| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1406 |
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| Symbol | |
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| ID | 8398216 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Anaerococcus prevotii DSM 20548 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013171 |
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| Strand | - |
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| Start bp | 1509713 |
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| End bp | 1512520 |
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| Gene Length | 2808 bp |
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| Protein Length | 935 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 644995771 |
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| Product | excinuclease ABC, A subunit |
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| Protein accession | YP_003153150 |
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| Protein GI | 257066894 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0178] Excinuclease ATPase subunit |
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| TIGRFAM ID | [TIGR00630] excinuclease ABC, A subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TTGACAGAAA TTAAGATAAA AGGAGCAAGA ACCAACAATC TCAAAAACGT AGATATCAAT
CTTCCAAGAG ATAAGATGAT TGTATTTACA GGCCTTTCAG GCTCTGGCAA GTCTACTCTT
GCCTTTGATA CCATCTATGC GGAAGGACAA AGGCGTTATG TCGAAAGCTT ATCTTCCTAT
GCTAGGCAGT TTTTGGGCAA TGTAGATAAG CCGGATGTGG ACTCCATTGA GGGACTTTCC
CCATCCATAT CAATCGACCA GAAGACAACT AACAGGAACC CAAGATCTAC AGTAGCAACG
GTTACAGAAA TCTACGATTA TTATAGGCTC CTTTACGCAA GAGTAGGAGA TGCCTATTGT
CCAGTCTGTG GTAGACCGAT AGAAGCCCAA AGTATAGACC AGATGGTCGA TAGGGTAAAG
GAACTTCCTG AAAGAACGAG AATCCAAATT CTTGCCCCAG TAATCAGAGG AAAAAAGGGG
GCTCACAAAA GAGCCCTAGA AAATATCCAG AAGGATGGAT ATGTAAGGGT CGTAATCGAT
GGAGAAAAGT ACGACTTGGC AGAAGATATC GACCTATCCA AGACCAAAAA GCACGATATT
TCTGTCGTTG TAGATAGGAT TGTGATCAAG GATGGAATCG ATGCGAGACT TACAGATTCC
ATAGAGACAG CCCTAGGACT TGCAGATGGC CTAGTTATCA TAGATGTGAT AGGAGAAGAT
GAGATACTCC TATCTTCTAA GCTCGCCTGT CCAGAAGGCC ACGTATCCCT CCCAGAGATT
ACACCAAATA TGTTCTCCTT CAACGCCCCA ATAGGGATGT GTCCCGACTG TAATGGACTT
GGTTTTCACC TTCAAGTCGA CAGGGACCTT GTTATACCAG ACTACGACCT ATCTATAAAC
GAGGGGGCTA TTGACCCTTA TGCAACTTCC ACCAAGGAGA GCTATTATTA TGAGATGATA
AGAGCTATAG CAGATCATTA CAAGTTCTCC CATGATGATC CAATAAAAAA GGCTCCTAAG
AAAATGATCG AAGATATACT CCATGGTACA AATTACGACC TAAGTTTTGT CTTCGATAGT
CATTTTTCTG GTAGGAAAAG ATACACCGGA CCCTTTGAAG GAGCAATCAA AAATATCTAC
GACCGCTATC AAAGGACAGG ATCTGATGCT CAAAAGAAAA AGTTTAGAGA ATATATGTCG
GAAGAAGAAT GTGACACCTG CCATGGAGAT AGACTTAAGC CAGAAGTCCT CGCTATCAAG
GTCGGAGGAG TAAATATTTC AGAGCTTACA AGACTTTCCG TAGAAAAGTC CGTAGACTTT
TTCGCTAAAC TCGAACTTTC TCCAATGAAG GCGAAGATTG CAGACCTTAT AGTAAAGGAA
ATTAAGGCGA GGCTCTCCTT CCTAAATGAC GTGGGACTTA CCTATTTGAC CTTAAATAGG
GCGGCAGCGA CCTTATCCGG TGGAGAAAGC CAGAGAATCA GACTAGCTAC TCAAATAGGA
TCTGGTCTTG TAGGAGTTTG CTATGTCCTT GATGAGCCTT CCATAGGACT TCACCAGAGA
GATAACGATA AGCTCATAGC AGCCCTAAGA AATCTCACAG ATATTGGAAA CACCCTAATC
ATAGTAGAAC ACGACGAAGA TACTATGAAG GAAGCTGACT ATATAGTTGA TATTGGACCA
AAGGCAGGAG TTCACGGTGG AGAGATTGTC GCCAAGGGAA GTCTTCGTGA TATAATGAAT
TCCAAAAAGT CAATCACAGG AGACTATCTA GCTGGAAGGA AAAAAATCCC AGTTCCTAAG
GAAAGAAGAA CAAGCGATGA ATATATAGAA ATAAAGGGGG CTGCGGTAAA CAACCTCAAA
AACATTGACG TCAAAATCCC CCTAGGAGTC CTTACAACTG TAACTGGAGT ATCAGGATCA
GGGAAGTCTT CCCTAGTAAA TGAAATTCTC TATAAGCAAG CTACAAAGAA GATTAACAAG
ACCAAGATAA GAGCTGGTAA GCACAAGGAA ATCCTAGGTC TTGATAAGAT TGATAAGGTA
ATAGCCATAG ACCAATCCCC AATTGGAAGA ACTCCAAGGT CAAACCCAGC TACCTACACC
AAGGTCTTCG ATGCCATAAG GGATGTCTTC GCCATGACCA ATGAGGCCAA GATGAAAGGC
TATGATAAGG GGAGATTTTC CTTTAACGTT AAGGGAGGAA GGTGCGAGGC CTGCAAGGGA
GATGGAACAA TCAAGGTGGA TATGATGTTC TTGCCAGATG TATACGTTCC ATGCGAAGTC
TGCCACGGCA AAAGATACAA CAGGGAAACC CTTGAAGTTA AATACAAGGG CAAAGATATA
TCAGACGTCC TAGATATGAC TGTAGAAGAA GGAATAGAAT TTTTCCAAAA CCATCCTAGC
ATAGTAAGAA AGCTCCAAAC TCTCTACGAT GTAGGCCTAG GCTATATTAA AATAGGCCAA
CCATCCACAG AGCTATCTGG AGGAGAGGCT CAAAGGGTGA AACTAGCAAC AGAACTTGCT
AAAGTCTCCA CAGGAAAAAC CCTCTACATC CTAGACGAAC CAACAACAGG CCTTCACATG
GCAGACGTCC ACAAGCTAAT AGAAGTTCTA AACAGACTAG TAGATCAGGA TAATACAGTA
GTTGTAATTG AGCACAACCT AGACGTAATA AAAGTCTCCG ACAACCTAAT AGACCTAGGT
CCAGAAGGAG GAGACGGGGG AGGTACTCTA GTAGCGAGCG GTACTCCAGA AGAGATAGCA
AAAAACAAAA AGTCCTATAC TGGGCAGTAT CTTAAAAAGA TATTATAG
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| Protein sequence | MTEIKIKGAR TNNLKNVDIN LPRDKMIVFT GLSGSGKSTL AFDTIYAEGQ RRYVESLSSY
ARQFLGNVDK PDVDSIEGLS PSISIDQKTT NRNPRSTVAT VTEIYDYYRL LYARVGDAYC
PVCGRPIEAQ SIDQMVDRVK ELPERTRIQI LAPVIRGKKG AHKRALENIQ KDGYVRVVID
GEKYDLAEDI DLSKTKKHDI SVVVDRIVIK DGIDARLTDS IETALGLADG LVIIDVIGED
EILLSSKLAC PEGHVSLPEI TPNMFSFNAP IGMCPDCNGL GFHLQVDRDL VIPDYDLSIN
EGAIDPYATS TKESYYYEMI RAIADHYKFS HDDPIKKAPK KMIEDILHGT NYDLSFVFDS
HFSGRKRYTG PFEGAIKNIY DRYQRTGSDA QKKKFREYMS EEECDTCHGD RLKPEVLAIK
VGGVNISELT RLSVEKSVDF FAKLELSPMK AKIADLIVKE IKARLSFLND VGLTYLTLNR
AAATLSGGES QRIRLATQIG SGLVGVCYVL DEPSIGLHQR DNDKLIAALR NLTDIGNTLI
IVEHDEDTMK EADYIVDIGP KAGVHGGEIV AKGSLRDIMN SKKSITGDYL AGRKKIPVPK
ERRTSDEYIE IKGAAVNNLK NIDVKIPLGV LTTVTGVSGS GKSSLVNEIL YKQATKKINK
TKIRAGKHKE ILGLDKIDKV IAIDQSPIGR TPRSNPATYT KVFDAIRDVF AMTNEAKMKG
YDKGRFSFNV KGGRCEACKG DGTIKVDMMF LPDVYVPCEV CHGKRYNRET LEVKYKGKDI
SDVLDMTVEE GIEFFQNHPS IVRKLQTLYD VGLGYIKIGQ PSTELSGGEA QRVKLATELA
KVSTGKTLYI LDEPTTGLHM ADVHKLIEVL NRLVDQDNTV VVIEHNLDVI KVSDNLIDLG
PEGGDGGGTL VASGTPEEIA KNKKSYTGQY LKKIL
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