CsaV3_1G004380 (gene) Cucumber (Chinese Long) v3
Overview
Sequences
The following sequences are available for this feature:
Legend: exonpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATAAAATATAAAATCTATGGTTTCAACCCCCCAAAACCCAAAACTGACGGAAGAAAAAGAAAGAGAAACTGATTGAGGAACCCAAACGCCACACTCCACCGTATCCCTCGTTCCTTTGTCAATATCTCCCAAGCCGGTTACTCTAATCGTTATCTTCTTCTCTTTTATCTCCGCCTAAAACCCTTTTGCTGAATCGCAACTAAGCTTCTAGGGTTTCTAACACCCTCTCATGGCTTCCAATTCTGCTAATCTATGGGTACTCTTGGGATTGGGTTTGGCTGGAATCCTTCTTATGACCAAAAAACTTAAGAAAGCGATTAGAGAGGACTTTGGAGCGTTCATCGAGAAATTTCAGCTACTTCCTCCCCCTCAACCTGCCCCTCCTAAAGCTCCTCATCCTCTTACCGGTCTCACCTTCGCTGTTTCCGACGTGTAGGTTTCACAGCGTTTTATGATCGTTGTTTATTGTGTTTTTCGCCCTTGGTAGTGATGTTGTTGTTTTACCTGGGTTTTATTTATTATTCACGTTTGTGAGCGAGTTGGGGGGTTTTAAACTAGTTGAAGGAAAAAGCTTTTTGTTTTATTTACTGGGAAAGTTTGGTGTTTTTGGTTACTTTTTTGATAAGTTAAGTGCTTTGCGTTTCAGTTTGTGGAGTGTGGACTTCATCCATTTCGTTTTCGTATTTGGATTTTGGTTTTGGAATGAAGAATGTTTGGGGAATCTATGAAAAAACTAACTTTTTTTGAAATTATGACATTCTTTGTTTCGTTGAGGATAACTGTTGGGATCCATATCAACTTGTTATTTTAATTGCCGCGAGAATCCAATAAAAGTTTTTTGAAGTCTGGAAATAATCTGCCTTTTTTGTTTGGGGAATAAGGAATGGATGATTGTCAAGCCACCTTTTAAACTTTAGCGATTAAGGAATATCTGGTTAGAGAAAAATTGGTGAACATTTTTCTCTTTGGAGGCCGTGGGAGGAGTGTCGAGATTTGACTAATTTCAATTACTCTATTTGAGTTTCTATGTCCAAACCTTTTTTGTTTGTAATTATTGTTATTGTACTTATTTCCTAACGGTTGGAACTTACTTTTGTGATTTTTGTTTAGTTTTTTAGGCCCTGTTTTGTTTCAGGCTTTTGTTATTTGTTTACCAGTTAGTTTTTCTTTATAAATTTCACTGAAATTTTTGTTTCACATTTGGGAAGAGAGAATATAAAAATTAGCTGTCTTTAATGTTTTGTGATGGATTCATGATTTTACATTTTCATTCTCTCTACATGAGCCTTTTCTAGTTTGTTCCTAAATTGGAGGATTTATATATGGTAATAATCAGATTTGAAATTGAAGGACATGTGACTGGGTTTGGTCATCCAGACTGGGCAAAAACACATGATGCAGCTTCTCGGACATCTCCAGTAGTTTCTGCTCTTGTTGAAGGAGGAGCTACTTGCATAGGAAAAACTGTTACCAATGAATTGTCAATGGGGTAAAATATTTTCTTCAATCATTTAGTGCATTTCAGATTTTTTTGCTAGGTTTGAAATGGAACTGGAAGTTCATTAGGATTAAAAAAAAAAAAAAGAAGAAAGAAACTACATGGTTTCTCTTAACTCCTTTCAGGCAGTGAGTGAGCATATTTTTTAATTTGGTCAGGTGTCCTTTGGTATATTATTAATAGGAGCTGGTCATTTAGTTTAGAGTAAAAACCATGTTATTCATAGCTTACAGTAATTTGGGAAATACTACTTTATTTCCTGCTCATTTAATTATTCATTATGATAATAGGGAGTTGCTTGATTTTCAATCTAAAAGTTCTTATTTTGTTGTGTATAATTTTTCTTAAACTTCAGTATCAGTGGAGAAAACAAACATTATGAGACGCCCACAAATCCTGCATCACATTCCAAAGTTCCTGGTGGGTCATCCAGTGGAGCTGCTGTTGCAGTAGCTGCTAATCTCGTTGATTTCTCTTTGGGTGAGTTTCTTAAATCCCGTGTATCTATCGAAGAAGCACAATCACTTTAATTTGGCTAGTGTGTCCATATCCAACACATGTCAGACGCTCTGACACTTGGTGGACACTTATCAGACCTTGTTAGTGCGACAAATGAAGTAGACATGCATAGAACTCTCGTTGAATAGACTAAAAAAGCACATATATGACGATAATAATAACTTTTGAGTGTAGAATACATCAAGCTAAGTATTTTAAGCATATAAATTCATCAATGCAGTTACTACCAATTTTCTTTTACTATAAAAATGATATATATATTTTAAAAACGAATATTTTAATAAACGTGTCCTTGTCTAGACTTTTAAAATATGGTGTGTCAGTGTCGTATTCGTGTCTCACACGTTTAGGATGTTGGCACTTTGGACACCTTCACACACACTTCCCCAACGCAAAATTTCCCCTAAAAGAAAACCTTTGAAATTCTCTTTAGTGGTTTGCCCACCAAATATTGTTGTAGGCTTCCAAGTGGTTTATTTGTTCCGTCCCAATGAAGTCTCAAAATTTTCTCCAATCTGTTGCTTGGTTAATCAGAATTTTGAAAATAAATAAATAGCATGGAAAAAAAATGTTGAAGAATCAATTGCCTTGAAGTTAATCTTTCACATCTAGTGATGCTCTTCCATTTTGCAAGCCTGGAGCACACTTTATCGATAACAGGATTGCAAAATGTTTCAACCTTTGGAATTTGTCCTATAGCAAGTGTCAAATAATTTAGCGGCAAAGACTTAACATTGAAGAAGTCAAACAACTGGCCTACCTATTCCGCCTCTTGAGCTTCAACACAGAATCCCAGTTAGTGAGGATTAAATTGATTTTATTGTTAGACCAGAAAGTTGCTGAAAGCTGTTACTTGTTAAGAAGTTTCATCCAACTTTGGAGGGCTTTCTTCAGCTCTAGAGTTGGATGAGAAGGTATCATTGGCTTACTGACTTGAATTAGAAGGTATAGTTAGCAGACCAAGGGGTAAACTAAAAGATACCAGAGGGTTTAGACAAGGAGATTCTCACCATTCCTCTTTGTCATTGTTATGGACTGTCTCATTAGAATGATGATCGAAGCATATGATCACGGCTGTATCAGATCATTCTATGTTGGAAGAAGCTCTCTACCAATCCATCATCTCCTCTTTGCAGATGACACCATCTATTTAAAGTAAATGATTCCAACACATTCAAAAATCTCTTTGGACTTGTTAAAATCTTTGAGGATGTTACATGATTGAACATCAATCACCAAATATCTTTAACTGATGGGTATCGATTTGACTGAGACAGATATTTGATTGATTGCTACATCCTAGGTTTGCCTTTGTTCGACAAACCACGTACAACTTTTTTTGGAATCCCATTATTGTGAAGATTGAAAAGAGATAACACTTATGGAACCTCTCCAACATCTCCAAGGGTGGACAGCTTACCCTCCTCTAAGCTACCTTGTCTAGTAGCCTACCCAGATATTACCTATCACTTCATAAAATGCAATCTAAGGTGATTTTTAAAATTGAAAAATTATACAGGTCTTTTTTGTGCTAAGGTGGATCTCACAACTCCAAATGGGACAAGTTCATAAAACCTCGTTCTCATGGGGATTTGGGAATACAAAGCGTTGAACACAAAAATAAGGCTCTTCTTGCAAAATGGATTTGGGGATACCACCATGAAGAAAACGCCCTTTGGAAACAAATCATTTGGGCCAAATATGGTGAGAATTCTTCCCTCCATTAGCCCAATACATCTTTCACTGATACAATTAATGGACCATGGAGATCCATCCTTCAACCCCTTGACTTCATAAAGAATAAGTCACTATCAAAGTGGGAAATGGAAATAACACCTTTTGGAATGATCATTTGGTAATGCCCCCATCTACACTCTCTTTCTGCCCCTATACAATTTGACCACAAACAAATTGGCTACTGGGAGCAACTTTTGGGAAGATAATCATGGATGGCACATTTATGGAGAAACTTGAAAGAGGAAGGGTTTGAAGATTTGTTGGCTTTGATGAATCTCCTATCTACTGTCAATCCTACTACTTCAAGAGACAAATGGACTTGGAACAATGGATTTTCTCCTCCAAGTCAGTGACAATGGATTTAGCACAAAAGGTGAGGAATCAGTCCCTTTCCTTTTCAATGTAATTTGGACTGACTTCTACCCTAGAGAAAAATTAAATTCTTCTTGTGGGAAATTGGACACAATGCTGTCAACACAAATGATCAAGTGCAGAGGCACCACCCACACATAACCCTTTTTGCCCCAATGCTGCCGCTTTTGCTTCTCAGATTATGAGACCCCAAGCCATCTCTTCTATCATTGCCATTTTGCCAAACAATTTTGGAAGGGTTTCACCATCTCCTTTGGCTGGTCAACCCCTCTATTGCAACTCCTTTGGTTTTGGGCTATTGCCCTCCTTTGTACTTTCACAGATCAATAAAAGATATTTCTTATAAAAAAGAAGTTAGATGTATTTTGATTCATTGATTTTAAAAGATTCAATTCTTCTTGCATTCATTATCAAGCGAACAAATGAATTGGCTACTAGGGTGAAGAGGAAAGGAGAAAGCATGTTTTGCTAGTTTCAAATACTTGGATGTGCTATAGCAGTTTAAATACCCTTTTCAGAGCTCAAGTGAAAACCCCCATATTGGCTATTCCGCCTCAGGGCCAAGTTGTTTCAAGGGTTATATCATGGGTAGTCTAAGTTGGAGATTTTTTAATTACTCCCTCCGTTTTCTTTTCAGAAAGGTGGTTTCTTGTCTCCCTGGCCTTTTGGCTGTTTTGTTTAGCTAAGGTTTCTGTTTCGTATTTTTTTTAAAAAAGGCTTGATGACACAAGCTGCAGAGTTATGGTATGCGTTGGTTTGAAAAATGTATGTTTTATGGCTAGCATTCTTTCAAATTTCATAAGTTATTCTTCTAATTATATTTGTCTGATCACATGTTTTTCAACTCATAACTTGCAGGTATTGATACTGTTGGTGACGTGAGAATACCTGCTAGCTTTTGTGGCATTTTAGGGTTTCGACCTTCACATGGATCTGTTTCCCAAGTTGGAATTGTACCTGTTTCGTTAAGTCTTGACACTGTTGGTACGCACATCATTATTATATGCTTGTTCTTTAGCTATAGTTGGCAAACTCACTGAGATTCACGAACCATTATATGAATCTTTTTGGATAAGAATGATATGTGATTTTCTCGGTCTGCCGAAATGGTAGCTCTGTCTATCATTGAGAAAAGTGAATTTTTTTTATGAGAAAATGGCTTTGAGTCCATTTTATTACAACTTCAATGATAAAAGAACCTCATATTGAAATGCAATGCCCTTCCCTGGCTTCAACTTTAGCAGCATCTCCTCCTTGACAATGCTAGTGAGAATTGTGCCATTTGCTTTTCCTCTTTTACATAGACTGAATTCTTCCACTATGTGGATTATGCACAAGGCCTGCATTTTTAGAGACCAAATAGCTTGGTTCATCTGATGAGCAGAAGCCCTTCTTTCATTTTTTTCTTTCCTTTTTTAGTTCAACAATATGCTGGTGGGGGTTCAAACCTTAAATTTCGGGCCAGTTCGATTTATTTCTATTAGAGACGATCATCATTTTGCAGAATGCAATCTAGGGAATTCTAGTTATGTTTTTCTGTACCTCAACTTCTTTGTTGTTTGTTTTTCTTCCATTCCTTTACTTTTCTATTGTAATATGACAGGAATGTTTGCCAAGGACCCTAATGTCTTGCGTCGTGTTGGCCACGTGCTTTTGCAACTTCCATATGCGGTTCAACGCAATCCTAGACAAATTATTATAGCTGATGATTGCTTTCAACTACTGAAGATACCTGTTGATAGGATTACTCAGGCGGTGACCAAATCTACTGAGAAACTTTTTGGCAGTATGTTCTTTATGCGCTTTGTAATTAGTTATTTGTGAATTTCTCTTTAGTTTCCAGAAGAATTTAATTTTCATCTCTTGGATCACCCTTAATACAATATTATTCATTAGGACAAGCATTGAAGCACGAAAATCTTGGAAGCTATTTGAGTTCTAAAGTTCCAAACTTGAAAGAGTTAATTGGGAAAAAGACAAATGGGAATCTGAATTCTGCTTCAATTAGAGTGCTGGCCAATCTGATGCAGACAGTTGAAAGGTGTGACTGCTATTTTTATTGATGTTGGTTGAACTTACCCTTTTAAGTTGCAGGGGACAAACACTACTAAATCTTTGCTTTTAGTTTCTCATTCTCAAGAACCACTATTTTTCTGATCTTGTAAATAATTGAAAGAGGGGTTTCCCCTTATTTTCCTTCATCTGATACCATAGTGGAAGATTTGTGAATCTACCTTATCACTGACATATGTTTACAGGATTGAATTCAAAGGCAATCATGGGGAATGGATTGACTCGGTGAAACCAGATTTGGATTCTGCTCTAATGGAGCAATTAAATGAGAAGTTGGAGATATCAGATACAATGATTGAAAAGTTCAAGTCTGTTAGAAATGAAATGCGTATGGCTATTAATTCTCTTTTGAAGGTAATATTTATGAAAGTGCTTTAGTTTACATGGTTACTTTTAGCTTAACTTGTGTTGAAAAATGAGAAGGTTTGCCAGCTCGGAAGCCATTTGTCTGCTTATTCACTGTTTTTTTAATCTGTACATTGGATTTGAATAAATCTATTATGTGATAGCTTGCTATTTAGAAATTGATAGAAAAGATATAATTGTTACCTGAGTTTTGAGAGAAACAAAAAACTTCACCGGCCATTTAAAATGCCATTGGTTTAGAACTTGTGGTGTAAACTACCAAAGGGATTTTTGTATGAATAGTATTCTACCCCTCAATGAGAGGCAACAACTTTATTTATAAGGAAGATTTAATAAGAAGTTAGTTGCTAACTAACTAAACAATCTTTAACTACAGCAACTAACAATCAATCTTTAACTATAGTAACTAAACAATACAGTTTAGTATAGCCTTATTTACCGCTTTGTTTACACCAACTTGTCTGCAGATTGTAATTTCTTCAACGTGATTAAGAGAGTATTAGTTAATAACTCTTGTTAAAGATAGCATATTTACGTGTCTTGTACATGTACTTCAATTTTCAAGACATCCTAATTTTTCTTTTTTCTTTTTACTTTGTATTACGGTCATATTTCACATTTGATGTTTTCAATGAAAATTGATGGTAGTATGTTTCCTAGTTGTTTCTTTTGTGGGTATTGTCCCAACCCCAATATTCTTTGAGACTACATTTTAAGTTGATTAGCTTGATTTTCACATAAATTTTTCACGTTGCTTAGGATGATGGAGTTCTAGTCATCCCCACCACTGTAGATTCTCCTCCAAAACTAGGTGGAAAGGAGATTTTTTCAGAAGAGTACCAGACTCGTGTATTCAGTTCATTAAGCATTGCTAGCATATCGGGTTGCTGTCAGGCAAGCCTTCCCCTACTCTCTTCCTGCATCTTCTTCTTCTTCTTCTTTGACTTTATTATTATTATTAGGGCTATTTTCAAATATAGCATAATGGACCAAAATATTAACAAAATATAGCAGAATATCACAGCCTATCTTGGTCTATCACATATAGTTTGTGATATTTTGCTATATCTGTAAATATTTTCAGAAGTTTTGTCATTTAATAATAATGTTCCTTCTTATTATTTTTGTGTATGAAGCAATTGCTTGCATTTTTTTTGGAGGATACTTTTCTTTTTCATGACAAAGTTCCCACCAATACAATCTATGTTTGCTTAATTTCAGGTCACCTTGCCACTGGGATTTCACGATAGTTGTCCAGTATCTGTGTCCTTCTTAGCCAGGCATGGGGCAGATCGATTCTTACTAGATATTGTGCAGACCATGTACAGGTCTTTGCAAGAGGAGGCTGAGGCTGCTTCCAAATCCAAATTCTCAAAGAATGCTGTTAGCCAAGAACAGTCGGCTGAGATTGCAAAAGAAAAGGTATTTTTAACTGTTTGTAGATCACCTTTCTTTTGGGCCTTAGGGTTTCTGCTGCTCTTTGGACTTTCTTTCTTTGCAAACATATCTTCTTGCCCTTATTTTTTTCTAATATGAACCTTCAAGCTATTTAGCTTCTTTTACTCGTGCAACCTGCTCATTCTGATGAGCGTGCTTTATGCAGTTGTATGACCTCTATAATCGTTCTTGTGGCTGTTCCCTCTCTCCTTGTATCAGAAGTGTTGGATATTTTAATGATGAGATTCATGTTACGATTGTTTTGAAGTCTTCTCTGGATCAGCTTTCTCTCTTACTGATTGAGAATAACTGATTTCTTTGAGTTTAGTATAACAAGTTACTTTTAGGTTCCATTGCAAAAAAGGCCCTCAAATGTTGCTATATGTTTAAAAAAACCCTATTGGGACTAAAAGAAAATACTGAAATGGTGTGGTGATCTAGAACGATGTGGTGATGTTCAGGTCCCAATTTTCATTTCATGTCACCGTCACTCCGTTCTTAGAACTCAAGGACACAATTCATAGAACAGATCCTATTCAAGTAAGGTCGTATTATGTGGATATCTGCCACCAGCTATTAATCATATTGGAATCGATGTGTAGTAAATTTAATCAATTTCAAATAAAACCAAACCAAATGCTAGTCACTCTGCAACTTGGCATCAATCCTTTTTTATTATTAGTATTATTATAGCCATCAAACGCCTTATTATTATTTTGTTTTTTTAAGGAAATGATGATCTCCTTGCTGTCATGATAAACTGACTGTGATAGGTTACTAGTGCCAGTACTAATAATTTTGATATTCTCATCATATCATTAGCTCTGTATTTGCTGCTTGCTCATCAAAACCCCATCTCTCTTTCTCGGTGAACTTAATGGCATGAAATGTTTTTTTTATTACATATCATATTGCTATAGCTTCACAATATATTGTTAGAGATTGTGCTGAAGTGTCTAGTCTCTAGATTTCACTTTAGGGGTTGTAATACAAAATCATGTTCATAATCTTCCACTTTGATAAATCTCGTGAGTTGTGAAGAAAATGTATATTTGTTGATTGTGATGCCTGCAAATACTTTTGGGAAGGCATGAACTCTTTGCTTAAATTTTGATTGGGCTCACTATCTGTAACCTTGGAATACCAGGGTAATCAAGCATACAAAGAAAAACAGTGGGAGAAGGCTATTGGTTGTTATACCGAAGCCATCAAACTCAACAGCAGAAATGCTACCTATTACAGTAATAGGGCTGCAGCATATTTAGAACTTGGACGGTATATTCATTATTTTAAATGCAGTTTCCGTTTTAATCACTCAACCATCTCCTATAGGGTTGTGATAGTTTCTTTCTTTCCTTTGTGCCCCTTCAGGTTTCACCAAGCAGAGGCAGATTGCAGTAAAGCTATTGACCTGGATAAAAAGGTAACTTGTGTAGGGAATTTTTATTCCTTATGATAATCAGAAACCTTAAATATATCCTTTTGGTTTGTAAACAAAAAATAGAAAACTAAATAAAAAACTAGAAATTTGGTAGCCTGGCAAGTATTCTACCCTGCCCCCAATTGTTCCCTATTTTTGTACTAATAATGGATTCCATATACATTTTCCCCGTACTGCATTTGTCTCCATTTTAGTGAGATTAGCGTTTCGACTTTAAATGCTTCCATAATTTGCTTTAACATTTCCCAATCTTCTCCATCTTCCAGAATGTTAAGTCGTATTTACGAAGGGGTACAGCGAGAGAGATGCTTGGATTTTACAAGGAAGCAATTGAAGGTAAGCTGGCGTCTCGTTTGGATGTATAATTTTATAGAGCTTCCTGAATGAATTTTACCAAAATTCTCAACAGTTCTTCTTATAGTGCACACACACATTTTGATGAAGCTCACATTAAAATTTCATAATTAGTTTACAAAAGGCCCCCGACATAATTCTTATCTGTAGAGAATTTGCACTTCTTTTGATTGTTTCATTTCTGATGCCAAATCGAACTTTCACTAGTTGGATGGATTCACATCTCACACCACTCCGGTGTCCTGCATTTGCCCTCGAAAATTTTTAGATGTGTTCCCTGATCATTGTTTTAATTGTAATATTTCCTGCAGATTTTAGTCATGCCCTTGTTCTTGAACCAACAAACAAAAGAGCGTCAATATCTGCAGAGAGATTAAGAAAGCTATTCACAAGTTAATTCAGCGTTGAGCAATCTTCTTGGGACCGAAAAATCGCTCATTTGGCGAGACATCGTTCCATACATGGTTAGGGTGGGATCAGACTTTCCTTGCTGCTGGAATACTTGAGAGCGCATTTGGAGCTAATAATGTTATTATTCCTTATTTTTGTATTTTGATTTGTTTAGGAGCATAGAAACATTGGTTATTATTTTGCGAAAGCTGTGTAATCCAATTTTGTCTCAACCAACATTTCTCAAATGCGGATTGTAGTTCTAGTTGAGCTGAGAAATGCTTTACAATACAATGCTATTATGGTGATTGGTGAGAATATAAGTTCAATATTTTTTGGAGATCTCTTTGTATTCAGCTCAACTAGCATTCATTGTGCAAGCTTGTAGTAGCTTTTTTTTTAATCTTTAAGCTATGAAATAATCTCAACTAGCATTCATGTTTTGCCGTTC ATGGCTTCCAATTCTGCTAATCTATGGGTACTCTTGGGATTGGGTTTGGCTGGAATCCTTCTTATGACCAAAAAACTTAAGAAAGCGATTAGAGAGGACTTTGGAGCGTTCATCGAGAAATTTCAGCTACTTCCTCCCCCTCAACCTGCCCCTCCTAAAGCTCCTCATCCTCTTACCGGTCTCACCTTCGCTGTTTCCGACGTATTTGAAATTGAAGGACATGTGACTGGGTTTGGTCATCCAGACTGGGCAAAAACACATGATGCAGCTTCTCGGACATCTCCAGTAGTTTCTGCTCTTGTTGAAGGAGGAGCTACTTGCATAGGAAAAACTGTTACCAATGAATTGTCAATGGGTATCAGTGGAGAAAACAAACATTATGAGACGCCCACAAATCCTGCATCACATTCCAAAGTTCCTGGTGGGTCATCCAGTGGAGCTGCTGTTGCAGTAGCTGCTAATCTCGTTGATTTCTCTTTGGGTATTGATACTGTTGGTGACGTGAGAATACCTGCTAGCTTTTGTGGCATTTTAGGGTTTCGACCTTCACATGGATCTGTTTCCCAAGTTGGAATTGTACCTGTTTCGTTAAGTCTTGACACTGTTGGAATGTTTGCCAAGGACCCTAATGTCTTGCGTCGTGTTGGCCACGTGCTTTTGCAACTTCCATATGCGGTTCAACGCAATCCTAGACAAATTATTATAGCTGATGATTGCTTTCAACTACTGAAGATACCTGTTGATAGGATTACTCAGGCGGTGACCAAATCTACTGAGAAACTTTTTGGCAGACAAGCATTGAAGCACGAAAATCTTGGAAGCTATTTGAGTTCTAAAGTTCCAAACTTGAAAGAGTTAATTGGGAAAAAGACAAATGGGAATCTGAATTCTGCTTCAATTAGAGTGCTGGCCAATCTGATGCAGACAGTTGAAAGGATTGAATTCAAAGGCAATCATGGGGAATGGATTGACTCGGTGAAACCAGATTTGGATTCTGCTCTAATGGAGCAATTAAATGAGAAGTTGGAGATATCAGATACAATGATTGAAAAGTTCAAGTCTGTTAGAAATGAAATGCGTATGGCTATTAATTCTCTTTTGAAGGATGATGGAGTTCTAGTCATCCCCACCACTGTAGATTCTCCTCCAAAACTAGGTGGAAAGGAGATTTTTTCAGAAGAGTACCAGACTCGTGTATTCAGTTCATTAAGCATTGCTAGCATATCGGGTTGCTGTCAGGTCACCTTGCCACTGGGATTTCACGATAGTTGTCCAGTATCTGTGTCCTTCTTAGCCAGGCATGGGGCAGATCGATTCTTACTAGATATTGTGCAGACCATGTACAGGTCTTTGCAAGAGGAGGCTGAGGCTGCTTCCAAATCCAAATTCTCAAAGAATGCTGTTAGCCAAGAACAGTCGGCTGAGATTGCAAAAGAAAAGGGTAATCAAGCATACAAAGAAAAACAGTGGGAGAAGGCTATTGGTTGTTATACCGAAGCCATCAAACTCAACAGCAGAAATGCTACCTATTACAGTAATAGGGCTGCAGCATATTTAGAACTTGGACGGTTTCACCAAGCAGAGGCAGATTGCAGTAAAGCTATTGACCTGGATAAAAAGAATGTTAAGTCGTATTTACGAAGGGGTACAGCGAGAGAGATGCTTGGATTTTACAAGGAAGCAATTGAAGATTTTAGTCATGCCCTTGTTCTTGAACCAACAAACAAAAGAGCGTCAATATCTGCAGAGAGATTAAGAAAGCTATTCACAAGTTAA ATGGCTTCCAATTCTGCTAATCTATGGGTACTCTTGGGATTGGGTTTGGCTGGAATCCTTCTTATGACCAAAAAACTTAAGAAAGCGATTAGAGAGGACTTTGGAGCGTTCATCGAGAAATTTCAGCTACTTCCTCCCCCTCAACCTGCCCCTCCTAAAGCTCCTCATCCTCTTACCGGTCTCACCTTCGCTGTTTCCGACGTATTTGAAATTGAAGGACATGTGACTGGGTTTGGTCATCCAGACTGGGCAAAAACACATGATGCAGCTTCTCGGACATCTCCAGTAGTTTCTGCTCTTGTTGAAGGAGGAGCTACTTGCATAGGAAAAACTGTTACCAATGAATTGTCAATGGGTATCAGTGGAGAAAACAAACATTATGAGACGCCCACAAATCCTGCATCACATTCCAAAGTTCCTGGTGGGTCATCCAGTGGAGCTGCTGTTGCAGTAGCTGCTAATCTCGTTGATTTCTCTTTGGGTATTGATACTGTTGGTGACGTGAGAATACCTGCTAGCTTTTGTGGCATTTTAGGGTTTCGACCTTCACATGGATCTGTTTCCCAAGTTGGAATTGTACCTGTTTCGTTAAGTCTTGACACTGTTGGAATGTTTGCCAAGGACCCTAATGTCTTGCGTCGTGTTGGCCACGTGCTTTTGCAACTTCCATATGCGGTTCAACGCAATCCTAGACAAATTATTATAGCTGATGATTGCTTTCAACTACTGAAGATACCTGTTGATAGGATTACTCAGGCGGTGACCAAATCTACTGAGAAACTTTTTGGCAGACAAGCATTGAAGCACGAAAATCTTGGAAGCTATTTGAGTTCTAAAGTTCCAAACTTGAAAGAGTTAATTGGGAAAAAGACAAATGGGAATCTGAATTCTGCTTCAATTAGAGTGCTGGCCAATCTGATGCAGACAGTTGAAAGGATTGAATTCAAAGGCAATCATGGGGAATGGATTGACTCGGTGAAACCAGATTTGGATTCTGCTCTAATGGAGCAATTAAATGAGAAGTTGGAGATATCAGATACAATGATTGAAAAGTTCAAGTCTGTTAGAAATGAAATGCGTATGGCTATTAATTCTCTTTTGAAGGATGATGGAGTTCTAGTCATCCCCACCACTGTAGATTCTCCTCCAAAACTAGGTGGAAAGGAGATTTTTTCAGAAGAGTACCAGACTCGTGTATTCAGTTCATTAAGCATTGCTAGCATATCGGGTTGCTGTCAGGTCACCTTGCCACTGGGATTTCACGATAGTTGTCCAGTATCTGTGTCCTTCTTAGCCAGGCATGGGGCAGATCGATTCTTACTAGATATTGTGCAGACCATGTACAGGTCTTTGCAAGAGGAGGCTGAGGCTGCTTCCAAATCCAAATTCTCAAAGAATGCTGTTAGCCAAGAACAGTCGGCTGAGATTGCAAAAGAAAAGGGTAATCAAGCATACAAAGAAAAACAGTGGGAGAAGGCTATTGGTTGTTATACCGAAGCCATCAAACTCAACAGCAGAAATGCTACCTATTACAGTAATAGGGCTGCAGCATATTTAGAACTTGGACGGTTTCACCAAGCAGAGGCAGATTGCAGTAAAGCTATTGACCTGGATAAAAAGAATGTTAAGTCGTATTTACGAAGGGGTACAGCGAGAGAGATGCTTGGATTTTACAAGGAAGCAATTGAAGATTTTAGTCATGCCCTTGTTCTTGAACCAACAAACAAAAGAGCGTCAATATCTGCAGAGAGATTAAGAAAGCTATTCACAAGTTAA MASNSANLWVLLGLGLAGILLMTKKLKKAIREDFGAFIEKFQLLPPPQPAPPKAPHPLTGLTFAVSDVFEIEGHVTGFGHPDWAKTHDAASRTSPVVSALVEGGATCIGKTVTNELSMGISGENKHYETPTNPASHSKVPGGSSSGAAVAVAANLVDFSLGIDTVGDVRIPASFCGILGFRPSHGSVSQVGIVPVSLSLDTVGMFAKDPNVLRRVGHVLLQLPYAVQRNPRQIIIADDCFQLLKIPVDRITQAVTKSTEKLFGRQALKHENLGSYLSSKVPNLKELIGKKTNGNLNSASIRVLANLMQTVERIEFKGNHGEWIDSVKPDLDSALMEQLNEKLEISDTMIEKFKSVRNEMRMAINSLLKDDGVLVIPTTVDSPPKLGGKEIFSEEYQTRVFSSLSIASISGCCQVTLPLGFHDSCPVSVSFLARHGADRFLLDIVQTMYRSLQEEAEAASKSKFSKNAVSQEQSAEIAKEKGNQAYKEKQWEKAIGCYTEAIKLNSRNATYYSNRAAAYLELGRFHQAEADCSKAIDLDKKNVKSYLRRGTAREMLGFYKEAIEDFSHALVLEPTNKRASISAERLRKLFTS* Homology
BLAST of CsaV3_1G004380 vs. NCBI nr
Match: XP_004137345.2 (outer envelope protein 64, chloroplastic [Cucumis sativus] >KGN63878.1 hypothetical protein Csa_013048 [Cucumis sativus]) HSP 1 Score: 1150.2 bits (2974), Expect = 0.0e+00 Identity = 591/591 (100.00%), Postives = 591/591 (100.00%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. NCBI nr
Match: XP_038879210.1 (outer envelope protein 64, chloroplastic isoform X1 [Benincasa hispida]) HSP 1 Score: 1105.9 bits (2859), Expect = 0.0e+00 Identity = 564/591 (95.43%), Postives = 576/591 (97.46%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. NCBI nr
Match: XP_008453484.1 (PREDICTED: outer envelope protein 64, chloroplastic [Cucumis melo] >TYK28496.1 outer envelope protein 64 [Cucumis melo var. makuwa]) HSP 1 Score: 1105.1 bits (2857), Expect = 0.0e+00 Identity = 564/591 (95.43%), Postives = 575/591 (97.29%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. NCBI nr
Match: KAA0058141.1 (outer envelope protein 64 [Cucumis melo var. makuwa]) HSP 1 Score: 1103.2 bits (2852), Expect = 0.0e+00 Identity = 564/591 (95.43%), Postives = 575/591 (97.29%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. NCBI nr
Match: XP_023530929.1 (uncharacterized protein LOC111793324 [Cucurbita pepo subsp. pepo]) HSP 1 Score: 1067.8 bits (2760), Expect = 3.5e-308 Identity = 541/591 (91.54%), Postives = 562/591 (95.09%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy Swiss-Prot
Match: Q9LVH5 (Outer envelope protein 64, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=OEP64 PE=1 SV=1) HSP 1 Score: 834.3 bits (2154), Expect = 8.4e-241 Identity = 414/587 (70.53%), Postives = 489/587 (83.30%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy Swiss-Prot
Match: Q9MUK5 (Translocon at the outer membrane of chloroplasts 64 OS=Pisum sativum OX=3888 GN=TOC64 PE=1 SV=1) HSP 1 Score: 824.3 bits (2128), Expect = 8.7e-238 Identity = 410/589 (69.61%), Postives = 492/589 (83.53%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy Swiss-Prot
Match: F4KCL7 (Outer envelope protein 64, mitochondrial OS=Arabidopsis thaliana OX=3702 GN=OM64 PE=1 SV=1) HSP 1 Score: 589.3 bits (1518), Expect = 4.7e-167 Identity = 308/592 (52.03%), Postives = 406/592 (68.58%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy Swiss-Prot
Match: Q9FR37 (Amidase 1 OS=Arabidopsis thaliana OX=3702 GN=AMI1 PE=1 SV=1) HSP 1 Score: 407.9 bits (1047), Expect = 1.9e-112 Identity = 209/423 (49.41%), Postives = 285/423 (67.38%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy Swiss-Prot
Match: Q7XTK3 (Amidase 1 OS=Oryza sativa subsp. japonica OX=39947 GN=AMI1 PE=1 SV=1) HSP 1 Score: 406.4 bits (1043), Expect = 5.6e-112 Identity = 207/427 (48.48%), Postives = 289/427 (67.68%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy TrEMBL
Match: A0A0A0LPY6 (TPR_REGION domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G025100 PE=4 SV=1) HSP 1 Score: 1150.2 bits (2974), Expect = 0.0e+00 Identity = 591/591 (100.00%), Postives = 591/591 (100.00%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy TrEMBL
Match: A0A5D3DXK3 (Outer envelope protein 64 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold629G001310 PE=4 SV=1) HSP 1 Score: 1105.1 bits (2857), Expect = 0.0e+00 Identity = 564/591 (95.43%), Postives = 575/591 (97.29%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy TrEMBL
Match: A0A1S3BWF3 (outer envelope protein 64, chloroplastic OS=Cucumis melo OX=3656 GN=LOC103494184 PE=4 SV=1) HSP 1 Score: 1105.1 bits (2857), Expect = 0.0e+00 Identity = 564/591 (95.43%), Postives = 575/591 (97.29%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy TrEMBL
Match: A0A5A7UXC8 (Outer envelope protein 64 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold274G004520 PE=4 SV=1) HSP 1 Score: 1103.2 bits (2852), Expect = 0.0e+00 Identity = 564/591 (95.43%), Postives = 575/591 (97.29%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. ExPASy TrEMBL
Match: A0A6J1C0D4 (outer envelope protein 64, chloroplastic OS=Momordica charantia OX=3673 GN=LOC111006920 PE=4 SV=1) HSP 1 Score: 1046.6 bits (2705), Expect = 4.0e-302 Identity = 528/590 (89.49%), Postives = 563/590 (95.42%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. TAIR 10
Match: AT3G17970.1 (translocon at the outer membrane of chloroplasts 64-III ) HSP 1 Score: 834.3 bits (2154), Expect = 6.0e-242 Identity = 414/587 (70.53%), Postives = 489/587 (83.30%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. TAIR 10
Match: AT5G09420.1 (translocon at the outer membrane of chloroplasts 64-V ) HSP 1 Score: 589.3 bits (1518), Expect = 3.3e-168 Identity = 308/592 (52.03%), Postives = 406/592 (68.58%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. TAIR 10
Match: AT1G08980.1 (amidase 1 ) HSP 1 Score: 407.9 bits (1047), Expect = 1.4e-113 Identity = 209/423 (49.41%), Postives = 285/423 (67.38%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. TAIR 10
Match: AT1G56440.1 (Tetratricopeptide repeat (TPR)-like superfamily protein ) HSP 1 Score: 97.4 bits (241), Expect = 4.0e-20 Identity = 49/99 (49.49%), Postives = 73/99 (73.74%), Query Frame = 0
BLAST of CsaV3_1G004380 vs. TAIR 10
Match: AT1G56440.2 (Tetratricopeptide repeat (TPR)-like superfamily protein ) HSP 1 Score: 97.4 bits (241), Expect = 4.0e-20 Identity = 49/99 (49.49%), Postives = 73/99 (73.74%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucumber (Chinese Long) v3
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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