CmoCh11G006460.1 (mRNA) Cucurbita moschata (Rifu) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: exonCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGATTGCCGCTTCATTCTCTCTGAAACGGCGGGCCAATCCACGTCCCAACGTTAACGAACTCGTAAGCTGGTCCTCATTCAATATCCCTTCTTGCCTTTCTGGGTGAACTTCGTTTTTTCACTTGTCGTCATCGAGAATCTAGATTCTCCTTCAAAAAGAGTTGGGACCTACCATTTCCCCGGTAAAAGCACTTTACAGATTCTTATAATTTTTCTTTCCCTGATTGCAATGATCTGATGGAGATTTCGATTTTAAGAAACAAGGTATAATTATCAATCATTAGTTCATAATCGATGGGGATTCAGAACTAGTATGGTATATCTAATTTGTATCTGGGAAGAGAGGAATTGGTATATTTTGCACGCGTAAGTTGATTTGTTCGGTATGGTGCTACAGTGTACAGAGAGATTTTTTATTCCGTCTATCGTGCATTGATCTTATTGTGGCTAGCTTTGTTTAATGGAGATATTTGTCTATCAATTGTGCGATTTGGAATACTGACTAGGTAATTGGTTGGATTTTTGGCGTTATGGAGATCCGGCGGCTTCTAATTATCATAATTATGATACTTATTACTCTCTTTTCTTTCCAATATTCTGTGTTTCAGTACACAAAAAGTTTAAACGATAAGGCCTCAACTCTTATGATGGTTCAGAATGTCTGTCATATGAACAATTTAGGACTTTGTAGATTTGATACAGTTGATACGGGTATTAACAACTTGGATACAAAGGAAAATGTTGATTATGATACTAACAAAAAGGTAAGAACAGAAGTTGTTGATTTGACATCAGAATTCTTGAAGAAAGAGTCCGTTGATGAGGAGGAAAAGAGTAATCTGACAGAGGATACTGTCATAAGGGAAACGAATGCAGAATTAAGTTACAGCCCCCTGATGAAGGGAGATGTTTTAGAAGATAGTAACATGACAGCCGATGAAGGTAAAGCCACTAGCAGTCCAGGTGTGAGTGAAATTGGAAATCAAAGCATAGTTGTTTCAAAACAATCCCATGGAACTATGAACAATAGCATTAAAAAGGTTGATCATACATATTCTAACATTTCCGCGACTCCAGATGCATTGGCTGGCCAAGAAGAGGATACCAGAAGCAGTATGGAAGAATTAGAAAACGATGATGGAGTTGTGCTAGGGAAGAAGGATTCAGTTGTCTTGAATGACAGAAAGGGGGGGCCAGACATATCAACATTGAGTGGGCCATTTATATCAATATCCCAAATGTATTCAAAGTTATCAAGGGCTCACAAGTCTTCTTGTTTGAAGGTATGGATTACATTTCGAGGTTCCAGATTTGGGTAACTGTAACCATCTAGAGTTCTAAAATTTTCACTCGTAATGACACTTGGTAGCAGAGGCGGCAATGTCCACAGACATCCCGACGTGATCGTGAACTACACTATGCAAGACGGGAGATTGAAAATTCTTCTGTATTAAGGAGCACTCCAGGAATTAATGCCTCTATTTTCAGAAACATTTCCATTTTTACGAGGTAATCCAATACCTTAAAACATTTGGTGTTTTTCATTTTTCTTGCATCTTCCAATGTTCTTTGGAGACAATGTTGTGGTTAAGCACTCTTGATTCTGCCCAATGCCACTTACATTGAGCTTAGTTTCCTGAACTTTAAATGGTGAATAATACTCCCAAACATATTTGTTCTTTATGGGGAAATGAAAGCAAAAGGTTAACATTTTTGTAAGGTTATATAGTCTACAGTTGAAAGACAAAGGCTAAAAATTTTGTTCTGAACGTTTCTTCCTAAATCCATTTCCAGTTACCAAGCTTTACATTATCTGGGTTGACTTGTTTTATGAGAGGGACAGAGCTCCTTTTGTAGGATTATTTTTGCTCATTCTCTTTTACCTTAGCGAAACATCAATCAACCTTTACTAAGGCAAAGCTTGTGGTTTGTCATCTTTGCAGGAGTTACGAGTTGATGGAAAAAATGCTTAAAGTCTATATATACGAGGAAGGACAAAGACCCATTTTCCATCAGCCTATATTGACTGGAATATATGCCTCAGAAGGATGGTTTATGAAATTATTGGAAGAAAACAAAAAGTTTACTGTGAAGGACCCTGAGAAAGCTCATTTATTTTATTTGCCCTTCAGTTCACAGTTCCTAAGGGTCGCATTTGGAAACAAATTCCGCAACAAGAGGGATCTACAAAAGCTTCTCAGGAAGTACATTGACTTAATTGGGAAGAAGTATCCTTTTTGGAAAAGAAATGGAGGATCAGACCATTTTCTTGTTGCTTGTCATGACTGGGTAGACATTCTTCAATCTCGCTAATCATATCAATTTAGCTTCAGTTCATTATTTGACAGTAATGCTTATGTGAATCAAATACTAGCCTAGATGAAAATGAGTTTTCTTGCTAATTGTTTTGTAACAACCTGAAACTTATTGGATGTGTTGTTTTATGTCTTCCTAGTAATTAATGTTCTTTGCATTTGGATTGAGAGGAATAATAGATCAAGTGAGATCATTTGGAAACTGGTTAGGTTTAACGCTCTTTATGAGTTTCATATTCTTTCATTGCTTTCAATGGAAGTGTGGTTTCCTGATGCTTTGTAATTATTGACTGATATAGATCAATTTCAGGCTCCCAAGCTCACAAAGCGTTTGGTGAAGAACTGCATCCGAGCACTCTGCAATGCAAATGCTGCTGCAGACTTCGAAATTGGAAAAGACACCAGTTTACCAGTAACTTTTGTACATTCAATCGACAACCCCATAGACGATATTGGTGGGAAACCTCCTTCCGAAAGGACCACGTTGGCCTTCTTTGCTGGGAGCATGCACGGTTATCTCCGGCCTATTCTTCTACACTACTGGGAAAGCAAAGAACCTGACATGATGATTGTTGGCCCAATGCCTCATAGCATTGAAGGGAAAAGTGCCTACATGAAGCAAATGAAGAGAAGCAAGTATTGCATATGTGCTCGAGGCTATCAAGTTCATACGCCTCGGGTGATCGAAGCAATTCTCAACGAGTGCTTCCCTGTGATTATATCAGATAATTACGTCCCTCCCTTCTTCGAGGTATTGAATTGGGAATCATTCTCGGTGTTTGTTAAAGAGAGAGATATACCGAATTTGAGAGACATTCTCCTCTCAATCCCAGAGAAGAACTACCTTGCAATGCATTCAAGAGTGAAAATGGTGCAACAACACTTCCTATGGCACGAAAAGCCTGCAAAGTATGATGCATTTCACATGATCCTTCATTCAATTTGGTACACGAGAGTGTTTGAGATCAAAACCAACTGACATAGGCAAAGTTTGATTCTGGATTTAACAAGACACTCAATTGTTACAAGGGTAGGCCTCATCCATGTTCCTAATGTAGTTTATACAAGTCTTGAATGAGGGAAAGAAATTAGTTTTGGTTACTTGAGATTTTTCTACCATGTTTATATACATATGGATTAGAATTAGGCTGGGGCGCGGATGGTTTAAACTCTCATTCTTGTTTAAACTCTCATTCTTATGATCATCATATATGGTATATAAATTTTGAGAACTATTTACCATTTTAAATGTGGATGGTCTAATCTCTTATTCTTATGATAGTCATATATTTTGAGATAATTTTTAGATACTCCTTACCATTTTAAAGGTAGATTGTTTAATCTGTCGTTCTTATTATGATCATCATTTTTAGGTAATGTTTACCATTCTAAAGACGAGTTGTTTATTTTCTTATTCTTATGATCATGTATATAAATTTTGAGATGATTTTGAAATATAAGATAAATAGAGATGGAAATGTGAAATTAAATAATGTATAAAACATTTAATTAATTGACAAGGAGTGTTTATAAATGTTTTAATTACTTGTGGTACTTGCAATTATTTTTATAAATTAATCTTACTAAATCTTTCGGGAGAGGTAAAAGAAATGGTTCATAAATAATATACTTGTCACGTCAATTAAAGAAGCTTTAGCTAATGATTTCTGAAATAACCTGGCATATATTTTAAATGAAAGATTTCATTTTAATAAAATAAAAAGATACAGATAATGATATAAGGATATAAATAATTTAGCCTCCCATCAAATTTGGCGGACTCGACGACACAGTTCTCAGAAGTCTGAATCACTTCAAAACAAGCGATGAAGATGATCACCGTTGTACGGACGGTACCGACGAAGCTTGAAAGTTGAAAGGCTGCTTACATAGCTCATAGGATTGAAGAGGCTACAGCTTCAGAGGTAAAGAAAGCTCGAGCTTAGCTGAACATCCAACTTTCTTTTTGATTTCGCAAACACTTCGTTCTCTTCTGTTTTGGTCGGAGTAACACTGAATTTCGAATTCTCTGTCCGCTTGATGTTTTAGCTGCAATTTTGAATGTTTGTGATTTTCATCTCATTCCCCTGCGATCGATAAGGTTTCTGAGAAATGTCTTCTCAAAATTGGTGCTAATTGCTGGTAACTGAATTAGCTCATAATTTTTCGTCATGATTTAGCTGTCTATTGTCAACCGTAGTTCATAAGCTAATTCAGATTTGTTTGATAACTGTGGGTTTTCCTTTTTCACGCATTGGTATCTAGTTGCTGCAAGGTGCATGATGATCGTATGCGACTGCTCCAAGTTGATGTGGTTTTTTAAAATTGGGAGTCCAATGTGATCCCGAGCTTCTTCAAGTTATCGGAATATTTTATAGATATTGGTTGCTTCCCACGGTTCCTTATATGGCTATTCATATTTGTACAAACTTGTTTCATGGTATCAAAATCCGGAGGCTGCTTATTATGATAGCCATCATAATTTCAATTCTCATTGTTTCCCAGTGCTACGTTTATCCTTATGCGAAAAAATCTTTCCTACCACTTGATGTAAAGAGCTCAGACATTATGAGTCTTCAAAATATCACTAGTTTAAACCATTCAGAAGTTCATTTCCTGTATACTGTCACTCATGTGAAAAATAGGAAGGAAAGAACTGAGTACATTACTGAAAAGAAGGGAGAAAGAGGATTTGGTTTGACTTTGGATGCTGCTAATAGCATGCCATATGAGAATGGTACACCATTTGAAGAGACTTCGGCAATGCCAGATGGAAATTCTACTGTTGATAATGACATTGGGAGTGGGACGGTAGAGTTTGGTTATAATCCCCCCATAAAGGAAAAAATTTTAGACAACAGTTACAAGAGAGTTGTTGAAGGTGAAGACAGCAGCAATCTAAATACGAGTAAAATGAGAAACCATATTTCTTTTGTCTCAAATCAATCTCAAGAGTTAATTGTAGATCCAAGAAAATCTGACTTGTCTTCTGCTCAAAACACATCTTCCATTCCAGAAGACCGTTTCGGTAGAACTGAGGAAATAGTTACAAAGGATACAAGGTCTGAGCAAGCGAAGAATGTTTTCGATACCTTGGATGGACTTGCACGGTATGACATATCGACTTTGAAGAGTCCTGAGATGCCACCAATATCAATATCTCAAATGAACGCATTGTTGTCTCTAAGTCATACTTCTCCTTGTTCGAAGGTATAGATTTCAACTTAAGGTTCCAATTAGATCATTGACAAAAACTCGACTCTAACACTTGTACTGCTGATTTTACTTGGTAGTAGAAGCCACAGTGTCGTTTGTCTTCTTCACGTGATCGTGAACTTCTACATGCAAGACTGGAGATTGAGAAAGCCACTGCTGTTGTGAACAGCCCAGGAATTATTTCTGTTTTCCGAAATGTTTCTATGTTCAAGAGGTAATATTTTCTAAACATTGTTTGGTTCATACTGCCTAGACATGTAGCAGTGGCCTGGCATTTAGTCTATCCCATCGGCTATCATCTTCGTTGATCCTGTGTCTTCAATGTCAATTAGCTTATTGTGAAAATTTGGATACTGTGACCAGTACCAACATTAACCAGGATGAAGCGTATATTGCGTGTTCCCTTTGCAGGAGTTATGACTTGATGGAAAAAACGCTTAAAGTTTATATCTACAAGGAAGGAGAAAAGCCTATTTTCCATCAACCTCGGATGAGAGGGATATATGCCTCAGAAGGATGGTTTATGAAATTGATGAAAGAGAATAAAAAATTTGTTGCAAAGAATCCCAAGAAGGCTCACTTGTTCTATTTACCTTTCAGTTCGCAGTTACTAAGGAGTGCACTTTCTGAACAAAATTCCCAAGGTCGAAAGAACCTAGAGGAACGTCTAGGGAACTATGTCAACTTAATTAGGAGAAACCACCAATTCTGGAACAGAACTGGAGGTGCTGATCATTTTCTTGTTGCTTGTCACGACTGGGTATGTATTCTATACAGAATTTAGATTTATCGACAATGTCTTGTTCAAGTATTTTGTTGCTTATCTTGGAAACTCTTTTCATGTCATCCTTTGAAGTAGCTGAGGCTTGTTTGCTTTGTATTCTGTGGACAGTGTTCCGTGTGTCCGAAACCCTGACTTGAGCATAAATAGTTCAGTTACAATTTGTTGTCATCTTAAATATCTTGTTGGAGTCTGCTTCCTAGTAGTCTAGTTATCATTTATTTTCAATACATTCAATTTCAGGCCTCCAAACTTACAAGGAAGTATATGAAGAACTGCATCAGAGCTCTCTGCAATGCAAACGCTGCTAGAGGCTTTCAAATTGGGAAGGACACTAGCTTACCAGTTACAAATATACATTTGACAAAGGACCCTGATATAACTACTGGAGCAAAACCTCCTTCAGACAGGACTACATTAGCCTTCTTTGCTGGGGGTATGCACGGTTATCTCCGACCAATACTGCTTCATTACTGGGAAAATAAAGAACCTGACATGAAAATTTTTGGCCCAATGGCACGCGATGCTGAAGGGAAAAGAATCTATAGGGAGCACATGAAAAATAGTAAGTATTGCATATGTGCGAGGGGATATGAAGTTCATACTCCTCGAGTGGTTGAGGCCATTCTAAACGCATGTGTTCCAGTTTTCCTATCAGATAATTACGTGCCTCCTTTCTTTGAGGTATTAAACTGGGAATCATTCTCAGTATTTGTTCAAGAGAAAGAGATCTCTAATTTGAGAAATATTCTGCTCTCAATTCCTGAGGAGGACTACCTTGTCATGCATGCAAGACTGAAAATAGTTCAAAAGCATTTCATTTGGAACAAAATTCCGGTGAAGTATGATTTATTTCATATGATCCTTCACTCAGTATGGTATACTCGAGTTTTTCAGATGCAAACCAATTGA ATGATTGCCGCTTCATTCTCTCTGAAACGGCGGGCCAATCCACGTCCCAACGTTAACGAACTCAATCTAGATTCTCCTTCAAAAAGAGTTGGGACCTACCATTTCCCCGAAACAAGGTATAATTATCAATCATTAGTTCATAATCGATGGGGATTCAGAACTAGTATGTACACAAAAAGTTTAAACGATAAGGCCTCAACTCTTATGATGGTTCAGAATGTCTGTCATATGAACAATTTAGGACTTTGTAGATTTGATACAGTTGATACGGGTATTAACAACTTGGATACAAAGGAAAATGTTGATTATGATACTAACAAAAAGGTAAGAACAGAAGTTGTTGATTTGACATCAGAATTCTTGAAGAAAGAGTCCGTTGATGAGGAGGAAAAGAGTAATCTGACAGAGGATACTGTCATAAGGGAAACGAATGCAGAATTAAGTTACAGCCCCCTGATGAAGGGAGATGTTTTAGAAGATAGTAACATGACAGCCGATGAAGGTAAAGCCACTAGCAGTCCAGGTGTGAGTGAAATTGGAAATCAAAGCATAGTTGTTTCAAAACAATCCCATGGAACTATGAACAATAGCATTAAAAAGGTTGATCATACATATTCTAACATTTCCGCGACTCCAGATGCATTGGCTGGCCAAGAAGAGGATACCAGAAGCAGTATGGAAGAATTAGAAAACGATGATGGAGTTGTGCTAGGGAAGAAGGATTCAGTTGTCTTGAATGACAGAAAGGGGGGGCCAGACATATCAACATTGAGTGGGCCATTTATATCAATATCCCAAATGTATTCAAAGTTATCAAGGGCTCACAAGTCTTCTTGTTTGAAGGTATGGATTACATTTCGAGGTTCCAGATTTGGGAGTTACGAGTTGATGGAAAAAATGCTTAAAGTCTATATATACGAGGAAGGACAAAGACCCATTTTCCATCAGCCTATATTGACTGGAATATATGCCTCAGAAGGATGGTTTATGAAATTATTGGAAGAAAACAAAAAGTTTACTGTGAAGGACCCTGAGAAAGCTCATTTATTTTATTTGCCCTTCAGTTCACAGTTCCTAAGGGTCGCATTTGGAAACAAATTCCGCAACAAGAGGGATCTACAAAAGCTTCTCAGGAAGTACATTGACTTAATTGGGAAGAAGTATCCTTTTTGGAAAAGAAATGGAGGATCAGACCATTTTCTTGTTGCTTGTCATGACTGGGCTCCCAAGCTCACAAAGCGTTTGGTGAAGAACTGCATCCGAGCACTCTGCAATGCAAATGCTGCTGCAGACTTCGAAATTGGAAAAGACACCAGTTTACCAGTAACTTTTGTACATTCAATCGACAACCCCATAGACGATATTGGTGGGAAACCTCCTTCCGAAAGGACCACGTTGGCCTTCTTTGCTGGGAGCATGCACGGTTATCTCCGGCCTATTCTTCTACACTACTGGGAAAGCAAAGAACCTGACATGATGATTGTTGGCCCAATGCCTCATAGCATTGAAGGGAAAAGTGCCTACATGAAGCAAATGAAGAGAAGCAAGTATTGCATATGTGCTCGAGGCTATCAAGTTCATACGCCTCGGGTGATCGAAGCAATTCTCAACGAGTGCTTCCCTGTGATTATATCAGATAATTACGTCCCTCCCTTCTTCGAGGTATTGAATTGGGAATCATTCTCGGTGTTTGTTAAAGAGAGAGATATACCGAATTTGAGAGACATTCTCCTCTCAATCCCAGAGAAGAACTACCTTGCAATGCATTCAAGAGTGAAAATGGTGCAACAACACTTCCTATGGCACGAAAAGCCTGCAAAGCAAAGTTTGATTCTGGATTTAACAAGACACTCAATTGTTACAAGGCCTCCCATCAAATTTGGCGGACTCGACGACACAGTTCTCAGAAGTCTGAATCACTTCAAAACAAGCGATGAAGATGATCACCGTTGTACGGACGCTGCAATTTTGAATGTTTGTGATTTTCATCTCATTCCCCTGCGATCGATAAGGTTTCTGAGAAATGTCTTCTCAAAATTGGTGCTAATTGCTGTTGCTGCAAGGTGCATGATGATCGTATGCGACTGCTCCAAATATTGGTTGCTTCCCACGGTTCCTTATATGGCTATTCATATTTGTACAAACTTGTTTCATGGTATCAAAATCCGGAGGCTGCTTATTATGATAGCCATCATAATTTCAATTCTCATTGTTTCCCAGTGCTACGTTTATCCTTATGCGAAAAAATCTTTCCTACCACTTGATGTAAAGAGCTCAGACATTATGAGTCTTCAAAATATCACTAGTTTAAACCATTCAGAAGTTCATTTCCTGTATACTGTCACTCATGTGAAAAATAGGAAGGAAAGAACTGAGTACATTACTGAAAAGAAGGGAGAAAGAGGATTTGGTTTGACTTTGGATGCTGCTAATAGCATGCCATATGAGAATGGTACACCATTTGAAGAGACTTCGGCAATGCCAGATGGAAATTCTACTGTTGATAATGACATTGGGAGTGGGACGGTAGAGTTTGGTTATAATCCCCCCATAAAGGAAAAAATTTTAGACAACAGTTACAAGAGAGTTGTTGAAGGTGAAGACAGCAGCAATCTAAATACGAGTAAAATGAGAAACCATATTTCTTTTGTCTCAAATCAATCTCAAGAGTTAATTGTAGATCCAAGAAAATCTGACTTGTCTTCTGCTCAAAACACATCTTCCATTCCAGAAGACCGTTTCGGTAGAACTGAGGAAATAGTTACAAAGGATACAAGGTCTGAGCAAGCGAAGAATGTTTTCGATACCTTGGATGGACTTGCACGGTATGACATATCGACTTTGAAGAGTCCTGAGATGCCACCAATATCAATATCTCAAATGAACGCATTGTTGTCTCTAAGTCATACTTCTCCTTGTTCGAAGAAGCCACAGTGTCGTTTGTCTTCTTCACGTGATCGTGAACTTCTACATGCAAGACTGGAGATTGAGAAAGCCACTGCTGTTGTGAACAGCCCAGGAATTATTTCTGTTTTCCGAAATGTTTCTATGTTCAAGAGGAGTTATGACTTGATGGAAAAAACGCTTAAAGTTTATATCTACAAGGAAGGAGAAAAGCCTATTTTCCATCAACCTCGGATGAGAGGGATATATGCCTCAGAAGGATGGTTTATGAAATTGATGAAAGAGAATAAAAAATTTGTTGCAAAGAATCCCAAGAAGGCTCACTTGTTCTATTTACCTTTCAGTTCGCAGTTACTAAGGAGTGCACTTTCTGAACAAAATTCCCAAGGTCGAAAGAACCTAGAGGAACGTCTAGGGAACTATGTCAACTTAATTAGGAGAAACCACCAATTCTGGAACAGAACTGGAGGTGCTGATCATTTTCTTGTTGCTTGTCACGACTGGGCCTCCAAACTTACAAGGAAGTATATGAAGAACTGCATCAGAGCTCTCTGCAATGCAAACGCTGCTAGAGGCTTTCAAATTGGGAAGGACACTAGCTTACCAGTTACAAATATACATTTGACAAAGGACCCTGATATAACTACTGGAGCAAAACCTCCTTCAGACAGGACTACATTAGCCTTCTTTGCTGGGGGTATGCACGGTTATCTCCGACCAATACTGCTTCATTACTGGGAAAATAAAGAACCTGACATGAAAATTTTTGGCCCAATGGCACGCGATGCTGAAGGGAAAAGAATCTATAGGGAGCACATGAAAAATAGTAAGTATTGCATATGTGCGAGGGGATATGAAGTTCATACTCCTCGAGTGGTTGAGGCCATTCTAAACGCATGTGTTCCAGTTTTCCTATCAGATAATTACGTGCCTCCTTTCTTTGAGGTATTAAACTGGGAATCATTCTCAGTATTTGTTCAAGAGAAAGAGATCTCTAATTTGAGAAATATTCTGCTCTCAATTCCTGAGGAGGACTACCTTGTCATGCATGCAAGACTGAAAATAGTTCAAAAGCATTTCATTTGGAACAAAATTCCGGTGAAGTATGATTTATTTCATATGATCCTTCACTCAGTATGGTATACTCGAGTTTTTCAGATGCAAACCAATTGA ATGATTGCCGCTTCATTCTCTCTGAAACGGCGGGCCAATCCACGTCCCAACGTTAACGAACTCAATCTAGATTCTCCTTCAAAAAGAGTTGGGACCTACCATTTCCCCGAAACAAGGTATAATTATCAATCATTAGTTCATAATCGATGGGGATTCAGAACTAGTATGTACACAAAAAGTTTAAACGATAAGGCCTCAACTCTTATGATGGTTCAGAATGTCTGTCATATGAACAATTTAGGACTTTGTAGATTTGATACAGTTGATACGGGTATTAACAACTTGGATACAAAGGAAAATGTTGATTATGATACTAACAAAAAGGTAAGAACAGAAGTTGTTGATTTGACATCAGAATTCTTGAAGAAAGAGTCCGTTGATGAGGAGGAAAAGAGTAATCTGACAGAGGATACTGTCATAAGGGAAACGAATGCAGAATTAAGTTACAGCCCCCTGATGAAGGGAGATGTTTTAGAAGATAGTAACATGACAGCCGATGAAGGTAAAGCCACTAGCAGTCCAGGTGTGAGTGAAATTGGAAATCAAAGCATAGTTGTTTCAAAACAATCCCATGGAACTATGAACAATAGCATTAAAAAGGTTGATCATACATATTCTAACATTTCCGCGACTCCAGATGCATTGGCTGGCCAAGAAGAGGATACCAGAAGCAGTATGGAAGAATTAGAAAACGATGATGGAGTTGTGCTAGGGAAGAAGGATTCAGTTGTCTTGAATGACAGAAAGGGGGGGCCAGACATATCAACATTGAGTGGGCCATTTATATCAATATCCCAAATGTATTCAAAGTTATCAAGGGCTCACAAGTCTTCTTGTTTGAAGGTATGGATTACATTTCGAGGTTCCAGATTTGGGAGTTACGAGTTGATGGAAAAAATGCTTAAAGTCTATATATACGAGGAAGGACAAAGACCCATTTTCCATCAGCCTATATTGACTGGAATATATGCCTCAGAAGGATGGTTTATGAAATTATTGGAAGAAAACAAAAAGTTTACTGTGAAGGACCCTGAGAAAGCTCATTTATTTTATTTGCCCTTCAGTTCACAGTTCCTAAGGGTCGCATTTGGAAACAAATTCCGCAACAAGAGGGATCTACAAAAGCTTCTCAGGAAGTACATTGACTTAATTGGGAAGAAGTATCCTTTTTGGAAAAGAAATGGAGGATCAGACCATTTTCTTGTTGCTTGTCATGACTGGGCTCCCAAGCTCACAAAGCGTTTGGTGAAGAACTGCATCCGAGCACTCTGCAATGCAAATGCTGCTGCAGACTTCGAAATTGGAAAAGACACCAGTTTACCAGTAACTTTTGTACATTCAATCGACAACCCCATAGACGATATTGGTGGGAAACCTCCTTCCGAAAGGACCACGTTGGCCTTCTTTGCTGGGAGCATGCACGGTTATCTCCGGCCTATTCTTCTACACTACTGGGAAAGCAAAGAACCTGACATGATGATTGTTGGCCCAATGCCTCATAGCATTGAAGGGAAAAGTGCCTACATGAAGCAAATGAAGAGAAGCAAGTATTGCATATGTGCTCGAGGCTATCAAGTTCATACGCCTCGGGTGATCGAAGCAATTCTCAACGAGTGCTTCCCTGTGATTATATCAGATAATTACGTCCCTCCCTTCTTCGAGGTATTGAATTGGGAATCATTCTCGGTGTTTGTTAAAGAGAGAGATATACCGAATTTGAGAGACATTCTCCTCTCAATCCCAGAGAAGAACTACCTTGCAATGCATTCAAGAGTGAAAATGGTGCAACAACACTTCCTATGGCACGAAAAGCCTGCAAAGCAAAGTTTGATTCTGGATTTAACAAGACACTCAATTGTTACAAGGCCTCCCATCAAATTTGGCGGACTCGACGACACAGTTCTCAGAAGTCTGAATCACTTCAAAACAAGCGATGAAGATGATCACCGTTGTACGGACGCTGCAATTTTGAATGTTTGTGATTTTCATCTCATTCCCCTGCGATCGATAAGGTTTCTGAGAAATGTCTTCTCAAAATTGGTGCTAATTGCTGTTGCTGCAAGGTGCATGATGATCGTATGCGACTGCTCCAAATATTGGTTGCTTCCCACGGTTCCTTATATGGCTATTCATATTTGTACAAACTTGTTTCATGGTATCAAAATCCGGAGGCTGCTTATTATGATAGCCATCATAATTTCAATTCTCATTGTTTCCCAGTGCTACGTTTATCCTTATGCGAAAAAATCTTTCCTACCACTTGATGTAAAGAGCTCAGACATTATGAGTCTTCAAAATATCACTAGTTTAAACCATTCAGAAGTTCATTTCCTGTATACTGTCACTCATGTGAAAAATAGGAAGGAAAGAACTGAGTACATTACTGAAAAGAAGGGAGAAAGAGGATTTGGTTTGACTTTGGATGCTGCTAATAGCATGCCATATGAGAATGGTACACCATTTGAAGAGACTTCGGCAATGCCAGATGGAAATTCTACTGTTGATAATGACATTGGGAGTGGGACGGTAGAGTTTGGTTATAATCCCCCCATAAAGGAAAAAATTTTAGACAACAGTTACAAGAGAGTTGTTGAAGGTGAAGACAGCAGCAATCTAAATACGAGTAAAATGAGAAACCATATTTCTTTTGTCTCAAATCAATCTCAAGAGTTAATTGTAGATCCAAGAAAATCTGACTTGTCTTCTGCTCAAAACACATCTTCCATTCCAGAAGACCGTTTCGGTAGAACTGAGGAAATAGTTACAAAGGATACAAGGTCTGAGCAAGCGAAGAATGTTTTCGATACCTTGGATGGACTTGCACGGTATGACATATCGACTTTGAAGAGTCCTGAGATGCCACCAATATCAATATCTCAAATGAACGCATTGTTGTCTCTAAGTCATACTTCTCCTTGTTCGAAGAAGCCACAGTGTCGTTTGTCTTCTTCACGTGATCGTGAACTTCTACATGCAAGACTGGAGATTGAGAAAGCCACTGCTGTTGTGAACAGCCCAGGAATTATTTCTGTTTTCCGAAATGTTTCTATGTTCAAGAGGAGTTATGACTTGATGGAAAAAACGCTTAAAGTTTATATCTACAAGGAAGGAGAAAAGCCTATTTTCCATCAACCTCGGATGAGAGGGATATATGCCTCAGAAGGATGGTTTATGAAATTGATGAAAGAGAATAAAAAATTTGTTGCAAAGAATCCCAAGAAGGCTCACTTGTTCTATTTACCTTTCAGTTCGCAGTTACTAAGGAGTGCACTTTCTGAACAAAATTCCCAAGGTCGAAAGAACCTAGAGGAACGTCTAGGGAACTATGTCAACTTAATTAGGAGAAACCACCAATTCTGGAACAGAACTGGAGGTGCTGATCATTTTCTTGTTGCTTGTCACGACTGGGCCTCCAAACTTACAAGGAAGTATATGAAGAACTGCATCAGAGCTCTCTGCAATGCAAACGCTGCTAGAGGCTTTCAAATTGGGAAGGACACTAGCTTACCAGTTACAAATATACATTTGACAAAGGACCCTGATATAACTACTGGAGCAAAACCTCCTTCAGACAGGACTACATTAGCCTTCTTTGCTGGGGGTATGCACGGTTATCTCCGACCAATACTGCTTCATTACTGGGAAAATAAAGAACCTGACATGAAAATTTTTGGCCCAATGGCACGCGATGCTGAAGGGAAAAGAATCTATAGGGAGCACATGAAAAATAGTAAGTATTGCATATGTGCGAGGGGATATGAAGTTCATACTCCTCGAGTGGTTGAGGCCATTCTAAACGCATGTGTTCCAGTTTTCCTATCAGATAATTACGTGCCTCCTTTCTTTGAGGTATTAAACTGGGAATCATTCTCAGTATTTGTTCAAGAGAAAGAGATCTCTAATTTGAGAAATATTCTGCTCTCAATTCCTGAGGAGGACTACCTTGTCATGCATGCAAGACTGAAAATAGTTCAAAAGCATTTCATTTGGAACAAAATTCCGGTGAAGTATGATTTATTTCATATGATCCTTCACTCAGTATGGTATACTCGAGTTTTTCAGATGCAAACCAATTGA MIAASFSLKRRANPRPNVNELNLDSPSKRVGTYHFPETRYNYQSLVHNRWGFRTSMYTKSLNDKASTLMMVQNVCHMNNLGLCRFDTVDTGINNLDTKENVDYDTNKKVRTEVVDLTSEFLKKESVDEEEKSNLTEDTVIRETNAELSYSPLMKGDVLEDSNMTADEGKATSSPGVSEIGNQSIVVSKQSHGTMNNSIKKVDHTYSNISATPDALAGQEEDTRSSMEELENDDGVVLGKKDSVVLNDRKGGPDISTLSGPFISISQMYSKLSRAHKSSCLKVWITFRGSRFGSYELMEKMLKVYIYEEGQRPIFHQPILTGIYASEGWFMKLLEENKKFTVKDPEKAHLFYLPFSSQFLRVAFGNKFRNKRDLQKLLRKYIDLIGKKYPFWKRNGGSDHFLVACHDWAPKLTKRLVKNCIRALCNANAAADFEIGKDTSLPVTFVHSIDNPIDDIGGKPPSERTTLAFFAGSMHGYLRPILLHYWESKEPDMMIVGPMPHSIEGKSAYMKQMKRSKYCICARGYQVHTPRVIEAILNECFPVIISDNYVPPFFEVLNWESFSVFVKERDIPNLRDILLSIPEKNYLAMHSRVKMVQQHFLWHEKPAKQSLILDLTRHSIVTRPPIKFGGLDDTVLRSLNHFKTSDEDDHRCTDAAILNVCDFHLIPLRSIRFLRNVFSKLVLIAVAARCMMIVCDCSKYWLLPTVPYMAIHICTNLFHGIKIRRLLIMIAIIISILIVSQCYVYPYAKKSFLPLDVKSSDIMSLQNITSLNHSEVHFLYTVTHVKNRKERTEYITEKKGERGFGLTLDAANSMPYENGTPFEETSAMPDGNSTVDNDIGSGTVEFGYNPPIKEKILDNSYKRVVEGEDSSNLNTSKMRNHISFVSNQSQELIVDPRKSDLSSAQNTSSIPEDRFGRTEEIVTKDTRSEQAKNVFDTLDGLARYDISTLKSPEMPPISISQMNALLSLSHTSPCSKKPQCRLSSSRDRELLHARLEIEKATAVVNSPGIISVFRNVSMFKRSYDLMEKTLKVYIYKEGEKPIFHQPRMRGIYASEGWFMKLMKENKKFVAKNPKKAHLFYLPFSSQLLRSALSEQNSQGRKNLEERLGNYVNLIRRNHQFWNRTGGADHFLVACHDWASKLTRKYMKNCIRALCNANAARGFQIGKDTSLPVTNIHLTKDPDITTGAKPPSDRTTLAFFAGGMHGYLRPILLHYWENKEPDMKIFGPMARDAEGKRIYREHMKNSKYCICARGYEVHTPRVVEAILNACVPVFLSDNYVPPFFEVLNWESFSVFVQEKEISNLRNILLSIPEEDYLVMHARLKIVQKHFIWNKIPVKYDLFHMILHSVWYTRVFQMQTN Homology
BLAST of CmoCh11G006460.1 vs. ExPASy Swiss-Prot
Match: Q9FFN2 (Probable glycosyltransferase At5g03795 OS=Arabidopsis thaliana OX=3702 GN=At5g03795 PE=3 SV=2) HSP 1 Score: 309.3 bits (791), Expect = 2.2e-82 Identity = 165/397 (41.56%), Postives = 241/397 (60.71%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy Swiss-Prot
Match: Q9SSE8 (Probable glycosyltransferase At3g07620 OS=Arabidopsis thaliana OX=3702 GN=At3g07620 PE=3 SV=1) HSP 1 Score: 302.8 bits (774), Expect = 2.0e-80 Identity = 149/346 (43.06%), Postives = 221/346 (63.87%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy Swiss-Prot
Match: Q3E7Q9 (Probable glycosyltransferase At5g25310 OS=Arabidopsis thaliana OX=3702 GN=At5g25310 PE=3 SV=2) HSP 1 Score: 285.0 bits (728), Expect = 4.4e-75 Identity = 161/414 (38.89%), Postives = 239/414 (57.73%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy Swiss-Prot
Match: Q9LFP3 (Probable glycosyltransferase At5g11130 OS=Arabidopsis thaliana OX=3702 GN=At5g11130/At5g11120 PE=3 SV=2) HSP 1 Score: 280.8 bits (717), Expect = 8.2e-74 Identity = 140/348 (40.23%), Postives = 220/348 (63.22%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy Swiss-Prot
Match: Q3EAR7 (Probable glycosyltransferase At3g42180 OS=Arabidopsis thaliana OX=3702 GN=At3g42180 PE=2 SV=2) HSP 1 Score: 270.8 bits (691), Expect = 8.5e-71 Identity = 156/417 (37.41%), Postives = 234/417 (56.12%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy TrEMBL
Match: A0A6J1F5A9 (probable glycosyltransferase At3g07620 OS=Cucurbita moschata OX=3662 GN=LOC111440979 PE=3 SV=1) HSP 1 Score: 1304.3 bits (3374), Expect = 0.0e+00 Identity = 651/651 (100.00%), Postives = 651/651 (100.00%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy TrEMBL
Match: A0A6J1HMX2 (probable glycosyltransferase At3g07620 OS=Cucurbita maxima OX=3661 GN=LOC111465066 PE=3 SV=1) HSP 1 Score: 1260.4 bits (3260), Expect = 0.0e+00 Identity = 630/651 (96.77%), Postives = 637/651 (97.85%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy TrEMBL
Match: A0A6J1EV67 (probable glycosyltransferase At3g07620 isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111438049 PE=3 SV=1) HSP 1 Score: 1072.0 bits (2771), Expect = 2.0e-309 Identity = 542/586 (92.49%), Postives = 543/586 (92.66%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy TrEMBL
Match: A0A6J1EZP5 (probable glycosyltransferase At3g07620 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111438049 PE=3 SV=1) HSP 1 Score: 1070.8 bits (2768), Expect = 4.5e-309 Identity = 543/587 (92.50%), Postives = 543/587 (92.50%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. ExPASy TrEMBL
Match: A0A6J1HMF2 (probable glycosyltransferase At3g07620 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111465521 PE=3 SV=1) HSP 1 Score: 1038.5 bits (2684), Expect = 2.5e-299 Identity = 526/586 (89.76%), Postives = 532/586 (90.78%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. NCBI nr
Match: KAG7021879.1 (putative glycosyltransferase, partial [Cucurbita argyrosperma subsp. argyrosperma]) HSP 1 Score: 2343.5 bits (6072), Expect = 0.0e+00 Identity = 1209/1395 (86.67%), Postives = 1232/1395 (88.32%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. NCBI nr
Match: XP_022933600.1 (probable glycosyltransferase At3g07620 [Cucurbita moschata]) HSP 1 Score: 1304.3 bits (3374), Expect = 0.0e+00 Identity = 651/651 (100.00%), Postives = 651/651 (100.00%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. NCBI nr
Match: KAG6587987.1 (putative glycosyltransferase, partial [Cucurbita argyrosperma subsp. sororia]) HSP 1 Score: 1279.6 bits (3310), Expect = 0.0e+00 Identity = 637/651 (97.85%), Postives = 645/651 (99.08%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. NCBI nr
Match: XP_023531315.1 (probable glycosyltransferase At3g07620 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 1278.1 bits (3306), Expect = 0.0e+00 Identity = 637/651 (97.85%), Postives = 644/651 (98.92%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. NCBI nr
Match: XP_022965105.1 (probable glycosyltransferase At3g07620 [Cucurbita maxima] >XP_022965113.1 probable glycosyltransferase At3g07620 [Cucurbita maxima] >XP_022965124.1 probable glycosyltransferase At3g07620 [Cucurbita maxima]) HSP 1 Score: 1260.4 bits (3260), Expect = 0.0e+00 Identity = 630/651 (96.77%), Postives = 637/651 (97.85%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. TAIR 10
Match: AT5G37000.1 (Exostosin family protein ) HSP 1 Score: 485.7 bits (1249), Expect = 1.2e-136 Identity = 266/495 (53.74%), Postives = 335/495 (67.68%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. TAIR 10
Match: AT4G32790.1 (Exostosin family protein ) HSP 1 Score: 467.2 bits (1201), Expect = 4.4e-131 Identity = 250/516 (48.45%), Postives = 344/516 (66.67%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. TAIR 10
Match: AT5G19670.1 (Exostosin family protein ) HSP 1 Score: 464.2 bits (1193), Expect = 3.7e-130 Identity = 250/533 (46.90%), Postives = 339/533 (63.60%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. TAIR 10
Match: AT5G25820.1 (Exostosin family protein ) HSP 1 Score: 439.1 bits (1128), Expect = 1.3e-122 Identity = 276/665 (41.50%), Postives = 375/665 (56.39%), Query Frame = 0
BLAST of CmoCh11G006460.1 vs. TAIR 10
Match: AT5G11610.1 (Exostosin family protein ) HSP 1 Score: 438.0 bits (1125), Expect = 2.9e-122 Identity = 224/419 (53.46%), Postives = 291/419 (69.45%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucurbita moschata (Rifu) v1
Date Performed: 2021-10-25
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
GO Annotation
GO Assignments
This mRNA is annotated with the following GO terms.
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