KEGG   Candidatus Methanomassiliicoccus intestinalis Issoire-Mx1: MMINT_09790
Entry
MMINT_09790       CDS       T02692                                 
Name
(GenBank) internalin-like protein
Organism
mer  Candidatus Methanomassiliicoccus intestinalis Issoire-Mx1
SSDB
Motif
Pfam: Flg_new PKD_4 PKD Flg_new_2 HEPN_MAE_28990
Other DBs
NCBI-ProteinID: AGN26330
UniProt: R9T6I3
Position
complement(989364..992636)
AA seq 1090 aa
MSVTSSRITVSFITPLPLFSALQQDLVVNSPSWLSASGNLSTSTVTLSGNVPYFGTFPIS
VTCKLSQGSATFTGTVKIVNGAPSTTSYTVSYNANGGTGSIASSTVTSGSTVTLPTSGMS
KEGYTLAGWALNSVNGTNYEPGEKYKVTGNATFYAKWTSSTYYAAFNANGGVFSNGSDTK
YLTMNTGTSYTLPRSYEVSRYGYELVGWYPGQFSSNITKPGTSYDMQTWWTAVWTEKPVC
TATFNANGGTGTVASMSAYAEEAIYLPTEGFTKSGYVLSGWNLESTDGTLIDLGGYYRIG
TNVTFYANWSTASYTLNFDANGGSSVPSKTIFYGRTYGDLPTPARTGYDFAGWYTSASGG
SNVTSSTQVTATADHTLYAHWNGKSYTVTFNANGGTVSPESKTVNYGSSYGSLPTPTRNG
YTFLGWYTSSSGGTQITTTTNVSLALSHTLYAHWEKTVVVSFESNGGSDVFSKTIAQGSH
AVKPSNPSKTGFIFRGWYEDIELTQEYYFDSPVNENLTLYAKWKSTYLGQFTVFVDDGSG
WQYETVSANDGAQAVRATTFWKSTDSMVEMEYYDRPSNSMWISTNYGEITEFMGHRNSES
GCVWNAYALIGNRWIACDYSIGHYRCFNDYNADLQSANIALQYGDKSTAVPPSLETYIDD
EMIDTSNITSVANTPEFAVYFDISSRYNAYSLVSDRTLIDVYGNKVNSIRDGEHLIIVGH
GSDAYTALKDAIGYSTYNLMGREFPGPLPYGTVTRILDVTESRDPNLSLSLFASDSHLGY
SRPFENSNYFCLTLVEDVIFDTFYTMWTVRPYADYSDIAPIIFDSNGGTDVEPQFIEIYN
KAIKPADPVRSGYTFKGWYLNDKLYDFDTTIRSENTKMTLYAHWEKSVSHTITFYANNGS
DVNVQTVDHNAIAARPADPARSGYVFGGWYVNEELTSEYTFTTPVTSEITLYAKWYSNLV
FTSIPSINDIKVTVDGRTITASVAADNYLYILWDMGNGETVKTYTNRLTYTYDEFGDYQI
KATAVNSEGTSETELGVSIGTEHGTDWTVLALVVVLGIVLAVVSYLFNIPAGIIAGVVAA
VIIYLLKHFL
NT seq 3273 nt   +upstreamnt  +downstreamnt
atgtctgtaacttcttcccgcatcactgtttcgttcattacgccgctgccgctgttcagt
gctctgcagcaggatcttgttgtcaacagtcccagctggctcagcgcttccggcaatctt
tccacaagtaccgtcaccctgagcggaaatgtcccctacttcggcacctttcccatttct
gtaacctgcaagctttcacagggatcggcaacattcaccggtacagttaaaatcgttaac
ggagcgccctcaacgacctcctacacagtctcatacaatgccaatggcggtaccggatca
atagcatcaagcacagtcacttccggcagcactgtcactctgcctaccagcggtatgtct
aaggaaggatacacccttgcaggctgggctttgaattctgtcaatggaacaaactatgaa
cctggagaaaaatacaaagtcacagggaacgcgacattctatgccaaatggacatccagc
acatattacgcagcattcaacgccaacggcggagtgttcagcaacggatcagacactaag
tatcttacaatgaacaccggcacatcttatactcttcccagatcctacgaggtaagcagg
tacggctatgaattagtgggatggtaccctggtcagttctccagcaatattaccaaacca
ggaacttcgtatgatatgcagacatggtggactgcagtatggactgaaaaacctgtttgt
actgccacattcaatgccaacggcggtaccggtacggtagcaagcatgtctgcctacgcc
gaagaggccatctatctcccgactgaaggatttactaaatcaggatatgtactctcaggc
tggaatcttgagagtacggatggaactctgatcgatctcggaggatattacagaataggt
acaaacgttacattctatgccaactggagcactgcctcatacacgctgaattttgatgcc
aacggcggatcatctgttccttccaagaccatattctacggcagaacgtatggagatttg
ccaacgcctgctcggacaggttatgactttgcaggctggtacacatcagcgtcaggcgga
tccaatgtcacttcatcaacgcaggtaactgcaactgccgaccacacgctttacgctcac
tggaatggcaaatcatacactgttacattcaacgccaacggcggtacagtcagtcctgaa
agtaaaactgtgaattacggctcaagctatggatcactgccgacaccgacaagaaacgga
tacactttcctgggatggtacacttcatcatctggtggaacccaaataacaaccacaact
aatgtgtctttggctttgagtcatacattatatgctcattgggaaaaaacagtcgttgtg
tcattcgaatctaacggaggatcagatgtattttcgaaaacaatagctcagggaagtcat
gcagttaagcctagcaatccgagtaaaacgggatttatttttagaggatggtatgaagat
atagaattgactcaagaatattattttgattcgcctgttaatgaaaacctcacgttgtat
gctaaatggaagtcaacctatctaggccagtttaccgtttttgttgatgatggttccggc
tggcagtatgaaacagtatctgccaatgatggtgcacaggcggtacgggcaactactttc
tggaaaagtactgactcgatggtagagatggagtattatgatagaccttcaaacagtatg
tggatctctacgaactatggggagattacggaattcatggggcacagaaatagtgaaagt
ggatgcgtgtggaatgcatacgcactcattgggaatagatggatagcatgcgattattca
ataggccactacaggtgctttaatgattataatgctgatcttcaaagcgctaatattgca
ttacaatatggtgataaatcgaccgctgtacctccttctcttgagacatacatagatgat
gagatgatagatacaagtaacattacatcggttgctaacactccagaatttgcagtatat
tttgatatctcttcacgatataatgcatatagcttagtttcagataggacacttattgat
gtgtacggcaataaagtgaactctataagagatggagaacatcttataattgtggggcat
ggatctgacgcttatactgctctcaaagatgccatagggtattcaacatacaatctaatg
gggagagaatttcctggacctctgccctatggtacagttacacgcattcttgatgttaca
gaatcacgcgatccaaatcttagtttgagtttgtttgcatccgacagtcatctgggatat
tccagaccatttgagaatagtaactatttctgtctgacacttgtagaggatgtgattttt
gacaccttttatactatgtggacggtgcgcccatacgcggactatagcgatatagcacca
atcatattcgattccaacggaggtactgatgtagagccgcagtttatagaaatatataac
aaagcgataaaacctgcagatccagtaagatctggatatacgttcaagggatggtatctg
aacgataaattatatgattttgatacaactattagatctgaaaatacaaagatgacactg
tatgctcattgggaaaaatctgtgtcgcatacaattacattctatgccaacaatggttca
gatgttaatgttcagactgtcgatcacaatgcgatagcggccaggcctgcagaccctgca
cgttctgggtatgtgtttggaggatggtatgtaaatgaagaattgacttcagaatacaca
tttactacaccggttacttctgaaattactctttacgccaagtggtacagcaatctggtc
tttacatcgatcccgtccattaatgatatcaaagtcactgttgacggcaggacgataaca
gcctcggtagcagcagacaattacctttacattttatgggacatgggaaacggtgaaact
gtcaagacatacaccaacagacttacttacacatatgacgaatttggagactaccagatc
aaagccactgcagtaaactctgaaggtacatctgaaacagaattaggcgtgtcgataggc
acagagcatggaacagactggacagtgctggcgctggtagtcgttttaggtattgtctta
gcagttgtttcatacctgttcaatatcccagcaggtattattgcaggcgttgtcgcagca
gtcatcatctatctgcttaaacactttctctga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (349)   
   RefGene (347)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (356)   

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