KEGG   Candidatus Methanomassiliicoccus intestinalis Issoire-Mx1: MMINT_09720
Entry
MMINT_09720       CDS       T02692                                 
Name
(GenBank) internalin-like protein
Organism
mer  Candidatus Methanomassiliicoccus intestinalis Issoire-Mx1
SSDB
Motif
Pfam: Flg_new Flg_new_2 PKD Y_Y_Y PKD_4
Other DBs
NCBI-ProteinID: AGN26326
UniProt: R9T9J6
Position
complement(980560..983244)
AA seq 894 aa
MKHKRILGALALIIALCFLCSPAIADDHQVADSPVLGGNVNTYDMGVVTSPNLGTWTMNS
NSEQVIIKFTTYPSLKSAVVTVNSPNWLSASGDLSTSTVTLIGTPPTNSGTYNISVTCQL
MQGSQTFTGTMIHVDGTVEVYSVKFITGSTVYATKTAKAGERINLLTEGASINGKTLTGW
RLNSTSGTLYSLGASYTVNSDVSFYGAYTTNKYKISFDANGGTGTVNSISADYQSTITLP
SGGFSKAGYTLTGWNSLMNGAGTHYDLGSSYKIDTIYNRTLYAEWSPITYTVTFNSNGGT
SVASQQVTHGSSASLPAPPPTKDGYIFEGWYTNSSLTTKYNFESSSITSNTTIYAKWIKP
QGTHITGGGYKVEIYVGSAYTETFTFDPPDLSSFDEINEIFAEFNNGTATQYGLTVTKLS
DYVYTVSGTPNQAGKTSLSLVVSGHLVDADDGEYGLYTVSYDIKLPAYKVTFNPNGGTVS
TASKTVTYSSTYGDLPNPSREGYDFAGWYTSASGGSKVTSSTQVTATADHTLYAHWTAKS
YTVTFNSSGGSSVASQTVEHGKTASKPADPSKGNKAFGGWYTDENLTSQFNFNSKITGNI
TLYAKWVDPFIVSFNTNGGSEIENQQIKSGERAVRPANPVKDGYTFLGWYTDLTLTEEYN
FNSAVTSDLTLFASWSLKSYTITFNSNGGSEVDAQIISHGNKPVRPENPSRNGFTFGGWY
TDAALTDEYAFGLNATENLTLYAKWYEDIVFTSTPSISDIKVTIDDRTITASVAAENYEY
IIWDMGNGEVYKTYTNSFSYTYADPGNYQIKAVAVNNAGESEPVFYDLEITDIINEEPAD
ENTVDFALIFIVAAIICMVLAWIILPIRRWEQVIFLIIVATVLLLIACILGVIL
NT seq 2685 nt   +upstreamnt  +downstreamnt
atgaagcataaacgcattttgggggctcttgccctcatcatcgcgttatgtttcctctgt
tctccagcgatagctgacgatcaccaagttgcagactcgccggttctcggcgggaatgta
aacacatatgacatgggagtagtaacatcgccaaacctgggaacttggacaatgaattcg
aattcggaacaggtcattatcaagttcactacctacccctcgctgaagtcagctgtcgta
actgtcaacagtcctaactggctcagcgcttccggcgatctttccacaagtaccgtcacc
ctgatcggaacaccgcctaccaactcaggaacatacaatatatcggtcacctgtcagtta
atgcagggatcgcaaacattcaccggaacgatgattcatgtagacggcacggtagaagtc
tatagcgtcaaattcattacaggaagtacagtatatgcaacaaagaccgcaaaggccggg
gaaagaataaacctgcttactgaaggtgcatccataaatggaaaaacccttaccggctgg
aggcttaattccacttcaggaactctatacagcctcggagcatcatataccgtcaactct
gatgtttcattttatggagcatacactacaaacaaatacaagatttcattcgatgccaac
ggcggtaccgggacagtaaattctatcagcgcggattaccagagcacgatcaccctgccc
agtggaggcttcagcaaagcaggatacactctcacaggctggaacagccttatgaacggg
gctggaacccactatgaccttgggtcatcatacaagatagatacgatctacaaccggaca
ctgtatgccgaatggtcacctatcacatacacagttacattcaattctaacggcggtact
tcggtagcgtcacagcaagtgacccacggcagttcagcatcattgccggcgccgcctccg
acaaaagacggatacatctttgagggctggtatacaaattcatcattgacaaccaaatat
aattttgaatcctcatcaatcacctctaataccacaatatatgccaaatggattaagccg
cagggaacccacattacaggcggcggttacaaagtcgagatctatgtcggttcagcatat
actgaaacattcacattcgacccgccggatctctcaagctttgacgagatcaatgagatc
tttgcagaattcaacaatggaactgcaacgcagtacggactcacagtcaccaagctctct
gattatgtatataccgtttcaggaacgccgaatcaggcaggcaaaacttcgttaagcctt
gttgtttccggacatcttgtcgatgccgatgacggtgaatacggactgtatacagtctcg
tacgacataaagttaccagcatacaaggttaccttcaatccaaacggaggtacagtcagt
actgccagcaaaactgtaacttactcatccacatacggagatctgccgaatccttccaga
gaaggttatgactttgcaggctggtacacatcagcgtcaggcggatccaaagtcacatca
tcaacgcaggtaactgcaactgccgaccacacgctttacgctcactggactgctaaatca
tacactgtcacattcaacagcagcgggggcagctctgtagcgtctcagactgtagagcac
ggcaagacagcttccaagccggcagacccttccaaggggaataaggccttcggaggctgg
tataccgatgaaaatcttacatctcagtttaactttaattcaaaaataacaggaaacatc
actctgtacgcaaaatgggtggatccgttcatcgtttccttcaacaccaacggcggttca
gagatagagaaccagcagataaaaagcggggaaagggcagtaagaccggccaatcccgtt
aaggacggatacaccttcctgggatggtacacagacctgactctgacagaagaatacaat
ttcaattctgcagtcacttccgacctgactttatttgcgtcatggagcctcaaaagctat
acaatcacatttaacagcaatggaggttctgaggtagatgctcagatcatatcgcacggc
aacaagcctgtacggcctgaaaacccgtcaaggaacgggtttactttcggcggctggtat
accgatgcggctctgacagatgaatacgcattcggcctcaatgctacagagaacctcacc
ctttatgccaaatggtatgaagacattgtttttacttctaccccgtcaatcagcgatatc
aaggtcaccatagatgacagaaccataactgcatctgttgcagctgaaaattacgaatac
atcatctgggacatgggaaacggtgaagtttataagacatataccaacagcttcagttac
acatacgctgatcctggaaattatcagatcaaggcagtggcggtcaacaatgcaggcgaa
tcagagcctgtattctacgatttagagatcacagatataatcaatgaagaaccggctgat
gagaatactgttgactttgcactcatatttatagttgcggcaatcatctgcatggttttg
gcctggataatattacccattagaaggtgggaacaagtcatctttttgataatcgtagcc
acggtattgcttctgatcgcctgcattctgggggtaatcctttga

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Genome (1)   
   KEGG GENOME (1)   
Gene (168)   
   RefGene (166)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (175)   

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