Cp4.1LG10g02620 (gene) Cucurbita pepo (Zucchini)
The following sequences are available for this feature:
Legend: five_prime_UTRCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.TTGTACCTGGTATCTTTGCTTTTACATGGGGAGAGCTAGCATGTGCCCAAAGAACATTCACAAGCATAGACCCTTATCCATCTCACAATTCTTTCTACATCCGGGCACAAGACGGACATGCCTATTTGATTTCATTACTATTTTCTACTTTAGAAGGCATTATATTATTTTTTAGAGCCCTTTATTTGGCAATCTTGTTCTCACCTTGCATATTGATGGCTCCATTCGCGGATGTCTTTGGATTTCGCTTCAGGAGACTCTGGCTCCAGGTTGTTCATCGTTCACTTGAAAAGGGTGGCCCAGCATTCATTAAATGGGGTCAGTGGGCTGCGACACGACCAGATCTCTTCCCTAGAGATTTATGCATAGAGTTATCAAAGCTTCACAGTAAAGCTCCGGAGCACAGCTTTGCCTACTCAAGGAAAACTATAGAACGGGCATTTGGTCGAAAGCTTTCTGAGATATTTGAGGATTTTGAAGAGCAACCTGTTGCATCAGGGAGTATTGCTCAAGTGCATCGGGCTTCTTTGAAATTTCGATACCCTGGTCAACAAATGAAGCCCATGGTGGTTGCTGTAAAAGTTAGACATCCTGGCGTTGGGGAATTAATTAGGAGAGATTTCCTTATAATTGATTTTATAGCAAAAGTTTCAAAGTTCATTCCTACTCTCAACTGGTTGAGATTGGATGAAAGTGTGCAACAATTTGCCGTTTTTATGATGTCTCAAGTCGACCTTGCAAGGGAAGCAGCACACTTGAGCCGCTTTATCTATAATTTTCGACGGTGGAAGGATGTTTCATTTCCTAAACCGGTGTATCCACTTGTTCATCCTGCTGTTTTAGTGGAAACTTATGAGCAAGGGGAAAGTGTTTCTCACTATGTTGATGAGCTTGAAGGATATGAAAGAGTCAAGTCAGCATTGGCACACATTGGGACACATGCTCTTCTAAAAATGCTTCTGGTAACATAACTTTATATTGTTACTGTAGCGTTGTTCACTGTTTTTCCTTTGAAATGATTTTCATTTATCTCCTTAAAAACCATTCTGTTCTATGCACTCATCGAATGTCAGAAATTTTAGTGTTTTGGATGTCTTTGCACTTGATGGTTTCTTTAGTGGTTAGAGTGTTGCACTTTTCTGAATGCCAAGGAGTTCAACCTTCTTTGTTTCAGGTGGACAACTTTATACATGCTGACATGCATCCTGGAAATATCCTTGTCAGAGTGTCTCATGAAAAGTCCCGTCGGAAGCGGCTCTTCAAGTCAAAGCCTCATGTTGTCTTCCTTGATGTAGGCATGACGGCCGAACTTTCTGGAAGTGATAGAGTAAATTTACTGGAATTTTTTAAGGCTGTAGCTCGTAGGGATGGCCGTACTGTTGCCGAACGTGCACTTAAATTAGCAAAACAACAAAATTGCCCTGATCCCGAGGCATTTATTGAGGTAAGGAATGTGCCATTGTTATTCTTTGAGGTTTTAGGATAATTGTGGTTTAGGTTGTGGAATGCGGAGTTGTTGGGATTTTGAGGGTTGTTTGGTAGCTGCTCTTGTTTCTTGTTTCCATCTTTTTTTTGCAACATCGTCTTTTGGCAATGGTTCTTTGTCTCTTTCTCATTTTAAGGAACTTTCTTTAAATAGTATTCCATTTTTTGGAACTTGAAATTTTGGTTTCTCGTTTCTTGTTATTCTAAAAGACTGTTTTATTGGTTTTTACTTATAAAATGACACGATAATTGAAAATATGGTGATATACTAATTTGGTAACACTTTGTTTGTCAAGTAGGACTTCATTTGTTGTATTCTTAACATTTTTAGTATAAGGGTTACCAAGGAATAATAAGGTAGAAGAAATAAGAAATGGTTTTCTTCGTCCTCCTTGACGCCTTAATATCAAGGACCCTCCAAACTTATTTTTGTTTTTTTTATAGAAAGAAGAAACAATTATTGATCATGTGTTTTTTTTTTAGGAAAGTAGAAAACAAGAAAGGGAAACTATACTATGCGTGGCTTTAGTTCATTGGTTGCTCCTCAGTGAATTTGAGATCGAAATTTATTTGCCTCACGAATTTCTTCAGTAGGTTTGATTCTATTTTTTGCGAGTATTTCTGATCAGCTGCTTACAGGAAGTTACCAATGCGTTTGATTTCTGGAAGACTCCCGAAGGTGATCTAGTTCATCCTGCTGAAGCCATGCAGCAATTACTGGAGAAAGTGAGGCATCACAGAGTCAACATCGATGGAAATGTGTGCACTGTGATGGTGACGACATTGGTTATGGAGGTAACTTCAGTCTGCCTTTGCTATATTGACGAGATCGCATTTAATTCTACAAGTTTCTCCCCTTCGTATTTAGGATGTATTTTTAAAGGTTGCGAGAATTATTTTATGGTCCAATGATGACTGCCCCGATTGGCAAACACTGATACTTGTGTGTGATTACTTCCATTTCTGATTTGGATAGGGCTGGCAGAGGAAACTTGATCCTGCTTATAATGTGATGGAAACACTGCAAACTCTGTTACTGAGATCTGATTGGGCTGAGTCTCTCTCCTACACAATTGAAGGATTGATGGCACCGTAGAATGATGTGTCTGATCTGCTCCAGCAAAACAATTTTGACAACGTAAAGGAGAGCCTACAAATATAAAGCTTAATATGATATATTTAAGTTCAATCTTGTATCCACATCATTCTTTCCACCAAGCTCTTACTTATAATTTTCTTTTTTAGCTCAAATGTCAGGCAGATGCGGTGGATTCTAGGTATATAAAGCAAATAATGTGGTAAACAGCCGAAGATTCTTTTGATTCTACTGTAAAGTTAGCATCTTATGCTCCTGGTAAACAGAAGCAGCTAGGGAAAACATGATCTTCTTCATAGTTGTTTTGATCTCCTACTCAATTGACATAAATAAACCATTCTCTTAACTGCAACGGAGCAGAGTGTAGATCTGTTTCACTAGTAGTACACCAAAGGTGGGTTCGATTTTGTGGATGTACGTGGCAATACATGGGAGAACGGCCGTCTTTGGTCGTTTACAGGGGAGGTTTGTCGTGTAAATATTTAGATATTTTAGACCCATGAGACCTTGACCACCTCGTGTCTAGATTTCCATACAATACTTGTGACAACAAAGAAACATGTTTGTTCGTATAGTCAACGTGTGGTTGTTTTCCCATATTTCAGCAAACTCTTGTGTTGATGTATAATTGGGTGATTGAAGCCCCTATTATTGTATTGAATATAATGAATAGGCTCATTCCCCGTGGTCTTTCCATCTAAATAAACAACAGATCTTCTAGAACGGCGATTGTATTTTGGTCATTGTTTTGATATTGAATAATGAAGAACGTGGATGATAGTTGTATTTACTGTCCATATCTTATATAGGAAAAGTCAGGGATCAAATAAGATTTAGAACTAGTTGTAGTATATCTGTAATTAAGAAACAGAGAGATTATTTAATGGCACTAGATAAAATTAGAAAGTTCAAATTGGAAAAAAAATTAGAAAAGAAGAAGAAAAAAGGGCGAAGAAAAGCGTGTGTGATTTATTTAGAACAAAGGCAAAATCGAAGAGGAAAAAACCTTTACTACAAGAACCCAACTCGTTAGGGAGTTTCTCCATTGAAGGCTTCTCGGAAATGGAGGCATGCCTTTCTCCTCCTCATAATCGTCTCTCTATCTCTCCCTCTAACTTCTCTTTATATTCCAATTAAACTTGTTCCTTCTTCAATGGCAGGGATTCAAAGCATCCATCACTTTCCAATTTCAGCTTCTGGTTATTTCTCTCTGTCTTTTCACCTTCTCTTCCACTCTCGAGGTTTTCGTCTTTCTTCTCAATTTTGCTTGTTTGTGATTATTCTCGCCTCCCTTCCTTCCTTCTCTGATCTAACCTTCTGCTCCCTTATAGATCGGAGAAACTTGCTCCTCCGGCGAAAAATGCGATTCCGGTCTCATATGCGATACTTGCCCTGCAAATGGAAATACCAGACCCAGATGTACTCGCATCCAGCCAATTAGTCCAACATCCAAGGCGAGTCTCCAAAGTCGCCTCCCCTTCTTTGATTCGAGAAATTTTGTTCATAATTTAAGCCCCCGGTTTGTTTGGTTTTGTACAGGTAAAAGGGCTGCCATACAATCGTTACTCGTGGCTTACGACTCACAACTCCTTCGCTCGTTCCGGCGAGCAACCGGCGACGGGATCGAGCATATTGGTGGCGCCCACCAATCAGGAAGATACGGTCACCAGTCAACTTAACGTGAGTTCTCATTCATTCTTTAACTTCTCTCTGAAGCTCTTCCGCTTTGAACGGTTTCATTTTTTAGAATCGACCCTTTTGCCCTGCACACTTTACAACCATTTTCCATTTCTCTCCGCCGCTTTCCTTTTTGCCCTCTTTTTCGCTCTTTAAAATACAAAACATTTCTTCCCAGCCAAAAAGCATTTTTATTTCCTATATATACACACACACACACACATATTTAGACTCTGCATTTCTTTTGAGTCAATATTTTTTTCACGACATTAAATACAGAGTACGACATTAAAATTTTGTTAGTTAAATACTTTATATTTAAATTTCTATTGACTTATAAACGTGGTCCTCTAAAATGTCGGTAACTTAGGACTATTTTTTAGTTCATATATGGAGATTTTTTAACAGTTAGTGACTACAAGAACTTCATTTAAAGAAAGATTTAATTACAGTGAAATTGAAATTTAAGTGGCGAGGGACCAAATTTAAAAAAAAAAAAAAAAAACAAAACAAAGAAATTGATTCGAGTTATTTGGAATCAGCTTAAAAAATGTATACAAACGTAACGGGCAAACATATTTAATTTGAAGAAATGAGATGGAATTGGAATAATCATACATTATTAAATTGTATGATGTGAATAATCTTTTTAAAAGTGGAACAGAGCCAGTAGGTGGACTGTCCCAAACAGCAAATCTCTGTATGGCCGATAATAAAATTAAATTGGTGGGTGGCTGTCACATGCTTTAATTATTCCATTTGGCCTTAAGGCGTCTTGTCAAAGCATCATCGCTCATTTATTCCTACTAATCGACACTCACATTCTAACTAATCCAAAACCAAATCTTTACCCTTTTCTATGCCTAATTTGTGGTTTGATTTTCGTAATGATGAATTTGTAGAATGGAGTTCGTGGGCTAATGTTGGATATGTATGACTTTCAAAATGATGTTTGGTTGTGCCACTCCTTTGCTGGTCAATGTTTCAATGCCACTTCTTTTGTAAGTACTTTGCTTATCATCTATACAATAAAGTAGTGCTGAACCTCGCTTGAAAGAACTTCAAAGCAATGTTCAAAGAACCATAAAGTACAATAAAGTAGTGCTTTAAAGAAAGTGATACCCTTGACTTGTTTCCAGCAACCGGCAATCAATGTGTTGAGAGAAATTGAGAAATTTTTGGGAGCAAACCCAGAAGAGATTGTCACGATCTTCATAGAAGACTATGTGAAGTCTCCACAAGGCTTGAGCAAGGTGTTCAATGCTTCTGGACTGAACAAGTACTGGTTTCCTGTTTCCAGAATGCCCCAAAAGGGTGGGGATTGGCCAACCGTCGATGATATGGTAAAGCAAAACCAGAGACTGGTAGTTTTCACCTCTAAACAATCGAAAGAGGCCTCAGATGGCATTGCTTTTCAGTGGCGCTATGTTGTCGAAAACCAATGTAAGGTCATTCCAATGTTTGTTATTCATGTGTTGTTATAATTCTTATGGCACTTGATAAGCGAATGTGTGGGGATGCATTCTCAGATGGGGACGGAGGAATGAAGCCTGGATCTTGTCCAAACAGAGCAGAGTCGCCTCCAATGGATACAACAACCATATCCTTGATCCTCATGAACTATTTTTCTACTAATCCCAACAGAACAGCCGTTTGCTCGGATAATTCGGCTTCATTAATTAGCATGATGAATACTTGCCATCAAGCAGCCGGCAAAAGGTGGCCAAATTTCCTTGCTGTTGACTTCTATCAGGTATCATATTCCTGCAAGTAGGATAGATTTGCGAGGATGGATATTGAGTTTCAACTAATATATATAACATTGGTACTTGTGTTTCTCAACTTGTTGCTTGTAGAGGAGTGATGGTGGAGGTGCTCCAGAAGCTGTGGATGTAGCCAATGGCCATCTGACTTGCGGGTGTAATAATATTGCCTATTGCAAGGTTTGTAACCAAAAAGCGTTTGAATTGAAGAGAAATAGATACATTTATTACTTGAAAATGCAAACACCTGATTGTATTTGAGAATAGGTTGTTGGCTAACTCAAAATTTATTGAATAAGCAGGAAAATACAACAGGCGTATGTGATAACCCACCGATTTCTCCCCCTCCACCGGCCGCCTTGGAAAGTCCAGTGCAAGGTGCGGGAGATTCCGGTGACGCACACTTAAATGGCAGACCAGCGGAGCTCAGGTGGTTACTTGGAGCAATTTTGGCCGTCACACTGTTATTACGCCTCCACTAGTCATTATTCTGATAGTTATCTTCTCTCCGATGATATTGACAACCAATTGTTGGTTTCAATGTCCTTGCTACGTATGCCAATTATAATGTTCAAATAAATACATTTGAGAATGCTTCTGAAAGTAGTTTTATTTTATACGAGATGTTTTCAATTATGCATACACA TTGTACCTGGTATCTTTGCTTTTACATGGGGAGAGCTAGCATGTGCCCAAAGAACATTCACAAGCATAGACCCTTATCCATCTCACAATTCTTTCTACATCCGGGCACAAGACGGACATGCCTATTTGATTTCATTACTATTTTCTACTTTAGAAGGCATTATATTATTTTTTAGAGCCCTTTATTTGGCAATCTTGTTCTCACCTTGCATATTGATGGCTCCATTCGCGGATGTCTTTGGATTTCGCTTCAGGAGACTCTGGCTCCAGGTTGTTCATCGTTCACTTGAAAAGGGTGGCCCAGCATTCATTAAATGGGGTCAGTGGGCTGCGACACGACCAGATCTCTTCCCTAGAGATTTATGCATAGAGTTATCAAAGCTTCACAGTAAAGCTCCGGAGCACAGCTTTGCCTACTCAAGGAAAACTATAGAACGGGCATTTGGTCGAAAGCTTTCTGAGATATTTGAGGATTTTGAAGAGCAACCTGTTGCATCAGGGAGTATTGCTCAAGTGCATCGGGCTTCTTTGAAATTTCGATACCCTGGTCAACAAATGAAGCCCATGGTGGTTGCTGTAAAAGTTAGACATCCTGGCGTTGGGGAATTAATTAGGAGAGATTTCCTTATAATTGATTTTATAGCAAAAGTTTCAAAGTTCATTCCTACTCTCAACTGGTTGAGATTGGATGAAAGTGTGCAACAATTTGCCGTTTTTATGATGTCTCAAGTCGACCTTGCAAGGGAAGCAGCACACTTGAGCCGCTTTATCTATAATTTTCGACGGTGGAAGGATGTTTCATTTCCTAAACCGGTGTATCCACTTGTTCATCCTGCTGTTTTAGTGGAAACTTATGAGCAAGGGGAAAGTGTTTCTCACTATGTTGATGAGCTTGAAGGATATGAAAGAGTCAAGTCAGCATTGGCACACATTGGGACACATGCTCTTCTAAAAATGCTTCTGGTGGACAACTTTATACATGCTGACATGCATCCTGGAAATATCCTTGTCAGAGTGTCTCATGAAAAGTCCCGTCGGAAGCGGCTCTTCAAGTCAAAGCCTCATGTTGTCTTCCTTGATGTAGGCATGACGGCCGAACTTTCTGGAAGTGATAGAGTAAATTTACTGGAATTTTTTAAGGCTGTAGCTCGTAGGGATGGCCGTACTGTTGCCGAACGTGCACTTAAATTAGCAAAACAACAAAATTGCCCTGATCCCGAGGCATTTATTGAGGAAGTTACCAATGCGTTTGATTTCTGGAAGACTCCCGAAGGTGATCTAGTTCATCCTGCTGAAGCCATGCAGCAATTACTGGAGAAAGTGAGGCATCACAGAGTCAACATCGATGGAAATGTGTGCACTGTGATGGTGACGACATTGGTTATGGAGGGCTGGCAGAGGAAACTTGATCCTGCTTATAATGTGATGGAAACACTGCAAACTCTGTTACTGAGATCTGATTGGGCTGAGTCTCTCTCCTACACAATTGAAGGATTGATGGCACCGTAGAATGATGTGTCTGATCTGCTCCAGCAAAACAATTTTGACAACCTCAAATGTCAGGCAGATGCGGTGGATTCTAGGTATATAAAGCAAATAATGTGGTAAACAGCCGAAGATTCTTTTGATTCTACTGTAAAGTTAGCATCTTATGCTCCTGGTAAACAGAAGCAGCTAGGGAAAACATGATCTTCTTCATAGTTGTTTTGATCTCCTACTCAATTGACATAAATAAACCATTCTCTTAACTGCAACGGAGCAGAGTGTAGATCTGTTTCACTAGTAGTACACCAAAGGTGGGTTCGATTTTGTGGATGTACGTGGCAATACATGGGAGAACGGCCGTCTTTGGTCGTTTACAGGGGAGGTTTGTCGTGTAAATATTTAGATATTTTAGACCCATGAGACCTTGACCACCTCGTGTCTAGATTTCCATACAATACTTGTGACAACAAAGAAACATGTTTGTTCGTATAGTCAACGTGTGGTTGTTTTCCCATATTTCAGCAAACTCTTGTGTTGATGTATAATTGGGTGATTGAAGCCCCTATTATTGTATTGAATATAATGAATAGGCTCATTCCCCGTGGTCTTTCCATCTAAATAAACAACAGATCTTCTAGAACGGCGATTGTATTTTGGTCATTGTTTTGATATTGAATAATGAAGAACGTGGATGATAGTTGTATTTACTGTCCATATCTTATATAGGAAAAGTCAGGGATCAAATAAGATTTAGAACTAGTTGTAGTATATCTGTAATTAAGAAACAGAGAGATTATTTAATGGCACTAGATAAAATTAGAAAGTTCAAATTGGAAAAAAAATTAGAAAAGAAGAAGAAAAAAGGGCGAAGAAAAGCGTGTGTGATTTATTTAGAACAAAGGCAAAATCGAAGAGGAAAAAACCTTTACTACAAGAACCCAACTCGTTAGGGAGTTTCTCCATTGAAGGCTTCTCGGAAATGGAGGGATTCAAAGCATCCATCACTTTCCAATTTCAGCTTCTGGTTATTTCTCTCTGTCTTTTCACCTTCTCTTCCACTCTCGAGATCGGAGAAACTTGCTCCTCCGGCGAAAAATGCGATTCCGGTCTCATATGCGATACTTGCCCTGCAAATGGAAATACCAGACCCAGATGTACTCGCATCCAGCCAATTAGTCCAACATCCAAGGTAAAAGGGCTGCCATACAATCGTTACTCGTGGCTTACGACTCACAACTCCTTCGCTCGTTCCGGCGAGCAACCGGCGACGGGATCGAGCATATTGGTGGCGCCCACCAATCAGGAAGATACGGTCACCAGTCAACTTAACAATGGAGTTCGTGGGCTAATGTTGGATATGTATGACTTTCAAAATGATGTTTGGTTGTGCCACTCCTTTGCTGGTCAATGTTTCAATGCCACTTCTTTTCAACCGGCAATCAATGTGTTGAGAGAAATTGAGAAATTTTTGGGAGCAAACCCAGAAGAGATTGTCACGATCTTCATAGAAGACTATGTGAAGTCTCCACAAGGCTTGAGCAAGGTGTTCAATGCTTCTGGACTGAACAAGTACTGGTTTCCTGTTTCCAGAATGCCCCAAAAGGGTGGGGATTGGCCAACCGTCGATGATATGGTAAAGCAAAACCAGAGACTGGTAGTTTTCACCTCTAAACAATCGAAAGAGGCCTCAGATGGCATTGCTTTTCAGTGGCGCTATGTTGTCGAAAACCAATATGGGGACGGAGGAATGAAGCCTGGATCTTGTCCAAACAGAGCAGAGTCGCCTCCAATGGATACAACAACCATATCCTTGATCCTCATGAACTATTTTTCTACTAATCCCAACAGAACAGCCGTTTGCTCGGATAATTCGGCTTCATTAATTAGCATGATGAATACTTGCCATCAAGCAGCCGGCAAAAGGTGGCCAAATTTCCTTGCTGTTGACTTCTATCAGAGGAGTGATGGTGGAGGTGCTCCAGAAGCTGTGGATGTAGCCAATGGCCATCTGACTTGCGGGTGTAATAATATTGCCTATTGCAAGGAAAATACAACAGGCGTATGTGATAACCCACCGATTTCTCCCCCTCCACCGGCCGCCTTGGAAAGTCCAGTGCAAGGTGCGGGAGATTCCGGTGACGCACACTTAAATGGCAGACCAGCGGAGCTCAGGTGGTTACTTGGAGCAATTTTGGCCGTCACACTGTTATTACGCCTCCACTAGTCATTATTCTGATAGTTATCTTCTCTCCGATGATATTGACAACCAATTGTTGGTTTCAATGTCCTTGCTACGTATGCCAATTATAATGTTCAAATAAATACATTTGAGAATGCTTCTGAAAGTAGTTTTATTTTATACGAGATGTTTTCAATTATGCATACACA ATGGCTCCATTCGCGGATGTCTTTGGATTTCGCTTCAGGAGACTCTGGCTCCAGGTTGTTCATCGTTCACTTGAAAAGGGTGGCCCAGCATTCATTAAATGGGGTCAGTGGGCTGCGACACGACCAGATCTCTTCCCTAGAGATTTATGCATAGAGTTATCAAAGCTTCACAGTAAAGCTCCGGAGCACAGCTTTGCCTACTCAAGGAAAACTATAGAACGGGCATTTGGTCGAAAGCTTTCTGAGATATTTGAGGATTTTGAAGAGCAACCTGTTGCATCAGGGAGTATTGCTCAAGTGCATCGGGCTTCTTTGAAATTTCGATACCCTGGTCAACAAATGAAGCCCATGGTGGTTGCTGTAAAAGTTAGACATCCTGGCGTTGGGGAATTAATTAGGAGAGATTTCCTTATAATTGATTTTATAGCAAAAGTTTCAAAGTTCATTCCTACTCTCAACTGGTTGAGATTGGATGAAAGTGTGCAACAATTTGCCGTTTTTATGATGTCTCAAGTCGACCTTGCAAGGGAAGCAGCACACTTGAGCCGCTTTATCTATAATTTTCGACGGTGGAAGGATGTTTCATTTCCTAAACCGGTGTATCCACTTGTTCATCCTGCTGTTTTAGTGGAAACTTATGAGCAAGGGGAAAGTGTTTCTCACTATGTTGATGAGCTTGAAGGATATGAAAGAGTCAAGTCAGCATTGGCACACATTGGGACACATGCTCTTCTAAAAATGCTTCTGGTGGACAACTTTATACATGCTGACATGCATCCTGGAAATATCCTTGTCAGAGTGTCTCATGAAAAGTCCCGTCGGAAGCGGCTCTTCAAGTCAAAGCCTCATGTTGTCTTCCTTGATGTAGGCATGACGGCCGAACTTTCTGGAAGTGATAGAGTAAATTTACTGGAATTTTTTAAGGCTGTAGCTCGTAGGGATGGCCGTACTGTTGCCGAACGTGCACTTAAATTAGCAAAACAACAAAATTGCCCTGATCCCGAGGCATTTATTGAGGAAGTTACCAATGCGTTTGATTTCTGGAAGACTCCCGAAGGTGATCTAGTTCATCCTGCTGAAGCCATGCAGCAATTACTGGAGAAAGTGAGGCATCACAGAGTCAACATCGATGGAAATGTGTGCACTGTGATGGTGACGACATTGGTTATGGAGGGCTGGCAGAGGAAACTTGATCCTGCTTATAATGTGATGGAAACACTGCAAACTCTGTTACTGAGATCTGATTGGGCTGAGTCTCTCTCCTACACAATTGAAGGATTGATGGCACCGTAG MAPFADVFGFRFRRLWLQVVHRSLEKGGPAFIKWGQWAATRPDLFPRDLCIELSKLHSKAPEHSFAYSRKTIERAFGRKLSEIFEDFEEQPVASGSIAQVHRASLKFRYPGQQMKPMVVAVKVRHPGVGELIRRDFLIIDFIAKVSKFIPTLNWLRLDESVQQFAVFMMSQVDLAREAAHLSRFIYNFRRWKDVSFPKPVYPLVHPAVLVETYEQGESVSHYVDELEGYERVKSALAHIGTHALLKMLLVDNFIHADMHPGNILVRVSHEKSRRKRLFKSKPHVVFLDVGMTAELSGSDRVNLLEFFKAVARRDGRTVAERALKLAKQQNCPDPEAFIEEVTNAFDFWKTPEGDLVHPAEAMQQLLEKVRHHRVNIDGNVCTVMVTTLVMEGWQRKLDPAYNVMETLQTLLLRSDWAESLSYTIEGLMAP
BLAST of Cp4.1LG10g02620 vs. Swiss-Prot
Match: YP109_YEAST (ABC1 family protein YPL109C, mitochondrial OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=YPL109C PE=1 SV=2) HSP 1 Score: 231.1 bits (588), Expect = 2.3e-59 Identity = 139/444 (31.31%), Postives = 225/444 (50.68%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. Swiss-Prot
Match: ABKC_DICDI (Probable serine/threonine-protein kinase abkC OS=Dictyostelium discoideum GN=abkC PE=3 SV=1) HSP 1 Score: 223.4 bits (568), Expect = 4.8e-57 Identity = 114/259 (44.02%), Postives = 165/259 (63.71%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. Swiss-Prot
Match: YOS3_SCHPO (ABC1 family protein C21C3.03, mitochondrial OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) GN=SPBC21C3.03 PE=3 SV=2) HSP 1 Score: 200.3 bits (508), Expect = 4.3e-50 Identity = 138/465 (29.68%), Postives = 217/465 (46.67%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. Swiss-Prot
Match: ADCK2_HUMAN (Uncharacterized aarF domain-containing protein kinase 2 OS=Homo sapiens GN=ADCK2 PE=2 SV=1) HSP 1 Score: 176.8 bits (447), Expect = 5.1e-43 Identity = 118/339 (34.81%), Postives = 172/339 (50.74%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. Swiss-Prot
Match: ADCK2_MOUSE (Uncharacterized aarF domain-containing protein kinase 2 OS=Mus musculus GN=Adck2 PE=2 SV=1) HSP 1 Score: 171.0 bits (432), Expect = 2.8e-41 Identity = 107/316 (33.86%), Postives = 161/316 (50.95%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TrEMBL
Match: A0A0A0KGD0_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_6G490970 PE=4 SV=1) HSP 1 Score: 836.6 bits (2160), Expect = 1.3e-239 Identity = 407/430 (94.65%), Postives = 424/430 (98.60%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TrEMBL
Match: A0A0A0KN66_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_6G516840 PE=4 SV=1) HSP 1 Score: 788.5 bits (2035), Expect = 4.1e-225 Identity = 381/430 (88.60%), Postives = 406/430 (94.42%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TrEMBL
Match: A0A061GEY6_THECC (AarF domain-containing kinase isoform 2 OS=Theobroma cacao GN=TCM_046845 PE=4 SV=1) HSP 1 Score: 773.9 bits (1997), Expect = 1.1e-220 Identity = 369/430 (85.81%), Postives = 407/430 (94.65%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TrEMBL
Match: W9RR84_9ROSA (Uncharacterized protein OS=Morus notabilis GN=L484_002400 PE=4 SV=1) HSP 1 Score: 770.4 bits (1988), Expect = 1.2e-219 Identity = 371/430 (86.28%), Postives = 406/430 (94.42%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TrEMBL
Match: A0A0R0G427_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_15G066700 PE=4 SV=1) HSP 1 Score: 768.1 bits (1982), Expect = 5.8e-219 Identity = 373/430 (86.74%), Postives = 403/430 (93.72%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TAIR10
Match: AT1G11390.1 (AT1G11390.1 Protein kinase superfamily protein) HSP 1 Score: 698.0 bits (1800), Expect = 3.7e-201 Identity = 333/423 (78.72%), Postives = 383/423 (90.54%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TAIR10
Match: AT1G61640.1 (AT1G61640.1 Protein kinase superfamily protein) HSP 1 Score: 646.0 bits (1665), Expect = 1.7e-185 Identity = 314/431 (72.85%), Postives = 371/431 (86.08%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TAIR10
Match: AT3G07700.3 (AT3G07700.3 Protein kinase superfamily protein) HSP 1 Score: 141.7 bits (356), Expect = 1.0e-33 Identity = 100/321 (31.15%), Postives = 157/321 (48.91%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TAIR10
Match: AT5G24970.2 (AT5G24970.2 Protein kinase superfamily protein) HSP 1 Score: 125.9 bits (315), Expect = 5.8e-29 Identity = 108/405 (26.67%), Postives = 179/405 (44.20%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. TAIR10
Match: AT5G64940.1 (AT5G64940.1 ABC2 homolog 13) HSP 1 Score: 123.6 bits (309), Expect = 2.9e-28 Identity = 90/316 (28.48%), Postives = 150/316 (47.47%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. NCBI nr
Match: gi|659079500|ref|XP_008440290.1| (PREDICTED: probable serine/threonine-protein kinase abkC [Cucumis melo]) HSP 1 Score: 839.0 bits (2166), Expect = 3.8e-240 Identity = 409/430 (95.12%), Postives = 424/430 (98.60%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. NCBI nr
Match: gi|778718415|ref|XP_011657867.1| (PREDICTED: probable serine/threonine-protein kinase abkC [Cucumis sativus]) HSP 1 Score: 836.6 bits (2160), Expect = 1.9e-239 Identity = 407/430 (94.65%), Postives = 424/430 (98.60%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. NCBI nr
Match: gi|700193329|gb|KGN48533.1| (hypothetical protein Csa_6G490970 [Cucumis sativus]) HSP 1 Score: 836.6 bits (2160), Expect = 1.9e-239 Identity = 407/430 (94.65%), Postives = 424/430 (98.60%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. NCBI nr
Match: gi|659078810|ref|XP_008439918.1| (PREDICTED: probable serine/threonine-protein kinase abkC [Cucumis melo]) HSP 1 Score: 788.5 bits (2035), Expect = 5.9e-225 Identity = 382/430 (88.84%), Postives = 405/430 (94.19%), Query Frame = 1
BLAST of Cp4.1LG10g02620 vs. NCBI nr
Match: gi|778720651|ref|XP_011658189.1| (PREDICTED: uncharacterized aarF domain-containing protein kinase 2 [Cucumis sativus]) HSP 1 Score: 788.5 bits (2035), Expect = 5.9e-225 Identity = 381/430 (88.60%), Postives = 406/430 (94.42%), 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:
The following block(s) are covering this gene: |