCGTG  E+A LCNALT  C + ++
Sbjct: 271 SNLTGSVIFYGDIYGALFDMATNPQRYGLKETTRGCCGTGEIELAYLCNALTRICPNPNQ 330

Query: 755 YLFWDSVHPTEAAY 769
           YLFWD +HP++ AY
Sbjct: 331 YLFWDDIHPSQIAY 344

[Close]

BLAST of CmaCh02G007220 vs. TAIR 10
Match: AT2G30220.1 (GDSL-like Lipase/Acylhydrolase family protein )

HSP 1 Score: 372.5 bits (955), Expect = 8.5e-103
Identity = 176/313 (56.23%), Postives = 232/313 (74.12%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNFI-PTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG ST DTGNNN+    + KAN+ PYG D PGH A GRFSNGKLI D+++++L IK
Sbjct: 33  AILIFGDSTADTGNNNYYSQAVFKANHLPYGVDLPGHEANGRFSNGKLISDVISTKLNIK 92

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           E VPPFL P +S+ D+ TGV FASAG+G+DD T++    IP+ +Q  MFKNYI RL  IV
Sbjct: 93  EFVPPFLQPNISDQDIVTGVCFASAGAGYDDETSLSSKAIPVSQQPSMFKNYIARLKGIV 152

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQY-NISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II++ALV++SAG NDF  NFY++P+R+L+Y  I GYQDF+  RL  F++E+Y 
Sbjct: 153 GDKKAMEIINNALVVISAGPNDFILNFYDIPIRRLEYPTIYGYQDFVLKRLDGFVRELYS 212

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LGCRNI+V GLPP+GCLPIQ T   +  +  IC+E +N DSI YNQKL K L  + + L 
Sbjct: 213 LGCRNILVGGLPPMGCLPIQLTAKLR-TILGICVEQENKDSILYNQKLVKKLPEIQASLP 272

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS  LYA++Y P++DM+ NP KYGF+ T  GCCGTG  E + LC +L+ TC + S +LFW
Sbjct: 273 GSKFLYANVYDPVMDMIRNPSKYGFKETKKGCCGTGYLETSFLCTSLSKTCPNHSDHLFW 332

Query: 761 DSVHPTEAAYKFM 772
           DS+HP+EAAYK++
Sbjct: 333 DSIHPSEAAYKYL 344

[Close]

BLAST of CmaCh02G007220 vs. TAIR 10
Match: AT2G24560.1 (GDSL-like Lipase/Acylhydrolase family protein )

HSP 1 Score: 362.5 bits (929), Expect = 8.8e-100
Identity = 171/313 (54.63%), Postives = 232/313 (74.12%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNF-IPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG STVDTGNNN+   TI KA + PYG D P H A+GRF+NGK+  D++A++L IK
Sbjct: 34  AILIFGDSTVDTGNNNYHSQTIFKAKHLPYGIDLPNHKASGRFTNGKIFSDIIATKLNIK 93

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           + VPPFL P LS+ ++ TGV FASAG+G+DD T++    I ++ Q  MFKNYI RL  IV
Sbjct: 94  QFVPPFLQPNLSDQEIVTGVCFASAGAGYDDHTSLSTQAIRVLDQQKMFKNYIARLKSIV 153

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQY-NISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II +ALV++SAG NDF  N+Y++P R+L++ +ISGYQDF+  RL +F++E+Y 
Sbjct: 154 GDKKAMEIIKNALVVISAGPNDFILNYYDIPSRRLEFPHISGYQDFVLQRLDNFVRELYS 213

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LGCR I+V GLPP+GCLPIQ T   +  L R CLE +N DS+ YNQKL  LL  + + L 
Sbjct: 214 LGCRKIMVGGLPPMGCLPIQMTAKFRNAL-RFCLEQENRDSVLYNQKLQNLLPQIEASLT 273

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS ILY+++Y P++DM+ NP KYGF+ T  GCCGTG  E + +CNA +PTC + S++LF+
Sbjct: 274 GSKILYSNVYDPMMDMMQNPSKYGFKETKRGCCGTGHLETSFMCNAFSPTCRNHSEFLFF 333

Query: 761 DSVHPTEAAYKFM 772
           DS+HP+EA Y +M
Sbjct: 334 DSIHPSEATYNYM 345

[Close]

BLAST of CmaCh02G007220 vs. TAIR 10
Match: AT2G31540.1 (GDSL-like Lipase/Acylhydrolase superfamily protein )

HSP 1 Score: 358.2 bits (918), Expect = 1.7e-98
Identity = 169/316 (53.48%), Postives = 230/316 (72.78%), Query Frame = 0


Query: 461 AILIFGGSTVDTGNNNF-IPTIIKANYSPYGKDFPGHIATGRFSNGKLIPDMVASRLGIK 520
           AILIFG STVDTGNNN+ +PTI +A + PYG D P   A GRFSNGKLI D++A++L IK
Sbjct: 35  AILIFGDSTVDTGNNNYPLPTIFRAEHFPYGMDLPDGKANGRFSNGKLISDIIATKLNIK 94

Query: 521 ELVPPFLDPKLSNDDVKTGVSFASAGSGFDDLTTMIYTVIPMMKQVDMFKNYIQRLTEIV 580
           E +PPFL P LS+ D+ TGV FASAG+G+DDLT++    I + +Q +MFK+YI RL  IV
Sbjct: 95  EFIPPFLQPNLSDQDILTGVCFASAGAGYDDLTSLSTQAIRVSEQPNMFKSYIARLKGIV 154

Query: 581 GVDESKKIISSALVILSAGTNDFAKNFYNLPVRKLQYN-ISGYQDFIQDRLQSFIKEIYE 640
           G  ++ +II++A V++SAG NDF  N+Y +P R+L+Y  ISGYQDFI  RL++F++E+Y 
Sbjct: 155 GDKKAMEIINNAFVVVSAGPNDFILNYYEIPSRRLEYPFISGYQDFILKRLENFVRELYS 214

Query: 641 LGCRNIVVAGLPPIGCLPIQETISSQLPLTRICLEDQNSDSISYNQKLSKLLGNLPSQLH 700
           LG RN++V GLPP+GCLPI  T   +  + R CLE  N DS+ YN+KL  LL  + + L 
Sbjct: 215 LGVRNVLVGGLPPMGCLPIHMTAKFR-NIFRFCLEHHNKDSVLYNEKLQNLLPQIEASLP 274

Query: 701 GSTILYADIYTPLIDMVNNPHKYGFEHTNTGCCGTGLAEVAPLCNALTPTCEDSSKYLFW 760
           GS  LYAD+Y P+++M+ NP KYGF+ T  GCCGTG  E + +CN  +P C++ S++LF+
Sbjct: 275 GSKFLYADVYNPMMEMIQNPSKYGFKETKRGCCGTGFLETSFMCNVFSPVCQNRSEFLFF 334

Query: 761 DSVHPTEAAYKFMTEL 775
           DS+HP+EA Y  +  L
Sbjct: 335 DSIHPSEATYNVIGNL 349

The following BLAST results are available for this feature:

BLAST of CmaCh02G007220 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O22927	3.7e-103	57.51	GDSL esterase/lipase At2g30310 OS=Arabidopsis thaliana OX=3702 GN=At2g30310 PE=2...	[more]
Q9LMJ3	1.2e-101	54.46	GDSL esterase/lipase At1g06990 OS=Arabidopsis thaliana OX=3702 GN=At1g06990 PE=2...	[more]
O22918	1.2e-101	56.23	GDSL esterase/lipase At2g30220 OS=Arabidopsis thaliana OX=3702 GN=At2g30220 PE=3...	[more]
Q9SJA9	1.2e-98	54.63	GDSL esterase/lipase At2g24560 OS=Arabidopsis thaliana OX=3702 GN=At2g24560 PE=2...	[more]
Q9SIQ2	1.4e-97	54.19	GDSL esterase/lipase At2g31550 OS=Arabidopsis thaliana OX=3702 GN=At2g31550 PE=3...	[more]

BLAST of CmaCh02G007220 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G30310.1	2.6e-104	57.51	GDSL-like Lipase/Acylhydrolase family protein	[more]
AT1G06990.1	8.5e-103	54.46	GDSL-like Lipase/Acylhydrolase superfamily protein	[more]
AT2G30220.1	8.5e-103	56.23	GDSL-like Lipase/Acylhydrolase family protein	[more]
AT2G24560.1	8.8e-100	54.63	GDSL-like Lipase/Acylhydrolase family protein	[more]
AT2G31540.1	1.7e-98	53.48	GDSL-like Lipase/Acylhydrolase superfamily protein	[more]

InterPro

Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR001087	GDSL lipase/esterase	PFAM	PF00657	Lipase_GDSL	coord: 462..775 e-value: 1.1E-33 score: 117.6
IPR001087	GDSL lipase/esterase	PFAM	PF00657	Lipase_GDSL	coord: 41..270 e-value: 2.6E-20 score: 73.8
IPR036514	SGNH hydrolase superfamily	GENE3D	3.40.50.1110	SGNH hydrolase	coord: 26..286 e-value: 7.1E-41 score: 142.6 coord: 450..779 e-value: 5.2E-73 score: 248.2
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 286..321
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 334..379
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 409..430
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 301..321
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 394..430
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 349..373
None	No IPR available	PANTHER	PTHR45642	GDSL ESTERASE/LIPASE EXL3	coord: 458..774 coord: 34..276
None	No IPR available	PANTHER	PTHR45642:SF30	GDSL-LIKE LIPASE/ACYLHYDROLASE	coord: 34..276
None	No IPR available	PANTHER	PTHR45642:SF30	GDSL-LIKE LIPASE/ACYLHYDROLASE	coord: 458..774
None	No IPR available	SUPERFAMILY	52266	SGNH hydrolase	coord: 29..285
None	No IPR available	SUPERFAMILY	52266	SGNH hydrolase	coord: 589..779
IPR035669	GDSL lipase/esterase-like, plant	CDD	cd01837	SGNH_plant_lipase_like	coord: 461..776 e-value: 1.06121E-138 score: 410.083

Relationships

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


Feature Name	Unique Name	Type
CmaCh02G007220.1	CmaCh02G007220.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0016788	hydrolase activity, acting on ester bonds