Cucsat.G10549 (gene) Cucumber (B10) v3

Overview


Name	Cucsat.G10549
Type	gene
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	Amidohydro_3 domain-containing protein
Location	ctg1678: 837172 .. 852147 (+)
RNA-Seq Expression	Cucsat.G10549
Synteny	Cucsat.G10549

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.

AAACTGTTAGTAAAATTATAATTTTAGCGCTTAGAATTAATTGCGCGCGCAATGGTCCACTTTGCAACCAAACCATTTCACTCCACTCCACTTCTCGAAGCTTATTTCCATTCCTTTTCTCCATTAATCTTCAACTTGGAGCACCAATCCAAGCTCCCATGGCGATGCTGTCGTCTTCATGTGCGGTCGCCGATTTAGTACTCAAGAACGCACTCATTTTTACCTGCGACGATTCTCTTCCTTTCGCCGATTCCATGGCCATTCTCAACACCAGGATTCTCCGCGTCGGCACCTACTCCGCTGTTCAGGTTCTTCAAACCTCTTCCCTTCCACTTTTATTTACATACCACTAGAACCTGCGCGCTATCTTTTGACAGAGGCATTCGGAGTTATGTACTGGAAGTTATATAGTTTCTGATCATTGTACTCGAGTCTCGTACAGGAGGATTCTAGAATTTCATCCCTCTTTTCACCGTAGCTTACTCTCTGTTTGTGAAATCGAAGCATGTTTTTCGGTTCTCTTATGTAGTATGTCTTCATTTATGTGAATACAGGACTTGGTTGGACCGAGGACAAAAGAGTTGAATCTCGGGGGAAAAGTTGTGGTTCCTGGTTTTATTGATGCACATGGCCACTTAATTTATCAAGGACTGCAGGTTTTAGTGAAGCTTCCTGTATTTCAACTGATTGCGTTACTAACTCACTGAATTCTGCTTCCCTTGTTGAACCGTTTTCAGTTTTATTTTCGGTGGAATCTCCGTATGCTTTTATCGATGTCTCAAAAATTTGATTAGTGATTACTTTTTGTTATTTATTGGCGGCTAACCTCGTATGAATCAGATGAAGGAAGTGAACCTTCATGGTGTAAATCATAAACATGAGTTTGTGACAAGGATTGCAGAAGCAGCTAAAAGTAATTTTCTCTCGTTAAAGTAGTTCACGATTCCAGTGAGAAATGTTATCTCGATTAGTATTTAGTGTGTTTGTTCTATGACGCTTTAAATAGACGTATGCTTTTAAATGAGTTTTTGCCATTTGATTGGTGCAAGATAGAAACAAACCAGAGAATAATTATTATCATAGGTTTAGTCTGGGTGGGATTTATGGAGGCGAGGACAGGTATATAATTTTTCTTGGTTTCCATTTCAATATTTAGATGATCATTTTAAATTATAAATGACTTGGAGGGATTTTTCTTACTTTTTATTGAGTCTCCTAGATCTCAATTAAAAAACCTCCCATGCAGTCATAGTAAATATTCCAAGCTTATTTGTTTGAAATGTGATTTCACCGAAAGATCTTGGAATTACATCTTCCGTTCCTCGATCTTCTCTTAGAAAAATATCTTGCATTCTTCTGGCTTAAATAGGCAATTCTTTCAGCTAAATTAGATTCTTGGTGGAACTGCAATATTTAACGGGGCCTAAAAACCTCAAGCGGGAAGTGACAAGATTTTGGAAAGTGCTGCGTATGGTCAGTTCCAGTTTAGTAATAGCTTGGTTGTGCCTTATCCTATTTTGTACTTGTTTTAAGAAACATTAAGGAACTAATAAAAAAACCTTAATTCAATAGAAAAACAAAGGTACATGATATGGGTAACACATTCTTTTATGGAACCTAGGAGATAGAAAGAACTCCCAATTGGCCAAGTATAATGGAATAAAATTATTTGGAAACTCTTATTAATACAAGACACCTCCTATTATACATTCTGAAAGAAATAGAATACCGAGAAAACAATGACATTTTCTCATACTAATGCAAGTCTAGTGAAAGAAATTATTAAGAAACTGCTAGGCCACCGATATTATTTAAATATAGCTGGAAAAATAATAACAACAGAAATATCAACCCACGCAAGAATATAGGAGAGATTATAGGGGGAGAGAATATCGGGGAAGATCTTTCACAATCGTCAGTGAGTATAACAGATTAAAATGGAGAAAAGAGGAGGAAAGAGGGGAGAAGAAAAATATTCCAGATTAGGAGAAGCTGCTCTCTTTCAGTTCGAGAGAAGCAGAGGATCGAAGTCAAGTTTATTTAATAGTTGTTTGGTCGTTTACATTGTTCTGAGTTTTCCATATTTTATTTGCTTGTTCTGATCTGTTCGGATTAGATTGAGGCTTAGGAGATAGGAGTGTGTGAATTTTTCTTTGATTATTTGATATTGTAATTTGTAAATTCAAGTCAATAAAATAAGATACTATCAGTATCTTTACAGAAACTCTTACTAATTCAAGACCACTCCCATTAGTAATTTTGAAAGAAAAAGAATACTGAGAAAATAACCACATTTTCTACTTTTGTTGGCCTGAGTTTCTTTCATTCTTAATTCTCTTTTTTCCTCAAGTCTTTCTTAAGTTGCCTAGATGGCAGTAGCAACCTTGTACTTCTTTCTTTTGATTTTTTTTCCCTGCTACAAAGTAAAACAAATATATACTAACTATAATGGGTTGACCTAGTGGTAAAAAAGGAGACCTAGCCTCAATAATTAACTAAGAGGTCATGGGTTTCAATAATTAACTAAGAGTCATGGGTTAAATCGTTTCCTACGAGTTACCTTATGTTGTAGGATCAGGATATGTGCATAAGAAGAAAAAAAATAAATAAATAAAATAAATAAAATAAATATATATATATATATACATATAAAATATATATAAATATAAATATACTGTGTTTATAGCTTCTAAATAATTTATTATAATATTTTGGGCGTGTATGTGATGATTCCGAGAGCCATCTAATTTTGAGCTTTACAAAAATATTCAGACACTAAGAAAGGAACTTGGGTACTGGGTGGCGGATGGAATAATGATCTTTGGGGAGGTGAATTGCCAATGGCTTCTTGGATTGATGATGTTACGCCATCTAACCCTGTAAGCCATTTCTTTCTTTAAGGTGACTACTACGAAACGTATCTTCTGTAATTTATTTTTCATTCAAAACTTGGCGTACAGGTTCTTCTGTCAAGGATTGATGGTCATATGAGTTTGGCTAATAATGTGACACTTAAGTTGGCTGGCATCTCTAATTTAACGGAAGATCCAGAAGGCGGGACCATAGGAAAAACTACTGGTGGAGGTGCTGTTTTACAGTTTGGTTGAAATTTAAAATTTTTGTAGGAAGCAAAAATATTTACTATGAAAACATTGAAAAGAACTACGGAGAAATAAGAGGATTGATTATTTTTTATATTACAAGAATTATTTAAAAAATAGTTTCTATTTCAAACACAAAAAGAAAAAAAGAAAGAAAGAAAGAAAAGGCCAGGTGTAAATGTTGAGATAATTCAACGTGGTTCAGACATCTAACTTTTGAGTATTACATATGGACTCTAGCTCGACATATGCTAATCATTGCAGTTTATTATATCTGGATGGGCTTGAATTTTGATTGAAGTCTTATCATATTTGATTTAAAATGCCAAATGAACTGCTTAAATAAGCCATTTGGTTAGGCAAACTTCAACATTTAAAAATTCATTACAATCAAGGTCACGCCAATATCAAATATGAAGTTGGCTGGGTGTGTTTCTTTCTTTCATACATTTATTTGTTAGGGAATGAAGCAAAACAAACTTAACGTAAAAAAAAAACTTTTTAGCAGGAAAATTATACCATCTTCTGTTTAAAGGGGTCCCCAAAAGAGCCCCTCATTGTACTATGAAATTTCATTTCCCATTCTTTGTTCTTTTGTGAAGAAAACCAGTCAACTTCATTTCTCTTTTTCTGCTTTCTTTTTCTTTTTGTACGTTTCAGTTGTCAATTGATCTTAATGAGGTCAAATGAAGTTATCTATAATTTAGTTTTTGTGCCCCAGATCCTACTGGATTGCTGATTGATTCTGCAAGGAAGTTGGTCCTACCTTTTATTCCAAAGGTTGCGGTAGAGGAGAGAAGAGAAGCATTGGTAAGGGCCAGTAGTCTTGCCCTGGCTAGAGGTGTTACAACAATAGTTGATTTTGGAAGATATTATCCAGGAGAATCAGTGGAATTATCATGGGAAGATTTTTCTGGTAATTTTTCTATTGTTTTAATTACTAGTTCAGGCCTCTCTCTCTCTCTAACTTATCTTGGTTTGCTTCCTCGATGTCTGCTTATACGGAAGGACTCACAATAGGCAGATATGATTACTTATTATTTTCCTACCTTCTCGTAGTAAATCAATTTTTTTTATCGGTGTGCAATAATTTTAAATGGGCAGATGTGTATCAGTGGGCAGATTCTTCAGGGAAGATGATGATCAGGGTTTGCTTATTTTTTCCAATGGAAACATGGTCATCGCTACATGTATGACACCCAATGGAATGTTATTTAAATGATGTTCGTCATATTTCCCAAGTTTGTGTTGCTAACTTCTTTAATTCGTATCTGGAACATATATATGCCATTTTAGAATATGCTACTTAATTTTACAGTAAGAAACATAAACATGCAAACCAACATTGATATGGGCTGTCTTTATTGAATTGAACTTTTGGCAAATGACTTTATATGTCAACTCATCCCATGTTTTTTTTAAACGGAGACAAGCTTCTTTATTAATAATAAACTCAAAGTACAAAAGAGTTATACAGTGGAAATAATTGAGAAACCTAGAAATGGGAAAGAGGGAGGATTAGTCAACTAGGTTGACACCCCCTTAGCACCCTCGTCATATCAAAATAAGAATAATTCTAAGGTCATGCAAAGACCAAAAATAACAATATAAACTACCTATAGGTAGACAGATGCAAAGGACAATAAAAACCGGAAAGCATAAAACTAAGGATCAAGTGGTGCACCCAAGACATTTCAATTAGATTGACTCTCCATATTGTAAAATGATGGTTGCTTGTTTAATTATTTAAAGGCGCAGGTTTATGTATATTTACTATTTCTTTTTGACAAGTGTTGGAGGCTTATTTGCCCCTCATTTAGAGCTCAAATAATTTGTAAATATTTTCATTGATCAATTTTTAGGGTATTTCATTAATGTTTTTATGTCTTTGTGGGTCTCTGCTTCAATTGACATGCTACTTATGACTTTGCAACAGCCTTACCTGTGTACAGGCTTCTTTGATCGCTTTACTTGCTTCAGTATCTTCCCTTGTTTATTCTTGCTTCTAATATTCTTTTTATCCTCTCCAGGATCTTATCCACAAAATGGGTCAGGTTGTGAGCCCATGGATGTACTTGGGTGGTGTCAAGGGTTTTGCTGATGGGTCTTTAGGTTCACATACTGCTTTGTTTCATGAGGTGAGAGCATCTGATGTAGCTATTGTGAGAGGGTTCTGTTATAATTTGTTTTAGTTGGTTGTTAGTTTAGTTTTGTTTGATTAGTTGCCTTAAATCCTCTATAATTGGAGATTCATCATTTATGTTTTGGAATGTTTAAAATTATAATAAATATTCCTTATGATTCTTAGACATTTTCCTTCGATGTTTGGTTGCATAAAATTGATATGAAACAAACTTTGTAAGAGGCTGAGGGCCCAAATAATGAAAGGTTTTTGGTTCAAGATTACCGAAATGAAAAGTTTTTGGCTCGACATTCCATATTTTCCAGCTAAGAAGAGGAGGTTTTTCATGGGTTTCTGGAATGATTCGATGATGGTTATGATCAGACAATTTCAAGAATGTAGATGAACAACCTTACTTTAACATGATTTTCTCTACTCAAGAATGTAGAGGATGAATCTTTTTATGGATTTGATGAATATTTCGACGAGGAAGATGAGCTTTTGTATTGCTTGGAAAACTATTTGTTGAAAATGGAATATCAAAAAAAGGAGCTTCGATATTATTGCAGAAGGAAAACCTTATTTTACTGTTAGAGTGACAAGATAATGAAGAGGGACATGAATGGAATAAATCTTGGCAGCAAATAGCAAACTTTGAGGATGTAGATGGAGATGTTCAGTTTGGATATATGTTTTTTCTTCAAGAACCTAGAAGCCATAAGGAACTATTTTACAAATATGTAACTATCTGACAGTTTGATGAGATGTTGCGTTAGATTTTTTATGGGCTTAAAACAACCTTTTCTATTGGTTTTTTTTTTTTTGTATCCTTGGAAGAAGTAGCTTTGAAGCAAGATTTCTGACTGTGAAATTGGGAAAACTCAGGTGAGTTTTTCTATTTAAAAAGGAAGGGAAGTATTAACGATGTACCATATAATGGTAGAGTTATTTCTATAATTTTGTTTAAGTTGGTTTAGTTATATTTGATAGTTACTTTTTTATAAATAGGAAATTCATCATTTGTGCTGAGGGACTTTTAAAATCATAATAAACATTCCTTTGAGGATTCTCTGAGATTCTTACTTTTGTTGTTTGGTTGGATCAGCACCACCTGGCAGGCATTTGAGTTTGATATCTTCAAAGTTGAAACATTCATTGGAAGTCTGTGGCCATTAGTTGAGATCATATGGTTAATGATCATTTGCAGTTTCTTTTTGGGGCCTACCTTGGTTCTTACGAATTTATGATAATAATTATCATATTGAGCTTTTCAAAAGTTGGAGTATCTTCACCATGTTCTGTATTTCTAGTAATACTCTTTTTGTACATTGTTTCATAACTATCTATGTTACCATGTAGCCTTATGTTGATGAGCCTGGCAACTGTGGCATGCAAATAACAGAACGTGAGAAGCTTTTCAACTTGACCATGGAATCAGATATATCAAAGCTTCAGGTTATTTGCTATTCATCTAAATAAGCATGATTGCAACATGATTGATTCAATAGATTTACCTTAAATTTGGTTCAGGTTGCTATTCATGCCATAGGCGACAAAGCAAATGATATGGTCCTTGATATCTACGAATCTGTCATTTCTACAAACGGGCCAAGGGATCGAAGATTTAGGGTAATGGCTTTGAGAAATAGGGAAGCTAATTAACGTCTTGATAAATATAACTCATTGTTATTTTGGTTTCTCATGAATAGGTCGAGCATGCTCAACATTTGGCACCTGAAGCTCCTCAACGATTTGGTAAACTAGGGATTATTGCTTCAGCTCAGGTCTCTTATTGTTTTCATATTGGATCACTGTTGACATGTTTCCCCCATTTCCAAATTCTCAGATCAATGATTGATACCTGGGCCATGAGGCAAGAATGATATAAAACGAAAGAAAAAAACCTGTAGAAACTATTCACATTGAAAATCTTCTGCTGTGGCTAAAAGTCATTTTACTTTTTCATTCTGGGTGTGTGCTCTCATGGCATGGTTCTATTTTTCCAATATTGCATGATTGTATGCTATGTCCTGATAGGTTATGTATTTAGTTTCAGCATATATATTAACCACTTGTAAAATATTTTTTTAACAAAATTCTCATGTCTAATGAAAGTCATGCACCACATTAAATTATTTACATGATGAACAGAGTTTGGAAAAATTTTAATACATAAAAAGATAGAGGTCTTTTTGTTGTCTTGGACTAGAGAAAGGAAAGGATCTAGAGAAGGGGAAAGGATGCAACCACGTCGTAATTGACCTAAGTAGAAATTATGAGATGTAAACGAAGCTCTAATGCTTGTGTTGTGTGAAAATAATTATCTACACCAATTAAGGCTGGTTCGAAATGCCTACAAAAGTATTTTAAGTGCTACAAAATGTTTTTAAGCATTTAAAATGTCATTTCAAAAGACTTAATCTTTCACGATAAATTTGTATTGTTAAATCCCTTTTTCCATTTTCTTTCTTTAAGTTTCCCTTCTTTGGCTAGTTACAAGTTGTCCAAAACATTTTAATTTCACCAAGTGTTCCATTTAATTTGATTTACAGTTTGGTTTTAACATTACTATTTAGCATGTTGGTAGCTCAGTATCCCTTTTGATGGTTTCATCCAAGTTATTGATGATCTAATCTGTTTCTTGGCAGCCCGAACACCTTTTGGATGATGCAGAGTCTGCGACAAACAAACTTGGGGCACAGAGAGCTGAAAAAGAATCTTTTTATTTAGATCACTTTTAACTTGCAAAGCATGCTTAGCTTTTGGTTCCGACTGCCCGGTAAGCTTCTGACGTTTTTATTACCTAAATACTGCACAGGCCTAATCTCGTGTATTGCTGTTTTTCAAAACTATACTTTAGAGAGGGGGAAAAACTTCTAAATTACATACATGTACAAAGTTGAACATTTAAGATTGGTTTTTGTGTGTAGGTTGCAAATATCAATCCATTGGGTGGTATCAGGACTGCAATGAGAAGAATACCTCCGTCCTGGGATCACGCTTGGATGCCATCAGAGTGCCTCACACTGGATGAAGCCATAAAGGCGTAAGCAATACTCTGAAATCACTTTCTCAGATGTACTTGTTTAGTTTGCTTTTGTCTGTTTCTAATTCTTAGTGTCTGTTCGGTACTTATAGGAGCAACGCAGTGTTCCTAAGTATTAGCCTTAGTAAATATGGGGCCAGACCTAGCGTAGTGATGAAAAAATTACTACCTCAAATGGTGTGGTAAATCTCTGTTTGAAATGGAGAGGGGTTAGTAAAATTTTTAAAATTTTATTTCGGTGATATGGACAGTGATTGGGGGATGCATTTCCTCACCCCAAACGTGATCCTGCCCACGTTTATTCGATCATATTTGTTCATTTGTTAATTGATTTATTAATTTCTTCAGAGAAAGTGTTAGTTATTTATATATATTAATTACTTCAGAGAAATTGTTATGAATAAAAAAAATTGAAACTATTTTCGCATATGGCAAAAAAAGAAAAAATTAAAATAAGCTATAGAGAATTTGATGGATTTTGCTATAATTGTCAATAGTTTTTTTTTTTTTTTCTATATTTGAAAATTCCCCAAGTTATAATCCTAGGATAAATTTGGTTAGTGCTTTTGTTTTGTATTTGCCACTAAGAAAGAAACTCCCGGGTGTTCCATGAGAAGGAAAGAGATTGAAGTAATGATTATGACGAACCTTAGTCCATTGCTCTTGTGTCTTCGCAACCGTCGTCCCTTTGTAATTAACTCTACTTCGGGTGCTGTTTTTTTCTTTAGTGAACTCAGGAGGTCTAGACTTTATATTTTACGTTTTTTTCCTCCAAATTAATGAAATCAAGGTATTTGCTTTTAAAAATTTAAGTAAATAAACTCAGGCAAAATTGAAAAATAAGTTATTTCTGGCCCTTGGATATATATTTTCTATATATGTTTTTTTAAAAAAATTCTTTAATTTTTTTAAAATTTAAAGAGGCAGTTTCAAATATGGCAGAAAAAGAAAAAGCAAAATATATCCAATTCTCTGTACCCATTTAAGTGTCTTTTACCATATGTGAAAATAGTTTCATTTTGAATTGTGATTTTTTTTCTGCATGAAAATACATGTTGGGAGATATCTCAGACTTGTTGATTCTTCGAAAATATGGGGTGAGGATAGAAGTTAAAAACCCCCTTGGGGTCAAGGTCCAAATCCCAACCTGTCTGTTGTCATCCCGATTCGTAATATGCACTTGAGTTGCTGCCACTAGTTAACGATTCAAGGGAGGCATAGACTTATTTCTTCTCTTGATATACCTGAAAAATCAGAACTAATTGTTAATTGTTAAGCTGGATACCTTTTGATTTTTTTTTTTTTTTTTCTGTTACTAGAACTGGAAAATCTTTTGCATTAGTAAGTAATGTGCAGGGTTTCATGTAAGCATCTCTTTCCTCAATTCAACTTTCATTCAAGAACATTTCACATCAACCTTGCAGGTATACAATATCCGCTGCTTATGCATCCTTTCTTGACAAAGATCTCGGATCTCTGTCCCCAGGAAAGCTTGCAGATTTTGTTATACTATCTACAGATTCATGGGATGAGTTCGCAGCTGAAGGATCAGCTTCTATCGAGGCAACGTATACTGGTGGTATACAGGCCTATCCTTAAAGGTGCGTGCTTATATGCTAAAGAATGTATCAGATCCAAAAGTGAAAACTCACTCCCCTACTCTAACCCTCTGGTTTTTATCTTGGTAATAGTTTCTTCTATCTATTTGCTGAATTCAAAAGGCGACATGCCTCGCCAGGCTAAGGATCTCATGTGGCACAGCTGTTGAACCAATCTCAAAATCCAAGAGGTACCTCTAACTCTAGTTCTAAGATAAATTTGAGCGTAGGGTTACCATATCTTAAATTTTCTTTGACATAAACACTGTTTGCTGGTCAATAATGCATGTGAATATTAACATGGAAAGCATGTGGCTATGGTCGTAATAGTTCAAGGTTCAATGCATGCTATGAAATTCACAATCAGTGCTATATTTTAGTTTCCAGCAGTAGCTTGGTTTTCAACTTTTCCAGTTTAGACACTGCCTTCAATGATGTTTAATCAATGTCATTTTCATTGCACTTTTTTTTTTTTTTTTTTGCTTTGCTAATTTCTCTAGTAATTACCCATTAGCATACTTTTTGGGCTCATCAAATCAGCCCTAGTTATTAACTGGAATTTTGCCGAGGACTTTTGTATTTGTTTGTCTGGAAATTTCTATTTAGCTACAGTATCAGGCTTTTTTTAAAAAATAAAAATATTAAAAAATATTGCCCTTTAGCTTTAATGGTTTAGGTATCAGATTTAGGGAGTAGATAAGATTATTTCTTACCTTGGCATCCATATTAATGTGGCCAAAAACTAAGAGAAAAAGGAAGGTTTTGTTTCAATAGGATTTCTTCTAAATTCCTTAAATGGAAATAGTGAACATCTACCTTGTTGGTAAAAATTGAATTAATTTTTTTTTTTTTTTAAAAAAAAGCTATTGATGATAAACCTATGATCGGATTAGGGTTTTACCTCTTAGATTTAAAATCTTAATTTTAGCCCTTCCTCTCCCATTAAAGTATAGAATCAGTCATATCATTCAAACTTTATTCCAAATTATTAAAAGAAAAACGGGATGAATAATATTTATCTACATGACATTCTAAAAGAGAGGTTCGTTTTCCATTTAAACGGATCACATATAAGGTAGGGGACTAGTTGTGAATTGTGAGGTGTAATTGTGAGTCAAATTTTGTATCTATAATGGTTTGGTAATCGTAAATATTCATATGACAAAGTTGAAGTTTCAGAAAGATTAGATTCCAAAGTTAAAAAGTAGGCAATAGTGTTGAAACTAAAATGCAAATAATGTTTTTCTCTTTCTTTACTTATTTTTCATATACTCCTAAAGTTTCAAATTTTTTTTAAAAATTAATAGCTATTAATCCTGCTTAAAATACCATTTTGATTAATAAATTTTAGATTTCATTTCATTTATTTTAGTTTCTATATTTCAAAATGTTCGGAAAAAAAAAAGAGTTAAATAGTAATCGTTTTTTAATGTAAAAAAATACATATATGAATATGATTTTAAAATTTACCGTGAGTGCTAATAGATTTTTTTCGGGAAAAGAATCAACAAAAACAATTAACTTGTAGGAAATAAATTTAAGATATGTAATGATTATATGATTAAATTTGAGTAAATGAAAATATATGAACTAAAATAAAACAAGTTTGCAAGTACAGTAACTATAATTAGTATTTAATTAATTTCAATAAAAGAAATTTTAAGATTTATGGAAAGTGTTCAAGCAAAATTTTGAACAAATGAATTGGATTGAAATTTAAAATAGATGGTCTAAAATGATTTTTTTAACAACGAGTGATAAATACAAAAGTAAATACTTACTATTATTAATAAAATTATTTAATGTTACATTTGTGGCATAGAAATGTTGTTTATTGTTTTTGTAAAATATCTTGATGGTTTTCTAATATAGTTTCGAAGTAGCAAGTAGTGTGTTTTGACTTGACCTGTTCTTTTTTCCAAATTATTCTTTGAAATTATATGGTGCCCATCAAATCGGGTAAACAGAGTATCTGAAATGAACTTTATTGTCGTTTCTGAAACACAAATTTCATTGTTCAATTAAAAATCAAAACTATAAGTTGGCTCTGTCTGTTTGAAAGAAAAGAAATGAAAAAAAGAAAAAAAAAAAATCTAGATATGAACTTTATCTTTTTAGTGAGTGTCAATCAGTTAGATTTTTTTTTTTTATGTGTCGAGATAAAGAAGAAAAAAACGACTCTTGATTAATTTCCAATGTGACATGTTTGACACAAAATATGTGATTGTTTATCAAACTTTTGCTTGGTTGTTTTCCATTGAGCTTTTAGAATAAGCTTCCAACTTTAGGTTGGAGAGATTTTTTGGATCATTTAAAAGCCGATCAGATTGGCTATAAAAAAACCTTGAATAGGTCTCCAACCCAATTCAATTCTCAAATTTTGGGTTGGGGTGAAGTGGGTTTAGAGGATTGTTTTGTTTGTCTTATTAAATTTAAATAATTTAATTTATCTACAATACTTCATAAGTAAAATCTCATAAAACTTGAATGTTAAATATAAACTATTCATGATATATATTATAAACTTAAACTTTAAACAAAGATAAGCATCATAACCATTGTAAAAGAAAAATGTTAAAAAAGTTAAAACACTAAAAAATATAGCTCAACTCAATTAAGTAACAGAAAAAATTAACTCAATCCAACCCAAAAACAAAATTAAACCAACTTGACCTTTACAATTTTGATTGGATAGTCCATATTATATGAATTATTGGGTCATTTGAATACTTTTTTTTCCAAAAATAACATTGAAGCGTTCTTAAAAACTACACAAAATCACAAGTTGACACTCTTGTATAAACACAGTCCTTTGAAACAATTCTATAAAGTTTTCACAAAAAGAAACTTGAAGTCGAAGGGCACCTTACAATTTTCGTAAGCTTTTAATTTCTTAAAACTAAAGCATTAAGGTTATGTTGAATTTTTTTTTCCTCTTTTAATTGGGTTTGTTTTCTCGCCATTTTTTTTTAAAGAAACATTTAAATTATAAATTACTTTTTTTAAAAAAAACAGACAGGTTTTTAATTAAATTTTATATTTATATATGAAAAATAAATTTATAAATACACCCTTTTCACCAATATATTCATTTGTTCTTTTCAACAAACTTTTTGGTTAGATAAATATTAAAGTCTAAACAGAGGAGTCTTTTTAAGACGTATTTCTTATTTGAAGCTTAGCTAAGGATTCAATTTTAATAGAGATGAATGTATTAAAAAAGCAAGTTTGCTTTTTTAGAAGTCTAGAAAATGAAAATTATATGTTATCAAAGAAGGCCAAATCATTGTCAACTTAGTTGATGAGTACAATTTTTAGAGGGGAAGAAAAGGTAAAGGGTGGTATGTAGTAGTGGTAGGATTAGTTTAGATGAAAACAGAAAAAAGAAACAAAAGAATAGTGTTGGGATTATTAGGAAGAGCGAAGACCTAAAGAGTTGGAGAAGTAGAATAGGTGGTGGTTAGGTTAGTGTTGGTATGGTACATTATTTCAGTCTTAGCCCATTGGCATTTTGCTGTTGAAATTTGAAAAAATATATATATGGTTGGTTTTGATTTGGACTATTATTATTCCTCAACCCTAAACCCACTTCTTTTTTACCTTTGAATTTACTTCTATATGCCTATTCCCTTAGCTTTATACTAACTTTTACCCTACTCTCCTCTCTTTTTCTATCACTATCTCTACCTAGTTTCATTACCTATTTTCTTTTCTTCCAATCTATACCTATCTTGATATATATATATATATAGTCTATAATCAAATCAAAGTTTTCATTTTTGTCTTTCTTTTTTACTTCCGTTTTCTCTTCATTTTCAACATTCTTGATTGAAACCTTGACCAATGGTTTGGAGAGAGAATAGGTGGATGAAAATGATGTAGTCGGATATAAAATCTTTTTTGTTGCATACTTATCTTTGTTATCCTATTTGATGGCCTTGTTTATAAAAATGCGTTCTGTTAGCGTTAACACATCATATGTGAAACATGCAGGGTTGGATTGTTAGTTTAGTTTTTGTAACTTCCATATTTGTGTTTAGTTGATATTTGAACTTTATAACAAAAAAAAAAAAAAAATTCTTAAATCCATATCTAAACGTTCCTAATCTTTACAAATTTTCTTTTTAATTCATAAATCTACTAGACACAAACTTAAAAAAACAGTCTCAATAAATGGAATAATCCATGGTAGCTCGAACTATCATACGTGTTGTTTTGTAAAATCAATCAAGGCACATGTAAGTTAGTCCGAGCAATATCAATAAAAAAAGAAAAAAAAGAAGAAAAACAAGACACGAAATTAAAAGGTTGAATCCGTGAGTTGGAAATAGTACTTTTAGAAGTAAAAAGTAGTAAAATTGCTAATATAGGATCTTAAGAATGGATAGTATATTCATCTTTCTCGATTAGAAAGGCATTCAAAAGTTTGGGGAAATGGCACTTAAACCACTTCCTCCTCAAGATATACACACATATTATAAGAATTTAATGATTGGATTGGATTTTTCAACCACCGAACTAAATTAATAATTTGAACTTTCAGAAGAAAAAAAAAACTAAATAATAGCTTCAAAACTAATTCAAATTGGGATTACTTTCCCATCAATTAATCATTATTAATAGAATTATATTTTATATTAAACCAATTCCCCTTGAACCCATTTGAAAATTTATGTATATTGATTTCATGGTTGCTGCTAAAATTCTTGGTCGCAATCAATGTTCTGCACCCCTCATCACCGGGGATACGGTGGGTTCCTCTTTTTATTTATTTAAAAATACTAATATTTTTTAAAATAATAAAATAAATTAAAATATTTACTCTTTTATCAACCTCACTCTAGAAGTATATCATTAGCTATCAAATGTATCCAATATTTATTATTTAGAATATGAAGGTTTGCTATAACTTATAAATATTTTGTCAAATTTGTTATTTTTGACAATTTTTTTTAAAAAAATATTATTTTATTGTGAGTTAAAAGTAGATAAATTTGAAAACATAGGGATACAATTTGTATGCATTAAATTAGTTGTATTTGGTTTTGTGAACTTATAAAATGAAATTAGTGTAATTTCAAAATTGTGATATAGGCTAGAGGTGGAGCCTTCTTAATTTGAAACTAATAAATGTTGGGTGGAGAGGGAGGAGGGAGGAGGGAGGAGGGAGGAGGTAGGAGGTAGGATGGGGTTAACCCTTTGTTATCAAATCACTCTAAACTCTAAATTCTAAACATGAATTTGGTTGATTTTTTCTTTTTCCATTTTCAAAAGAGGTTTAAAAAAAGTGTTCAAAGTTTCTATTATATTTCCATTCATATCTTTTATATTTGAAATCGACGTTGTCATTATTTTTATAATCGAATAATCACAAATTATTGAAACATTAATACTAATAATCTAAAAATATCTTCTATGCTAGGGAGAGAAAAATACTTTGTTGTTTTCACATCTTAATCGTACAATATAATTTTGTCACTCCTATTAGTCTATACTATTTGAGATGTCATCATTTTTCTATTTGTTTACCTAAAGATGTCTATTCAATCTAAACTTTAATTATAGTAACAATAACTTCAGGTTCTTTATTTAAGTTCTTAATTAATGATTAGTTTTATTGCTTAGAACAATTTTAGCAATGAATTTGCATCTTCATAATTTTTTTTATGTTTATTTAATTTTGGTTCAAATAGGGTTTTCATACTTAAACTTGATCTTATATTTTCATATTTTGTCTTGAATGTTTAAATTTGTTTTGTTTCTTAGTCCCTTTTAAATGTTTTTTTTCCCCGTAAGTTTTAGACACATTGCTTGTTTTTAAAAATCTTTTACCCAAATATAAAAACAAAAAATGTGGCATCGTTTGATTGTTTGATTGTTTTCCTGCATGACATTTATGGTTTTAGGGCATCAATTTTTTTCAGTAGTCACCCCTCGTAATTTCTAAAAAAAATTACATTTTTAAATATAGCAAAATGAATCAAAATATAATAAATTTTTATATCTATATTTGACAGACTATACAAACATTGTTGATAATGATGGATAGAAATTTATTAATTTATTAATATGGTTATGTTGAATCAGTTGATGATATATGGATTAATGTGTAATGAGGTTAATTCCCTAAGTAGAAATTTATAAATAGAAAAGAAAAAATCAATAAGGCTTTCTTTCAAGTTAATTACTCGTTTGAAACGTTTTCGGTTTATTAGTAAAGAATCCATTATGAGTTGGAATCACTTTCGGTAAAATAATAAGAAATTGCAGAAGCTTATTATATATCCTTCTCTCTGAAAATTCTTTTGGGATTGTGTATGGAATCTCTACTTTTTGGTTTAAAATAAATAAACAAACCACATAGCCTTAATAAGATGAAAACTCATAATTGAAAATTCACTTTACAATATTTGAGATAAATAAATAAATAATTGGGTAAAAACGGTGCTTAAAATTATAATTTTAGTAAAGGTATAAATTAAAAAAAAAAAAAAATCATGAAATGAAAGCGGTTAATTGTTATTGAAGAAGAAGAATCCAAGTAGTTTGATATTATATATTGTAGCAATGAGAATTAAGAAAAAAAAAAGAAAGATGTTATGGAGTAATTATTATGTAATAAAAATGTGCCCATTCCTCCACAAGTGACCCATAAAAAAAAAAAGAAAAGAAAAAGGGATGCTCTTAGAGTTAGAGGGTGGTATGTAAAAAAGGTAAAGAGAAGTAAGTTAAAATATATATATATATATATATATAGGGATAATAGGGGGGCTATGGTTGTAGAGTTGTAGGGTTCCATTATAGAGGTTTAGGTGTGGTCCAAAGTCTATATTGAGAGTTGATAGGGTGACACACTGTTTGGGTAACATTTGGATGAATGTAGGTTTGCTCATAACCACACTTTCCATTCACTCTCTCCTTTTCTTCTTCTTCTTCTTCCTCCTCCTCCTTAATTACTTTTTCTTTATAACAATTAACTCATGTGTTTTCAGCCATGCCATCTCTCTTTTCTTTTTTCCCTTTTTTTTTTTTTATTTCTAACCTCTCCCCACTTCTCTAATTATTTCACCATTCATTTTTTTTAATACACTAAATCAAATCATCATCATATTTTATCTAAAACATTTCTACGTTCCTTTATTTTATTTTATCACGTGTCTTAACAGATCTAATTTATGAAAATGCTGTATTTTGGATATTTAATTATTTACGTAATATAAACTCTTTTTAACTCTAGAGGTGCTACTATTATATTTTTGTAATATTCTTTCTTGATGTAATGAACGTCGCTAACATATTATTGTTGATGTGTCGAT

Coding sequence (CDS)

ATGAATCAGATGAAGGAAGTGAACCTTCATGGTGTAAATCATAAACATGAGTTTGTGACAAGGATTGCAGAAGCAGCTAAAAACACTAAGAAAGGAACTTGGGTACTGGGTGGCGGATGGAATAATGATCTTTGGGGAGGTGAATTGCCAATGGCTTCTTGGATTGATGATGTTACGCCATCTAACCCTGTTCTTCTGTCAAGGATTGATGGTCATATGAGTTTGGCTAATAATGTGACACTTAAGTTGGCTGGCATCTCTAATTTAACGGAAGATCCAGAAGGCGGGACCATAGGAAAAACTACTGGTGGAGATCCTACTGGATTGCTGATTGATTCTGCAAGGAAGTTGGTCCTACCTTTTATTCCAAAGGTTGCGGTAGAGGAGAGAAGAGAAGCATTGGTAAGGGCCAGTAGTCTTGCCCTGGCTAGAGGTGTTACAACAATAGTTGATTTTGGAAGATATTATCCAGGAGAATCAGTGGAATTATCATGGGAAGATTTTTCTGATGTGTATCAGTGGGCAGATTCTTCAGGGAAGATGATGATCAGGGTTTGCTTATTTTTTCCAATGGAAACATGGTCATCGCTACATGATCTTATCCACAAAATGGGTCAGGTTGTGAGCCCATGGATGTACTTGGGTGGTGTCAAGGGTTTTGCTGATGGGTCTTTAGGTTCACATACTGCTTTGTTTCATGAGCCTTATGTTGATGAGCCTGGCAACTGTGGCATGCAAATAACAGAACGTGAGAAGCTTTTCAACTTGACCATGGAATCAGATATATCAAAGCTTCAGGTTGCTATTCATGCCATAGGCGACAAAGCAAATGATATGGTCCTTGATATCTACGAATCTGTCATTTCTACAAACGGGCCAAGGGATCGAAGATTTAGGGTCGAGCATGCTCAACATTTGGCACCTGAAGCTCCTCAACGATTTGATCAATGA

Protein sequence

MNQMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSNPVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFIPKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMMIRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGNCGMQITEREKLFNLTMESDISKLQVAIHAIGDKANDMVLDIYESVISTNGPRDRRFRVEHAQHLAPEAPQRFDQ

Homology

[Close]

BLAST of Cucsat.G10549 vs. ExPASy Swiss-Prot
Match: A0A1I9LN01 (Protein LONG AFTER FAR-RED 3 OS=Arabidopsis thaliana OX=3702 GN=LAF3 PE=2 SV=1)

HSP 1 Score: 349.0 bits (894), Expect = 4.9e-95
Identity = 160/269 (59.48%), Postives = 209/269 (77.70%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QM +V L GV+ K EF   + +A +N K+G+W+LGGGWNND WGGELP ASWID+++P N
Sbjct: 122 QMAQVGLRGVSQKDEFCKMVKDAVQNAKEGSWILGGGWNNDFWGGELPSASWIDEISPRN 181

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PV L R+DGHM+LAN++ LK+AG+ +LTEDP GGTI +   G+PTGLLID+A +LV P++
Sbjct: 182 PVWLIRMDGHMALANSLALKIAGVISLTEDPVGGTIMRMPSGEPTGLLIDAAMELVTPWV 241

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
            +++V+ERREAL RAS  AL RGVTT++D GRY+PG + ELSW+DF DVY +ADSS KMM
Sbjct: 242 KEISVDERREALFRASKYALTRGVTTVIDLGRYFPGTTDELSWKDFQDVYLYADSSKKMM 301

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IR CLFFP+ TWS L DL  + G V+S W+YLGGVK F DGSLGS++ALF+E Y+D P N
Sbjct: 302 IRTCLFFPITTWSRLLDLKLQKGSVLSEWLYLGGVKAFIDGSLGSNSALFYEEYIDTPNN 361

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 272
            G+++ + EKL N TM +D S LQV  ++
Sbjct: 362 YGLEVMDPEKLSNFTMAADKSGLQVAIHA 390

[Close]

BLAST of Cucsat.G10549 vs. ExPASy Swiss-Prot
Match: O34355 (Putative amidohydrolase YtcJ OS=Bacillus subtilis (strain 168) OX=224308 GN=ytcJ PE=3 SV=1)

HSP 1 Score: 128.3 bits (321), Expect = 1.4e-28
Identity = 87/273 (31.87%), Postives = 131/273 (47.99%), Query Frame = 0


Query: 6   EVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWN-NDLWGGELPMASWIDDVTPSNPV 65
           +++L  +  K   +    E  +   K  W++G GWN N     +      +D + P  PV
Sbjct: 78  QLDLSALTSKDSILQAAKERERQLPKNDWLIGEGWNENQFETPDYLTKHDLDRLFPDRPV 137

Query: 66  LLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFIPK 125
           LL RI  H    N+  L+ AGIS  T DP+GG I K   G+PTGLL D A+ L+L  +P 
Sbjct: 138 LLKRICRHAIAVNSAALQAAGISRNTPDPDGGVIVKDANGEPTGLLFDKAQDLILKAVPP 197

Query: 126 VAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDV------YQWADSS 185
           V+     EAL  A      +G+T          G S +LS+  + DV      Y+ A + 
Sbjct: 198 VSQHYVDEALTAAIKDCWTKGLT---------GGHSEDLSY--YGDVSVPMKAYEKAAAG 257

Query: 186 GKMMIRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVD 245
           GK   R  L    E      D   ++ ++  P++  G +K FADG+LG  TAL  EPY D
Sbjct: 258 GKYPFRCHLLVHHEA----VDRWEQLEKLSGPYVEFGAMKIFADGALGGRTALLKEPYQD 317

Query: 246 EPGNCGMQITEREKLFNLTMESDISKLQVICYS 272
           +P   G+Q+ + E L  L  ++    ++V  ++
Sbjct: 318 DPSTNGVQVHDDETLGRLIRKAREKGMEVAVHA 335

[Close]

BLAST of Cucsat.G10549 vs. NCBI nr
Match: XP_004142399.1 (protein LONG AFTER FAR-RED 3 [Cucumis sativus] >KGN52320.1 hypothetical protein Csa_009444 [Cucumis sativus])

HSP 1 Score: 544 bits (1402), Expect = 5.73e-191
Identity = 265/269 (98.51%), Postives = 267/269 (99.26%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN
Sbjct: 84  QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 143

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI
Sbjct: 144 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 203

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 204 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 263

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN
Sbjct: 264 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 323

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESDISKLQV  ++
Sbjct: 324 CGMQITEREKLFNLTMESDISKLQVAIHA 352

[Close]

BLAST of Cucsat.G10549 vs. NCBI nr
Match: XP_016900239.1 (PREDICTED: putative amidohydrolase YtcJ isoform X3 [Cucumis melo])

HSP 1 Score: 525 bits (1352), Expect = 2.50e-184
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 136 QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 195

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 196 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 255

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 256 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 315

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 316 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 375

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 376 CGMQITEREKLFNLTMESDKSKLQVAIHA 404

[Close]

BLAST of Cucsat.G10549 vs. NCBI nr
Match: KAA0034760.1 (putative amidohydrolase YtcJ isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 525 bits (1352), Expect = 2.11e-183
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 82  QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 141

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 142 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 201

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 202 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 261

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 262 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 321

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 322 CGMQITEREKLFNLTMESDKSKLQVAIHA 350

[Close]

BLAST of Cucsat.G10549 vs. NCBI nr
Match: XP_008446962.1 (PREDICTED: putative amidohydrolase YtcJ isoform X2 [Cucumis melo])

HSP 1 Score: 525 bits (1352), Expect = 5.60e-183
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 136 QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 195

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 196 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 255

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 256 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 315

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 316 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 375

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 376 CGMQITEREKLFNLTMESDKSKLQVAIHA 404

[Close]

BLAST of Cucsat.G10549 vs. NCBI nr
Match: XP_008446960.1 (PREDICTED: putative amidohydrolase YtcJ isoform X1 [Cucumis melo])

HSP 1 Score: 525 bits (1352), Expect = 1.29e-182
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 136 QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 195

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 196 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 255

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 256 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 315

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 316 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 375

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 376 CGMQITEREKLFNLTMESDKSKLQVAIHA 404

[Close]

BLAST of Cucsat.G10549 vs. ExPASy TrEMBL
Match: A0A0A0KRQ1 (Amidohydro_3 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G623830 PE=4 SV=1)

HSP 1 Score: 544 bits (1402), Expect = 2.77e-191
Identity = 265/269 (98.51%), Postives = 267/269 (99.26%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN
Sbjct: 84  QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 143

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI
Sbjct: 144 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 203

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 204 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 263

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN
Sbjct: 264 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 323

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESDISKLQV  ++
Sbjct: 324 CGMQITEREKLFNLTMESDISKLQVAIHA 352

[Close]

BLAST of Cucsat.G10549 vs. ExPASy TrEMBL
Match: A0A1S4DW80 (putative amidohydrolase YtcJ isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489516 PE=4 SV=1)

HSP 1 Score: 525 bits (1352), Expect = 1.21e-184
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 136 QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 195

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 196 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 255

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 256 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 315

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 316 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 375

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 376 CGMQITEREKLFNLTMESDKSKLQVAIHA 404

[Close]

BLAST of Cucsat.G10549 vs. ExPASy TrEMBL
Match: A0A5A7SUX5 (Putative amidohydrolase YtcJ isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold65G007840 PE=4 SV=1)

HSP 1 Score: 525 bits (1352), Expect = 1.02e-183
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 82  QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 141

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 142 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 201

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 202 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 261

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 262 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 321

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 322 CGMQITEREKLFNLTMESDKSKLQVAIHA 350

[Close]

BLAST of Cucsat.G10549 vs. ExPASy TrEMBL
Match: A0A1S3BGY6 (putative amidohydrolase YtcJ isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489516 PE=4 SV=1)

HSP 1 Score: 525 bits (1352), Expect = 2.71e-183
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 136 QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 195

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 196 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 255

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 256 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 315

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 316 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 375

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 376 CGMQITEREKLFNLTMESDKSKLQVAIHA 404

[Close]

BLAST of Cucsat.G10549 vs. ExPASy TrEMBL
Match: A0A1S3BGA6 (putative amidohydrolase YtcJ isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489516 PE=4 SV=1)

HSP 1 Score: 525 bits (1352), Expect = 6.23e-183
Identity = 254/269 (94.42%), Postives = 263/269 (97.77%), Query Frame = 0


Query: 3   QMKEVNLHGVNHKHEFVTRIAEAAKNTKKGTWVLGGGWNNDLWGGELPMASWIDDVTPSN 62
           QMK+VNLHGVNHKHEFVTRIAEAAKNTKKG WVLGGGWNNDLWGG+LPMASWIDDVTPSN
Sbjct: 136 QMKQVNLHGVNHKHEFVTRIAEAAKNTKKGNWVLGGGWNNDLWGGDLPMASWIDDVTPSN 195

Query: 63  PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIGKTTGGDPTGLLIDSARKLVLPFI 122
           PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTI KTTGGDPTGLLIDSARKLVLPFI
Sbjct: 196 PVLLSRIDGHMSLANNVTLKLAGISNLTEDPEGGTIVKTTGGDPTGLLIDSARKLVLPFI 255

Query: 123 PKVAVEERREALVRASSLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 182
           PKV+VEERREAL+RAS+LALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM
Sbjct: 256 PKVSVEERREALLRASNLALARGVTTIVDFGRYYPGESVELSWEDFSDVYQWADSSGKMM 315

Query: 183 IRVCLFFPMETWSSLHDLIHKMGQVVSPWMYLGGVKGFADGSLGSHTALFHEPYVDEPGN 242
           IRVCLFFPMETWSSLHDLIHKMGQV+SPW+YLGGVKGFADGSLGSHTALFHEPYVDEP N
Sbjct: 316 IRVCLFFPMETWSSLHDLIHKMGQVLSPWIYLGGVKGFADGSLGSHTALFHEPYVDEPDN 375

Query: 243 CGMQITEREKLFNLTMESDISKLQVICYS 271
           CGMQITEREKLFNLTMESD SKLQV  ++
Sbjct: 376 CGMQITEREKLFNLTMESDKSKLQVAIHA 404

The following BLAST results are available for this feature:

BLAST of Cucsat.G10549 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
A0A1I9LN01	4.9e-95	59.48	Protein LONG AFTER FAR-RED 3 OS=Arabidopsis thaliana OX=3702 GN=LAF3 PE=2 SV=1	[more]
O34355	1.4e-28	31.87	Putative amidohydrolase YtcJ OS=Bacillus subtilis (strain 168) OX=224308 GN=ytcJ...	[more]

BLAST of Cucsat.G10549 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004142399.1	5.73e-191	98.51	protein LONG AFTER FAR-RED 3 [Cucumis sativus] >KGN52320.1 hypothetical protein ...	[more]
XP_016900239.1	2.50e-184	94.42	PREDICTED: putative amidohydrolase YtcJ isoform X3 [Cucumis melo]	[more]
KAA0034760.1	2.11e-183	94.42	putative amidohydrolase YtcJ isoform X1 [Cucumis melo var. makuwa]	[more]
XP_008446962.1	5.60e-183	94.42	PREDICTED: putative amidohydrolase YtcJ isoform X2 [Cucumis melo]	[more]
XP_008446960.1	1.29e-182	94.42	PREDICTED: putative amidohydrolase YtcJ isoform X1 [Cucumis melo]	[more]

BLAST of Cucsat.G10549 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KRQ1	2.77e-191	98.51	Amidohydro_3 domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_5G62383...	[more]
A0A1S4DW80	1.21e-184	94.42	putative amidohydrolase YtcJ isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489516 ...	[more]
A0A5A7SUX5	1.02e-183	94.42	Putative amidohydrolase YtcJ isoform X1 OS=Cucumis melo var. makuwa OX=1194695 G...	[more]
A0A1S3BGY6	2.71e-183	94.42	putative amidohydrolase YtcJ isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489516 ...	[more]
A0A1S3BGA6	6.23e-183	94.42	putative amidohydrolase YtcJ isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489516 ...	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR013108	Amidohydrolase 3	PFAM	PF07969	Amidohydro_3	coord: 7..106 e-value: 1.9E-14 score: 54.0
None	No IPR available	GENE3D	3.20.20.140		coord: 1..113 e-value: 3.3E-35 score: 123.3
None	No IPR available	PANTHER	PTHR22642	IMIDAZOLONEPROPIONASE	coord: 5..112
None	No IPR available	PANTHER	PTHR22642:SF2	PROTEIN LONG AFTER FAR-RED 3	coord: 5..112
IPR032466	Metal-dependent hydrolase	SUPERFAMILY	51556	Metallo-dependent hydrolases	coord: 11..111

Relationships

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


Feature Name	Unique Name	Type
Cucsat.G10549.T2	Cucsat.G10549.T2	mRNA
Cucsat.G10549.T1	Cucsat.G10549.T1	mRNA
Cucsat.G10549.T5	Cucsat.G10549.T5	mRNA
Cucsat.G10549.T4	Cucsat.G10549.T4	mRNA
Cucsat.G10549.T7	Cucsat.G10549.T7	mRNA
Cucsat.G10549.T6	Cucsat.G10549.T6	mRNA
Cucsat.G10549.T3	Cucsat.G10549.T3	mRNA
Cucsat.G10549.T9	Cucsat.G10549.T9	mRNA
Cucsat.G10549.T8	Cucsat.G10549.T8	mRNA
Cucsat.G10549.T10	Cucsat.G10549.T10	mRNA
Cucsat.G10549.T15	Cucsat.G10549.T15	mRNA
Cucsat.G10549.T17	Cucsat.G10549.T17	mRNA
Cucsat.G10549.T11	Cucsat.G10549.T11	mRNA
Cucsat.G10549.T12	Cucsat.G10549.T12	mRNA
Cucsat.G10549.T20	Cucsat.G10549.T20	mRNA
Cucsat.G10549.T14	Cucsat.G10549.T14	mRNA
Cucsat.G10549.T19	Cucsat.G10549.T19	mRNA
Cucsat.G10549.T16	Cucsat.G10549.T16	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:0016810	hydrolase activity, acting on carbon-nitrogen (but not peptide) bonds