Entry SERSA00496 (SerAS9_0507)

B Serratia plymuthica (strain AS9)


General Information

Description
hypothetical protein KEGG: hel:HELO_4399 hypothetical protein
Organism
SERSA - Serratia plymuthica (strain AS9) (Taxon-ID: 768492)
Locus
A561119..562963
Number of exons
1

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MKPLHMFSEP YGTTGNISDN FRRLLGAPTL DPLQTVIRES IQNIADAAKL GLGPDIYIRI    60
RKLTEQQVSV LANTVLKDLP NEARSKKEFA SLLSQKEPVV MEICDFNTVG LGGPTRADRI   120
PINTKRTDFI DFLRNIGTAR DTKLGGGTYG FGKVALYKAS KCSFVIIDSQ PYDSSSEDRR   180
LIGCHIGHSF NIPENGMQKR FTGRHWWGVP DLEDGVVDPL IGNDAKILAS ALGFPDRDMT   240
RSGTSIMILD FDNGGEELLT IGNKIAGAIL YNFWPRMMRD TPSDRRFNCY LEVDGLPIEI   300
PEPEDFPPLD LFTKAMRAAR TESGNNIIKM LSKKPIKELG ILAIEHGLRN QRRSLLSEYS   360
PFPKTSQHIA LMRPVELVVK YLEGAGLPDT RLEWAGVFIT SSEHEVESAF ADSEPPAHDD   420
WVPNNLPKGH AKTYVNVALR DLRFHATTQG EKGTGRPIYQ SGPPLARLAG NLGSALEGVN   480
GEGAGLIRTG GGGGGNPRPI CAKSTSPLFI RLEATKLGTV AVFSTDVRQD NRKRGAQLSV   540
MASIALEGVK TFQLDEGIII QPTIVSITSI ERRVEIMGSI FQLEGEEGTY EIRVTVPKDC   600
AVTVEANVLM EEQI                                                     614

Coding Sequence

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GTGAAACCAC TTCATATGTT TTCGGAGCCG TATGGAACTA CTGGTAATAT CAGTGATAAT    60
TTCCGTCGTC TTCTTGGTGC TCCAACATTA GATCCTTTAC AAACAGTGAT TAGAGAGTCT   120
ATTCAGAATA TTGCTGATGC CGCTAAACTA GGTTTGGGTC CGGATATATA TATTAGAATT   180
CGCAAGTTAA CTGAACAACA AGTATCTGTT TTAGCTAATA CAGTTCTGAA GGATCTACCT   240
AACGAGGCTA GATCAAAAAA AGAGTTTGCA TCATTGTTGT CTCAGAAAGA ACCCGTGGTA   300
ATGGAAATTT GCGATTTTAA TACAGTTGGT CTTGGTGGGC CTACTAGAGC GGACCGTATA   360
CCCATTAATA CTAAAAGAAC GGACTTCATT GATTTTCTTA GAAATATAGG TACCGCAAGG   420
GATACTAAAC TAGGCGGCGG TACTTATGGA TTCGGAAAGG TTGCCCTATA CAAGGCAAGT   480
AAATGCAGCT TTGTGATAAT AGACTCTCAA CCATACGATT CAAGTTCTGA AGATCGCCGA   540
TTAATCGGCT GCCATATTGG ACACTCATTT AATATACCTG AAAACGGAAT GCAAAAGCGT   600
TTTACTGGTA GACATTGGTG GGGTGTCCCT GATTTAGAAG ATGGAGTTGT TGATCCGTTA   660
ATTGGTAACG ATGCTAAAAT ATTAGCTTCT GCACTTGGCT TTCCCGATAG AGATATGACA   720
CGAAGCGGGA CATCGATAAT GATTCTAGAC TTTGATAACG GTGGTGAAGA GTTACTAACT   780
ATTGGAAATA AAATTGCAGG AGCAATATTG TATAATTTTT GGCCGAGAAT GATGAGAGAT   840
ACCCCATCAG ATCGGCGTTT TAATTGTTAT CTTGAAGTAG ATGGTTTGCC GATAGAAATC   900
CCAGAACCTG AGGATTTTCC TCCTTTAGAT CTATTTACAA AGGCTATGCG AGCAGCAAGA   960
ACGGAGAGTG GAAATAATAT AATAAAGATG TTATCAAAAA AACCGATAAA AGAACTTGGT  1020
ATATTAGCGA TTGAACATGG GCTTAGAAAT CAGAGACGCT CATTATTGTC TGAATATAGC  1080
CCTTTTCCCA AGACTTCCCA ACATATAGCA CTTATGCGTC CTGTTGAACT TGTCGTAAAA  1140
TATCTTGAAG GTGCGGGATT GCCTGATACA AGGCTCGAAT GGGCAGGTGT GTTCATCACT  1200
AGCAGCGAGC ATGAAGTAGA AAGTGCTTTT GCTGATTCGG AACCACCTGC CCATGATGAT  1260
TGGGTCCCAA ACAATCTTCC TAAGGGTCAT GCGAAAACAT ATGTGAACGT TGCGCTTCGA  1320
GATCTCAGAT TCCATGCTAC TACTCAAGGA GAAAAAGGTA CCGGTCGCCC GATTTATCAG  1380
TCTGGGCCAC CTTTAGCGCG CCTTGCCGGT AATCTAGGTA GTGCTTTAGA AGGGGTTAAT  1440
GGTGAGGGGG CTGGATTGAT TCGCACTGGT GGTGGAGGGG GTGGGAATCC ACGTCCGATA  1500
TGTGCCAAGT CAACTTCTCC TTTATTTATT CGACTTGAGG CGACCAAACT TGGCACTGTG  1560
GCAGTTTTTT CAACAGATGT ACGCCAAGAT AATAGAAAGC GTGGGGCTCA GTTGAGTGTT  1620
ATGGCTTCTA TTGCCTTAGA GGGAGTAAAA ACATTCCAGC TAGATGAGGG TATAATAATA  1680
CAACCCACTA TTGTTTCGAT TACATCTATC GAAAGAAGAG TTGAAATAAT GGGGAGTATT  1740
TTTCAGCTCG AAGGTGAGGA AGGCACTTAT GAGATTCGCG TGACAGTACC AAAAGACTGT  1800
GCTGTTACTG TTGAGGCTAA TGTATTGATG GAGGAGCAAA TATGA                  1845