| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_0675 |
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| Symbol | |
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| ID | 8397456 |
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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 | 770136 |
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| End bp | 773582 |
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| Gene Length | 3447 bp |
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| Protein Length | 1148 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644995030 |
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| Product | DNA polymerase III, alpha subunit |
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| Protein accession | YP_003152435 |
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| Protein GI | 257066179 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0587] DNA polymerase III, alpha subunit |
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| TIGRFAM ID | [TIGR00594] DNA-directed DNA polymerase III (polc) |
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | ATGCAAGGAA AATTTACACA CTTACATGTT CATACAGAAT ATTCCTTACT TGATGGATTC
TCAAGAATTG ATTTACTCCT CGATAGGGCC AAAGAGCTCG GAATGGACTC TCTTGCCATA
ACAGACCATG GTCAGATGTA TGGAGTTATA GAATTCTACA AGCAAGCTAA AAAGCGAGGA
ATCAAGCCCA TAATAGGCTG TGAAGTCTAT GTTAGCGAAA ATGATCATAC CATAAAGGAA
GCGTCAAATA GGAGATATTA TCATTTGATT CTTCTAGCAA AAAACATGGA TGGCTACAAA
AATCTTATAA AGATTGTATC AGAAGCCTAT GTAAATGGTT TTTACTACAA GCCAAGGGTT
TCTTTTGATT TTATCAAAAA ATACAGTGAG GATATTATAG CCCTATCCGC TTGCCTTAAT
GGTGAAGTTA GTCAAAGGCT TATAGAAAAT GACTACGAAA GTGCAAAAGA GACTGCTCAA
AGATATGAAG AGGCCTTCGG CAAGGGAAAC TTCTACCTAG AGCTTCAAAA TCACGGGATA
AAAGAGCAAA ATATTGTAAA TAGGGGACTT GCAAGAATCC ATGAGGAAGA GGATATTCCC
CTAGTTGCTA CCAATGATAT CCATTATATA AATAAAGAAG ACGCCTACTA TCAGGACGTC
CTTTTGTGCA TTCAAACAGG AAAGCTCGTT AAAGACGAAG ATAGAATGAA GATGCCAGCT
AGTGAGTTTT ACCTTAAATC TTATAATGAG ATGAAGGAAC TTTTTGGAGC CTATCAGGGG
GCTATCGAAA ACACTCAAAA AATTGCTGAC CAATGTAATG TAGAATTTAC CTTCCATGAA
CCCCATCTCC CTTATTTTAC TAAGGTTGAG GAAGGCCTAA CTGATTTAGA ATATCTAAAA
AAACTCGTAG ATCAAGGACT TATCAAAAAA TATGGAAGTA TAAGTGAGAA GATTAGATCT
AGGGCAGATA AAGAAATAAA GGTAATTGCT GATATGGGTT ATGTCGATTA TTTCCTAATA
GTTTGGGATT TTGTAAGATA TGCTAGGGAA AATGACATAG CGGTAGGACC GGGAAGAGGC
TCTGCGGCGG GATCTATAGT ATCTTATGCA TTGGATATTA CTCAAATTGA CCCCTTAAAA
TACAAGCTGA TTTTCGAAAG ATTCCTAAAT CCTGAAAGAG TATCAATGCC TGATATAGAT
ATAGACTTTG ACTACGTCCT CCGTGATAAG GTAGTAGAGT ATGTGAACGA ACTTTACGGT
AGAGATCACG TATCCCAAAT AGTAACCTTC GGTAGGATGC AGGCAAGAAA TGCAGTAAGA
GATGTAGGAA GAGTCCTAGA TATTTCTTAT GCCAAGGTAG ATAAGATTGC TAAGCTCATC
CCCCAAGCCA TAGGGATGAC AATCGATAAG GCCTTTGATT CTTCGTCTAA GTTTAAGGAA
ATATATGAAA GTGATGTCGA AGCGAAAAGA CTAATCGATA CAGCAAGAAA GGTTGAGGGC
CTTCCAAGAC ATACCTCGAT TCACGCTGCA GGAGTGGTGA TTTCCAAGGA GGTCCTAACT
GATATAATCC CATTAGCCTT ATCCAATGAT TTGGTAGTTA CCCAATACGA CATGACTGAA
ATCGAGGAGC TAGGTCTACT TAAGATGGAC TTTTTAGGTC TTAGAAACTT AACAGTAATC
AAAAACACCA TAAAAGATGT CAAAAAGAAT AGGGGAATCG ACGTAGACCT ATCCAAAATT
GATGTAAATG ACAAAAATGT TATAGATCAA TTCAATAATG CTAAGACGAT AGGAATTTTT
CAGTTTGAAT CGGCAGGGAT GAGAAACTTC CTAAAGAATC TAAAGCCGAC AGTCTTCGAT
GATTTAATAG CAGCAAACTC CCTATTTAGA CCAGGTCCAA TGGATGAGAT TCCCAAATAC
ATCCATAACA AAAATAACCC GGCGGATGTG ACTTTTATAG ATCCGGCCCT TAAGCCAATC
CTTGATGTAA CGTACGGTAT TATTGTCTAT CAGGAACAAG TAATGCAGAT TGTCCAGAAA
CTTGCAGGTT ACTCCTTGGG AGAAGCGGAT AATCTAAGAC GAGCCATGTC CAAGAAGAAG
ATGGCAGTTA TGGAAGAAAA TAGGGGAATT TTCATCAAGG GGAAAACTGA TTCAAGTGGC
AATGTTGTAA TTCCAGGTTG TATCAGAAAT GGAGTTGATG AATCTTCGGC AAATCAAATC
TACGATGAAA TGATTTCCTT TGCCAAATAT GCCTTCAATA AATCTCACTC GGCAGCATAT
TCTTTGGTTG CTATACAAAC GGCTTATCTA AAATACTATT ATCCAGAAGA GTACATGGCA
AATCTGATCT CTTCTGTGAT GGATCAATCA TCTAAGCTTT ATCTTTATGT AAATGAAACC
AAGGCCTTAG GTATAGAAGT CCTACCTCCA GATGTAAACA AGAGCTTTGC TGAGTTTAGT
GTAGAAGAAG GTAAGATTAT CTTTGGTCTT TCTGGAATCA AAAATGTAGG AAGCAATCTT
ATCGATTCTA TAGTTAAGGC TAGGAAAAAG GATGGGAAGT TTACAAACTT CAAGGACTTC
CTCCAAAGAG TTGACGAGAT CGATTCGAGA TCTCTTAACA AGAAGGGAAT AGAATCCCTC
ATCAAGGCAG GAGCCTTCGA TAGCTTAAAA TACACTAGGT CTTCCCTCAT GGCAATCTAT
GAAAAAGCAA TTTCTGCTGT CTCTGATAAT AGAAAGATTA ATGTCAAAGG TCAACTTAAT
TTACTAGACG ACTTAGCCGA TAAGCCTAAA GAAGATGTTA GGATTCAAGA GATTAATGAA
TTTCCTAAGA AGACTAAACT AAAGCTAGAA AAAGAGGTCT TAGGCTTTTA TATATCTGAT
CATCCCTTAT CAGATCTGGG AGATAGGCTT GGTGATTTTG TTAATTTCAC AACAGATTAT
AAAGACCATA TTGATGATAC GAGGATTCAT TTACTCGATA ACAAATTTGT ATCGATGGCT
GGAGTCATCA CAAACAAGTC AGAAATTATG ACCAAGAAAA GGCAATTGAT GTGCTTTGCT
ACCCTTGAAG ACATGCAGGG GTCAATAGAG ATTGTGATTT TCCCAGAAGT CTACAGGAAA
TATAGGAATG TAATAGATGA AGATAGTGCG GTAATAGTTA AGGGAAATCT TCAAGTAGAT
GAAAGAGATA TAAAACTATT AACAAACGAG TTTGTCGACA TAGAGAAGTT AAATTTTAAA
ACTTTATACT TAAAATCTGA ATACTTAGAG TATAATAAAG TTAGAAACAT TCTAGTGCAA
AATAAGGGGA CTACACCCGT TGTTATATAT TTTGCTGACA AAAATAAAAG TGTCAAACTA
GATAAGAAAT TATGGTTTGA TATTAATGAA AAAAGCATTA AAGTATTAGA AGAGTTTTTA
GGAAAAGAAA ATGTTAAGAT TACTTAA
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| Protein sequence | MQGKFTHLHV HTEYSLLDGF SRIDLLLDRA KELGMDSLAI TDHGQMYGVI EFYKQAKKRG
IKPIIGCEVY VSENDHTIKE ASNRRYYHLI LLAKNMDGYK NLIKIVSEAY VNGFYYKPRV
SFDFIKKYSE DIIALSACLN GEVSQRLIEN DYESAKETAQ RYEEAFGKGN FYLELQNHGI
KEQNIVNRGL ARIHEEEDIP LVATNDIHYI NKEDAYYQDV LLCIQTGKLV KDEDRMKMPA
SEFYLKSYNE MKELFGAYQG AIENTQKIAD QCNVEFTFHE PHLPYFTKVE EGLTDLEYLK
KLVDQGLIKK YGSISEKIRS RADKEIKVIA DMGYVDYFLI VWDFVRYARE NDIAVGPGRG
SAAGSIVSYA LDITQIDPLK YKLIFERFLN PERVSMPDID IDFDYVLRDK VVEYVNELYG
RDHVSQIVTF GRMQARNAVR DVGRVLDISY AKVDKIAKLI PQAIGMTIDK AFDSSSKFKE
IYESDVEAKR LIDTARKVEG LPRHTSIHAA GVVISKEVLT DIIPLALSND LVVTQYDMTE
IEELGLLKMD FLGLRNLTVI KNTIKDVKKN RGIDVDLSKI DVNDKNVIDQ FNNAKTIGIF
QFESAGMRNF LKNLKPTVFD DLIAANSLFR PGPMDEIPKY IHNKNNPADV TFIDPALKPI
LDVTYGIIVY QEQVMQIVQK LAGYSLGEAD NLRRAMSKKK MAVMEENRGI FIKGKTDSSG
NVVIPGCIRN GVDESSANQI YDEMISFAKY AFNKSHSAAY SLVAIQTAYL KYYYPEEYMA
NLISSVMDQS SKLYLYVNET KALGIEVLPP DVNKSFAEFS VEEGKIIFGL SGIKNVGSNL
IDSIVKARKK DGKFTNFKDF LQRVDEIDSR SLNKKGIESL IKAGAFDSLK YTRSSLMAIY
EKAISAVSDN RKINVKGQLN LLDDLADKPK EDVRIQEINE FPKKTKLKLE KEVLGFYISD
HPLSDLGDRL GDFVNFTTDY KDHIDDTRIH LLDNKFVSMA GVITNKSEIM TKKRQLMCFA
TLEDMQGSIE IVIFPEVYRK YRNVIDEDSA VIVKGNLQVD ERDIKLLTNE FVDIEKLNFK
TLYLKSEYLE YNKVRNILVQ NKGTTPVVIY FADKNKSVKL DKKLWFDINE KSIKVLEEFL
GKENVKIT
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