CmaCh16G010390 (gene) Cucurbita maxima (Rimu) v1.1
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.ATGGCGGATTCCGACGACGCCACCGCCCGAGCTGTCCACCGCCGCTACGAGGGCCTTCTAATGGTCCGTACCAAAGCCCTCAAGGGCAAAGGAGCCTGGTACTGGTCTCACCTCGAACCCCTTTTGCTTAAAAACTCCGATACCGGCTATCCCAAAGCTGTCAAGCTTCGATGCTCCTTATGCGACGCCGTTTTCTCCGCTTCTAACCCTTCTCGCACCGCCTCCGAGCATCTCAAACGTGGGACCTGTTCTAATTTCAACTCCCTCTCCAAAACCCCCTTTATTCCCTCCCCTGTTTCTACTTCCCCTGTTTCTTGTAAGCGGCCCGCCGATGATACCTGCGGCGGCGGCGGCGGGGATTCGTTTTATGACATTTCTCCATTGACGGTGGTGGATCCGTCGGGGGTTTATGGTGGTTCGTTCTCGTCGTTTTTACCTCAACATCAGAATCCACAACAGCCTGTTTTGGTGTTGTCCGGTGGGAAAGAGGATTTGGGGGCTTTGGCTATGTTGGAGAAAAGCGTTAAAAGGCTTAGAACACCAAGAACATCCCCTGGGGTATCATTAAACAAGGCTCAGATTGATTCTGCGCTTGATTTTCTTACAGATTGGGTGTTTGAATCATCTGGGTCAGTCTCAATTTCTAGTTTAGAGCATCCAAAATTCAAGGCGTTCTTGACTCAAGTCGGGTTGCCTTCGATCTCATCAAGGGATTTTGCAAGATTTAGATTGAATTCTAAATACGAAATGGCCAAGGCTGATGTTCATTTGAAAATTACTGATACCATGTTCTTCCAAATCGCCTCAAATGGGTGGAAAACTCATAATCGAGAGCATAAAACTATGGTTCATATGACTCTAAACCTCCCAAATGGGACTAGTTTGTATAGAAAAACTCTGTTTCTCAGCTCTTCTGTTCCTTGTAGCTTTGCAGAGGAAGTTCTTTGGAATACTGTTTCTGAAATTTGTGGAAGCAGCACGGAGAAATGTGTCGGGATCGTGGCTGATAAGTTCGAGGGGAAGACATTGAAGAACTTGGAAGATCAGCATCCATGGCTGGTTAATCTTCCATGTCAATTTCAAGCTTTCAATGATTTGGTTGAGGATTTCATTACAAATCTCCCTTTGTTCAAGAAAGTCACCCAAAACTGTAAAAGGGTAGCTCAGTTCTTCAACTTTGAGTCTAATATCAGAAAGATCTTCCATAGGTATCAATTACAAGAATGTGGCTATACTCGTTTGATATCAATGGGCACTGCTGAAACAGAGGAGATAGAAGCTATGACACTCTTCGGAATGGTCGACGACATACTCGAGTCAGCTCCCGCGATGCAATTAGCCCGGCTCGACGAAGCTTACAAGACGACATCGATGGAGGAGAATTCGATAGCTCGAGAGGTTTCGAACTTAGTTGGGGATTCTACGTTTTGGAATGAAGTGGAAGCTGTTCATTGTTTGATCAAGTTAATGAAGAACATGGCTGATGAGATTGAAACAGAGAGGCCATTAGTAGGACAATGTCTTCCACTTTGGGAAGAATTAAGAGAGAAAGTGAAAGATTGGTGCAAAAAGTTCAAAATCTCAGAAGAATCAATGGAGAATATAGTGTCAATGAGGTTTAAGAAGAATTACCACCCGGCATGGGCGGCGGCGTTCGTGCTCGATCCACTCTATCTTACACGGGACAACACTGGGAAGTACCTCCCGCCGTTCAAACGCTTGACGACAGAGCAAGAGAAGGACGTCGATCGCCTTATAACACGGCTCGTGGCGACGGAGGAAGCTCACATTGTACTAATGGAGCTGATGAAATGGAGAACAGAAGGGCTTGATGAAGTATATGCAAGAGCTGTTCAAATGAAGGAGAAGAATCCCATTACAGGGAAATTAAGAACAGCTAATCCACAGAGCAGTAGGCTTGTATGGGAAACATACTTAACTGATTTCAAATCATTGAGGAAAGTTGCTGTTAGGCTCATTTTTCTTCATGCCACTTCATGTGGGTATAAAAGTAATGCCAATTTTGAAAGAATGATGTGTTCATATGGAAGCTGCTCAAGAGGTGTCGCTGAAGGTGTTAAGAAGTTGGTGTTCATTTCAGCTCGTTCGAAGCTCGAGAAGAGGAATTTTTGTAACGATGACGACAAGAACGACGATGATATCGAGTTGTTTGGAGCGGTAAATAGTGACGATGATCTGCCAAGCGAGGCTGATAGATCATCTTCGTTGTAA ATGGCGGATTCCGACGACGCCACCGCCCGAGCTGTCCACCGCCGCTACGAGGGCCTTCTAATGGTCCGTACCAAAGCCCTCAAGGGCAAAGGAGCCTGGTACTGGTCTCACCTCGAACCCCTTTTGCTTAAAAACTCCGATACCGGCTATCCCAAAGCTGTCAAGCTTCGATGCTCCTTATGCGACGCCGTTTTCTCCGCTTCTAACCCTTCTCGCACCGCCTCCGAGCATCTCAAACGTGGGACCTGTTCTAATTTCAACTCCCTCTCCAAAACCCCCTTTATTCCCTCCCCTGTTTCTACTTCCCCTGTTTCTTGTAAGCGGCCCGCCGATGATACCTGCGGCGGCGGCGGCGGGGATTCGTTTTATGACATTTCTCCATTGACGGTGGTGGATCCGTCGGGGGTTTATGGTGGTTCGTTCTCGTCGTTTTTACCTCAACATCAGAATCCACAACAGCCTGTTTTGGTGTTGTCCGGTGGGAAAGAGGATTTGGGGGCTTTGGCTATGTTGGAGAAAAGCGTTAAAAGGCTTAGAACACCAAGAACATCCCCTGGGGTATCATTAAACAAGGCTCAGATTGATTCTGCGCTTGATTTTCTTACAGATTGGGTGTTTGAATCATCTGGGTCAGTCTCAATTTCTAGTTTAGAGCATCCAAAATTCAAGGCGTTCTTGACTCAAGTCGGGTTGCCTTCGATCTCATCAAGGGATTTTGCAAGATTTAGATTGAATTCTAAATACGAAATGGCCAAGGCTGATGTTCATTTGAAAATTACTGATACCATGTTCTTCCAAATCGCCTCAAATGGGTGGAAAACTCATAATCGAGAGCATAAAACTATGGTTCATATGACTCTAAACCTCCCAAATGGGACTAGTTTGTATAGAAAAACTCTGTTTCTCAGCTCTTCTGTTCCTTGTAGCTTTGCAGAGGAAGTTCTTTGGAATACTGTTTCTGAAATTTGTGGAAGCAGCACGGAGAAATGTGTCGGGATCGTGGCTGATAAGTTCGAGGGGAAGACATTGAAGAACTTGGAAGATCAGCATCCATGGCTGGTTAATCTTCCATGTCAATTTCAAGCTTTCAATGATTTGGTTGAGGATTTCATTACAAATCTCCCTTTGTTCAAGAAAGTCACCCAAAACTGTAAAAGGGTAGCTCAGTTCTTCAACTTTGAGTCTAATATCAGAAAGATCTTCCATAGGTATCAATTACAAGAATGTGGCTATACTCGTTTGATATCAATGGGCACTGCTGAAACAGAGGAGATAGAAGCTATGACACTCTTCGGAATGGTCGACGACATACTCGAGTCAGCTCCCGCGATGCAATTAGCCCGGCTCGACGAAGCTTACAAGACGACATCGATGGAGGAGAATTCGATAGCTCGAGAGGTTTCGAACTTAGTTGGGGATTCTACGTTTTGGAATGAAGTGGAAGCTGTTCATTGTTTGATCAAGTTAATGAAGAACATGGCTGATGAGATTGAAACAGAGAGGCCATTAGTAGGACAATGTCTTCCACTTTGGGAAGAATTAAGAGAGAAAGTGAAAGATTGGTGCAAAAAGTTCAAAATCTCAGAAGAATCAATGGAGAATATAGTGTCAATGAGGTTTAAGAAGAATTACCACCCGGCATGGGCGGCGGCGTTCGTGCTCGATCCACTCTATCTTACACGGGACAACACTGGGAAGTACCTCCCGCCGTTCAAACGCTTGACGACAGAGCAAGAGAAGGACGTCGATCGCCTTATAACACGGCTCGTGGCGACGGAGGAAGCTCACATTGTACTAATGGAGCTGATGAAATGGAGAACAGAAGGGCTTGATGAAGTATATGCAAGAGCTGTTCAAATGAAGGAGAAGAATCCCATTACAGGGAAATTAAGAACAGCTAATCCACAGAGCAGTAGGCTTGTATGGGAAACATACTTAACTGATTTCAAATCATTGAGGAAAGTTGCTGTTAGGCTCATTTTTCTTCATGCCACTTCATGTGGGTATAAAAGTAATGCCAATTTTGAAAGAATGATGTGTTCATATGGAAGCTGCTCAAGAGGTGTCGCTGAAGGTGTTAAGAAGTTGGTGTTCATTTCAGCTCGTTCGAAGCTCGAGAAGAGGAATTTTTGTAACGATGACGACAAGAACGACGATGATATCGAGTTGTTTGGAGCGGTAAATAGTGACGATGATCTGCCAAGCGAGGCTGATAGATCATCTTCGTTGTAA ATGGCGGATTCCGACGACGCCACCGCCCGAGCTGTCCACCGCCGCTACGAGGGCCTTCTAATGGTCCGTACCAAAGCCCTCAAGGGCAAAGGAGCCTGGTACTGGTCTCACCTCGAACCCCTTTTGCTTAAAAACTCCGATACCGGCTATCCCAAAGCTGTCAAGCTTCGATGCTCCTTATGCGACGCCGTTTTCTCCGCTTCTAACCCTTCTCGCACCGCCTCCGAGCATCTCAAACGTGGGACCTGTTCTAATTTCAACTCCCTCTCCAAAACCCCCTTTATTCCCTCCCCTGTTTCTACTTCCCCTGTTTCTTGTAAGCGGCCCGCCGATGATACCTGCGGCGGCGGCGGCGGGGATTCGTTTTATGACATTTCTCCATTGACGGTGGTGGATCCGTCGGGGGTTTATGGTGGTTCGTTCTCGTCGTTTTTACCTCAACATCAGAATCCACAACAGCCTGTTTTGGTGTTGTCCGGTGGGAAAGAGGATTTGGGGGCTTTGGCTATGTTGGAGAAAAGCGTTAAAAGGCTTAGAACACCAAGAACATCCCCTGGGGTATCATTAAACAAGGCTCAGATTGATTCTGCGCTTGATTTTCTTACAGATTGGGTGTTTGAATCATCTGGGTCAGTCTCAATTTCTAGTTTAGAGCATCCAAAATTCAAGGCGTTCTTGACTCAAGTCGGGTTGCCTTCGATCTCATCAAGGGATTTTGCAAGATTTAGATTGAATTCTAAATACGAAATGGCCAAGGCTGATGTTCATTTGAAAATTACTGATACCATGTTCTTCCAAATCGCCTCAAATGGGTGGAAAACTCATAATCGAGAGCATAAAACTATGGTTCATATGACTCTAAACCTCCCAAATGGGACTAGTTTGTATAGAAAAACTCTGTTTCTCAGCTCTTCTGTTCCTTGTAGCTTTGCAGAGGAAGTTCTTTGGAATACTGTTTCTGAAATTTGTGGAAGCAGCACGGAGAAATGTGTCGGGATCGTGGCTGATAAGTTCGAGGGGAAGACATTGAAGAACTTGGAAGATCAGCATCCATGGCTGGTTAATCTTCCATGTCAATTTCAAGCTTTCAATGATTTGGTTGAGGATTTCATTACAAATCTCCCTTTGTTCAAGAAAGTCACCCAAAACTGTAAAAGGGTAGCTCAGTTCTTCAACTTTGAGTCTAATATCAGAAAGATCTTCCATAGGTATCAATTACAAGAATGTGGCTATACTCGTTTGATATCAATGGGCACTGCTGAAACAGAGGAGATAGAAGCTATGACACTCTTCGGAATGGTCGACGACATACTCGAGTCAGCTCCCGCGATGCAATTAGCCCGGCTCGACGAAGCTTACAAGACGACATCGATGGAGGAGAATTCGATAGCTCGAGAGGTTTCGAACTTAGTTGGGGATTCTACGTTTTGGAATGAAGTGGAAGCTGTTCATTGTTTGATCAAGTTAATGAAGAACATGGCTGATGAGATTGAAACAGAGAGGCCATTAGTAGGACAATGTCTTCCACTTTGGGAAGAATTAAGAGAGAAAGTGAAAGATTGGTGCAAAAAGTTCAAAATCTCAGAAGAATCAATGGAGAATATAGTGTCAATGAGGTTTAAGAAGAATTACCACCCGGCATGGGCGGCGGCGTTCGTGCTCGATCCACTCTATCTTACACGGGACAACACTGGGAAGTACCTCCCGCCGTTCAAACGCTTGACGACAGAGCAAGAGAAGGACGTCGATCGCCTTATAACACGGCTCGTGGCGACGGAGGAAGCTCACATTGTACTAATGGAGCTGATGAAATGGAGAACAGAAGGGCTTGATGAAGTATATGCAAGAGCTGTTCAAATGAAGGAGAAGAATCCCATTACAGGGAAATTAAGAACAGCTAATCCACAGAGCAGTAGGCTTGTATGGGAAACATACTTAACTGATTTCAAATCATTGAGGAAAGTTGCTGTTAGGCTCATTTTTCTTCATGCCACTTCATGTGGGTATAAAAGTAATGCCAATTTTGAAAGAATGATGTGTTCATATGGAAGCTGCTCAAGAGGTGTCGCTGAAGGTGTTAAGAAGTTGGTGTTCATTTCAGCTCGTTCGAAGCTCGAGAAGAGGAATTTTTGTAACGATGACGACAAGAACGACGATGATATCGAGTTGTTTGGAGCGGTAAATAGTGACGATGATCTGCCAAGCGAGGCTGATAGATCATCTTCGTTGTAA MADSDDATARAVHRRYEGLLMVRTKALKGKGAWYWSHLEPLLLKNSDTGYPKAVKLRCSLCDAVFSASNPSRTASEHLKRGTCSNFNSLSKTPFIPSPVSTSPVSCKRPADDTCGGGGGDSFYDISPLTVVDPSGVYGGSFSSFLPQHQNPQQPVLVLSGGKEDLGALAMLEKSVKRLRTPRTSPGVSLNKAQIDSALDFLTDWVFESSGSVSISSLEHPKFKAFLTQVGLPSISSRDFARFRLNSKYEMAKADVHLKITDTMFFQIASNGWKTHNREHKTMVHMTLNLPNGTSLYRKTLFLSSSVPCSFAEEVLWNTVSEICGSSTEKCVGIVADKFEGKTLKNLEDQHPWLVNLPCQFQAFNDLVEDFITNLPLFKKVTQNCKRVAQFFNFESNIRKIFHRYQLQECGYTRLISMGTAETEEIEAMTLFGMVDDILESAPAMQLARLDEAYKTTSMEENSIAREVSNLVGDSTFWNEVEAVHCLIKLMKNMADEIETERPLVGQCLPLWEELREKVKDWCKKFKISEESMENIVSMRFKKNYHPAWAAAFVLDPLYLTRDNTGKYLPPFKRLTTEQEKDVDRLITRLVATEEAHIVLMELMKWRTEGLDEVYARAVQMKEKNPITGKLRTANPQSSRLVWETYLTDFKSLRKVAVRLIFLHATSCGYKSNANFERMMCSYGSCSRGVAEGVKKLVFISARSKLEKRNFCNDDDKNDDDIELFGAVNSDDDLPSEADRSSSL Homology
BLAST of CmaCh16G010390 vs. TAIR 10
Match: AT1G62870.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G12380.1); Has 351 Blast hits to 343 proteins in 42 species: Archae - 2; Bacteria - 0; Metazoa - 27; Fungi - 5; Plants - 299; Viruses - 0; Other Eukaryotes - 18 (source: NCBI BLink). ) HSP 1 Score: 836.6 bits (2160), Expect = 1.5e-242 Identity = 432/742 (58.22%), Postives = 550/742 (74.12%), Query Frame = 0
BLAST of CmaCh16G010390 vs. TAIR 10
Match: AT1G12380.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G62870.1); Has 173 Blast hits to 170 proteins in 34 species: Archae - 0; Bacteria - 4; Metazoa - 25; Fungi - 8; Plants - 123; Viruses - 7; Other Eukaryotes - 6 (source: NCBI BLink). ) HSP 1 Score: 821.6 bits (2121), Expect = 5.0e-238 Identity = 429/761 (56.37%), Postives = 548/761 (72.01%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Cucurbita maxima (Rimu) v1.1
Date Performed: 2021-10-25
Relationships
The following mRNA feature(s) are a part of this gene:
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