Entry PARD803420 (A6LHR8)

B Parabacteroides distasonis (strain ATCC 8503 / DSM 20701 / CIP 104284 / JCM 5825 / NCTC 11152)


General Information

Description
Putative TonB-dependent transmembrane receptor protein
Organism
PARD8 - Parabacteroides distasonis (strain ATCC 8503 / DSM 20701 / CIP 104284 / JCM 5825 / NCTC 11152) (Taxon-ID: 435591)
Locus
Chromosomecomplement(4319957..4322155)
Number of exons
1

IDs and Cross-references

loading xrefs...

Domain Architecture

Gene Ontology

loading GO annotations...

Protein Sequence

Download: Fasta
MKNVLVILAG SLLATTVKAQ MPSPVDSLKI SKDVSLDEVV ITATKVGKET PVAYSDISKQ    60
ELSSRNNGQG IPFLISQSPS VIMTSDAGTG IGYSGFRIRG TDANRINITI NGVPVNDSES   120
HTVFWANMAD IASSVESIQI QRGAGTSTNG AAAFGATVAM QTEKPSLKPY GEYSVSAGSF   180
GTLKHTVKGG TGLLYDHFAF DARYSNIRSD GFIDRASARM SSYYASAAFY ADNTLIKFQA   240
FGNSEKTYQA WNGVPSYLLD TDRSYNPCGE YEEDGVKKFY NNQTDNYWQH NYHLMASQRI   300
GDFWNMNLTL HYTDGNGYYE DYKSKAKFSS YKLPEYIDPE GNTVKKTDLV RRKWLDNYFY   360
GTVYSANYQR DNTRLTLGTA VNNYVGDHFG RVMWTKSANV LPQPDYEYYR NTGKKLDYNA   420
YAKLTQRLSP LFTGYLDLQY RGIHYTIKGN DDKAEEELDI HKNWNFFNPK AGINFHNNGH   480
NAFVSFSVAN REPNRDNFTE AGPEERPTHE TLYDYEAGYS FGNNRFRVGA NLYFMDYNNQ   540
LILTGKISEI GEALTSNIKD SYRMGIELTG GVQITSWLNW NANVTLSQNK IKHFVEYVDN   600
WDTGVQEIND LGTTNIAFSP DLIANSMFDF AYKGFIASFN SQVVGRQYID NSSSKDRSID   660
PYFINSLRIG YAFQPKFMKE ITLDVTINNL FNEKYETNAW VYSYIENGTR KKDDGYFTQA   720
GTNAMARITF KF                                                       732

Coding Sequence

Download: Fasta
ATGAAAAATG TATTGGTTAT CTTGGCCGGC TCCTTACTGG CTACAACCGT CAAGGCACAA    60
ATGCCCAGTC CGGTCGACTC CTTGAAAATC TCAAAAGACG TATCTTTGGA TGAAGTAGTT   120
ATTACCGCTA CCAAAGTCGG GAAAGAAACC CCGGTAGCTT ATAGCGACAT CTCCAAACAA   180
GAGCTAAGCA GCCGGAACAA CGGGCAAGGT ATCCCATTCC TTATCTCCCA ATCCCCGTCT   240
GTTATCATGA CCTCGGATGC CGGAACAGGT ATAGGTTACT CCGGTTTTCG TATCCGGGGG   300
ACAGACGCGA ACCGTATCAA TATCACGATC AATGGCGTAC CGGTTAATGA CTCCGAGTCT   360
CATACCGTAT TCTGGGCTAA TATGGCCGAT ATAGCCTCCT CGGTAGAATC GATCCAGATC   420
CAACGAGGTG CCGGAACCTC TACGAACGGA GCCGCGGCTT TTGGCGCTAC GGTCGCCATG   480
CAAACCGAGA AACCGTCCTT AAAGCCTTAC GGCGAATATT CCGTATCAGC AGGTTCTTTC   540
GGTACGCTGA AGCATACGGT AAAAGGCGGT ACCGGATTAC TTTACGATCA TTTCGCTTTC   600
GACGCCCGCT ACTCCAATAT CCGTAGCGAC GGCTTTATCG ATCGTGCCTC CGCCCGTATG   660
AGCTCTTACT ATGCCTCCGC CGCTTTCTAT GCCGATAATA CATTGATTAA ATTCCAAGCC   720
TTCGGGAACA GCGAGAAGAC CTATCAAGCA TGGAACGGTG TTCCGTCTTA TTTACTTGAC   780
ACAGATCGTA GCTATAATCC ATGCGGAGAA TATGAGGAAG ATGGAGTGAA GAAGTTTTAT   840
AACAATCAGA CGGATAATTA TTGGCAACAC AACTACCATT TAATGGCCAG CCAGCGTATC   900
GGAGATTTCT GGAATATGAA CCTGACCCTT CATTACACCG ATGGTAACGG ATATTACGAG   960
GATTATAAAT CGAAAGCCAA ATTCAGCAGT TATAAGCTAC CGGAATATAT CGATCCGGAG  1020
GGTAATACCG TAAAAAAGAC CGACCTCGTG CGCCGTAAAT GGCTCGACAA TTATTTCTAT  1080
GGGACCGTTT ATAGCGCGAA CTATCAACGT GACAATACCC GCCTTACGCT GGGAACCGCC  1140
GTCAACAACT ATGTAGGCGA CCATTTTGGC CGGGTAATGT GGACCAAAAG CGCAAACGTC  1200
TTGCCACAAC CGGATTACGA ATATTACCGC AATACCGGTA AGAAATTAGA CTACAACGCA  1260
TACGCAAAAT TGACCCAACG TCTTTCCCCT CTTTTCACCG GCTATCTGGA CTTACAATAC  1320
CGTGGGATCC ATTACACCAT TAAGGGAAAC GATGACAAAG CCGAGGAAGA GCTGGACATT  1380
CATAAGAACT GGAACTTCTT CAACCCGAAA GCCGGTATAA ACTTCCATAA TAACGGCCAT  1440
AACGCATTCG TCTCTTTCTC CGTCGCAAAT CGGGAACCGA ACCGTGACAA TTTCACGGAG  1500
GCAGGCCCCG AAGAACGTCC TACCCACGAG ACCTTATATG ATTACGAGGC CGGTTATAGT  1560
TTTGGTAACA ACCGTTTCCG GGTTGGAGCC AATCTCTATT TCATGGATTA CAACAACCAA  1620
TTAATCCTGA CCGGCAAGAT CAGCGAGATC GGTGAGGCCC TCACTTCCAA TATAAAGGAT  1680
AGCTACCGAA TGGGCATCGA GCTTACCGGA GGTGTACAAA TCACCTCTTG GCTGAATTGG  1740
AACGCGAACG TAACCCTCAG CCAAAATAAA ATCAAGCATT TCGTGGAATA CGTGGATAAC  1800
TGGGATACCG GAGTACAAGA GATCAACGAT CTAGGTACAA CGAATATCGC TTTCTCCCCA  1860
GACCTAATCG CAAACAGCAT GTTCGATTTC GCTTACAAAG GATTTATCGC TAGTTTCAAC  1920
TCGCAAGTAG TAGGCCGCCA ATACATAGAC AATTCAAGCA GCAAGGATCG TTCCATCGAT  1980
CCCTACTTTA TCAATAGCCT ACGTATCGGT TACGCCTTCC AGCCTAAGTT CATGAAAGAA  2040
ATAACCCTAG ACGTGACTAT CAACAACCTC TTCAACGAGA AGTACGAGAC CAACGCATGG  2100
GTATACTCGT ATATCGAAAA CGGCACACGT AAAAAGGATG ACGGTTATTT CACCCAAGCC  2160
GGCACGAACG CCATGGCCAG GATCACCTTC AAATTCTAA                         2199