KEGG   Candidatus Methanomassiliicoccus intestinalis Issoire-Mx1: MMINT_09770
Entry
MMINT_09770       CDS       T02692                                 
Name
(GenBank) internalin-like protein
Organism
mer  Candidatus Methanomassiliicoccus intestinalis Issoire-Mx1
SSDB
Motif
Pfam: Flg_new PKD PKD_4 Y_Y_Y DUF2612 FHBP_C DUF6676 Glt_symporter
Other DBs
NCBI-ProteinID: AGN26329
UniProt: R9T6T7
Position
complement(986146..989178)
AA seq 1010 aa
MKNKSKIMGTACFLLALCFILSAAAMLPADDPNDDSPVLASSSHSLGVVNSTNLGSWTMY
PTSDNITITFRPAQSLKSTNITVNNPSWLSASGNLSTGTVTLTGSPPYLGTFFVSVTCQL
MQGSATFTGSMNLASSTPSTTSYTVSYNANGGTGSIESKTVTSGDSVTLPTRGVSKSGYI
LSGWTLNSVNGTVYEPGEKYKVTANATFYAKWTSSTYYAEFNANGGVFSNGSDTKYITMN
TGTSYTLPRSYEVSRYGYKLVGWYPGQFSSNIVKPGTSYDMQTWWTAVWVEMSPYTATFN
ANGGTGTVASMSGYEEEVLFLPTSGFTKSGYVLSGWNLESTDGTLIDLGGYYRIGTNVTF
YANWTPATYTVTFNANGGSTPVANKTVTYNGTYGDLPTPTRTGYNFAGWYTSSFSGSKVT
SSTQVTATADHTLYAHWNGKSYTVTFNANGGTVSPESMNVTYGSGYGSLPTPTRDGYAFL
GWYTSSSDGTKITNTTYVSLALNHTLYAHWEAGVVVTFNSNGGLDVPPQRIAMGDSPTYQ
TATKEGKVFVGWYSNSSLTTSFNFSTPVYENITLYAKWCDYLVTFVGGKTPIDPQYLNDG
DCVKKPTLDPYRSGYKFLCWCTEPMCAKEYDFDILISSSITLYAKWEDFYDLGEPPETHY
LRLGESYNMPIVAGGNPQHGVVFRYLNSGPEIKLSGNSYIFTPTECGAHTPYIYFEIARS
INGHSGISHTGNTNAYFYVYNYEVNFVGYPSHTQYLIDGEKASRIKDPTTYNRTFVGWYT
DAALTNAYDFNSPVTADLDLYPKWTARTYSVTFNSNGGSSVASQAVGEYKTASKPDDPTK
DGYTFGGWYRNASLTNEYTFTTAVTSNITLYAKWYSNLVFTSIPSINDIKVTVDGRTITA
SVAADNYLYILWDMGNGETIKTYSNKLVYTYNESGDYQIKATAVNSEGTAETELGVSIGA
EHGTDWTAAVLALVLGVIVLAVVSYLFNIPAGIIAGVVAAVVIYLLKHFL
NT seq 3033 nt   +upstreamnt  +downstreamnt
atgaaaaacaaatccaagataatgggaacagcctgtttccttttggctttgtgtttcatt
ctttcagctgctgcaatgctgcctgcggatgatccaaacgatgattcgccggtattggca
tcaagcagccacagtcttggtgtggtgaacagcaccaatctgggctcatggactatgtac
cctacatcggataacatcaccattacattccggcctgcccagtctcttaaaagcacaaac
attacggtcaataatcccagctggctcagcgcttccggcaatctgtctacaggtaccgtc
accctgaccggcagccctccgtatctaggtacattttttgtttctgtaacctgtcagtta
atgcagggatcggcaacattcactggttctatgaatttagcaagcagtacgccttcaacg
acatcttacacagtctcatacaatgccaacggcggtactggttcaattgaatccaaaact
gttacttcaggagacagcgtcactctgccgacccgcggggtgtcaaagagcggttatatt
ctgtcaggctggacactgaattctgtcaatggaacagtctatgagcctggagaaaaatac
aaagtaactgccaatgcaacattctatgccaaatggacatccagcacatattacgcagaa
ttcaacgccaacggcggagtgttcagcaacggatccgacaccaaatatatcacaatgaac
accggcacatcttatactcttcccagatcctacgaggtaagcaggtacggctataaattg
gtaggatggtatccagggcagttctccagcaatatcgttaaaccaggaacttcgtatgat
atgcagacgtggtggactgcagtatgggtagaaatgtcaccgtatactgccacattcaac
gccaacggcggtaccggtacggtagcaagcatgtctggatatgaagaggaagtcctgttc
ctgccgacttcaggatttaccaagtcaggatatgtactctcaggctggaatcttgagagc
acggatgggacgctgatcgatctcggaggatactacagaataggtacaaatgttacattc
tatgccaactggacgcctgcaacatataccgttacattcaacgccaacggcggttcgact
ccggttgcaaataagaccgtcacttacaacggaacgtatggagacctgccgacgcctacc
aggacaggttataactttgcaggctggtacacgtcatcattcagcggatccaaagtcaca
tcatcaacgcaggtaaccgcaactgccgatcacacgctttacgctcactggaatggcaaa
tcatacactgttacattcaacgccaacggcggtacagtcagtcctgaaagtatgaatgtg
acctacggctcaggctatggatcactgccgacaccgacaagagacggatatgctttcctg
ggatggtacacttcatcatctgacggaaccaaaataacaaacacaacttatgtgtctttg
gctttgaatcatacattgtatgctcattgggaagcaggagtcgtagttacatttaattcc
aatggcggcttagatgttccacctcaaagaattgcaatgggggattctccaacatatcag
actgcaacaaaagaaggaaaagtatttgtaggctggtattcaaatagttctttaacgacc
tctttcaatttttcaactcctgtgtatgaaaatattaccttgtatgccaaatggtgcgat
tatcttgtgacatttgtgggagggaaaactccaatagatccacagtatctaaatgatggt
gattgtgtaaaaaaaccaacattggatccatatagatcgggttacaaatttctatgctgg
tgtacagaacctatgtgtgctaaggaatatgattttgatatcctgatttccagcagcatt
acactttacgctaaatgggaagatttctatgatttaggtgagcctccagaaactcactat
ttaagattaggagaaagctataatatgcctatagtagctgggggtaaccctcaacacgga
gtggtttttagatacttgaattctggtccggagataaaactaagtggtaattcctatata
tttacacccactgagtgtggagcacacacgccatatatctatttcgaaatagcaagatct
ataaatggtcattcaggcatatctcacactggcaatactaatgcctatttctatgtttat
aattatgaggtaaactttgttggctatccatcgcatacacagtatcttatagatggggaa
aaagcatcaaggataaaagacccaacaacatataataggacatttgtcggctggtacaca
gatgctgctctgacaaacgcctatgatttcaattcacctgttacagccgatttagatttg
tatcctaagtggacagcgagaacatattctgttacattcaattctaacggcggcagctct
gtagcgtcacaggccgtaggagagtataaaactgcaagtaagccggatgatcccactaaa
gatggttatacttttggaggatggtatagaaatgcatccttgacgaatgagtatacattt
acaactgctgtaacctcaaacattactctttacgccaagtggtacagcaatctggtcttt
acatcgatcccgtccattaatgatatcaaagtcactgttgacggcaggactataacagcc
tcggtagcagcagacaattacctttacattttatgggacatgggaaacggtgaaaccatc
aagacatactccaataagctggtctatacatacaatgaatccggagattaccagatcaaa
gccactgcagtaaactctgaaggtacagctgaaacagaattaggagtgtcgataggcgca
gagcatggaacggactggacagctgcagtcttagccctggtgttaggtgttattgtctta
gcagttgtttcatacctgttcaatatccctgcaggtattattgcaggcgttgtcgcagca
gttgtcatctatctgcttaaacactttctctga

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Genome (1)   
   KEGG GENOME (1)   
Gene (212)   
   RefGene (210)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (222)   

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