CmaCh05G006870 (gene) Cucurbita maxima (Rimu) v1.1
Overview
Sequences
The following sequences are available for this feature:
Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.ACTAGTTCTCTTCCAGCTCCAAAGTTCGTTGTACTTTTCTTTTAAATTTCTTCACCGCTCCGCCATGGATGATCTATCCACCTGATCCGCCCTTCTTCCTCCTCCTCCTTCAACGTTCAAACAATGGCAGCAACCAAAACAGACTTTGATCTCAGTGTAAGATCCCTTACGAACTCTCACACTGCAATACACCGGTTCATTGCTTTTCATATTTCTCTGACACTGTTTTGGTTTCTCTGTCTTTTGTTTCTTTCTTTGCAGCCATCTCCGCAGTCTATCTACTCGGTCGGGTCAGTTTCCTCTGCAATTTAGGGCTGTCACTCCTGTTTTTGTTGTTGCCGAGCTTTGTCTGTCTACATTTGCATTTTTTGTTTGGTAGCTGGTGTGGCGAGTGTATAGGCGAAATGTGTTGATGCTTTGAGGTTTTGTGTGTTTTCAGTGATTATACATTTGCGGATGTCACTAACTTGGACCATTGCGCCAAGTATTTGAACCAGACGCTTATCACATTTGGATTTCCGGCTTCGCTCGATCTTTTCTCGAATGATCCGGTTAGTTTTTGACCTTTTAGTCAATAAGCTGGTTTCTTCCTTTCTTTTTAATATTCATATGCATCTATAATTTTATTTTGTTTGCTTATGGAAGATGTTCTAAGTTTGATATGTTTACTGAAATATGTAGGTGTCTATCGCGAGGACGTGCAATTGTATATATTTCCTGCTTCAACAGAGGCAGCGTGACATTGACTTTAGGGAATCTGCTAATGAACAGAGACAAAGGTAACGGCATTTTTTAGGATTGATTGATGATATGGCGCCTGACATCACCGAGTGCATCAATTGTGAATTAATTTATATGACTTTGCTAAGATATTCTTCTAAAGATGTTCTGTTTGGTTATGGTATCGATGTTTATTTTTTTTTTTTTTTTTTTTGTTCATAACGGGAAATGATTTCATTGATAATTGAAATTGAATCATCAGCCTTCAAATCAAAGGAGTTACAAAAGATTCCTCCAATTGTCACATTTCAGAAATTGCTCATAATTACCGAAAGGTTTAACTAGCAAAACCCTAGAAGAGAAAGTTGAAATACAATACTCTTTAACAGTCAACACGCCTCTTACTTTATCAAGTCATTTGAAGTGCTCTAGAAAACTTTCTATATGTGCAAATGTAAATCTTTTTTCCTGGATTTGAAGTGCTCAGCTCTTCATTGTTTATTTTGGAAGATATTTACACCTTTGCATCTAATCTATAGCTTGACTTTGTTCTTAAATTTTGATAATATTTCTGTTCATTTATATGATGGAATGACTTATTCTAGTTCACATCATGGCTCCTTGAAATACTATCATGTCAATTATCTTTCTATTTGTCCACATTTCCCTTTATTTTCTTGTGGTAGACTACTTTTAGACCTATCAAGATTGGAGACTAAAGTTGAGAGACTGGAGTCAGTAATACAAGCTAAAGATAGGGAGATTGCAACAATTACACGAACAGTACAATCTCAAGACTTCTCTAAATTCTATAATTTCTCTATCTTATTTGTATTGAACAAGGAAATTTTTTCCCATTAGGAAGCCAAAGCTAAGGCAGCTTTCAAAGCCCAAATTGATAAGCTGCAGCAGGAAAAGGATGAGTTTCAAAGAATGGTTATTGGCAATCAGGTTAGGGTAGTTGGATGCTGCGTGATAGATAATTGTTTCTATGTGATAATGTAAGTGTTGATGATGAAATATACTTTCTGTTTATGTGACCAAAGCAAGTAAGAACTCAACAAATGCATGAGATGAAGAAGAAAGAAAAGGAGTATATCAAATTGCAGGTGGGATATCTTTGAGTTGTTTTTCAGACCTAGAGTAGAGTTCAACTCTGTTGGAGAAGATCAATATTTACAAAGAGAAGCTGTTTTATGTCTGCAGGAAAGGCTAAACCAAGTTTTAATGGAGAAAAAGAAAGAATCTAGATCAGGAATGGAGATAATGAATTTGCTACAGGTATATTTTAATCATTTTAATGTTGTATAGAAAATGGTTCATTCAAGTCATTTAATGGCTTTTATGATATGAGCAGAAAGAAGGGCGACAGCGTGGAACTTGGAATGGCAAGAAGAATGATAATGATTTTTATAAAAAGATAGTATGTGAACAAGTTACTTACAAAAATACTTGTACGTGAGTTTAACTTTTCAGTGATTTTTAGTGGTTCAAATATTCTTGCAAATATTTTGCGGTCAGGTGGATACTTATGAAGTAAAAAATCAAGAATTGATGTCAGAGAATGCTGATTTGAAGGCATTGTTGCGGTCAATGCAGGTTTGCAACCATTTTATAACTATTTGCTCTATTAGTTTACTGAAATTGTTGTCCTATAAATTTTTGAATGGCGGGCATGCAATAAAATTAGGTCGCAGAATACGTCTATATTCTGCTATGGTGGATTCTATGATACTGAGGTTTTCTGTCATTCTTTTATTAAATTATTTTTATTAATTTTGAATTTTGAAGTTCATTATTTTATTGGTTTATTTCATTATTTCGTGGAAGTATTTCTTGCTTCTAATGTAAATATTAAAGTACTGTTGGATTTTATTTTTTCAGAGCTCAAACTTTTAAGTTAGAGTTTTGGAAGTAGTTTTCTTATTTATCAGCTTTTACAATGGTTGTGCCGATTGTCTACAAGAGTGTGTTGATTTGTTCCATATTTCATATTCTGATGGATGTTTATCAGCGATGAAGCACTATCTACTTATCGACTATCAAGCATTAATTTACTGATGAAGCACTTTCTACTTATTGACCATTGATTTACATAAATAACTCTCTAAAATCCTATTTCTCACATTCGGAAAGTAAAATTTTTTGCATTAACCTTTAACTCTGTCAACCTAAGAGCTCCAATAGTTCACCAAGTAGGGGTTTTCTCCATTGGAGGAGGGCCATGGCAGCTACAGGCCAAGAAGTTGCAATTGAAACACTAGTATAAGAGTTACTTCAAATACTAATTCCCATGGATTGTTGATACCATAAACATTATAAGACGCTTGACAGCTTTTGGAAACATTACAATCCTTCAATTTTTTATCCAAGTATGCTCGGTACTTCCGAACTTCATTAGTTTATTTGTACAATGTTTGAACCTTTTGGTTCTTTGTGATTATGATAGTTGTTTGTGTGTGTGCACCACTTATTTCAATTGATTTCCAAAATACTTCAATAAGTTGGATTTCCTTTCACCCTTCTCATTAAAAGTGGTCTGTGACTTGTTTCTTGAATCCTTGAATTGTTGATCTACATCTTTTTAGCAGCTTACAGTCGTATATAGTCTGTTTTGTTGTATGCGTTTGAGTTATGCTTTTGTGGCTCTCATCTTTACTTATGACATCTATGCGGTTTGCAGGTTGATATGAGGGATTTCCTAAATGCTCCAAATGGACTGCCTAAGCAACCCCTTGCAGTTAATGAAAGAGTTGAAAGTGAAGGTGCATGGTTTTCCTTTGGTGGGAGGACGGTATGGACCAAACTGTGCTCATGTGGTCACCTGATTGATGTATTGGCAACAACTATTATTATTATTATTATTTTTGCAGGATGTTTTTGACCTTCCGTTTCATATGGCAAGAGATAAGATTGAAGAGAGCCTTCGGAATAAGATGGCTTCTATAAAGGTGAATTATTTTTCATACTACATCACTTTCTTCTAGACAGAGATGGATACTTGTTACTAATAGTATCTTGAAATTTGAAGGAGCGGATGGGTGAGCTGCAAGATGCTCAGAAAGAATCTGAAGTTACTTCTGAAGCTTCCGAGAGGGAACTTGAGTTAGAAGCACAACTTGTAGAGGCAAGGAGCATAATCCAGGAGCAGGTACTCTACTTTTCTTGCTCAGCCAATTAAAATCTGTGTCATATCTTCAATTTCAACGAGCTTCTCTTATCTCAAGTTTCCAATTTGCTCCAGCAAGTCAAACTATAGGGTTGGGTCTAAAATGTCCCTAAACCCAATCCACTAACACCGCTAAACCTAACTACTTAAAGGTTGGCTGGGCTGCTGGGTATAAAAATAATATGGGTTGCCAGTGCTGGGTTTAAAATTATGAAATAATATGGCCACTGGGCCAGTTCAGTTCAATTCAAAATTTCAGGCCCTCGACCTAAGAACCGAGACAACCTACTCCGATTAAAAAAAAAAAAAAAAAAAAAACTCAACCTGAACCATATTATTTTTAAACCAACCCAAACCAAGTTGGTTAGGTTGAGTTGCTCAGTTTTTCGAGTCTTCGGTTTGTCTAAACACCCCTAGTGAAAGCATTCTATTTTTATTTTTTAATTTTATGAGAGCTTTCAAATTATGTAAATCAGTGCAATTTCTGAGTGGTCCTTTGGATCTATAGTTCTGACACATTGAAAGCACGTATCTCTCTGAATTTGGTGTGCTCGTGAAGTTTCTACCCGTTTGGAAATACAAGAAATTCTTTTGCATGGTATTTAGATTGGAGTTTCCTCTGATTAAATTTATGTCTTAGACACAATGTTTGGACTTTCTTCTTCTTCTGCCTAATTTGGGCTATGCCATATATTTTTCTTCTATCCATCTGATCAAACCAAAATATTTGTGATCTTTTTCGAGAAGCTTAAGTTTATATTAATTAATAACTGTACAAATTGGCTTGTATTTCAGGCATCAATTATGTCTAAACATGCCAAGTCTGAGAGGCCAAGGTATTAATGCATTTCCTTACACATCTTAATGTAGTTTGGGTTTAAATTGATATACCACCAACATTTTTTCAGGAGTCTTAAGGGCCCTTCTGATTCTGGCTGAGAATCCATCATTACAGGTATCATTCAGATTCTTGTCAACCAGACACTTTTTGTCGTTTGTTCTTCAAATTTTAATCATAACTAGCATTTGATTTTATTGTGTGTGATTATGTGTTCGTGTATATATAAAAGATTTCCTTGATCTTATGAAATGCTCATGCAAAAAGCCGAAGGGGTTTCAGTAGATGCCTTCACTTGGCGCTAATAGATGAAAGATGATAGTTATAAAAGAATATATGTAAGGAGCTCTAAGAAGTAAAGAAAACCCACCTCCCACAAAATCTTAAAACATCTATGATCCCATTAGAGTATTTTTATTATCTCTCCATAATTTTATGGTAATACTTTACTAGTTAAAAACATTAATGAGTCGTGTGATAGTATGGGCTGTAATGGTTTTGGAATTTTTCAATGCTTCTTCAATAGGTGGCTACTATATTGTATGTTATCTCTCAAGTAGTTAAGATAACCGGGACAAAGCCAAATCTCTTTGGATAACTTCTCTCTTTGTTTGTGCCTTTTGGCAGTCCTTTTTAGAACTTACTCTCTTGTGGTGGGTTTTTTCCCCCGAGCGGTCTTATGGTTTTTGTTACTGTGGTTAGTTTCATGTCTACGCATATATTGTAAAAGTGCTTTGAGAATGCAATGAACTTCTTTTTATCATCTTTTGTGTTTTAGCTCTTCCAAGACGTGGGGACGTTTTTCCCTGACGTAATTCACGTTTTCCAAATATGGTTAATGCCGTTAATACCATCATTTAATCGTATTAATGGCTTACTTGTATATCTTAGGCTAAATTATACAAATTACCATTGGATTTTGAAAAGTTCTATTTTTACCCTCGGACTTTGAATATGCTCCCAAAAAATACCATTGTAGAGTTTTTTATTTTTATTTTTTTATAATGAGAATGAAATTCATGTAATGATGACATGCATTCATAACATTATTGAGATAACTGTTGATGTGTAAAAATTGATTATGCAAATAATATTAACGATATCTTTTCATCTTTTGGGGTGAAATGAATGGTAAACATGTTTTTATTCTTCTATATAGTTGTAAATAATGTTACGTATATCTTCTAATTTCTACACATACTTGTCACATCTATTTCTGTCCTTTATTTTATCAGAAAATGTAAAGTCTAAGGGCATAATTGAATTATACTCCTTAGATGGGTAGAGGGATATTTTGTTTAATTTAACCAATTATATAGATGTCTTATCTGCTTTCATTTGTAATTCTTTTGCCTACCTTAGACCTGTCACAGTGTTCAATTTTCATTTTTGCTAGCACAACTGGTCTCGTTTTTTCTGGGCACATGTGCAGGCAATAGAAGACAAACAAGCTCAGTGGCTGTAGAGTATTATAGAGTTGAGTGGCCGCATGGACAAGAAAACGAGAAAAACCCGTCCTTTTGTACAGCAATTCTTAACCAGGTGATTCAGTAGACCTGTTCTACTTGTTTGAATACACACACTAAAGGCATGTATAACTCTAACCTTCATTACTAATATAATTAGTTTATAACCTTCTCCCTC ACTAGTTCTCTTCCAGCTCCAAAGTTCGTTGTACTTTTCTTTTAAATTTCTTCACCGCTCCGCCATGGATGATCTATCCACCTGATCCGCCCTTCTTCCTCCTCCTCCTTCAACGTTCAAACAATGGCAGCAACCAAAACAGACTTTGATCTCAGTCCATCTCCGCAGTCTATCTACTCGGTCGGTGATTATACATTTGCGGATGTCACTAACTTGGACCATTGCGCCAAGTATTTGAACCAGACGCTTATCACATTTGGATTTCCGGCTTCGCTCGATCTTTTCTCGAATGATCCGGTGTCTATCGCGAGGACGTGCAATTGTATATATTTCCTGCTTCAACAGAGGCAGCGTGACATTGACTTTAGGGAATCTGCTAATGAACAGAGACAAAGACTACTTTTAGACCTATCAAGATTGGAGACTAAAGTTGAGAGACTGGAGTCAGTAATACAAGCTAAAGATAGGGAGATTGCAACAATTACACGAACAGAAGCCAAAGCTAAGGCAGCTTTCAAAGCCCAAATTGATAAGCTGCAGCAGGAAAAGGATGAGTTTCAAAGAATGGTTATTGGCAATCAGCAAGTAAGAACTCAACAAATGCATGAGATGAAGAAGAAAGAAAAGGAGTATATCAAATTGCAGGAAAGGCTAAACCAAGTTTTAATGGAGAAAAAGAAAGAATCTAGATCAGGAATGGAGATAATGAATTTGCTACAGAAAGAAGGGCGACAGCGTGGAACTTGGAATGGCAAGAAGAATGATAATGATTTTTATAAAAAGATAGTGGATACTTATGAAGTAAAAAATCAAGAATTGATGTCAGAGAATGCTGATTTGAAGGCATTGTTGCGGTCAATGCAGGTTGATATGAGGGATTTCCTAAATGCTCCAAATGGACTGCCTAAGCAACCCCTTGCAGTTAATGAAAGAGTTGAAAGTGAAGGTGCATGGTTTTCCTTTGGTGGGAGGACGGATGTTTTTGACCTTCCGTTTCATATGGCAAGAGATAAGATTGAAGAGAGCCTTCGGAATAAGATGGCTTCTATAAAGGAGCGGATGGGTGAGCTGCAAGATGCTCAGAAAGAATCTGAAGTTACTTCTGAAGCTTCCGAGAGGGAACTTGAGTTAGAAGCACAACTTGTAGAGGCAAGGAGCATAATCCAGGAGCAGGCATCAATTATGTCTAAACATGCCAAGTCTGAGAGGCCAAGGAGTCTTAAGGGCCCTTCTGATTCTGGCTGAGAATCCATCATTACAGGCAATAGAAGACAAACAAGCTCAGTGGCTGTAGAGTATTATAGAGTTGAGTGGCCGCATGGACAAGAAAACGAGAAAAACCCGTCCTTTTGTACAGCAATTCTTAACCAGGTGATTCAGTAGACCTGTTCTACTTGTTTGAATACACACACTAAAGGCATGTATAACTCTAACCTTCATTACTAATATAATTAGTTTATAACCTTCTCCCTC ATGGCAGCAACCAAAACAGACTTTGATCTCAGTCCATCTCCGCAGTCTATCTACTCGGTCGGTGATTATACATTTGCGGATGTCACTAACTTGGACCATTGCGCCAAGTATTTGAACCAGACGCTTATCACATTTGGATTTCCGGCTTCGCTCGATCTTTTCTCGAATGATCCGGTGTCTATCGCGAGGACGTGCAATTGTATATATTTCCTGCTTCAACAGAGGCAGCGTGACATTGACTTTAGGGAATCTGCTAATGAACAGAGACAAAGACTACTTTTAGACCTATCAAGATTGGAGACTAAAGTTGAGAGACTGGAGTCAGTAATACAAGCTAAAGATAGGGAGATTGCAACAATTACACGAACAGAAGCCAAAGCTAAGGCAGCTTTCAAAGCCCAAATTGATAAGCTGCAGCAGGAAAAGGATGAGTTTCAAAGAATGGTTATTGGCAATCAGCAAGTAAGAACTCAACAAATGCATGAGATGAAGAAGAAAGAAAAGGAGTATATCAAATTGCAGGAAAGGCTAAACCAAGTTTTAATGGAGAAAAAGAAAGAATCTAGATCAGGAATGGAGATAATGAATTTGCTACAGAAAGAAGGGCGACAGCGTGGAACTTGGAATGGCAAGAAGAATGATAATGATTTTTATAAAAAGATAGTGGATACTTATGAAGTAAAAAATCAAGAATTGATGTCAGAGAATGCTGATTTGAAGGCATTGTTGCGGTCAATGCAGGTTGATATGAGGGATTTCCTAAATGCTCCAAATGGACTGCCTAAGCAACCCCTTGCAGTTAATGAAAGAGTTGAAAGTGAAGGTGCATGGTTTTCCTTTGGTGGGAGGACGGATGTTTTTGACCTTCCGTTTCATATGGCAAGAGATAAGATTGAAGAGAGCCTTCGGAATAAGATGGCTTCTATAAAGGAGCGGATGGGTGAGCTGCAAGATGCTCAGAAAGAATCTGAAGTTACTTCTGAAGCTTCCGAGAGGGAACTTGAGTTAGAAGCACAACTTGTAGAGGCAAGGAGCATAATCCAGGAGCAGGCATCAATTATGTCTAAACATGCCAAGTCTGAGAGGCCAAGGAGTCTTAAGGGCCCTTCTGATTCTGGCTGA MAATKTDFDLSPSPQSIYSVGDYTFADVTNLDHCAKYLNQTLITFGFPASLDLFSNDPVSIARTCNCIYFLLQQRQRDIDFRESANEQRQRLLLDLSRLETKVERLESVIQAKDREIATITRTEAKAKAAFKAQIDKLQQEKDEFQRMVIGNQQVRTQQMHEMKKKEKEYIKLQERLNQVLMEKKKESRSGMEIMNLLQKEGRQRGTWNGKKNDNDFYKKIVDTYEVKNQELMSENADLKALLRSMQVDMRDFLNAPNGLPKQPLAVNERVESEGAWFSFGGRTDVFDLPFHMARDKIEESLRNKMASIKERMGELQDAQKESEVTSEASERELELEAQLVEARSIIQEQASIMSKHAKSERPRSLKGPSDSG Homology
BLAST of CmaCh05G006870 vs. ExPASy Swiss-Prot
Match: Q9Y2D8 (Afadin- and alpha-actinin-binding protein OS=Homo sapiens OX=9606 GN=SSX2IP PE=1 SV=3) HSP 1 Score: 110.5 bits (275), Expect = 4.0e-23 Identity = 96/370 (25.95%), Postives = 191/370 (51.62%), Query Frame = 0
BLAST of CmaCh05G006870 vs. ExPASy Swiss-Prot
Match: Q8VC66 (Afadin- and alpha-actinin-binding protein OS=Mus musculus OX=10090 GN=Ssx2ip PE=1 SV=1) HSP 1 Score: 106.7 bits (265), Expect = 5.8e-22 Identity = 91/372 (24.46%), Postives = 189/372 (50.81%), Query Frame = 0
BLAST of CmaCh05G006870 vs. ExPASy Swiss-Prot
Match: Q8CGZ2 (Afadin- and alpha-actinin-binding protein OS=Rattus norvegicus OX=10116 GN=Ssx2ip PE=1 SV=1) HSP 1 Score: 106.3 bits (264), Expect = 7.6e-22 Identity = 93/370 (25.14%), Postives = 189/370 (51.08%), Query Frame = 0
BLAST of CmaCh05G006870 vs. ExPASy Swiss-Prot
Match: Q6NRK1 (Afadin- and alpha-actinin-binding protein A OS=Xenopus laevis OX=8355 GN=ssx2ip-a PE=1 SV=1) HSP 1 Score: 100.9 bits (250), Expect = 3.2e-20 Identity = 95/379 (25.07%), Postives = 184/379 (48.55%), Query Frame = 0
BLAST of CmaCh05G006870 vs. ExPASy Swiss-Prot
Match: Q6NRX3 (Afadin- and alpha-actinin-binding protein B OS=Xenopus laevis OX=8355 GN=ssx2ip-b PE=2 SV=1) HSP 1 Score: 100.1 bits (248), Expect = 5.5e-20 Identity = 85/345 (24.64%), Postives = 174/345 (50.43%), Query Frame = 0
BLAST of CmaCh05G006870 vs. TAIR 10
Match: AT5G57410.1 (Afadin/alpha-actinin-binding protein ) HSP 1 Score: 498.8 bits (1283), Expect = 3.7e-141 Identity = 275/365 (75.34%), Postives = 309/365 (84.66%), Query Frame = 0
BLAST of CmaCh05G006870 vs. TAIR 10
Match: AT5G57410.3 (Afadin/alpha-actinin-binding protein ) HSP 1 Score: 498.8 bits (1283), Expect = 3.7e-141 Identity = 275/365 (75.34%), Postives = 309/365 (84.66%), Query Frame = 0
BLAST of CmaCh05G006870 vs. TAIR 10
Match: AT2G18876.1 (Afadin/alpha-actinin-binding protein ) HSP 1 Score: 480.3 bits (1235), Expect = 1.4e-135 Identity = 263/376 (69.95%), Postives = 309/376 (82.18%), Query Frame = 0
BLAST of CmaCh05G006870 vs. TAIR 10
Match: AT5G57410.2 (Afadin/alpha-actinin-binding protein ) HSP 1 Score: 456.1 bits (1172), Expect = 2.8e-128 Identity = 252/324 (77.78%), Postives = 282/324 (87.04%), Query Frame = 0
BLAST of CmaCh05G006870 vs. TAIR 10
Match: AT2G18876.2 (Afadin/alpha-actinin-binding protein ) HSP 1 Score: 357.5 bits (916), Expect = 1.3e-98 Identity = 201/278 (72.30%), Postives = 231/278 (83.09%), 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:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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