Identifiers and Description

Gene Model Identifier

Contig783.1.g67

Standard Name

MSH6c

Aliases

Contig783_1_g67

Description

MutS domain V

Genome Browser

Genome Browser (Micronucleus)

Micronuclear Genome Browser

Gene Ontology Annotations

Cellular Component

• integral component of membrane (IEA) | GO:0016021

Molecular Function

• tetrahydromethanopterin S-methyltransferase activity (IEA) | GO:0030269
• ATP binding (IEA) | GO:0005524
• mismatched DNA binding (IEA) | GO:0030983

Biological Process

• methanogenesis (IEA) | GO:0015948
• mismatch repair (IEA) | GO:0006298

Domains

• ( pfam00488 ) MutS domain V
• ( pfam05192 ) MutS domain III
• ( pfam01624 ) MutS domain I
• ( pfam05190 ) MutS family domain IV
• ( pfam05188 ) MutS domain II
• ( pfam04210 ) Tetrahydromethanopterin S-methyltransferase, subunit G
• ( pfam13191 ) AAA ATPase domain

Gene Expression Profile

Homologs

Source	Identifier	Score	Description
T. thermophila	TTHERM_00194810	9.997093137033517e-262	MutS domain III family protein
SGD	YDR097C	4.000646128913442e-117	MSH6 SGDID:S000002504, Chr IV from 643837-640109, Genom...

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>Contig783.1.g67(coding)
ATGGTTGAGGCGGCTCTTCAAACTGGAGAGGTGGAAATAATAATTGGAGAGGTGGCAAGT
CATTTTTCGGGAGAGGCCAATATAACAACTATAGAGGGGGTTATAGGGGAGGCTACAGAA
ACTGGAGTTACCGAGGCGGGAGAGGCGGTAGTAATGGAAACTATGGAAATTGGTAAAGAA
AAGATGACACACAACAAACTCTCCTTGGTAGTAATAGAGATGAGTAAGAAAATGATAATG
AATACGGCGATGAAGGGATGCCTGGCAATAATGAAGAGATTGAAAATGACTAGAATGATA
CGAAAGACTTTTGGAGATGACCATGAAATCAAAAATGAGGAAAACCAAAATCAGTAGTAT
TACAATGGCAATCAAGCTAAGCGTTTTTAGTATAACTCTGATTATTCGATGAAAAATGAC
TAAGAGTAAGAGGATAACTCATCAAATTTAAATTTTGAAGAGATGGCAAACGAAGATAAT
GAGTTAAGTTGCTAAGAAGTTCAAATGATGGATTAGTAGCCGAATTAATAGCAAAAACCT
CAAAGAAGAGTTTAGTTTTAAGGCATTTCAAACGATGGAGACGATCAATCACATGGATCA
GCTGGTTCAAGGGGATAATAACTAATAGAGCCTAAGTATCCTAAGTTTGGTGATAATGCC
CCAAATTCAGTGACTCAGAATACTTACACTAAGAAGGATCATGTTTACTGTCATGGCTTT
GGTTATGCAAAGATGGCAGAAAACCAAATTAAGCTAGAGACAGGTCTTAGTAGTCCATCA
AAGTTTGATTAAAACTTAAGACCTCCACAAGATAGGCTGTAGAGTTAATTACCTTTCAAC
CCAACTATTAGCTTAAATGGAGGGAGCTCTTAAAACTAGAACAATAACAATGGCTAACAA
ACTACTTAATTTGGTTAGATTAAGCAAGAATCGGGTTAACAATAAAGGCAGTTACAGCCT
TAAAGATAACAGCAAACTACTATCCCAAACATGAACAATAGGAATGGAAAGTTTAACAAC
AAAAATGCTTAACCTCCAGCACCACTGACAGAGTAATAAAGAATTGGTAAAGAACTTTTT
GAAATACATCTTGAATCCATGAGAATGAGAAAATAGTTGATGGAAGAAATTAAGAAAACA
ACTGAATTCAAGAATTTACCTTGGTTTTTATTGCCAGAAAAAATATTAGACGGGAATAAG
AGAAGGCCAGACGATCCAAAGTATGATCCAAGCACCATTTTTATCCCACAGCATGAAATG
CAAAAGTTTTCTCCATTTTTGCAGTAGTATTGGGAAATTAAGAGAACTCATTTTGACAAG
GTACTTTGCTTTTAAAAGGGCAAGTTTTATGAGTTATACTATATCGATGCTTTAATTGGA
CATTACTTTTTGAAAATCTAATGGAGTGGAGGAGCTAACCCAATTAACTATCTTCAAGCA
ATATAAGTAGGCATTCATGAGAAAAATTTGAACAAATCTTGCTAAGAATTGATAGATATT
GGCTTCAAAGTTGCAGTCATAGAATAGGTAGAAGATAAGCATGAAGTGGACAAACGCATG
AAGATCAATAATAATAATAACTTCATGAAAAATAGAATGATGATGCAAAAGACTCATGAG
CAGCTTGTGAAAAGAGATCTGAGTGGAATATACACGAGAGGAATTGCACCCTACGATCCT
TCTTCGGTAGATTATGAAACTAAATGGATTCTAGCATTATTTGTATCTACAAGATCTACT
CCTGCTTCTTTTGGCTAAGATCCACATATTAGGATTGACAAAATTTCGGTTGCATTCTTT
GACAATACTACTCTGTAAATACATATGGGTTAATTTGACGAAGATTAATTGTACTCTAAA
ATGAGAACTCTTCTTTGCTAGATTAGACCTGTTGAAGTTATTTATGACAAAGAAAGTATC
TCACTTGACGTTGTAAAGATGCTGAAAGAATAACCTCTTGCCCCTGATTTGAATAGTATA
TCATTGCGTTTGAATAACGTTGATTTTCATAAAGGTATACAAATTGCTTTAAATTTGTAT
GGCCCAGATGTAAATTAATGGCCAAAAGTTCTTCAATAATTTAGGCAATCTTAACATGAA
TATGAGCCTACCTGGATTGCTTTTGCTATGATGGTTATGTATCTTTAGAACAGACTTGTA
GCAGATTAGATTTTGAAATTGACTGACATTCATCTTTACGACCCTATAAACCAACTAAAG
ACTCACATGGAAATCGATGCACAAGCAGTTAGACATCTAGAATTACTTGAGGTCATAGGA
ACTGAGAAACCAAAAGTAGAGGGCTCATTATTCCACTACCTTGATTATACAAAAACTGTT
TTTGGAAAGAGACTTTTGAAAAAATGGATTAGTTCTCCGCTATATGACATCGATAAAATT
AATAGTAGGCTTGATTCAATTGAAGATTTTAATAGGCATCCAGACTTAATTTTCAAATTG
CAAGAAAAGCTTAAGATGTTGCCTGATTTAGAGAAAGAGTGCACTAACATTTATAAGCTT
TCTACAAGAGCTAATATTTCTTTGTTAACATTTGAAAAACTAGATATTGAAAGTTTAAGA
GACTTTTTCAATTTGCTAGAAAAAATAAAATTTGTCAATCAAATTCTAGGTATTTTTAAG
ACTGCAAAGGAAGGCTTTAAATCTAAAAGATTGAAAGCTCTCTTAACAATGAAAGATCCC
ACTAAAAAATAGCCATTAAAGAACGAAGATATAAAACCAAAGCGTGAATAATTAGATTCT
CAAACTTCTAACTAGTCTTAAACGACTGCTCTTTTCCCAGAGATTAACAATGCCATTGCA
GAGTTTGAAGCATTAATTATGTGGAGTAATGGATCTAATGGTGAGAAAATTCCTGAGCCA
ATTGAAGAATTCGATGCAGATTATGACATTGCTAAAAAGAGAATATAAGAAATTGAGAAG
AAGCTTGATAATCATCTGCAAGAAGTTCGAGATATGTTTGGATATAAGTCTTCTAAAGAA
ATCAAGTTTGCTCATTCAACTCATTAGAGATACATGCTAGAAATACCAAAAGTTCTAGTA
GAAGGAGGAAAGAGACCTCCAGATTTTGAACTTGTAAAGACTTCAACAGCTTAAGTTAAC
TTGAAGTTTATCACAAGCAAAATACGAACTTATGTGTCAGAGTTGGAAGATGCCGAGTAT
AACATTAAGATTGCCATTATGCCTTTTATTTGTTCAATATTTGAGATATTCAGGTAGAAG
CGTCGAATATGGTCTCAAATAGTTTCGTGTCTAGCTGAGATTGATTGTCTTGCATCTATG
GCAATAGTTTCCTAATCATCAGATGGGTTGACATGCAGACCGATTTTCATCAAACCAGAA
GACAATTTTTCAAAACCTTACCTTGAGTTAAGAAAAATGAAGCATCCATGTGTGAATCTT
ACATTTAATCCTGTTAATGAGCAATAATAGACTATAGGGTTCTCAGATGAACCAGTGTTT
AAAACTTCACACTTCATACCAAACGATACGATAATTGGAAGATTAGATTAATCTTAGTAA
CATATTACTTCAAATTATGAAGATAATTAACCCAATATTTTGCTTTTGACAGGACCTAAC
ATGGGTGGTAAATCTACTCTTTTGAGATAGACTTGTCTAGCCGTAATCATTGCATAAATT
GGTTGTTATGTGCCAGCTGAGAAATGCATTTTAACTCCAGTTGATAAGATTTTCACAAGG
CTTGGAGCTTCAGACAAACTTCTCGAGAAGAAAAGTACATTTTACGTTGAAATGGAAGAA
ACTAAAGCCATTTTAGATAAAGCAACCTAGAATTCACTTGCTGTACTTGATGAACTTGGT
AGAGGCACTTCAACTTATGATGGTCTTTCAATCGCTGATGCAGTGCTTTAGTATCTAGCT
GATAAGATTGGGTGCCGCAGTCTGTTTGCAACACACTATCATCAACTCTGCTCAAAGTAT
GAAGATCACCCTCTCATTCAAAATGCTTCTATGACTTACAATCTTGATATCAAGAACTAA
AAGATCACTTATCTTTTTCAGTTGAAGAAGGAGAAATGTGGTAAGAGTTTCGGTATCAAT
GTAGCATAGATAGCAGGTCTTCCACAAAAAATCATCAAAACAGCAATGACAAAATCCATA
GAGCTAGAGAAATCTCTAGAGGAAGTATACAAACGATATTTAGAAAGCAGAAATAACATA
GAGTTGAGAAAAATTAAACAGTAGAGAGTCAAAGAACAAAACAACTCTTTCAATTTTGGA
TTTTAAAATTTTTGGTGA

>Contig783.1.g67(protein)
MVEAALQTGEVEIIIGEVASHFSGEANITTIEGVIGEATETGVTEAGEAVVMETMEIGKE
KMTHNKLSLVVIEMSKKMIMNTAMKGCLAIMKRLKMTRMIRKTFGDDHEIKNEENQNQQY
YNGNQAKRFQYNSDYSMKNDQEQEDNSSNLNFEEMANEDNELSCQEVQMMDQQPNQQQKP
QRRVQFQGISNDGDDQSHGSAGSRGQQLIEPKYPKFGDNAPNSVTQNTYTKKDHVYCHGF
GYAKMAENQIKLETGLSSPSKFDQNLRPPQDRLQSQLPFNPTISLNGGSSQNQNNNNGQQ
TTQFGQIKQESGQQQRQLQPQRQQQTTIPNMNNRNGKFNNKNAQPPAPLTEQQRIGKELF
EIHLESMRMRKQLMEEIKKTTEFKNLPWFLLPEKILDGNKRRPDDPKYDPSTIFIPQHEM
QKFSPFLQQYWEIKRTHFDKVLCFQKGKFYELYYIDALIGHYFLKIQWSGGANPINYLQA
IQVGIHEKNLNKSCQELIDIGFKVAVIEQVEDKHEVDKRMKINNNNNFMKNRMMMQKTHE
QLVKRDLSGIYTRGIAPYDPSSVDYETKWILALFVSTRSTPASFGQDPHIRIDKISVAFF
DNTTLQIHMGQFDEDQLYSKMRTLLCQIRPVEVIYDKESISLDVVKMLKEQPLAPDLNSI
SLRLNNVDFHKGIQIALNLYGPDVNQWPKVLQQFRQSQHEYEPTWIAFAMMVMYLQNRLV
ADQILKLTDIHLYDPINQLKTHMEIDAQAVRHLELLEVIGTEKPKVEGSLFHYLDYTKTV
FGKRLLKKWISSPLYDIDKINSRLDSIEDFNRHPDLIFKLQEKLKMLPDLEKECTNIYKL
STRANISLLTFEKLDIESLRDFFNLLEKIKFVNQILGIFKTAKEGFKSKRLKALLTMKDP
TKKQPLKNEDIKPKREQLDSQTSNQSQTTALFPEINNAIAEFEALIMWSNGSNGEKIPEP
IEEFDADYDIAKKRIQEIEKKLDNHLQEVRDMFGYKSSKEIKFAHSTHQRYMLEIPKVLV
EGGKRPPDFELVKTSTAQVNLKFITSKIRTYVSELEDAEYNIKIAIMPFICSIFEIFRQK
RRIWSQIVSCLAEIDCLASMAIVSQSSDGLTCRPIFIKPEDNFSKPYLELRKMKHPCVNL
TFNPVNEQQQTIGFSDEPVFKTSHFIPNDTIIGRLDQSQQHITSNYEDNQPNILLLTGPN
MGGKSTLLRQTCLAVIIAQIGCYVPAEKCILTPVDKIFTRLGASDKLLEKKSTFYVEMEE
TKAILDKATQNSLAVLDELGRGTSTYDGLSIADAVLQYLADKIGCRSLFATHYHQLCSKY
EDHPLIQNASMTYNLDIKNQKITYLFQLKKEKCGKSFGINVAQIAGLPQKIIKTAMTKSI
ELEKSLEEVYKRYLESRNNIELRKIKQQRVKEQNNSFNFGFQNFW