|
|
Accession Number |
TCMCG081C12543 |
gbkey |
CDS |
Protein Id |
XP_002275930.1 |
Location |
complement(join(3884505..3884767,3884965..3885094,3885386..3885485,3885610..3885689,3886017..3886154,3886231..3886520,3886953..3887115,3887252..3887353,3887463..3887665,3887738..3887916,3888026..3888117,3888981..3889110,3889189..3889736,3890140..3890319,3890707..3890790,3890917..3890985,3891126..3891200,3891288..3891341,3891435..3891537,3891918..3892014,3892554..3893367)) |
Gene |
LOC100255608 |
GeneID |
100255608 |
Organism |
Vitis vinifera |
|
|
Length |
1297aa |
Molecule type |
protein |
Topology |
linear |
Data_file_division |
PLN |
dblink |
BioProject:PRJNA33471 |
db_source |
XM_002275894.3
|
Definition |
PREDICTED: DNA mismatch repair protein MSH6 [Vitis vinifera] |
CDS: ATGGCTCCAACACGTCGTATGAGCAATGGAAGATCGCCACTGGTGAACCAGCAAAGCCAAATTACAGCGTTCTTCTCCAAAACTTCATCTTCTCCTTCTCCTTCGCCTGTTCTCTCCAAACAGGACCTTAACCCTAAACCTAGCCCTAGCCCTAGCCCCAGCCCTAGTCCGACGACTCCTTCACCTGTGCAAGCCAAGCTTAGAAAGCCGCTCTTAGTGATCGGCCCATCTAAGACCACTTCTCCTTCAACGCCGGTTACGGGAAGCAAATCGTACGGAGAGGAGGTTGTGAACAGGAGAGTCAAGGTTTACTGGCCGTTGGATAAGAGCTGGTACGTGGGTTGCGTGAAATCGTTCGATGAGCTAACCGGCGAGCATTTGGTTCAGTACGATGATGCCGATGAGGAGACTCTTGATCTTGGTAAGGAGAAGATCGAGTGGGTGGAGGATAAAGGCAGAAGCCTTCGTCGATTGCGTCGGGGTTCGGTTTTTGAGAAGGGGGTGGTTCCCGTCGGGGAAGCCAATGTGGAGGAGGAGAGTGGTGGTGATGATTCGAGTGATGAAGATTGGGGAAAGGGTAAGGGAAGGGAGGAGGTTGAAGATGATTCGGAAGATGTTGAATTTGAGGAAGAGGAGGATGAAGAAGAGGAAGTTGAGGGCCCCAAAAAAGGGCAAAGTAAGAAGGTTGATCCGAAGAAGCGGAAGGCGGTTGGAGAAGGAACAATGGGTTCTGGTAAGAGGAGAAAGAGCAGTGGAGGAGCGGAGAAGAATACATTTAAAGTTTCCTCAGTAGAGCCTATGAAGAATGCTGAGAGCAGGAAGGCTTCAGACATCCTTGACAATGTCCTACCAGGCGATGCCTTAGAAAGATTTGGTGCACGTGAAGCAGAGAAGTTGCCCTTCCTTGGGGGAGAACGCAAGGATGCTAAAAGAAGATGTCCTGGAGATGCAAATTATGATCCAAGAACTCTTTACTTGCCTCCTAATTTTTTAAAGAATTTAACAGGTGGCCAGAGACAATGGTGGGAGTTTAAGTCAAGGCATATGGACAAGGTTATTTTTTTCAAGATGGGCAAGTTTTATGAACTTTTTGAAATGGATGCGCATATAGGAGCAAAAGAGCTTGATTTGCAATATATGAAGGGGGGACAACCTCATTGTGGATTTCCAGAAAAAAACTTCTCAATAAATGTTGAGAAATTGGCTAGAAAGGGTTATCGTGTTCTTGTTGTAGAGCAAACAGAAACACCTGAGCAGCTTGAGCTTCGTCGCAAAGAGAAGGGTTCTAAGGACAAGGTTGTGAAACGTGAAATATGTGCAGTGGTCACAAAGGGAACACTAACTGAAGGCGAGATGCTATCAGCCAACCCTGATGCTTCTTACCTTATGGCAGTAACTGAAAGCTGTCAGTTTGAAGAACGCAGTTTTGGTGTTTGTGTAGTTGATGTTGCTACAAGCAGGATTATTCTTGGACAGTTCAGGGATGATTCAGAGTGCAGCACCCTGTGTTGTCTATTATCTGAGCTAAGGCCTGTAGAGATTATAAAACCAGCTAACCTTCTCAGTCCTGAAACTGAGAGAGCACTGATGAGACATACAAGAAGCCCTTTAGTAAATGAACTGGTTCCAATCTCAGAATTCTGGGACTCTAAGAAAACTGTTTCTGAAATCAGGAGTGTCTACAGATGTTTCAATGATCTATCAGTTTCTGGATCTTTAAATGAAGCAAATTTGAGTGTTAAGGGTTCTTTTGTTGAAGAAGATCCCTTGGGCCTACCTGACATTTTGTCCAAGTTGGTGAATGCAGGCGAGAGTGGCAGCCTTGCACTTTCAGCCCTTGGGGGCACTCTTTTCTATCTAAAGCAGGCTTTTATGGATGAAACATTGCTTAGATTTGCTAAGTTTGAGTTATTTCCATACTCTGGTGTTAGTGATATCTTTCATAAGCCATACATGGTTCTTGATGCTGCTGCCCTGGAGAACCTTGAGATTTTTGAGAACAGTAGAAAAGGAGACTCATCAGGGACTCTCTATGCACAACTAAATCACTGTGTGACTGCATTTGGTAAGAGGTTGCTGAAGACATGGCTTGCAAGACCTTTATACCATTTGGATTCAATTAGGGAACGCCAGGATGCTGTGGCAGGTCTGAGGGGAGTTAATCTACCTTCTGCACTTGAATTTCGAAAAGAGTTGTCTAGGCTTCCAGACATGGAGCGGTTGCTTGCACGTATCTTTGCTAGCAGTGAAGCTAATGGAAGGAATGCAAACAAGGTAGTTTTCTATGAGGATGCGGCAAAGAAACAGCTCCAGGAGTTTATATCAGCTCTACGTGGATGTGAATTAATGACACAAGCATGCTCTTCTCTTGGTGTCATTTTGGAAAATGTTGAATCTGGACTACTACATCATTTATTAACACCTGGTAAAGGTCTTCCTGACATTCATTCAGTTATAAACCATTTCAAGGAAGCTTTTGATTGGGTGGAAGCCAATAATTCTGGACGTATAATACCTCATGAAGGAGTTGATAAGGAGTATGACTCTGCCTGTAAAACAGTCAAGGAGATTGAATTAAGGTTGAAAAAGCACTTAAAGGAGCAGCAGAAATTACTTGGAGATGCATCAATAAATTTTGTAACAATTGGAAAAGAAGCATACCTTTTAGAAGTGCCAGAAAGTTTGCGGGGGAATATTCCTCGGGATTATGAATTACGATCATCCAAAAAGGGATTCTTCCGGTACTGGACTCCAAACATTAAGAAGTTCTTAGGAGAGCTCTCACATGCTGAATCAGAAAAGGAGTCTAAGTTGAGAAGCATTTTACAAAGGTTGATCAGTCGTTTCTGTGAACATCATGATAAGTGGAGACAGTTGGTTTCTTCAACTGCAGAACTGGATGTATTGATCAGTTTAGCAATCGCAAATGACTACTATGAAGGACCAACATGCCGGCCAGTGATCTCAGGGTTATCCAATTCAAATGAAGTGCCATGCTTTACTGCAAAAAGTTTAGGACATCCTGTTCTTAGGAGTGATTCTTTAGGGAAGGGTACATTTGTCCCCAATGACATTACTATTGGTGGTTCTGATCATGCCTGCTTTATCCTTCTCACTGGTCCAAACATGGGTGGAAAATCAACTCTTCTTCGCCAAGTTTGCTTGGCTGTTATTTTGGCCCAGGTGGGAGCTGATGTGCCTGCAGAAAGCTTTGAGCTTTCACCTGTGGACCGCATCTTTGTTAGGATGGGTGCAAAAGATAATATTATGGCTGGCCAAAGTACATTTTTAACAGAGCTTTCTGAAACTGCATCTATGCTGACATCAGCAACCTGCAATTCACTGGTGGCACTGGATGAACTTGGACGTGGGACATCAACGTCAGATGGACAAGCAATTGCGGAATCAGTTCTTGAACATTTTGTTCATAAGGTGCGGTGTCGAGGAATGTTTTCTACTCACTATCACCGATTAGCAGTAGACTACAAAAAAAATTCCAAGGTCTCCCTATGCCATATGGCATGTCAAGTCGGAAAGGGAGTTGGAGGCGTGGAGGAAGTAACTTTTCTTTACAGGTTGAGGCCTGGTGCATGCCCTAAAAGCTATGGCGTCAATGTTGCACGGCTAGCTGGACTTCCTAACTCTGTACTTCAAAAGGCTGCTGCTAAGTCAAGAGAGATTGAGGGCATATATGGTAGGCACAGGAAGGGATCTGATGATGGATGTGATGAAAGATTATCATCCCAAAATTCAGAAGATGATGTGGTATTCTTCATCCAAAGCTTGATTAACGGTGTAGCAAAATTGAGTTACCACAAGTCTTTCAAGGACATACATGCTTCTTCGCTGAGTGACCTTCAGCAGAGAGCAAGAATATTTCTTGATCAGAATTAA |
Protein: MAPTRRMSNGRSPLVNQQSQITAFFSKTSSSPSPSPVLSKQDLNPKPSPSPSPSPSPTTPSPVQAKLRKPLLVIGPSKTTSPSTPVTGSKSYGEEVVNRRVKVYWPLDKSWYVGCVKSFDELTGEHLVQYDDADEETLDLGKEKIEWVEDKGRSLRRLRRGSVFEKGVVPVGEANVEEESGGDDSSDEDWGKGKGREEVEDDSEDVEFEEEEDEEEEVEGPKKGQSKKVDPKKRKAVGEGTMGSGKRRKSSGGAEKNTFKVSSVEPMKNAESRKASDILDNVLPGDALERFGAREAEKLPFLGGERKDAKRRCPGDANYDPRTLYLPPNFLKNLTGGQRQWWEFKSRHMDKVIFFKMGKFYELFEMDAHIGAKELDLQYMKGGQPHCGFPEKNFSINVEKLARKGYRVLVVEQTETPEQLELRRKEKGSKDKVVKREICAVVTKGTLTEGEMLSANPDASYLMAVTESCQFEERSFGVCVVDVATSRIILGQFRDDSECSTLCCLLSELRPVEIIKPANLLSPETERALMRHTRSPLVNELVPISEFWDSKKTVSEIRSVYRCFNDLSVSGSLNEANLSVKGSFVEEDPLGLPDILSKLVNAGESGSLALSALGGTLFYLKQAFMDETLLRFAKFELFPYSGVSDIFHKPYMVLDAAALENLEIFENSRKGDSSGTLYAQLNHCVTAFGKRLLKTWLARPLYHLDSIRERQDAVAGLRGVNLPSALEFRKELSRLPDMERLLARIFASSEANGRNANKVVFYEDAAKKQLQEFISALRGCELMTQACSSLGVILENVESGLLHHLLTPGKGLPDIHSVINHFKEAFDWVEANNSGRIIPHEGVDKEYDSACKTVKEIELRLKKHLKEQQKLLGDASINFVTIGKEAYLLEVPESLRGNIPRDYELRSSKKGFFRYWTPNIKKFLGELSHAESEKESKLRSILQRLISRFCEHHDKWRQLVSSTAELDVLISLAIANDYYEGPTCRPVISGLSNSNEVPCFTAKSLGHPVLRSDSLGKGTFVPNDITIGGSDHACFILLTGPNMGGKSTLLRQVCLAVILAQVGADVPAESFELSPVDRIFVRMGAKDNIMAGQSTFLTELSETASMLTSATCNSLVALDELGRGTSTSDGQAIAESVLEHFVHKVRCRGMFSTHYHRLAVDYKKNSKVSLCHMACQVGKGVGGVEEVTFLYRLRPGACPKSYGVNVARLAGLPNSVLQKAAAKSREIEGIYGRHRKGSDDGCDERLSSQNSEDDVVFFIQSLINGVAKLSYHKSFKDIHASSLSDLQQRARIFLDQN |