Cucsa.365040 (gene) Cucumber (Gy14) v1

Overview
NameCucsa.365040
Typegene
OrganismCucumis sativus (Cucumber (Gy14) v1)
DescriptionAleurone layer morphogenesis protein
Locationscaffold03611 : 2516960 .. 2538277 (-)
Genome Viewer
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

mRNA sequence

CTCTTAAATGCTTTCCCTCTTCTCCAAACCCTAACCTTCGCTCTTTATCTTCCATTCGAGCATTCTATTCTGACAAGGGACACAACGAATTGAAAATTTGACTTTTTTTTGCACCGAAAAAACACCCCTACCATGAGTGCACCAGGTGTATGCCCAACCGAGGATGCCATACATGCATTATTAGACTATTTAGTCGAACCTATGCTGCCTGCAAAGTCATCTTCGAGAGAAAATCCACCAGAAGCTCTACTGCAATCAGTTGCAAAACAGGAATAAATCAAAGCGATCTCAAAATTTTAGAAAGCCACGTTGTATACTCTCTAAGTAAAGAAAAATCAGCAGTCTGCTTTTATATGATTCAGTGCACTCGATCAGCAACTGAAGATGTAATTCAAGTTCCCATAAGAGATGTCGCTAACAGTTTGCAGGATTCATTGTTTAGAAAAAGTGGAAGGAGATGGAGCATTACTTCAAAAGTTGAGTACTTCCACATTCTTCCTTATGCTAAAATGGCACTAACCTGGTTTCACAGGGAATCTTCATCAGATAAGTTGGGAGTCATAGGTGAAGAAAAGGTTGATGAAAATTTGAACAGGCGTGAGAGAATAGATGTAACCAGGAAGCTTAAAGTTGAAAACAATCAAAATGGTGCTAGTGCAAACAATTTGAATAAAAGCGCTAACATTTATGGTAAAGGATTGGAGAGATTGCCAGATAAAACTAACTGTGTTGGTAGTTTGCATGATGCGATCTACAGGCCCCAGAGTACTAGTGCGGTTGACTTAGTTCCCTTCTATCCAGTAGAGAAGAAAAAAGATGTACCAAACACTAGCCAAGATATCATTTCTTATACAAGCAAAATAACTGATAGGAAAGTTGACAATAGCTATGAACTGATGATCCCATGTATAGTAAATGAATCAAATGCCTCAGAAAGTGGTATCAAAGTCGAGGATGGGATATTAGCTACAAACCCGTGTATTGCTGAATGCAGTGGTGAAAAGCTTGCTTCTGGAAATCTCTCTGACAATATTTCGTTTGATCAAAATAGGAACGGTGATCATGCTCTCATCACCTGTCAATCGAACCCAGACTCAGAGCATCTTTCCAAGTTACAAGCAATTATTGTTTCAAAAGAAAGAGCACTGTCACAAGCTGCAATTAGAGCTCTAATCAGAAAGAGGGATAAGCTGTCTCATCAACAGCGCCTCATTGAAGATGAGATTGCTCAGTGTGATAAAAACATGCAGACAATATTAAGGGGTGATGAAGATGATTTGGTTTTAAAGCTGGATTCTGTGATTGAATGTTGCAATGATATATGCCCAAGAAGCACTGCCGAAGACAAATCTTATCAATACTTTGAAGAAAACTGCTCATCTCAATATGTCACAAGGAAGCGATTGTCAGAAGCAATTCTCTGCATACAGAATCCATGAACTGGATGGTATATGT

Coding sequence (CDS)

ATGCCCAACCGAGGATGCCATACATGCATTATTAGACTATTTAGTCGAACCTATGCTGCCTGCAAAGTCATCTTCGAGAGAAAATCCACCAGAAGCTCTACTGCAATCAGTTGCAAAACAGGAATAAATCAAAGCGATCTCAAAATTTTAGAAAGCCACGTTGTATACTCTCTAAGTAAAGAAAAATCAGCAGTCTGCTTTTATATGATTCAGTGCACTCGATCAGCAACTGAAGATGTAATTCAAGTTCCCATAAGAGATGTCGCTAACAGTTTGCAGGATTCATTGTTTAGAAAAAGTGGAAGGAGATGGAGCATTACTTCAAAAGTTGAGTACTTCCACATTCTTCCTTATGCTAAAATGGCACTAACCTGGTTTCACAGGGAATCTTCATCAGATAAGTTGGGAGTCATAGGTGAAGAAAAGGTTGATGAAAATTTGAACAGGCGTGAGAGAATAGATGTAACCAGGAAGCTTAAAGTTGAAAACAATCAAAATGGTGCTAGTGCAAACAATTTGAATAAAAGCGCTAACATTTATGGTAAAGGATTGGAGAGATTGCCAGATAAAACTAACTGTGTTGGTAGTTTGCATGATGCGATCTACAGGCCCCAGAGTACTAGTGCGGTTGACTTAGTTCCCTTCTATCCAGTAGAGAAGAAAAAAGATGTACCAAACACTAGCCAAGATATCATTTCTTATACAAGCAAAATAACTGATAGGAAAGTTGACAATAGCTATGAACTGATGATCCCATGTATAGTAAATGAATCAAATGCCTCAGAAAGTGGTATCAAAGTCGAGGATGGGATATTAGCTACAAACCCGTGTATTGCTGAATGCAGTGGTGAAAAGCTTGCTTCTGGAAATCTCTCTGACAATATTTCGTTTGATCAAAATAGGAACGGTGATCATGCTCTCATCACCTGTCAATCGAACCCAGACTCAGAGCATCTTTCCAAGTTACAAGCAATTATTGTTTCAAAAGAAAGAGCACTGTCACAAGCTGCAATTAGAGCTCTAATCAGAAAGAGGGATAAGCTGTCTCATCAACAGCGCCTCATTGAAGATGAGATTGCTCAGTGTGATAAAAACATGCAGACAATATTAAGGGGTGATGAAGATGATTTGGTTTTAAAGCTGGATTCTGTGATTGAATGTTGCAATGATATATGCCCAAGAAGCACTGCCGAAGACAAATCTTATCAATACTTTGAAGAAAACTGCTCATCTCAATATGTCACAAGGAAGCGATTGTCAGAAGCAATTCTCTGCATACAGAATCCATGA

Protein sequence

MPNRGCHTCIIRLFSRTYAACKVIFERKSTRSSTAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVIQVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEEKVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAIYRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLVLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP*
Homology
[Close]
BLAST of Cucsa.365040 vs. TrEMBL
Match: A0A0A0KE35_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_6G042300 PE=4 SV=1)

HSP 1 Score: 361.7 bits (927), Expect = 1.2e-96
Identity = 180/180 (100.00%), Postives = 180/180 (100.00%), Query Frame = 1 

Query: 250 MIPCIVNESNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALIT 309
           MIPCIVNESNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALIT
Sbjct: 1   MIPCIVNESNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALIT 60

Query: 310 CQSNPDSEHLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTI 369
           CQSNPDSEHLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTI
Sbjct: 61  CQSNPDSEHLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTI 120

Query: 370 LRGDEDDLVLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 429
           LRGDEDDLVLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP
Sbjct: 121 LRGDEDDLVLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 180

[Close]
BLAST of Cucsa.365040 vs. TrEMBL
Match: M5XPL1_PRUPE (Uncharacterized protein (Fragment) OS=Prunus persica GN=PRUPE_ppa017697mg PE=4 SV=1)

HSP 1 Score: 266.9 bits (681), Expect = 4.2e-68
Identity = 165/411 (40.15%), Postives = 241/411 (58.64%), Query Frame = 1 

Query: 34  TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVIQVPIRDVANSLQ 93
           +A+S   GINQ+DL +LESHVV+S+SKEK+AVCF++IQCT++ +E++IQ+PI+DV  SLQ
Sbjct: 215 SAVSEAAGINQTDLLVLESHVVFSVSKEKAAVCFFIIQCTKTVSEEIIQIPIQDVIGSLQ 274

Query: 94  DSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEEKVDENLNRRERI 153
             L  KS   W++T  VEYFH+LPYA + L WF R  SS+ L     ++ +  +N  +R+
Sbjct: 275 GPLVGKSSSSWTVTPVVEYFHVLPYAGILLDWFSRRESSNGLQDSRLDEENITVNSPDRV 334

Query: 154 DVTRKLKVE-----NNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAIYRPQSTS 213
           +   KL+++     +++ G    N+  ++    +  ++      C  SL DA   PQ   
Sbjct: 335 ETPCKLELDKSRDKSHEKGIMIENVENTSGSNPQSWKQKDTSGCCKTSLADAFNGPQKME 394

Query: 214 AVD--LVPFYPVEKKKDVPNTSQDI---ISYTSKITDRKVDNSYELMIP---CIVNESNA 273
             D   VP    +  K++ +T Q +   +    K T R    S E       C  + ++A
Sbjct: 395 VDDSSTVPLQNEQSCKNISSTIQVVKYHVENLEKDTPRSEPQSREKKDTTGCCKTSLADA 454

Query: 274 SESGIKVEDGIL--ATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEH 333
                K+E  ++   T P I +C  +K+ +G +      DQ+   D A++T QS+  SE 
Sbjct: 455 FSGPQKIEVKVVNSKTRPFITDCGAKKIVAGKICSIDLSDQDGIDDSAIVTYQSS--SED 514

Query: 334 LSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLV 393
           L KLQ  I SKE  LSQ A++ L+++RD LS QQR IEDEIAQCDK +QTIL G EDDL 
Sbjct: 515 LYKLQIAIASKENILSQTALKVLMKRRDDLSLQQRNIEDEIAQCDKKIQTILNGGEDDLA 574

Query: 394 LKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           LK++S+IE CND+C RS    ++++  E+    Q   RKRLSEAIL  QNP
Sbjct: 575 LKVESIIEGCNDVCVRS---GRTHRLLEDQL-PQSSKRKRLSEAILKEQNP 619

[Close]
BLAST of Cucsa.365040 vs. TrEMBL
Match: A0A061EJ05_THECC (Uncharacterized protein isoform 1 OS=Theobroma cacao GN=TCM_020129 PE=4 SV=1)

HSP 1 Score: 216.9 bits (551), Expect = 5.0e-53
Identity = 146/411 (35.52%), Postives = 210/411 (51.09%), Query Frame = 1 

Query: 32  SSTAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVIQVPIRDVANS 91
           S+   +   GI+QSDL I+ESH+VYSLSKEK+A  FY++QC  +  +  + +PI+DV NS
Sbjct: 225 SAVKEATNNGISQSDLTIIESHIVYSLSKEKTATRFYIMQCVHAEKDCSLWIPIKDVINS 284

Query: 92  LQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWF----HRESSSDKLGVIGEEKVD--- 151
           LQ  L +K+   W  +S VEYFH+LP+ ++   WF     +ES  + +   G E  +   
Sbjct: 285 LQGPLVKKNSSHWMHSSAVEYFHLLPFVRIISQWFLSSQDQESVLEVVNEYGPEMTEKPC 344

Query: 152 --ENLNRRERIDVTRKL-KVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 211
             E  N R R  ++  + +  +N   A + N N+   +             C   + DAI
Sbjct: 345 EPEACNNRNRNMISGGVVEALSNSTNAESENQNEKNEL-------------CTDGILDAI 404

Query: 212 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS 271
             P +    D    Y  +             + T K    KV +  +L +       +  
Sbjct: 405 DGPWNMDVNDNFVVYSEQ-------------TLTCKNLAEKVQHDAQLKMNSFAESDSDG 464

Query: 272 ESGI---KVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEH 331
            + +   +V D I  +      C   K A   +      D    G+HA +  +SN  SE+
Sbjct: 465 ATNVAKFEVVDSIFQSI-----CHSRKAACKYMPS--CQDGMPTGNHAPVIHESN--SEY 524

Query: 332 LSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLV 391
            +KLQ II SKE+ LS+ A R L RKRDKL  Q R I DEIAQCDK +QTIL G EDDL 
Sbjct: 525 SAKLQNIIASKEQILSETAWRVLHRKRDKLVRQLRNIGDEIAQCDKQIQTILNGGEDDLE 584

Query: 392 LKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           LK+D +IE CND+C RS ++ ++   +E+ CS+ Y+ R RLSE  L  QNP
Sbjct: 585 LKIDLIIEGCNDVCLRSASQGRTSHDYEDQCSTHYIKRNRLSEEALSTQNP 600

[Close]
BLAST of Cucsa.365040 vs. TrEMBL
Match: U5G752_POPTR (Uncharacterized protein (Fragment) OS=Populus trichocarpa GN=POPTR_0007s02040g PE=4 SV=1)

HSP 1 Score: 198.7 bits (504), Expect = 1.4e-47
Identity = 148/399 (37.09%), Postives = 217/399 (54.39%), Query Frame = 1 

Query: 34  TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVIQVPIRDVANSLQ 93
           +A+   TGI+QSDL +LESHV YS SKEK+A  FY++Q T++     +Q+PI++  NSLQ
Sbjct: 165 SAVKEATGIDQSDLVVLESHVTYSTSKEKTAAYFYIMQLTKADNSIALQIPIKNTINSLQ 224

Query: 94  DSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGV--IGEEKVDENLNRRE 153
             L  KS   W+ TS VEYF +LPYA++   WF RE  SD + V  +G E ++ + + R 
Sbjct: 225 GPLAIKSSSWWTHTSVVEYFLLLPYAEVLSEWFLREGLSDGVQVPRVGLETINVSSSDRT 284

Query: 154 ----RIDVTRKLKVENNQNGAS-------ANNLNKSANIYGKGLERLPDKTN-----CVG 213
                 +V+ +     N + A          +L  + N    G E    K N     CV 
Sbjct: 285 EGPCEAEVSERFHNHVNDSAAELLGSETITQSLKHNDNNGCLGSEMNSSKQNVNDRCCVV 344

Query: 214 SLHDAIYRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIV 273
            L     RPQ    +D+   Y       V NT            D+  +   + +     
Sbjct: 345 DLSGDCDRPQK---MDVDESY-------VANTQNKYKRRNFSGKDQPQNCQKKTITADKC 404

Query: 274 NESNASESGIKVEDGILATNPCIAECSGEKLASGNLS-DNISFDQNRN--GDHALITCQS 333
           +E  AS+    V+      +  I  C G  +A GN + +NI  DQ+R    D+A++TCQS
Sbjct: 405 SEGLASKEMETVDMVDQTESQKITGCMGAVVADGNKNCNNIVSDQDRMPVTDNAVVTCQS 464

Query: 334 NPDSEHLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRG 393
           N  S++L KL+ I+ SKE  LS AA+  ++ KRD+LS QQR IED+IAQCDK+++TIL+G
Sbjct: 465 N--SKNLDKLRTILASKE--LSDAALTVVLSKRDRLSLQQRDIEDQIAQCDKDIETILKG 524

Query: 394 DEDDLVLKLDSVIECCNDICPRSTAEDKSYQYFEENCSS 412
            ED+L LK++S+IE CN +  RS + +++Y   E+ CSS
Sbjct: 525 GEDNLSLKIESLIEGCNLVSLRSVSRERTY---EDQCSS 546

[Close]
BLAST of Cucsa.365040 vs. TrEMBL
Match: A0A0D2S874_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_006G227200 PE=4 SV=1)

HSP 1 Score: 194.1 bits (492), Expect = 3.4e-46
Identity = 149/405 (36.79%), Postives = 206/405 (50.86%), Query Frame = 1 

Query: 32  SSTAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVIQVPIRDVANS 91
           S+   + K  I+QSDL I+ESH+V SLSK+K+A  FY++QC R+A    I  PI+DV +S
Sbjct: 211 SAVKEATKNVISQSDLNIIESHLVRSLSKDKTATRFYIMQCVRAAKARWI--PIKDVFDS 270

Query: 92  LQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEEKVDE--NLNR 151
           L+  L +K   RW  +  VEYFH+LPYA +   WF R+     +    +E V E  N+N 
Sbjct: 271 LRGPLLQKVSSRWMHSPVVEYFHLLPYAPIISQWFSRDVFP--ISFEEQEYVQEVVNVNG 330

Query: 152 RERIDVTRKLKVENNQNGA--SANNLNKSANIYGKGLERLPDKTN-CVGSLHDAIYRPQS 211
            E  +   + +V+NN+N        +  S N      E+   K +       DAI  P +
Sbjct: 331 FEMTEEPSEPEVQNNRNKNLFDGGRVEASRNSSDAESEKQNKKNDHFTNDFMDAINGPWN 390

Query: 212 TSAVDLVPFYPVEKKKDVPNTSQDII--SYTSKITDRKVDNSYELMIPCIVNESNASESG 271
              +D       EK     N ++ +   S   KIT R     ++L     V +   + S 
Sbjct: 391 MD-MDNPSVVHNEKMSTSKNVAERVQHDSLLKKITSRA---EHDLNGMTDVAKFEVANSA 450

Query: 272 IKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSKLQA 331
           ++  +     N         K AS N            G+HA + C+SN  S+  +KL  
Sbjct: 451 VRNLNQHKNQNVIT-----RKAASNNTPGQAGILM---GNHASVICESN--SKCSAKLHN 510

Query: 332 IIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLVLKLDSV 391
            I SK+  LS+ A+R L+ KRDKL  Q R I DEIAQCDK MQTIL G EDDL LKLD V
Sbjct: 511 AIASKDHVLSKTALRVLLNKRDKLVLQLRKIGDEIAQCDKKMQTILNGGEDDLELKLDLV 570

Query: 392 IECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           IE CND CP ST E+++ + +E+ C +Q   R R SE      NP
Sbjct: 571 IEGCNDACPESTGEERTSKDYEDPCWAQCKKRSRSSEEASSKHNP 597

[Close]
BLAST of Cucsa.365040 vs. TAIR10
Match: AT1G05950.1 (AT1G05950.1 unknown protein)

HSP 1 Score: 153.3 bits (386), Expect = 3.4e-37
Identity = 121/393 (30.79%), Postives = 190/393 (48.35%), Query Frame = 1 

Query: 40  TGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVIQVPIRDVANSLQDSLFRK 99
           TG+N  D+ ILE H+V SLS+EK+AV FY+++CT S  +   + P+ +V + +Q  LF K
Sbjct: 200 TGVNHKDIVILERHLVCSLSEEKTAVRFYIMKCT-SQDKFSGENPVEEVLSCMQGPLFEK 259

Query: 100 SGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEEKVDENLNRRERIDVTRKL 159
           S   W++ S VEYFH+LPYA +   WF R   ++ +     E V +++    ++D T++ 
Sbjct: 260 SFSDWTMNSIVEYFHVLPYATLIEDWFSRRGDTEFVIEKEPEAVCDDIESN-KVDATKES 319

Query: 160 KVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGS----LHDAIYRPQSTSAVDLVPF 219
           +V +         L +   I  K +  L       G     L +   +   + A +    
Sbjct: 320 EVSDIFERREKAALKRRYEIKAKKVAALLSHPGARGKATTRLQNRYLKGSMSGAKE---- 379

Query: 220 YPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNASESGIKVEDGILATN 279
                    PN       ++  +   K  N    M PC  N SN  + G +V     A++
Sbjct: 380 ---------PNV------HSETVVALKAKNVGNEMSPCKDNYSNGEKGGFEV-----ASD 439

Query: 280 PCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEH-----LSKLQAIIVSKE 339
           P       ++L    L    +     N  H L    S P S H     L +LQ  ++SK 
Sbjct: 440 P-------KELKERGLQRKKAVPDRLNSIHKL---NSTPASAHNSNPNLEELQTSLLSKA 499

Query: 340 RALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLVLKLDSVIECCND 399
            +LS+ A++ L+ KRDKL+ QQR IEDEIA+CDK +Q I    + D  L+L++V+ECCN+
Sbjct: 500 TSLSETALKVLLCKRDKLTRQQRNIEDEIAKCDKCIQNI----KGDWELQLETVLECCNE 547

Query: 400 ICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAI 424
             PR     ++ Q   +  + Q   R +LSE +
Sbjct: 560 TYPR-----RNLQESLDKSACQSNKRLKLSETL 547

[Close]
BLAST of Cucsa.365040 vs. NCBI nr
Match: gi|778710231|ref|XP_011656540.1| (PREDICTED: uncharacterized protein LOC101206764 isoform X1 [Cucumis sativus])

HSP 1 Score: 780.4 bits (2014), Expect = 1.6e-222
Identity = 395/408 (96.81%), Postives = 400/408 (98.04%), Query Frame = 1 

Query: 23  VIFERKSTRSS-TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 82
           V+ E K+ + + TA+   TGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI
Sbjct: 202 VVDEAKTQQLAYTAVKEATGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 261

Query: 83  QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 142
           QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE
Sbjct: 262 QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 321

Query: 143 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 202
           KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI
Sbjct: 322 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 381

Query: 203 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS 262
           YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS
Sbjct: 382 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS 441

Query: 263 ESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSK 322
           ESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSK
Sbjct: 442 ESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSK 501

Query: 323 LQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLVLKL 382
           LQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLVLKL
Sbjct: 502 LQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDLVLKL 561

Query: 383 DSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           DSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP
Sbjct: 562 DSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 609

[Close]
BLAST of Cucsa.365040 vs. NCBI nr
Match: gi|659089858|ref|XP_008445718.1| (PREDICTED: uncharacterized protein LOC103488666 isoform X2 [Cucumis melo])

HSP 1 Score: 714.9 bits (1844), Expect = 8.3e-203
Identity = 367/412 (89.08%), Postives = 385/412 (93.45%), Query Frame = 1 

Query: 23  VIFERKSTRSS-TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 82
           V+ E K+ + + TA+   TGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI
Sbjct: 202 VVDETKTQQVAYTAVKEATGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 261

Query: 83  QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 142
           QVPIRDV NSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE
Sbjct: 262 QVPIRDVVNSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 321

Query: 143 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 202
           KVDENLNR ERIDV R+LKV+NNQNGASANNLN  ANIYGKG ERLPDKTNCVGSLHDAI
Sbjct: 322 KVDENLNRPERIDVIRRLKVQNNQNGASANNLNIRANIYGKGFERLPDKTNCVGSLHDAI 381

Query: 203 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIIS----YTSKITDRKVDNSYELMIPCIVNE 262
           YRPQSTS  DLVP YPVEKKKDVPNTSQ I+S    YT KITDR+VDNSYELMIPC+VNE
Sbjct: 382 YRPQSTSVDDLVPSYPVEKKKDVPNTSQAIVSYTKTYTKKITDRQVDNSYELMIPCMVNE 441

Query: 263 SNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSE 322
           S+ASESGIKV+DGILATNPCIAECSGEK+ASGNLSDNISFDQNRNGDHALITCQSN  +E
Sbjct: 442 SDASESGIKVQDGILATNPCIAECSGEKIASGNLSDNISFDQNRNGDHALITCQSN--AE 501

Query: 323 HLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL 382
           HLSKLQAIIVSKE ALSQAAI+ALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL
Sbjct: 502 HLSKLQAIIVSKETALSQAAIKALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL 561

Query: 383 VLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           VLKLDSVI+CCND+C +STAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP
Sbjct: 562 VLKLDSVIDCCNDLC-QSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 610

[Close]
BLAST of Cucsa.365040 vs. NCBI nr
Match: gi|659089854|ref|XP_008445716.1| (PREDICTED: uncharacterized protein LOC103488666 isoform X1 [Cucumis melo])

HSP 1 Score: 713.0 bits (1839), Expect = 3.2e-202
Identity = 366/412 (88.83%), Postives = 384/412 (93.20%), Query Frame = 1 

Query: 23  VIFERKSTRSS-TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 82
           V+ E K+ + + TA+   TGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI
Sbjct: 202 VVDETKTQQVAYTAVKEATGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 261

Query: 83  QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 142
           QVPIRDV NSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE
Sbjct: 262 QVPIRDVVNSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 321

Query: 143 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 202
           KVDENLNR ERIDV R+LKV+NNQNGASANNLN  ANIYGKG ERLPDKTNCVGSLHDAI
Sbjct: 322 KVDENLNRPERIDVIRRLKVQNNQNGASANNLNIRANIYGKGFERLPDKTNCVGSLHDAI 381

Query: 203 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIIS----YTSKITDRKVDNSYELMIPCIVNE 262
           YRPQSTS  DLVP YPVEKKKDVPNTSQ I+S    YT KITDR+VDNSYELMIPC+VNE
Sbjct: 382 YRPQSTSVDDLVPSYPVEKKKDVPNTSQAIVSYTKTYTKKITDRQVDNSYELMIPCMVNE 441

Query: 263 SNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSE 322
           S+ASESGIK +DGILATNPCIAECSGEK+ASGNLSDNISFDQNRNGDHALITCQSN  +E
Sbjct: 442 SDASESGIKAKDGILATNPCIAECSGEKIASGNLSDNISFDQNRNGDHALITCQSN--AE 501

Query: 323 HLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL 382
           HLSKLQAIIVSKE ALSQAAI+ALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL
Sbjct: 502 HLSKLQAIIVSKETALSQAAIKALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL 561

Query: 383 VLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           VLKLDSVI+CCND+C +STAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP
Sbjct: 562 VLKLDSVIDCCNDLC-QSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 610

[Close]
BLAST of Cucsa.365040 vs. NCBI nr
Match: gi|659089860|ref|XP_008445719.1| (PREDICTED: uncharacterized protein LOC103488666 isoform X3 [Cucumis melo])

HSP 1 Score: 713.0 bits (1839), Expect = 3.2e-202
Identity = 366/412 (88.83%), Postives = 384/412 (93.20%), Query Frame = 1 

Query: 23  VIFERKSTRSS-TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 82
           V+ E K+ + + TA+   TGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI
Sbjct: 202 VVDETKTQQVAYTAVKEATGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 261

Query: 83  QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 142
           QVPIRDV NSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE
Sbjct: 262 QVPIRDVVNSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 321

Query: 143 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 202
           KVDENLNR ERIDV R+LKV+NNQNGASANNLN  ANIYGKG ERLPDKTNCVGSLHDAI
Sbjct: 322 KVDENLNRPERIDVIRRLKVQNNQNGASANNLNIRANIYGKGFERLPDKTNCVGSLHDAI 381

Query: 203 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIIS----YTSKITDRKVDNSYELMIPCIVNE 262
           YRPQSTS  DLVP YPVEKKKDVPNTSQ I+S    YT KITDR+VDNSYELMIPC+VNE
Sbjct: 382 YRPQSTSVDDLVPSYPVEKKKDVPNTSQAIVSYTKTYTKKITDRQVDNSYELMIPCMVNE 441

Query: 263 SNASESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSE 322
           S+ASESGIK +DGILATNPCIAECSGEK+ASGNLSDNISFDQNRNGDHALITCQSN  +E
Sbjct: 442 SDASESGIKAKDGILATNPCIAECSGEKIASGNLSDNISFDQNRNGDHALITCQSN--AE 501

Query: 323 HLSKLQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL 382
           HLSKLQAIIVSKE ALSQAAI+ALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL
Sbjct: 502 HLSKLQAIIVSKETALSQAAIKALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRGDEDDL 561

Query: 383 VLKLDSVIECCNDICPRSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 430
           VLKLDSVI+CCND+C +STAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP
Sbjct: 562 VLKLDSVIDCCNDLC-QSTAEDKSYQYFEENCSSQYVTRKRLSEAILCIQNP 610

[Close]
BLAST of Cucsa.365040 vs. NCBI nr
Match: gi|778710238|ref|XP_011656542.1| (PREDICTED: uncharacterized protein LOC101206764 isoform X2 [Cucumis sativus])

HSP 1 Score: 662.9 bits (1709), Expect = 3.8e-187
Identity = 338/351 (96.30%), Postives = 343/351 (97.72%), Query Frame = 1 

Query: 23  VIFERKSTRSS-TAISCKTGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 82
           V+ E K+ + + TA+   TGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI
Sbjct: 202 VVDEAKTQQLAYTAVKEATGINQSDLKILESHVVYSLSKEKSAVCFYMIQCTRSATEDVI 261

Query: 83  QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 142
           QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE
Sbjct: 262 QVPIRDVANSLQDSLFRKSGRRWSITSKVEYFHILPYAKMALTWFHRESSSDKLGVIGEE 321

Query: 143 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 202
           KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI
Sbjct: 322 KVDENLNRRERIDVTRKLKVENNQNGASANNLNKSANIYGKGLERLPDKTNCVGSLHDAI 381

Query: 203 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS 262
           YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS
Sbjct: 382 YRPQSTSAVDLVPFYPVEKKKDVPNTSQDIISYTSKITDRKVDNSYELMIPCIVNESNAS 441

Query: 263 ESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSK 322
           ESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSK
Sbjct: 442 ESGIKVEDGILATNPCIAECSGEKLASGNLSDNISFDQNRNGDHALITCQSNPDSEHLSK 501

Query: 323 LQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRG 373
           LQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRG
Sbjct: 502 LQAIIVSKERALSQAAIRALIRKRDKLSHQQRLIEDEIAQCDKNMQTILRG 552

The following BLAST results are available for this feature:
BLAST of Cucsa.365040 vs. TrEMBL
Match NameE-valueIdentityDescription
A0A0A0KE35_CUCSA1.2e-96100.00Uncharacterized protein OS=Cucumis sativus GN=Csa_6G042300 PE=4 SV=1[more]
M5XPL1_PRUPE4.2e-6840.15Uncharacterized protein (Fragment) OS=Prunus persica GN=PRUPE_ppa017697mg PE=4 S... [more]
A0A061EJ05_THECC5.0e-5335.52Uncharacterized protein isoform 1 OS=Theobroma cacao GN=TCM_020129 PE=4 SV=1[more]
U5G752_POPTR1.4e-4737.09Uncharacterized protein (Fragment) OS=Populus trichocarpa GN=POPTR_0007s02040g P... [more]
A0A0D2S874_GOSRA3.4e-4636.79Uncharacterized protein OS=Gossypium raimondii GN=B456_006G227200 PE=4 SV=1[more]
BLAST of Cucsa.365040 vs. TAIR10
Match NameE-valueIdentityDescription
AT1G05950.13.4e-3730.79 unknown protein[more]
BLAST of Cucsa.365040 vs. NCBI nr
Match NameE-valueIdentityDescription
gi|778710231|ref|XP_011656540.1|1.6e-22296.81PREDICTED: uncharacterized protein LOC101206764 isoform X1 [Cucumis sativus][more]
gi|659089858|ref|XP_008445718.1|8.3e-20389.08PREDICTED: uncharacterized protein LOC103488666 isoform X2 [Cucumis melo][more]
gi|659089854|ref|XP_008445716.1|3.2e-20288.83PREDICTED: uncharacterized protein LOC103488666 isoform X1 [Cucumis melo][more]
gi|659089860|ref|XP_008445719.1|3.2e-20288.83PREDICTED: uncharacterized protein LOC103488666 isoform X3 [Cucumis melo][more]
gi|778710238|ref|XP_011656542.1|3.8e-18796.30PREDICTED: uncharacterized protein LOC101206764 isoform X2 [Cucumis sativus][more]
Annotated Terms
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008150 biological_process
cellular_component GO:0005575 cellular_component
molecular_function GO:0003674 molecular_function
Relationships

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

Feature NameUnique NameType
Cucsa.365040.1Cucsa.365040.1mRNA


InterPro
Analysis Name: InterPro Annotations of cucumber (Gy14)
Date Performed: 2017-01-17
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availablePANTHERPTHR33913FAMILY NOT NAMEDcoord: 34..429
score: 5.1