Cp4.1LG00g01670 (gene) Cucurbita pepo (Zucchini)
The following sequences are available for this feature:
Legend: polypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.ATGACGGTAAAGGACTGCGACCACCACCACCACCACGACTGCGAGCGCCGCCGTCTCTACCGCCGAATAGCCTGCGCCATCTTCACTGTCCTCCTCTTGATTAGCCTTGTCATCTTCCTCATCTGGGCTATCCTCCGGCCGTCCAAGCCCCGCCTCATTCTCCAAGACGTCACCGTTTTCGGCCTGAACGTCTCGTCGGTGCCACCGGCTGCCATCTCGATCACCATGCAGGTCACCATCTCCTCCCACAACCCCAACTCCCGCATCGGTGTTTACTACCAAACCATGGATGTTTACGCCGCCTACCGCGGCCAACAGGTCACTCTCCCGACGCTCTTGCCGCCGACTTACCAAGGCCACAATGATGTCACCGTTTGGTCGCCGTTTTTGTACGGCGAAGCTGTGCCGGTGGCGCCCGAGTTTGCTGAAGCTTTGAATGAGGATAATAACGTTGGAGCCATGCTGTTCAATATCAAGATCAATGGACAGGTTTTGTTCGTATAATATATTTTATATAGCTGTAATCAGTATTTTTTTTTTTTTTTTTCTTAACATTAATATATTTTGTCTCGACGAAACAGGTTAGGTGGAAGGTTGGGAGCTGGATCTCAGGCAGGTATCGGTTGAACGCGAATTGTCCGGCGTATATAAAGTTCGGCGATCCAAAGAATGGGATTGCATTCGGACCGGCGATGAAGTTTCGGTTTGTCCAAGGTTGTTATGTCGATATTTAAGGTCGCAAGAGTCCACTTCTTGTATTTTCTTTTCCACGACCCTTATAAGTCTTTGTGATCAACGAGATTTATTTGAATTATAGTTTTATTCTTTAAATCTGACTCCTTTTTATATGTATACACACATAATAGATTGAGGGAACTTTTTGGACCAACCTAAAAGTTCGGGTTGGTTGGATTAGTAGTCTAACCTAACTCGAAATTGTTTTGCAACTCAACCTAATTCTCTATTTTCAGATGGTTGAAAAAAATATATATTTTTTTTAAAAAGTTATCCACCATACATTATCATTCTTGGTTAAAAGTTCATAAACAAACACAAATTCATCCATAATTATTCAAATAAACAATTTTTTTATTTTTTATAATATAGTCCGAGAATTGTAATATTATAACATATTCTAAGAAAATATAAGAATAGATTCTAAAATTAAAAAAAAAATAAAAATAAAAACAAATATAAATATATTTTTATTTCTCGTGAAAAGATTTATTTGTGTACGACAGAGCTGGAGGGTGAGAATATTTACTAAAACCACCTCACTAAATAGTGCGTGAAAGTTCTCTATTTATAATTCATATGGGCTTATGAAAGGAAGCCTTAGAAGCCCAATTCGTCGTATTCCATTGGGCCCGGCCCAAATCGTTTTCATTTAAAATAAAAAGAAAAAGAAAAAAACTCCTCCCTCGACCCTCAGTTTCACGGCGGCTCCCCCTCCTTCGGATCAGGCACCGCCGTTCTGCTCCCTTTTTCATCTCTGGATCTCAGGTATTCTTCTTAATTCCCATCTCTGTCTTTCAATCTTTCTTGTTTTGCTATATTTTGAATCCAATCTTCTGGTTTCATTGCAACCGATTTTGCTCCTCGATGGGTTCATCCGATTTCTCACTCGAATATCAGCTTCAATTTACTTCTGGCCTGTTTGGAATTGCCAAAATCACCTTTGCAATTGCGCAGAGGATGAAATTGATTTTTGAAGTGTTAGTTGGTAGATGATTTTTGATAGGGTGACTGACCTGAAATCAGCTCCAAAATTTACCTGGATTTTATTCAGCTTGCCCATAAATATAAGAACACGATTCTCAGCCCTGAACAATTTCTTTGCTTTCGATTTTTTCCGCTTTCTCTCACCATTGTAGCATCTTCAGAGGACTCTTTCATCTCCGGCCGCTTTCTCTCTCGTTCTGCTGATCATTTCGTTGGTTTTCGCTGGTAGTTGTTAGCTTCATCCTTGTTTGAGTTTTGGACGTGTGGTTTCCACATTGATTGTGAACTGTTTGCATTATTCTTAATTTTGAACTAGGTTTTCAATTTGTTTATGTAATTTTGACTGGTGGTTTTGATTTGTGTTTCGTTTTGAACTAGGTTTTTGATTTGTTCCGTAATTGCTTCATTGATTAGGTTGCCAATGGTGTGTTCTTTGCTTTTCTTACTTATGATTGAGTGGTGTATTTCTGGAATTCGACGGCAGTAAGTTTTGTTTCTTTGGTGTGATGATGTGTTTTTGTTTGTGCTTTTCGTGTGGTATTGCATTGTTGGAGTTTGCCTTCATTTGTGAAGCTTTTCTGTTTTCGATTTTGATCGTACTGAAGGGGCTTTTTTTTGTTAATTGTGTATATGAAAATCCTTGCTGGAGCATTGTTATTTGGAAGCTTTTGGCTACCATTATATTTCTAGGGAGCTTTTTTGTTAGTTGGAAGCTTTTGGCTACCATTATATTTCTAGGGGGCTTTTCTTTGGTTGTCATTGTTTTGATTGTGATAAGATCAGTAATCTTCTACCATTTTGTTTCCTTCTCATCCTCCTCTGATCAATAATCTTACTTCTCTTTCTACTTTTGCATCTGTTTTTTTGTGAATTGTTCATTTAGCTATATATATATATATATTATCATAATTCTGGTGTGAATAGTTAATTTAAGTTTAGCAAATATTATATGTAAATCACTTCAAACCAAACATTCAAATGGCTATATGAAAATCACTTTACAAAACCAATTGTAATTAGATCTCTTTTTATAAAATCACTTATACTACAATGAGTCTCAAACATGCCCTTCATGATTAAACCCATTTGAGTTTGAGCATGCTTGTTCTATCCCGTTTGGTTTTGTGTTCAACTTGATTCGGATTTTACACTTCCTTCAGTTCTCATTTCTTTCCATCTTATTGGTTGTTTTCCGTTTCACATGTTCTTCATTTTTGCGTGCAATCCTTTTCTGTTCTTAATCTCTTCGATTTGATTATTCTTTTTCATATCTTTTTGCACTTGTCCCATCGCCCTGGATTTCAATTTCATTTTCTCTGTGCTCTTCAATTTCGATTTTGCAAGTCCAGTCATCATCTCCACCAAGTGTTTTTCTAATTCCACCTGTGTTCTTCTAGTCCCTGAACCCATATCAAACTTCTCTGGCTAACTTGATTGGAACAAAGGATTGAAATAGAAATTGTACTGAAAACTTGATTAACAAAAGAAAAAAGAAAAAAGGGAAAATATTCCAAAGCAACTTAGAGGGACCTCAACCTGAGCAAGTTGAAGCTAAGAGAGAAAAATACACTTTTGATATCTCAGGTTTGAGTTTGGTGCTAAGTTCGGTGCATTTAGGTACCTGAGCTTTCAAACTCAACAATTTAGGCCATGAGTTTTGGATTTAGTTGCATTTTAGTTCTTCCGTCCAAATTTTAATTTTCTTTTTTCTTCTCTCCCTTCTCTTCTCTTTTCTTTCTCCCTCCCCCTCACATCCTCCTCCTTCTTCCATGGCTACCGTAGCCGTGCACCATCATCACAACTAGTTGCCTCTTTCGACAGACCATAATGACAATCCGATAGCCTCTGATTGGTGGTGACAAACATAGCTTGCACACCCATGGCTTCACGACCCACTGATGATAACAATTCCTTAAATTTGTGACTCTAACAACTCCTCCCAATTGACGGTGACTTGACAATACTCACGAATTGATCTGGTAAAGCCGCGGAAACCTGTGAGCTAATCCAGATGTCATATCTGGAACAAACCCAAATCTGGTGCAAGGAGGTGATAGTTGATGGCTTTGTTGTGAGGGGGCAATCACTGACAATGCTAGTGCGAAGAGGCATTGTTTGTCAGGCTTTGCTGCTGCAAAGATTATTCCTTGACAGAGCTGTTGCGAGGACGTACCCTCAACAACGAATGTGCAACTATCACAAGAGAAGAGAGACGAAGATAAAGAGGGGGAGTGTAACAAGGCTAATACACCAGATCCCATCAGAACTCACTCCCAGAGTGTAACAAGGCTAATACACCAGATCCCATCAGAACTCCCATCAGAACTCTGTTGTTAAGCGTGGGAAGTCCTTGTGTTGGACCCCTTTAAAATGTAATGGACTGATTTGGAAAATATGATAATAATTTCCGCTAGAAATCTTGCGAGATTTTCGACAAGGGTTTAACGCAAGTGGAAATGTTTTCTTAATCCCTTAAAAGCCCTTTTTCATCCATCTATCCCATTACCTTTGTTTTGCTGTTTACGCATGCACCGAGAGCCAAAAAGAGTGAAAGAAACGAGAAGTCGAGAGAGAGATTGAAGGATTTGGAGAAGGGAAATCGAGAAGCTTCGTTTGTGAGATTTTTGGGGTTTAGGGAAGAGGTTTACCGTGGAGTTGTTGTACGAGTGAGAGGCGGACGAACGGTGGCAGAAACGTGCGGTTATGGCGTCAGAATTGTTGGCATAAACGTGCAGTTACGACGTTGGAGTCGTTAGCATCTCCGTCGAAGAAAGGAAAGAGGATATCTAGGGGTTTTCAGCATATTCGGGTGAGGAATAAAGAACATCGGGTCGGCATTCAGATCCGGATATAGCCCACGATCCAAATATAATAACTAACCCAATTGTCACAACCCAACTGTAGCCCACGGTAGCCCATCAGCACATACAACCCTGTCTAACCCCAACACAAACTGCACATACAACCCTGTCTAACCCCAACACAAACTGCCGTGCTATTCTGTAGTCAATGTCCACCAACTCCAAGGCGAAATGATTCAACTTGGAAAACTCTCCGGCGTATGTGGTAACAAAACGCCCCCTCTGACACAACTGGGTGAACTCTTGCTGCTTGCGAAGTTGAACGTCCTCTCGGTATAGTACTCTTCAATAAAAGCACCCTTGAATTTCGCCCACGAGATTGCACCTCCCTCAGGACTAATAATTTCGCGGGTGGACTGCCACCATAGTTCTGCATCATCTTGCAGCATGAATGCTGCACACTCCACCTTCTGATCTTTAGGATAGTTGGTCAACACAAACATAGTCTCTATAGATCTAAGCCACATTTGTGCTACAGTCGGATCATTAGAAGTTCCCTTAAAGGTTCATGGGTCACCCCTCTTGAAATCACGCAAGTACCTTACTTCCTTGGTCGATGATGAGTCATTTGCTTGTTGATTAGCAGTCAGGTTTTGTATAACAGTTTGCAATGCGTCCACCAGAGCAGCTGTACTATCATAATGCATTACTATCATAACGCAATGCATTCACCACAGTTTGCACAGCACATTACATGTCACTGGACACCACAAAAAAGCAAAGGCCCACATGATTTCATTGCAAACATAAATATCAAACGTGCGTCCGTACTATCATAATATAAAGGGAAAGTATCTCGATGCACATGATATACAAACATGCATGAGGTCCCATGATTTACATTTCATGACATAATACTTAATACCTTTCATTACTCTTAGCATTTCATATTATAACTCATTTATTTCATATTATAACTCATTTATGGAACATTTATGCATGAAAACATTTTTCAATTCATTTCATGAAAATAGGGTAATGGATTACAGGCATACGTAGCAAATCTCTGATCAATACAAGAATACATAAATATTGCATAACTTAGACATTTCTATGGTACATAGGGCATACACCATCATACAATATACTAAGCTAACACCTACAGTGAGGTTTGGTTGACCTTGATCCAAGTTACTCACAGTAAGTTAAGTGCTAGAATTTATTTATTTTTGGAAAACCGAATCGTTACAATTAGGCTGATTATTCACCTTTTTTTTTCTTTCCATTTATCTTGTAAACCAAGTCATGAAGGCTACTTTACCGTTTGTTCATTGTTGGCCAATATTCTGACAATTTATTTTCCTCATAGCTGCTTTACATTTTCTGCCCATATTTAGCAGCTGACGAGGATTCTAGCCAATGTTTAAGATTTAGGCCATTGTGTTCATACAACATTCAGGACCTTGAAAAGTATTTTTATTTTGTTTAATCTTTCCTAGTAGAGAATTGGTGTTTTATGCATATGGAAGAATTTTGTATGTTGTATGTTTTATGCATCAATGAGGTACATTCAAGTCTTCACAGGAACAGTAGAAGACATTAAAAATGAGCAAGTACGGCCTACAACTTAGAGTTAAGCCATCACAGCAGAAACAGCCTACAAGACCGCCCCTTCCTGCTCCTCTTGGATTTCAAGACGACGACGACGACGATGTCGAGAGAGAGATATCCCGACAAGCTTCCAAGAATAAGGCACTTAAGGATGTAAGCTAGCTTATATATGTATGACTGTGTCATTAACACGAATATCATGGTCGTATGCTACCCTTAATTTTATTTTTCTCCCTTGAAATATCAATTTAGATCGAGGAGCAACACAAGAAAGCACTAGCGGAAGATCCGTCGGTTTTCGATTACGATGGAGTCTACGATGAAATGAAAGAAAAGGCTGTTCTACCTCGAGCATATGATCGTGAAGAGCGAAAGGTATGTTTATAATTTGATCCCAAACTTGTGTAAAAATACAGTATCACCCTAATGTAATGCTCTGCCAGTGTGGTGAAATTACTTATTTGCTCACTGCCTTTTCATATTGCAGCCAAAGTATATTCAAAATTTGATGAAGAAGGCAAAAGAGCGAGAGAGAGAACAGGAGGTTATATATGAAAGAAAACTAGCCAAGGAGAGAAGCAAAGATGATCATCTTTATGCTGGTAAGGACAAATTCGTCACTAGTGCCTACAAAAAGAAACTTGCAGAACAAGCTAAGTGGATGGAGGAAGAACGTCTCCGACAACTTCGAGAGGAGAAAGACGATGTATGTTTTAACTTTGCACTCTGTTTCTTTTTCTTTTCGTTTTATAGTTTTATAAGTTATTATACTTTGCTAAATGCCCTCCGTGACAAAATGAGCGAGTATAAGTTATTTGTGACTGTACGAGGAACATTGAACCTAACAAGGGTCCTAATATGCGACCACTAATAAGGGTCCTAATATAATCACAAAATGATTTAGGACAAAATGATTTAGGACCATGTTAGGAACATTGAAACATTCTTTGAAACATTCTTTATAATAGTGCGGAAATTTCTCTCTAGCAGACGAGTTTTAAAAATCTTGAGGGGAAGTCCGGAAGGGAAAGTCTAAAGAGGGCAATATCTGTTAGCGGTGGGCGAGGATCGTTACAGCAATCCATTATCTTGTTCTTGGGTTATCTTAAGAATTGCTTTATGCTTTTGTTAATGTGTGTTTTTCATTGACAGCCAATTATCTGATTGTTCTTTTTGTTCTAATTTGAAGGTTACCAAGAAGAGCGACATTAGCGACTTTTACTTCAACCTTCAAAAGAATATTGCCTACGGTGCCGGTAATGCAGTCGAGCCGAGGGAACCTCCACAGAAGCTTCAGTCAGAGAAGCAGGCTGAAGTCCAGAAATTGAAGAAGCATGAAGAGAGTGTTAATGCCGATATTGTTAATGATCATCAGTCACCGAAATACCCCAGCTCGCCTTCCCAGTCAGCAAAGACAATAGAACAGGATCGTCACCTCGAAGAGCACCTTTCGAATTCAAACAAAACAACACCTTCTGATGTACGAGGTACTAGCCCCCCTCCATTACACAATAAAACTCCAGTTGAGAAACAGCCCGAACATGACCAAGGTGAACAACAACCAAAGCGCGATCATCATAAAAGAAGTGAAGATGCTGTCGCTGCTGCAAAAGAGCGATTTTTGGCTCGAAAAAGAACAAAGGAGGTGTGAAATACTTGACCTGTATGGATTAACCTGAGGACAAATATGTAAATGTTATTGTTCTATGGATGATAGTTGATAGTTATGTTCTTAATGGTCAAATTCATCTTGGATCTCTGGCTTTGACATCACATTTTTGTTTCGTGGTTCATGTGAGAATCCTTGTGTTGAGATAACAAGGAGAGCAACGGATGAAGCCTGATGACGCAGCTGCTCGAAGTTGCAGCATCTTCGTCGAAAGTAAGTAAACCAAGTTCTCATTTGTTAAGTCATATAGGCATATTTCTTTCTCCACTGTTGTTTTCGGAAGAAACTTTTGGATAGGTATGCCACGTCTGAACGGAATTCTTTTTGGTTAAAGAATCTCTTTCAAGTTGCTCTGGAACCATTAAGAGATCTAGAAGGTCGTTTAGGCCTTGAATTTTGGACTTTCCATAAGTAGTCTGACCTTGCCGAAAGTAGGTCATAGGAGCAAATGAGTGACCTATTTTTGAGTCTCGAAGCAATATTTTCCTTAAATGCATATCCAGTTTATTCCAAACATCTCATTTTTCTCCTGAACCAAATCCTCATTAACCTCGATTTCTTATCTTTTCTTTTCCGAACCTATTCTATTGGCTGACATCCCTTATCTCTTAAAAGCAACAAGAAAGGAGTAGGATGCATGAACCTCCTAACATGTTTTATTGTTGCATTAAATGATGGGCGGTTGGTTGCGTGCAGAGGGAATGTCATTTTGAAACATGTGATTTAGATGTCAAGACATTGGACATCAATTCTTGTCTAGCACGCCAAATGACATAATAATTTATAATAAAGTAGGGAGCAAATCATTTAAAGCAAATCTTTTAATCTTATCATCAGCATATGGAATGATTCTGTTCTTTGTTAGAACCCGAAAACTGAACGAAGCTCATCAACGAACTCATACCATAAACACTCACTCAATTGGTTATTAACATACCTCACCAACTTTGCTTTGATGAGGAATGCTTACACGCATCTTTGTGGCCATAATATGCTCCTCTTGTTCAATAATACCACGTCTCTTATCATGGTCCAAGCTAGAGGTTGATGTTCATATCTATACAAGCCTAGTACCAAACAAGAAAAATTAAATGTATAAATTGATAAGACAATGAAAATTAATCGAGTTTGTTGATGAAAGAAACCATTTTCTGGTTCTGGAGAGTGAGAAAGAGTTGTGTACAACTTTTAAAAATTCAAACTCAATTAATTTCTTATAATTAATGATATAATTTTTTCTAAAAAATGAATTTGATACGTTTCTAGTAGTTTGTTTTTTTCTTTCCGAACATTTTGAATATTTTTTTGTTGTTGCTGTGTTTTATAGTCCTCGAACTTTTAATTATGTAATGGAATTAGTCTTGCACTGGATTCATCGGGCTCGGAGTCCAATGAATCAATAGTTAACCATTTTTTTAGGGATTGCTATCGCAAAGCTAGTCGATGTCTGCTGTAATGGTTGAAAATATCCAAACCTGCTCACCCACCCCACCTCATACGACTAGTTTGGGGGGAGGGGTTGGCTGTTCGCCTTTTGGAGACACCTAAAATCCTCACATTTGAAGGACGTTCTTTTATGAAAATTTCAATTTTTTTAAAATTAATTTGAATTTTACACTATGTCCAATAAATACGTCATTTTTCAGATATTTTAACATTTTGAATATTTTAAATTTTTTTAAAAAGATGCGAAGAACACCATATTTAAATAAGATGAACCCGGATATTGATTTGTGGTATGATTGGTGGTAGGTCACTGAACTTGATATGGTTGACAAGTCATATCATAAACTTGTGAATCAGAAGTCATATTGTATCCATATCAAAGGAGTTAATGAGTTGATTTTCAAAACCAAATTGGATATTCCTACCGGCAAAACTCAAAGGTCAATGTTCAAACTTTGTATTAAATGATAATTTAGACATTGTGAATTGTATACTCCATGTTTGGCCGTCTTTCCTCTCTTATAAATCATATACAGCTTCCAATTGTTGATACAAAGATTTGATCTTTCAATTCTTCCTTCTTCTTCGTTTCTCCGTTTTTCCATTGAAGAACTCTAAATTATGGGTCGAAATTTCAACCATCCAAAGTCAGAACCGATACTGCAAGATTTGTTTTTGGCAGGATCTAGCTCGAAAACTGAGGACGCTACGACATCGGTCATGGTGCTACTGGGATGTACTCAATGCCTTATGTACGTCATGTCGTCGAAGTTCGATCTCAAGTGTCCCAAATGTAATAACACTACGTTGCTCGATGTTCACAATTTGGCCAATCAAGCATCCAAGAAAAATCTTGTTGACATGTCAATCGACGTTGCTAAATGAGGAGTTTATCGACATGCCCATTGTAGTTACCTTCTTTACCTTTATGTATACTCTTTTACTTTCGTTTCTTAATTTAGCTTCCTCGTTCGAGCACTTTTTTTTCAATTCATTCTATGTCATGGTTTAAGGAACTATTTGATATTACTAGATATCTTCAAATCATGTCATATCATGTCAATTGATAATAATGAAAGATATATAT ATGACGGACTGCGACCACCACCACCACCACGACTGCGAGCGCCGCCGTCTCTACCGCCGAATAGCCTGCGCCATCTTCACTGTCCTCCTCTTGATTAGCCTTGTCATCTTCCTCATCTGGGCTATCCTCCGGCCGTCCAAGCCCCGCCTCATTCTCCAAGACGTCACCGTTTTCGGCCTGAACGTCTCGTCGGTGCCACCGGCTGCCATCTCGATCACCATGCAGGTCACCATCTCCTCCCACAACCCCAACTCCCGCATCGGTGTTTACTACCAAACCATGGATGTTTACGCCGCCTACCGCGGCCAACAGGTCACTCTCCCGACGCTCTTGCCGCCGACTTACCAAGGCCACAATGATGTCACCGTTTGGTCGCCGTTTTTGTACGGCGAAGCTGTGCCGGTGGCGCCCGAGTTTGCTGAAGCTTTGAATGAGGATAATAACGTTGGAGCCATGCTGTTCAATATCAAGATCAATGGACAGGTTAGGTGGAAGGTTGGGAGCTGGATCTCAGGCAGGTATCGGTTGAACGCGAATTGTCCGGCGTATATAAAGTTCGGCGATCCAAAGAATGGGATTGCATTCGGACCGGCGATGAAGTTTCGAAAAAGAAAAAAACTCCTCCCTCGACCCTCAGTTTCACGGCGGCTCCCCCTCCTTCGGATCAGGCACCGCCGTTCTGCTCCCTTTTTCATCTCTGGATCTCAGAAGACATTAAAAATGAGCAAGTACGGCCTACAACTTAGAGTTAAGCCATCACAGCAGAAACAGCCTACAAGACCGCCCCTTCCTGCTCCTCTTGGATTTCAAGACGACGACGACGACGATGTCGAGAGAGAGATATCCCGACAAGCTTCCAAGAATAAGGCACTTAAGGATATCGAGGAGCAACACAAGAAAGCACTAGCGGAAGATCCGTCGGTTTTCGATTACGATGGAGTCTACGATGAAATGAAAGAAAAGGCTGTTCTACCTCGAGCATATGATCGTGAAGAGCGAAAGCCAAAGTATATTCAAAATTTGATGAAGAAGGCAAAAGAGCGAGAGAGAGAACAGGAGGTTATATATGAAAGAAAACTAGCCAAGGAGAGAAGCAAAGATGATCATCTTTATGCTGGTAAGGACAAATTCGTCACTAGTGCCTACAAAAAGAAACTTGCAGAACAAGCTAAGTGGATGGAGGAAGAACGTCTCCGACAACTTCGAGAGGAGAAAGACGATGTTACCAAGAAGAGCGACATTAGCGACTTTTACTTCAACCTTCAAAAGAATATTGCCTACGGTGCCGGTAATGCAGTCGAGCCGAGGGAACCTCCACAGAAGCTTCAGTCAGAGAAGCAGGCTGAAGTCCAGAAATTGAAGAAGCATGAAGAGAGTGTTAATGCCGATATTGTTAATGATCATCAGTCACCGAAATACCCCAGCTCGCCTTCCCAGTCAGCAAAGACAATAGAACAGGATCGTCACCTCGAAGAGCACCTTTCGAATTCAAACAAAACAACACCTTCTGATGTACGAGGTACTAGCCCCCCTCCATTACACAATAAAACTCCAGTTGAGAAACAGCCCGAACATGACCAAGGTGAACAACAACCAAAGCGCGATCATCATAAAAGAAGTGAAGATGCTGTCGCTGCTGCAAAAGAGCGATTTTTGGCTCGAAAAAGAACAAAGGAGGTCACTGAACTTGATATGGTTGACAAGTCATATCATAAACTTGTGAATCAGAAGTCATATTGTATCCATATCAAAGGAGTTAATGAGTTGATTTTCAAAACCAAATTGGATATTCCTACCGGCAAAACTCAAAGGTCAATGTTCAAACTTTGTATTAAATGATAATTTAGACATTGTGAATTGTATACTCCATGTTTGGCCGTCTTTCCTCTCTTATAAATCATATACAGCTTCCAATTGTTGATACAAAGATTTGATCTTTCAATTCTTCCTTCTTCTTCGTTTCTCCGTTTTTCCATTGAAGAACTCTAAATTATGGGTCGAAATTTCAACCATCCAAAGTCAGAACCGATACTGCAAGATTTGTTTTTGGCAGGATCTAGCTCGAAAACTGAGGACGCTACGACATCGGTCATGGTGCTACTGGGATGTACTCAATGCCTTATGTACGTCATGTCGTCGAAGTTCGATCTCAAGTGTCCCAAATGTAATAACACTACGTTGCTCGATGTTCACAATTTGGCCAATCAAGCATCCAAGAAAAATCTTGTTGACATGTCAATCGACGTTGCTAAATGAGGAGTTTATCGACATGCCCATTGTAGTTACCTTCTTTACCTTTATGTATACTCTTTTACTTTCGTTTCTTAATTTAGCTTCCTCGTTCGAGCACTTTTTTTTCAATTCATTCTATGTCATGGTTTAAGGAACTATTTGATATTACTAGATATCTTCAAATCATGTCATATCATGTCAATTGATAATAATGAAAGATATATAT ATGACGGACTGCGACCACCACCACCACCACGACTGCGAGCGCCGCCGTCTCTACCGCCGAATAGCCTGCGCCATCTTCACTGTCCTCCTCTTGATTAGCCTTGTCATCTTCCTCATCTGGGCTATCCTCCGGCCGTCCAAGCCCCGCCTCATTCTCCAAGACGTCACCGTTTTCGGCCTGAACGTCTCGTCGGTGCCACCGGCTGCCATCTCGATCACCATGCAGGTCACCATCTCCTCCCACAACCCCAACTCCCGCATCGGTGTTTACTACCAAACCATGGATGTTTACGCCGCCTACCGCGGCCAACAGGTCACTCTCCCGACGCTCTTGCCGCCGACTTACCAAGGCCACAATGATGTCACCGTTTGGTCGCCGTTTTTGTACGGCGAAGCTGTGCCGGTGGCGCCCGAGTTTGCTGAAGCTTTGAATGAGGATAATAACGTTGGAGCCATGCTGTTCAATATCAAGATCAATGGACAGGTTAGGTGGAAGGTTGGGAGCTGGATCTCAGGCAGGTATCGGTTGAACGCGAATTGTCCGGCGTATATAAAGTTCGGCGATCCAAAGAATGGGATTGCATTCGGACCGGCGATGAAGTTTCGAAAAAGAAAAAAACTCCTCCCTCGACCCTCAGTTTCACGGCGGCTCCCCCTCCTTCGGATCAGGCACCGCCGTTCTGCTCCCTTTTTCATCTCTGGATCTCAGAAGACATTAAAAATGAGCAAGTACGGCCTACAACTTAGAGTTAAGCCATCACAGCAGAAACAGCCTACAAGACCGCCCCTTCCTGCTCCTCTTGGATTTCAAGACGACGACGACGACGATGTCGAGAGAGAGATATCCCGACAAGCTTCCAAGAATAAGGCACTTAAGGATATCGAGGAGCAACACAAGAAAGCACTAGCGGAAGATCCGTCGGTTTTCGATTACGATGGAGTCTACGATGAAATGAAAGAAAAGGCTGTTCTACCTCGAGCATATGATCGTGAAGAGCGAAAGCCAAAGTATATTCAAAATTTGATGAAGAAGGCAAAAGAGCGAGAGAGAGAACAGGAGGTTATATATGAAAGAAAACTAGCCAAGGAGAGAAGCAAAGATGATCATCTTTATGCTGGTAAGGACAAATTCGTCACTAGTGCCTACAAAAAGAAACTTGCAGAACAAGCTAAGTGGATGGAGGAAGAACGTCTCCGACAACTTCGAGAGGAGAAAGACGATGTTACCAAGAAGAGCGACATTAGCGACTTTTACTTCAACCTTCAAAAGAATATTGCCTACGGTGCCGGTAATGCAGTCGAGCCGAGGGAACCTCCACAGAAGCTTCAGTCAGAGAAGCAGGCTGAAGTCCAGAAATTGAAGAAGCATGAAGAGAGTGTTAATGCCGATATTGTTAATGATCATCAGTCACCGAAATACCCCAGCTCGCCTTCCCAGTCAGCAAAGACAATAGAACAGGATCGTCACCTCGAAGAGCACCTTTCGAATTCAAACAAAACAACACCTTCTGATGTACGAGGTACTAGCCCCCCTCCATTACACAATAAAACTCCAGTTGAGAAACAGCCCGAACATGACCAAGGTGAACAACAACCAAAGCGCGATCATCATAAAAGAAGTGAAGATGCTGTCGCTGCTGCAAAAGAGCGATTTTTGGCTCGAAAAAGAACAAAGGAGGTCACTGAACTTGATATGGTTGACAAGTCATATCATAAACTTGTGAATCAGAAGTCATATTGTATCCATATCAAAGGAGTTAATGAGTTGATTTTCAAAACCAAATTGGATATTCCTACCGGCAAAACTCAAAGGTCAATGTTCAAACTTTGTATTAAATGA MTDCDHHHHHDCERRRLYRRIACAIFTVLLLISLVIFLIWAILRPSKPRLILQDVTVFGLNVSSVPPAAISITMQVTISSHNPNSRIGVYYQTMDVYAAYRGQQVTLPTLLPPTYQGHNDVTVWSPFLYGEAVPVAPEFAEALNEDNNVGAMLFNIKINGQVRWKVGSWISGRYRLNANCPAYIKFGDPKNGIAFGPAMKFRKRKKLLPRPSVSRRLPLLRIRHRRSAPFFISGSQKTLKMSKYGLQLRVKPSQQKQPTRPPLPAPLGFQDDDDDDVEREISRQASKNKALKDIEEQHKKALAEDPSVFDYDGVYDEMKEKAVLPRAYDREERKPKYIQNLMKKAKEREREQEVIYERKLAKERSKDDHLYAGKDKFVTSAYKKKLAEQAKWMEEERLRQLREEKDDVTKKSDISDFYFNLQKNIAYGAGNAVEPREPPQKLQSEKQAEVQKLKKHEESVNADIVNDHQSPKYPSSPSQSAKTIEQDRHLEEHLSNSNKTTPSDVRGTSPPPLHNKTPVEKQPEHDQGEQQPKRDHHKRSEDAVAAAKERFLARKRTKEVTELDMVDKSYHKLVNQKSYCIHIKGVNELIFKTKLDIPTGKTQRSMFKLCIK
BLAST of Cp4.1LG00g01670 vs. Swiss-Prot
Match: NHL12_ARATH (NDR1/HIN1-like protein 12 OS=Arabidopsis thaliana GN=NHL12 PE=2 SV=1) HSP 1 Score: 181.0 bits (458), Expect = 3.9e-44 Identity = 85/177 (48.02%), Postives = 119/177 (67.23%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. Swiss-Prot
Match: NSRP1_BOVIN (Nuclear speckle splicing regulatory protein 1 OS=Bos taurus GN=NSRP1 PE=2 SV=1) HSP 1 Score: 109.8 bits (273), Expect = 1.1e-22 Identity = 88/228 (38.60%), Postives = 133/228 (58.33%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. Swiss-Prot
Match: NSRP1_MOUSE (Nuclear speckle splicing regulatory protein 1 OS=Mus musculus GN=Nsrp1 PE=1 SV=1) HSP 1 Score: 105.9 bits (263), Expect = 1.6e-21 Identity = 103/331 (31.12%), Postives = 163/331 (49.24%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. Swiss-Prot
Match: NSRP1_RAT (Nuclear speckle splicing regulatory protein 1 OS=Rattus norvegicus GN=Nsrp1 PE=1 SV=1) HSP 1 Score: 99.8 bits (247), Expect = 1.1e-19 Identity = 99/318 (31.13%), Postives = 159/318 (50.00%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. Swiss-Prot
Match: NSRP1_HUMAN (Nuclear speckle splicing regulatory protein 1 OS=Homo sapiens GN=NSRP1 PE=1 SV=1) HSP 1 Score: 95.5 bits (236), Expect = 2.1e-18 Identity = 103/323 (31.89%), Postives = 157/323 (48.61%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TrEMBL
Match: A0A0A0LJE9_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G070270 PE=4 SV=1) HSP 1 Score: 489.6 bits (1259), Expect = 5.6e-135 Identity = 266/323 (82.35%), Postives = 286/323 (88.54%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TrEMBL
Match: A0A0A0LVW5_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G169420 PE=4 SV=1) HSP 1 Score: 396.4 bits (1017), Expect = 6.5e-107 Identity = 189/200 (94.50%), Postives = 195/200 (97.50%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TrEMBL
Match: A0A061GV10_THECC (Coiled-coil domain-containing protein 55, putative isoform 1 OS=Theobroma cacao GN=TCM_041289 PE=4 SV=1) HSP 1 Score: 347.1 bits (889), Expect = 4.5e-92 Identity = 212/321 (66.04%), Postives = 238/321 (74.14%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TrEMBL
Match: A0A0D2PQG7_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_001G124100 PE=4 SV=1) HSP 1 Score: 341.3 bits (874), Expect = 2.5e-90 Identity = 205/320 (64.06%), Postives = 237/320 (74.06%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TrEMBL
Match: A0A0B0NEG8_GOSAR (Nuclear speckle splicing regulatory 1 OS=Gossypium arboreum GN=F383_10067 PE=4 SV=1) HSP 1 Score: 338.2 bits (866), Expect = 2.1e-89 Identity = 204/320 (63.75%), Postives = 235/320 (73.44%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TAIR10
Match: AT2G27285.1 (AT2G27285.1 Coiled-coil domain-containing protein 55 (DUF2040)) HSP 1 Score: 267.3 bits (682), Expect = 2.3e-71 Identity = 169/335 (50.45%), Postives = 226/335 (67.46%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TAIR10
Match: AT2G27280.1 (AT2G27280.1 Coiled-coil domain-containing protein 55 (DUF2040)) HSP 1 Score: 238.4 bits (607), Expect = 1.1e-62 Identity = 143/286 (50.00%), Postives = 200/286 (69.93%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TAIR10
Match: AT3G11660.1 (AT3G11660.1 NDR1/HIN1-like 1) HSP 1 Score: 226.9 bits (577), Expect = 3.5e-59 Identity = 106/196 (54.08%), Postives = 141/196 (71.94%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TAIR10
Match: AT3G44220.1 (AT3G44220.1 Late embryogenesis abundant (LEA) hydroxyproline-rich glycoprotein family) HSP 1 Score: 223.0 bits (567), Expect = 5.0e-58 Identity = 108/202 (53.47%), Postives = 143/202 (70.79%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. TAIR10
Match: AT5G22200.1 (AT5G22200.1 Late embryogenesis abundant (LEA) hydroxyproline-rich glycoprotein family) HSP 1 Score: 212.2 bits (539), Expect = 8.8e-55 Identity = 107/200 (53.50%), Postives = 139/200 (69.50%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. NCBI nr
Match: gi|449470301|ref|XP_004152856.1| (PREDICTED: nuclear speckle splicing regulatory protein 1-like [Cucumis sativus]) HSP 1 Score: 489.6 bits (1259), Expect = 8.1e-135 Identity = 266/323 (82.35%), Postives = 286/323 (88.54%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. NCBI nr
Match: gi|659069555|ref|XP_008450616.1| (PREDICTED: nuclear speckle splicing regulatory protein 1-like [Cucumis melo]) HSP 1 Score: 488.0 bits (1255), Expect = 2.4e-134 Identity = 267/333 (80.18%), Postives = 289/333 (86.79%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. NCBI nr
Match: gi|449443654|ref|XP_004139592.1| (PREDICTED: protein YLS9-like [Cucumis sativus]) HSP 1 Score: 396.4 bits (1017), Expect = 9.3e-107 Identity = 189/200 (94.50%), Postives = 195/200 (97.50%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. NCBI nr
Match: gi|659127309|ref|XP_008463636.1| (PREDICTED: protein YLS9-like [Cucumis melo]) HSP 1 Score: 393.3 bits (1009), Expect = 7.9e-106 Identity = 187/200 (93.50%), Postives = 194/200 (97.00%), Query Frame = 1
BLAST of Cp4.1LG00g01670 vs. NCBI nr
Match: gi|590586457|ref|XP_007015711.1| (Coiled-coil domain-containing protein 55, putative isoform 1 [Theobroma cacao]) HSP 1 Score: 347.1 bits (889), Expect = 6.5e-92 Identity = 212/321 (66.04%), Postives = 238/321 (74.14%), Query Frame = 1
The following BLAST results are available for this feature:
GO Assignments
This gene is annotated with the following GO terms.
The following mRNA feature(s) are a part of this gene:
Analysis Name: InterPro Annotations of Cucurbita pepo
Date Performed: 2017-12-02
The following gene(s) are orthologous to this gene:
The following gene(s) are paralogous to this gene: None The following block(s) are covering this gene:
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