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ClCG01G002200 (gene) Watermelon (Charleston Gray) v2.5
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.ATGGCTAAAACTGCATATTTAATTTCTGTAATCTTCTTCTCTTTGTTGGCTCTTTCGCAATCCTTAACTCTCTCCACAAGAGGAAGATGGATTGTAGACTCTCAAACTGGCCAACGCGTGAAGTTGAGTTGTGTCAATTTGGTGTCTCATTCTCAGTCTATGTTGGCACAAGGTCTTGACAAGCGATCATTGAAAGACTTGGCTAATGATATCCGTAGCCGTGATTTCAACTGCGTTCGGTTGACTTGGTCAATCCACATGTTCACTCGCTACTCTCGAGTGACCATTGGTGATGTTTTAGATGGTCTCGACATTGCAAATGTCAAAAATGGAGTACAGAAACACAACCATGAGATGTTGAATATGACCGTTGCTCATGCATTCAAAACTGTCGTTGATGGCTTGGGAAATGCAAGCCTCATGATTGTTTTGGACAATCATATTAGCCAACCGAGATGGTGTTGCTCTCTTAACGATGGCAATGGCTTCTTTGGAGACCGCAATTTCAACCCTGGTGAATGGCTTCGAGGCTTGGCCTTTGTTACGAGGCATTTTAGTTGGCATCCTCAAGTGAGTTTACTATTATTATTTTTTTAGTTCAACCCGTGGTACTATTTTTGTTTATCTTTGATTGTTGATTTCTTAATATAAATTTTGTGTGCATAGGTGATAGGAATGAGCTTAAGAAACGAACTTCGAGGGCCATTTACAAACATGGACAAGTGGTACAAATACGTGAAGAAAGGAAGCCACTTGATCCATCGAAAAAACCCTAGTCTCCTAGTAATGATTTCAGGTATAAATTACGACAACGATATAAGCTTCCTAAAGAAAAAGCCATTAGGTTACAACTTACACAACAAAGTAGTGTTGGAAGCACATCTATACTCCTTCAGTGAGGAACCCGAAAGCAAGTTTGTGGAGAAACCATTAAACATAGCATGCGAGCAAGTGATGGAGAGATTCGAGAGAGAAGCTGGATTTATAGTGGACATGGAGGATCCATATCCATTATGGCTTAGTGAATTTGGGTACAATCAAGGGGGTGAAAACAAGGCTCAGAATAGGTTCATGAGTTGCTTTTTGGCTCGTATTATTAGCAAGGATCTTGATTGGGCTTTGTGGGCTTTCCAAGGAACCTATATGTATAGGCAAGGCCAAGAAAATGCTGACGAAACTTTTGGTGTTATGGATAGCTCATGGACTAAAGATAGAAACCCACAACTCAAACAAATGCTTCAACTTGCCAAAAGAATCAACCAAGGTTTGTCCTAACCCTAAACTCTAATTATTTATTTCTTTTCTTCTCACTAGTCCATCCTGTTTGTAGATCCAAATTCGAAAGCACCAATGTCCTACATAATACTACATCCAGTGTCAGGGCAATGTGTCAAATTAGATGGTAATGGAGGAATTGAACTCGGTGATTGCTTGGCTCCGACACAATGGAGCCACAACGGAGATGGAAGTCTGGTGAAATCGTCTAGCGGGCAGTGTTTGAAGTCAACGGGAGATGGAAAACCACCAATGGTCTCTGCCGACTGCTCCGGTGATGGAAGCAATTGGACGGTGGCTTCAAGGGCTAAGCTTCAATTGGCCACCAAAAGTGGTGGAGAAAACTTTTGCTTAGAGAAGGCATCTAATACTTCAATTGTTGTGAAGAAATGCATTTGCCTTAAAGATGAGCGGAATTGCTTTGATGATCCTCAGAATCAGTGGTTCAAGTTTGTTCCAACAAATGTTGTTTAGTTTATTAATTAGTTTTAATTAGGAATTTAGATTTGTTTTTTTGGAAGGAAAATAAGGAAAGTAGGAATTTAGTTATCGTTCCAGAGATTTAGATATAGTTATTTTTTTTAAGAGATTAAAGTTTTGTTAATGCCAAGGTTATTATGTCAATAATAATATTTCTAATTTTACTTATTATGTCCCATCTTTGTAGATCCCAACAATTTTTGCATCTATACGAAATATAAAAACTAATTTTTTTTAACAATTTTTTTTTTTTTGAAAAAAATACAATGGAGGAGAGATTAGGAGGTGGACAAAATATCTAAAGATTAATACTAATATTGAGGGGTTATAAAAAAACAAGAAAAACAAAGAAAAAACAATATTAAGAACACATGAAATGAACTAATACAAGAAAAAAAAAAGAAAAAAAAAGAAGAAATTTGAACTTATTTAATATTACGAACGTGAAAGGCTTAAATACATACTTTTATGAATTTTCTCATTGTTGTACATTTTTATAACGTGCCTAATTCTTTTTTAATCCTGTTCTATTCTTTTTCTCTTTTTAAATTTATAATGAGAATTGCGAAATAAATATAATTTAGGTGAACTTTTGAATTGTCTTTTTCATTTTTGTTCTCTCTAAATTTATAATGAGAATTTATAATACAAACTTAACTAGGTCCATCTTTTGTGTCATTTCCTTCTTTTGTGTAATCAGATTTTTTTTTTTTTTTAAAAATTAACCTTAGTTTATAATTTTTTATTTTATTTTATTTTTAAATGCTTCTGAAATTATAATTAAATTAGAAAAAAAGACTACTTGTTTTCTCTTTTAAAAAAACATTAAAAGAAGTAGTGAAATATTAAGCAAATGTTGGTATACTTTATTTAAAATATTTTTTTTATTGTTTTATTTTTACTTTTTAGGGAGGTATATGTTTATACTTTTAAGCACACTAGTGAAGAATAAACGTGTACAATGCACCTGAAATGAGTCACCGAAGGATGCATTATTTCAACGTGTTAATTACTACTTTCATTCAATTAAAATTTTTTTTTCTTTTCTCTAAACTTTAGATTCATGAAGTTATTTTTTAAGAATGGAAATGCAAGTATTTATTTTGTTTTTCTATTACACAGACATTTCACATATACATTGGAAGAATCGATGCACCAATTTGATGTGTGTAATCACCTTCACTCCAAACATATGCATCTAATTAGCATCTATTGCATTCTATCTCATAGAGCCGCATCCCAAGTGTCTCCACTGTAATTCAAATGAACATCTACACTCGAAAAGTCACAACTATTCGATAAAAGGGTAATATGGAAATTTATGAAAAAAGTAGGGACAAAAAGGTCATATAAAGATTCTCTCTACATAGTATCTTTTAATATAATAGAGATAATTAAAAAAAAAAAATCATTATCCTAAAGGATAGATATATTAATTAATCTAACATCAAATCAATAATTATTGAAGTGTCGGTAAAACTTTTAGAAGTACAACAAATTAACAAATCCGACTATTATTGGGGGAGTAATTTTCAAAAAATCAAAATAAAAAACGAACTGTAAAAAAAAATATTGAAAGACTAAAAAAAGAAAAAAAGGCAATCCATTTACTAATTCCATAGAAGGAAAAGGGAAAAGAAAAAAAAGGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAGAAAATAAACACTTGGTGATCCATTTATTAATGCCCCATAAGGAACATAGAAAAACCACACCATACGTACAACTCATACTTAAAAAAGACAGAACTTACTTTTGCATCATAATCATTGGCCTACTGTCTGGTTTAAGGATTAACCTCAAAGTTTGCTAATTTTTTTTTAACAATAATTCTAAATTTAGAATTTAAACCAAATTTCAGTCGAACCATTTTGTCATTTCTTTGTTACAAGTTCTTATACCAGCTACCTATTTTGATTTTAATATAGCCTGATACCACTTTATAAATATTGAAAGAATTTGTCTTTTTTTGTATCATTGTCCCAACTGAGAGCATTCAATTTCGAAGCAAGGCCAAAATGACAAGACATCAATGGAAAAATATTGCTTTAGTTTGTGTTTTTGTGTTGTTAACTTATAAGGCTTATTCATTACCTCTTTCAACCAATGGAAGATGGATCGTCGATGCAACAACAGGCCAACGCATTAAGTTGATGTGCGTAAATTGGCCAGGACACATGCAAGCCATGTTAGCAGAGGGTCTTCATCTCAAGCCCCTTAATGATATCGCTGCCTTGGTGGCGAAGCTACGGTTCAATTGTGTGCGTTTGACATATTCAATCCACATGTTCACACGCTATGCCAATTTGACTGTTCAACAATCCTTTGAGAATTTTGATTTGAAAGAAGCTATGGCAGGCATAACCCAAAACAATCCTTCTATATTGAACATGACGCTCGTTGAGGCTTATAAAGCAGTTGTTGATTCACTTGCTGCACATGGGGTCATGGTAGTTTCTGACAATCATATAAGCCAACCAAGATGGTGTTGCAATGATGATGATGGAAATGGTTTCTTTGGAGATCGCTATTTCGATCCTCAAGAATGGCTACAAGGAATTAGTTTGGCAGCTCAAAGTCTAAAAGATAAACCCCAAGTACGTTTTATTTATTTATTTATAATTTTTCATTAAAAAATTTCAAATTATAGAAATAGGTCGGAGTTTTATGATATTTAATGCAACAACATTTATAAGGTTGGTTTAGTTACAGTTTAAAAATTTTCAGTTTAACTATTAACTTTCTTTCTCTAAAAAATTAAAAACAAAAACCATTTATTTTGTTCTTACAAACGTCAACATGAATCAAATTAAGCTACACCTTTAGGGTTAAAAATAAACATTTGAAACTATATGGTTTTAGTTTTTATACTTATGTAGTCCATATATATACTTCCAATTTAACATTAAAGTTAATTCTATTGTTAGATTGATGTTGATTTTTATTGAACTTGGTAAAATAAACATAACTTCTAAACATATATGATTGTGCTTTCGGATTTACATAAACTATTTATTTAAAAAATGTTCATAAATTAAAAATCCTAACTAATCTTAATTTATTTTAAGAATAAAAATTAAATTTGATCCATAGAGATTAAAATAGATCAGAAAGCCCTAAAATATAGGATCAAATTAGTACTCACCCTATAATTTCATAGTGGATCATTGTCTTATATGATATTCTGACCACTTGCGTGATAATGTATATGCAAAAGGTGGTGGCTATGAGTCTAAGAAACGAACCACGAGGACCAAACCAAAACGTGGAGATGTGGTTTCAATATATGAGCCAAGGAGCTAAGCTTATTCACCAAAATAACCCAAATGCTTTAGTGGTGATTTCTGGATTAAGCTACGACACCGATCTAAGCTTTTTGAAGAATATGTCAATGAGCTTCAACTTAGACAACAAGCTTGTATTTGAAGCTCACTTGTATTCCTTTACAAACAACATGAGCGATTCTTGGACATCGAAACCACTAAACACATTTTGTGTTAATGTCAACCAAGGATTTGAAGATCGAGCTGGGTTTCTTGTGAGAGGACAAAACGCAATGCCACTATTTGTGAGTGAATTTGGAATCGATCAAACAGGCACAAATGAAGGCCAAAATCATTTTCTGAGTTGCTTTTTTACCTATCTTACTGAGAGTGATTTTGATTGGGGCCTATGGGCGTTGCAAGGTAGCTACTACTATAGGGAAGGTGTGAAAAATGCTGAGGAAAACTTTGGCGTTTTAGATGTCAATTTTACACATGCTAAAAATCCTAAATTTCTTCAGAGGTTTCAACTTATGCAAACCAAACTTCAAGGTATAACTTTTAAAATGCTATGTTTATTGTCTCACCTATTTTCTTGAATTATTTTCAATTCATGTTTTAAGAAGATTAGTTTCTACCCATTTTTCAGAGTTTACTTTTTCTTTTCTTCTTCTTACTAATTGAATAATCAAAATGGTTGCTCTTTTAACATAGATCCAAGTTCAAATCTCACAACGTCATTCATAATGTACCATCCTCTTAGTGGGGAATGCGTGGGAATGAACAAAAAGTACCAATTAGGAGTCAGTAGCTGTAAGACCTCTAATCGTTGGAGCCATGAAGAAGATGGTGCTCCAATTAAGTTGGTAGACTCCTTATTGTGTTTGAAAGCTGTTAGACATGGACTCCCTCCAACTCTCTCTAAGGATTGCTCGAGCCAACAAAGTACTTGGAAATATGCTTCAAATGCCAAGCTTCAACTAGCCACCATTGATGAACAAGGACAAGCCTTGTGCTTGGAAAGAGTTTCCCATTCCCATCAAGTTGTGACTAACAAGTGCATGTGTCTGAACGACTCTCAATGCCAAGGAGATCCACAAAGCCAATGGTTTACACTCGTCCCGTCAAATGTACATCTCCATTAG ATGGCTAAAACTGCATATTTAATTTCTGTAATCTTCTTCTCTTTGTTGGCTCTTTCGCAATCCTTAACTCTCTCCACAAGAGGAAGATGGATTGTAGACTCTCAAACTGGCCAACGCGTGAAGTTGAGTTGTGTCAATTTGGTGTCTCATTCTCAGTCTATGTTGGCACAAGGTCTTGACAAGCGATCATTGAAAGACTTGGCTAATGATATCCGTAGCCGTGATTTCAACTGCGTTCGGTTGACTTGGTCAATCCACATGTTCACTCGCTACTCTCGAGTGACCATTGGTGATGTTTTAGATGGTCTCGACATTGCAAATGTCAAAAATGGAGTACAGAAACACAACCATGAGATGTTGAATATGACCGTTGCTCATGCATTCAAAACTGTCGTTGATGGCTTGGGAAATGCAAGCCTCATGATTGTTTTGGACAATCATATTAGCCAACCGAGATGGTGTTGCTCTCTTAACGATGGCAATGGCTTCTTTGGAGACCGCAATTTCAACCCTGGTGAATGGCTTCGAGGCTTGGCCTTTGTTACGAGGCATTTTAGTTGGCATCCTCAAGTGATAGGAATGAGCTTAAGAAACGAACTTCGAGGGCCATTTACAAACATGGACAAGTGGTACAAATACGTGAAGAAAGGAAGCCACTTGATCCATCGAAAAAACCCTAGTCTCCTAGTAATGATTTCAGGTATAAATTACGACAACGATATAAGCTTCCTAAAGAAAAAGCCATTAGGTTACAACTTACACAACAAAGTAGTGTTGGAAGCACATCTATACTCCTTCAGTGAGGAACCCGAAAGCAAGTTTGTGGAGAAACCATTAAACATAGCATGCGAGCAAGTGATGGAGAGATTCGAGAGAGAAGCTGGATTTATAGTGGACATGGAGGATCCATATCCATTATGGCTTAGTGAATTTGGGTACAATCAAGGGGGTGAAAACAAGGCTCAGAATAGGTTCATGAGTTGCTTTTTGGCTCGTATTATTAGCAAGGATCTTGATTGGGCTTTGTGGGCTTTCCAAGGAACCTATATGTATAGGCAAGGCCAAGAAAATGCTGACGAAACTTTTGGTGTTATGGATAGCTCATGGACTAAAGATAGAAACCCACAACTCAAACAAATGCTTCAACTTGCCAAAAGAATCAACCAAGATCCAAATTCGAAAGCACCAATGTCCTACATAATACTACATCCAGTGTCAGGGCAATGTGTCAAATTAGATGGTAATGGAGGAATTGAACTCGGTGATTGCTTGGCTCCGACACAATGGAGCCACAACGGAGATGGAAGTCTGGTGAAATCGTCTAGCGGGCAGTGTTTGAAGTCAACGGGAGATGGAAAACCACCAATGGTCTCTGCCGACTGCTCCGGTGATGGAAGCAATTGGACGGTGGCTTCAAGGGCTAAGCTTCAATTGGCCACCAAAAGTGGTGGAGAAAACTTTTGCTTAGAGAAGGCATCTAATACTTCAATTGTTGTGAAGAAATGCATTTGCCTTAAAGATGAGCGGAATTGCTTTGATGATCCTCAGAATCAGTGGTTCAAGTTTGTTCCAACAAATGCTTATTCATTACCTCTTTCAACCAATGGAAGATGGATCGTCGATGCAACAACAGGCCAACGCATTAAGTTGATGTGCGTAAATTGGCCAGGACACATGCAAGCCATGTTAGCAGAGGGTCTTCATCTCAAGCCCCTTAATGATATCGCTGCCTTGGTGGCGAAGCTACGGTTCAATTGTGTGCGTTTGACATATTCAATCCACATGTTCACACGCTATGCCAATTTGACTGTTCAACAATCCTTTGAGAATTTTGATTTGAAAGAAGCTATGGCAGGCATAACCCAAAACAATCCTTCTATATTGAACATGACGCTCGTTGAGGCTTATAAAGCAGTTGTTGATTCACTTGCTGCACATGGGGTCATGGTAGTTTCTGACAATCATATAAGCCAACCAAGATGGTGTTGCAATGATGATGATGGAAATGGTTTCTTTGGAGATCGCTATTTCGATCCTCAAGAATGGCTACAAGGAATTAGTTTGGCAGCTCAAAGTCTAAAAGATAAACCCCAATGGATCATTGTCTTATATGATATTCTGACCACTTGCGTGATAATGTATATGCAAAAGGTGGTGGCTATGAGTCTAAGAAACGAACCACGAGGACCAAACCAAAACGTGGAGATGTGGTTTCAATATATGAGCCAAGGAGCTAAGCTTATTCACCAAAATAACCCAAATGCTTTAGTGGTGATTTCTGGATTAAGCTACGACACCGATCTAAGCTTTTTGAAGAATATGTCAATGAGCTTCAACTTAGACAACAAGCTTGTATTTGAAGCTCACTTGTATTCCTTTACAAACAACATGAGCGATTCTTGGACATCGAAACCACTAAACACATTTTGTGTTAATGTCAACCAAGGATTTGAAGATCGAGCTGGGTTTCTTGTGAGAGGACAAAACGCAATGCCACTATTTGTGAGTGAATTTGGAATCGATCAAACAGGCACAAATGAAGGCCAAAATCATTTTCTGAGTTGCTTTTTTACCTATCTTACTGAGAGTGATTTTGATTGGGGCCTATGGGCGTTGCAAGGTAGCTACTACTATAGGGAAGGTGTGAAAAATGCTGAGGAAAACTTTGGCGTTTTAGATGTCAATTTTACACATGCTAAAAATCCTAAATTTCTTCAGAGGTTTCAACTTATGCAAACCAAACTTCAAGATCCAAGTTCAAATCTCACAACGTCATTCATAATGTACCATCCTCTTAGTGGGGAATGCGTGGGAATGAACAAAAAGTACCAATTAGGAGTCAGTAGCTGTAAGACCTCTAATCGTTGGAGCCATGAAGAAGATGGTGCTCCAATTAAGTTGGTAGACTCCTTATTGTGTTTGAAAGCTGTTAGACATGGACTCCCTCCAACTCTCTCTAAGGATTGCTCGAGCCAACAAAGTACTTGGAAATATGCTTCAAATGCCAAGCTTCAACTAGCCACCATTGATGAACAAGGACAAGCCTTGTGCTTGGAAAGAGTTTCCCATTCCCATCAAGTTGTGACTAACAAGTGCATGTGTCTGAACGACTCTCAATGCCAAGGAGATCCACAAAGCCAATGGTTTACACTCGTCCCGTCAAATGTACATCTCCATTAG ATGGCTAAAACTGCATATTTAATTTCTGTAATCTTCTTCTCTTTGTTGGCTCTTTCGCAATCCTTAACTCTCTCCACAAGAGGAAGATGGATTGTAGACTCTCAAACTGGCCAACGCGTGAAGTTGAGTTGTGTCAATTTGGTGTCTCATTCTCAGTCTATGTTGGCACAAGGTCTTGACAAGCGATCATTGAAAGACTTGGCTAATGATATCCGTAGCCGTGATTTCAACTGCGTTCGGTTGACTTGGTCAATCCACATGTTCACTCGCTACTCTCGAGTGACCATTGGTGATGTTTTAGATGGTCTCGACATTGCAAATGTCAAAAATGGAGTACAGAAACACAACCATGAGATGTTGAATATGACCGTTGCTCATGCATTCAAAACTGTCGTTGATGGCTTGGGAAATGCAAGCCTCATGATTGTTTTGGACAATCATATTAGCCAACCGAGATGGTGTTGCTCTCTTAACGATGGCAATGGCTTCTTTGGAGACCGCAATTTCAACCCTGGTGAATGGCTTCGAGGCTTGGCCTTTGTTACGAGGCATTTTAGTTGGCATCCTCAAGTGATAGGAATGAGCTTAAGAAACGAACTTCGAGGGCCATTTACAAACATGGACAAGTGGTACAAATACGTGAAGAAAGGAAGCCACTTGATCCATCGAAAAAACCCTAGTCTCCTAGTAATGATTTCAGGTATAAATTACGACAACGATATAAGCTTCCTAAAGAAAAAGCCATTAGGTTACAACTTACACAACAAAGTAGTGTTGGAAGCACATCTATACTCCTTCAGTGAGGAACCCGAAAGCAAGTTTGTGGAGAAACCATTAAACATAGCATGCGAGCAAGTGATGGAGAGATTCGAGAGAGAAGCTGGATTTATAGTGGACATGGAGGATCCATATCCATTATGGCTTAGTGAATTTGGGTACAATCAAGGGGGTGAAAACAAGGCTCAGAATAGGTTCATGAGTTGCTTTTTGGCTCGTATTATTAGCAAGGATCTTGATTGGGCTTTGTGGGCTTTCCAAGGAACCTATATGTATAGGCAAGGCCAAGAAAATGCTGACGAAACTTTTGGTGTTATGGATAGCTCATGGACTAAAGATAGAAACCCACAACTCAAACAAATGCTTCAACTTGCCAAAAGAATCAACCAAGATCCAAATTCGAAAGCACCAATGTCCTACATAATACTACATCCAGTGTCAGGGCAATGTGTCAAATTAGATGGTAATGGAGGAATTGAACTCGGTGATTGCTTGGCTCCGACACAATGGAGCCACAACGGAGATGGAAGTCTGGTGAAATCGTCTAGCGGGCAGTGTTTGAAGTCAACGGGAGATGGAAAACCACCAATGGTCTCTGCCGACTGCTCCGGTGATGGAAGCAATTGGACGGTGGCTTCAAGGGCTAAGCTTCAATTGGCCACCAAAAGTGGTGGAGAAAACTTTTGCTTAGAGAAGGCATCTAATACTTCAATTGTTGTGAAGAAATGCATTTGCCTTAAAGATGAGCGGAATTGCTTTGATGATCCTCAGAATCAGTGGTTCAAGTTTGTTCCAACAAATGCTTATTCATTACCTCTTTCAACCAATGGAAGATGGATCGTCGATGCAACAACAGGCCAACGCATTAAGTTGATGTGCGTAAATTGGCCAGGACACATGCAAGCCATGTTAGCAGAGGGTCTTCATCTCAAGCCCCTTAATGATATCGCTGCCTTGGTGGCGAAGCTACGGTTCAATTGTGTGCGTTTGACATATTCAATCCACATGTTCACACGCTATGCCAATTTGACTGTTCAACAATCCTTTGAGAATTTTGATTTGAAAGAAGCTATGGCAGGCATAACCCAAAACAATCCTTCTATATTGAACATGACGCTCGTTGAGGCTTATAAAGCAGTTGTTGATTCACTTGCTGCACATGGGGTCATGGTAGTTTCTGACAATCATATAAGCCAACCAAGATGGTGTTGCAATGATGATGATGGAAATGGTTTCTTTGGAGATCGCTATTTCGATCCTCAAGAATGGCTACAAGGAATTAGTTTGGCAGCTCAAAGTCTAAAAGATAAACCCCAATGGATCATTGTCTTATATGATATTCTGACCACTTGCGTGATAATGTATATGCAAAAGGTGGTGGCTATGAGTCTAAGAAACGAACCACGAGGACCAAACCAAAACGTGGAGATGTGGTTTCAATATATGAGCCAAGGAGCTAAGCTTATTCACCAAAATAACCCAAATGCTTTAGTGGTGATTTCTGGATTAAGCTACGACACCGATCTAAGCTTTTTGAAGAATATGTCAATGAGCTTCAACTTAGACAACAAGCTTGTATTTGAAGCTCACTTGTATTCCTTTACAAACAACATGAGCGATTCTTGGACATCGAAACCACTAAACACATTTTGTGTTAATGTCAACCAAGGATTTGAAGATCGAGCTGGGTTTCTTGTGAGAGGACAAAACGCAATGCCACTATTTGTGAGTGAATTTGGAATCGATCAAACAGGCACAAATGAAGGCCAAAATCATTTTCTGAGTTGCTTTTTTACCTATCTTACTGAGAGTGATTTTGATTGGGGCCTATGGGCGTTGCAAGGTAGCTACTACTATAGGGAAGGTGTGAAAAATGCTGAGGAAAACTTTGGCGTTTTAGATGTCAATTTTACACATGCTAAAAATCCTAAATTTCTTCAGAGGTTTCAACTTATGCAAACCAAACTTCAAGATCCAAGTTCAAATCTCACAACGTCATTCATAATGTACCATCCTCTTAGTGGGGAATGCGTGGGAATGAACAAAAAGTACCAATTAGGAGTCAGTAGCTGTAAGACCTCTAATCGTTGGAGCCATGAAGAAGATGGTGCTCCAATTAAGTTGGTAGACTCCTTATTGTGTTTGAAAGCTGTTAGACATGGACTCCCTCCAACTCTCTCTAAGGATTGCTCGAGCCAACAAAGTACTTGGAAATATGCTTCAAATGCCAAGCTTCAACTAGCCACCATTGATGAACAAGGACAAGCCTTGTGCTTGGAAAGAGTTTCCCATTCCCATCAAGTTGTGACTAACAAGTGCATGTGTCTGAACGACTCTCAATGCCAAGGAGATCCACAAAGCCAATGGTTTACACTCGTCCCGTCAAATGTACATCTCCATTAG MAKTAYLISVIFFSLLALSQSLTLSTRGRWIVDSQTGQRVKLSCVNLVSHSQSMLAQGLDKRSLKDLANDIRSRDFNCVRLTWSIHMFTRYSRVTIGDVLDGLDIANVKNGVQKHNHEMLNMTVAHAFKTVVDGLGNASLMIVLDNHISQPRWCCSLNDGNGFFGDRNFNPGEWLRGLAFVTRHFSWHPQVIGMSLRNELRGPFTNMDKWYKYVKKGSHLIHRKNPSLLVMISGINYDNDISFLKKKPLGYNLHNKVVLEAHLYSFSEEPESKFVEKPLNIACEQVMERFEREAGFIVDMEDPYPLWLSEFGYNQGGENKAQNRFMSCFLARIISKDLDWALWAFQGTYMYRQGQENADETFGVMDSSWTKDRNPQLKQMLQLAKRINQDPNSKAPMSYIILHPVSGQCVKLDGNGGIELGDCLAPTQWSHNGDGSLVKSSSGQCLKSTGDGKPPMVSADCSGDGSNWTVASRAKLQLATKSGGENFCLEKASNTSIVVKKCICLKDERNCFDDPQNQWFKFVPTNAYSLPLSTNGRWIVDATTGQRIKLMCVNWPGHMQAMLAEGLHLKPLNDIAALVAKLRFNCVRLTYSIHMFTRYANLTVQQSFENFDLKEAMAGITQNNPSILNMTLVEAYKAVVDSLAAHGVMVVSDNHISQPRWCCNDDDGNGFFGDRYFDPQEWLQGISLAAQSLKDKPQWIIVLYDILTTCVIMYMQKVVAMSLRNEPRGPNQNVEMWFQYMSQGAKLIHQNNPNALVVISGLSYDTDLSFLKNMSMSFNLDNKLVFEAHLYSFTNNMSDSWTSKPLNTFCVNVNQGFEDRAGFLVRGQNAMPLFVSEFGIDQTGTNEGQNHFLSCFFTYLTESDFDWGLWALQGSYYYREGVKNAEENFGVLDVNFTHAKNPKFLQRFQLMQTKLQDPSSNLTTSFIMYHPLSGECVGMNKKYQLGVSSCKTSNRWSHEEDGAPIKLVDSLLCLKAVRHGLPPTLSKDCSSQQSTWKYASNAKLQLATIDEQGQALCLERVSHSHQVVTNKCMCLNDSQCQGDPQSQWFTLVPSNVHLH Homology
BLAST of ClCG01G002200 vs. NCBI nr
Match: XP_038874277.1 (glycosyl hydrolase 5 family protein-like [Benincasa hispida]) HSP 1 Score: 960.7 bits (2482), Expect = 1.1e-275 Identity = 463/540 (85.74%), Postives = 488/540 (90.37%), Query Frame = 0
BLAST of ClCG01G002200 vs. NCBI nr
Match: XP_038907078.1 (glycosyl hydrolase 5 family protein-like [Benincasa hispida]) HSP 1 Score: 955.3 bits (2468), Expect = 4.5e-274 Identity = 452/526 (85.93%), Postives = 486/526 (92.40%), Query Frame = 0
BLAST of ClCG01G002200 vs. NCBI nr
Match: KAE8648503.1 (hypothetical protein Csa_009407 [Cucumis sativus]) HSP 1 Score: 950.7 bits (2456), Expect = 1.1e-272 Identity = 450/540 (83.33%), Postives = 487/540 (90.19%), Query Frame = 0
BLAST of ClCG01G002200 vs. NCBI nr
Match: KAE8648505.1 (hypothetical protein Csa_007897 [Cucumis sativus]) HSP 1 Score: 947.2 bits (2447), Expect = 1.2e-271 Identity = 450/541 (83.18%), Postives = 486/541 (89.83%), Query Frame = 0
BLAST of ClCG01G002200 vs. NCBI nr
Match: XP_031739082.1 (glycosyl hydrolase 5 family protein [Cucumis sativus] >KAE8650476.1 hypothetical protein Csa_010408 [Cucumis sativus]) HSP 1 Score: 943.0 bits (2436), Expect = 2.3e-270 Identity = 448/539 (83.12%), Postives = 480/539 (89.05%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy Swiss-Prot
Match: C0HLA0 (Glycosyl hydrolase 5 family protein OS=Chamaecyparis obtusa OX=13415 PE=1 SV=1) HSP 1 Score: 429.5 bits (1103), Expect = 1.1e-118 Identity = 230/553 (41.59%), Postives = 324/553 (58.59%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy Swiss-Prot
Match: P19487 (Major extracellular endoglucanase OS=Xanthomonas campestris pv. campestris (strain ATCC 33913 / DSM 3586 / NCPPB 528 / LMG 568 / P 25) OX=190485 GN=engXCA PE=1 SV=2) HSP 1 Score: 67.8 bits (164), Expect = 8.5e-10 Identity = 86/392 (21.94%), Postives = 151/392 (38.52%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy TrEMBL
Match: A0A5A7TI19 (Mannan endo-1,4-beta-mannosidase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold75G00580 PE=3 SV=1) HSP 1 Score: 925.2 bits (2390), Expect = 2.4e-265 Identity = 441/533 (82.74%), Postives = 475/533 (89.12%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy TrEMBL
Match: A0A5A7UGS0 (Mannan endo-1,4-beta-mannosidase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold231G00740 PE=3 SV=1) HSP 1 Score: 921.8 bits (2381), Expect = 2.6e-264 Identity = 444/533 (83.30%), Postives = 472/533 (88.56%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy TrEMBL
Match: A0A0A0KL32 (Mannan endo-1,4-beta-mannosidase OS=Cucumis sativus OX=3659 GN=Csa_5G171770 PE=3 SV=1) HSP 1 Score: 919.8 bits (2376), Expect = 1.0e-263 Identity = 446/553 (80.65%), Postives = 477/553 (86.26%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy TrEMBL
Match: A0A5A7UKF5 (Mannan endo-1,4-beta-mannosidase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold318G00930 PE=3 SV=1) HSP 1 Score: 919.5 bits (2375), Expect = 1.3e-263 Identity = 443/533 (83.11%), Postives = 471/533 (88.37%), Query Frame = 0
BLAST of ClCG01G002200 vs. ExPASy TrEMBL
Match: A0A1S3CT43 (Mannan endo-1,4-beta-mannosidase OS=Cucumis melo OX=3656 GN=LOC103504654 PE=3 SV=1) HSP 1 Score: 918.7 bits (2373), Expect = 2.2e-263 Identity = 440/531 (82.86%), Postives = 474/531 (89.27%), Query Frame = 0
BLAST of ClCG01G002200 vs. TAIR 10
Match: AT3G26130.1 (Cellulase (glycosyl hydrolase family 5) protein ) HSP 1 Score: 420.2 bits (1079), Expect = 4.8e-117 Identity = 221/533 (41.46%), Postives = 309/533 (57.97%), Query Frame = 0
BLAST of ClCG01G002200 vs. TAIR 10
Match: AT3G26140.1 (Cellulase (glycosyl hydrolase family 5) protein ) HSP 1 Score: 417.5 bits (1072), Expect = 3.1e-116 Identity = 217/531 (40.87%), Postives = 313/531 (58.95%), Query Frame = 0
BLAST of ClCG01G002200 vs. TAIR 10
Match: AT1G13130.1 (Cellulase (glycosyl hydrolase family 5) protein ) HSP 1 Score: 416.0 bits (1068), Expect = 9.1e-116 Identity = 214/544 (39.34%), Postives = 316/544 (58.09%), Query Frame = 0
BLAST of ClCG01G002200 vs. TAIR 10
Match: AT5G17500.1 (Glycosyl hydrolase superfamily protein ) HSP 1 Score: 347.8 bits (891), Expect = 3.0e-95 Identity = 192/535 (35.89%), Postives = 286/535 (53.46%), Query Frame = 0
BLAST of ClCG01G002200 vs. TAIR 10
Match: AT5G16700.1 (Glycosyl hydrolase superfamily protein ) HSP 1 Score: 320.5 bits (820), Expect = 5.2e-87 Identity = 185/531 (34.84%), Postives = 275/531 (51.79%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (Charleston Gray) v2.5
Date Performed: 2022-01-31
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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