| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1330 |
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| Symbol | |
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| ID | 8398122 |
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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 | 1420135 |
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| End bp | 1422774 |
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| Gene Length | 2640 bp |
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| Protein Length | 879 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644995677 |
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| Product | DNA polymerase I |
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| Protein accession | YP_003153074 |
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| Protein GI | 257066818 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG0749] DNA polymerase I - 3'-5' exonuclease and polymerase domains |
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| TIGRFAM ID | [TIGR00593] DNA polymerase I |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.17915 |
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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 | ATGAGTAAAA CAGTTATGTT AATTGACGGG TCTAGTTTGA TTTTTAGGGC GTTTTTTGCT
CTTCCTAAAC TTACAAACAA TGACGGCGTT ATGACTAATG GCGTTTATGG TTTTTTGACC
ATGTATAACA ACGCTTTTGA TAGATATAAA CCAGATTATG TCCTTGTGGC CTTTGATAGG
GCATCTAAGA CTTTTAGGCA CAAGGAGTTT GAGGACTACA AGGGAACTCG TGATAAGATG
CCTAGCGAGC TTTCCTATCA GTTTGGAATC CTCAAGGATA TCTTAGATTC CCTTAATGTT
AAATACACTG ATCTCGATGG ATTCGAGGCG GACGATATTG TGGGAACCTA TGCAAAAATG
GCCCAAGAAG CAGGCTATGA ATCTGTTTTA ATCACTGGAG ATAGGGATTA CCTTCAGCTT
GTAGATGAGA AGATCGTAGT CAATCTTACC AAGAAGGGAG TTTCCGAGAC TAAGGAATAC
ACAGTCGATA CCATAAAGGA AGAATTTGGC CTAAGTCCTA AACAATTGAT CGAAGTTAAG
GGGCTAGAAG GAGATAAGTC CGATAATATT CCTGGAGTTG ATGGAATAGG TCCAAAAAAG
GCTATCGGCT TTATCCAAAA ATACGGATCT ATCGAAGGGC TTTATGACCA TATAGACGAA
GTTTCTGGTA AAAAGACCAA ACAGACTTTA ATCGATAGTG AAGCTATAGC CTATATGAGT
AAGAAAATAG GTACAATTGT GACCAGTGCT CCGGTAGAAT TTGACCTAGA AGAGCTTAAG
GTGAAGGATC CAGACCTTGA AAGCTTGAGA GAAAAGTATT CTAAGTACAA TTTCAACAAG
TTCCTAGAAG ATATGGATGG GGGAGATAGT CCAAAGGAGG ATAAGGACTT TACCTATGAG
AAGTTAGAGA ATCCAGATAA GCTAATCGAA GCTATCAAGA AAAACAAGGA ATTTACCTTC
AAGTCCATTT ATGAAGGAGA TAGGTATATT CACAGCGAGA TTTATAAGCT AGGAATAAAG
ACTACTGACA CTCCTACTTA TATAATAGAT CCTGATAGTG ATTTTGTTAG TAAGTTCAAG
GAAATATTCG AGGATGAAGA AATAGTGAAA AATTCCTTCG ATATTAAAGA AGATGTTGTT
CTTCTAGATA AACTTGGGAT AAATCTGAAA CTTCCTTATG ACGATATGAT GCTTATGCAT
TATCTGATCG ATCCATCAAG GTCTTCTTAT GATTTAAAAG TCTTAAGTCA ATCTTATCTA
GACTACGAAG TAAAAAGTCC GGTGGACCTC TTAGGCAAGG GTAAGAAGGC CCTAAAATAT
CAAGATTTGG ACTTTGATGA GCTTGGAAAC TACCTAGCAA GTGGAATTAA TGCAATAGAA
GATTCTAAGG AAATCTTGGA AGATAAACTT GACGAATACC ATATGCTAGA CCTCTATAAG
GAGATTGAGA TTAAACTTTC AAAGGTCCTA GCCGATATGG AAATCGTGGG ATTTGTCACA
GACAAAAAGG TTCTTGAAGA TCTAAAGGAG AATATCGATA AGGATATAGA TAAGATTACC
GAGGAGATTT ATGAACTTGC TGGTAGCGAG TTTAATATCA ACTCTACCAA GCAATTGGGC
GAGGTTCTCT TTAAAGATTT GGACCTTCCT GTTATCAAAA AAACTAAGAC AGGCTTTTCA
ACTAATGCCC AAGTCCTTGA AAAATTAAGG GATAAACATC AAATTATTCC TAAAATCGAA
AGATATAGGG AGCTTTTCAA GCTACGTTCA ACCTATATAG AAGGACTAGA GAAGGCCATA
GATGAAGATG GAAGAATTAG GTCAACCTTT AGGCAAAATA TAGCTGCCAC CGGTAGGCTT
TCTTCCCAAG ACCCTAACTT ACAAAATCTT CCTATAAAAA CCGACGAGGG TAGACTAATA
AGAAAGGCCT TTAGGGCAGA GGAAGGAAAG ATCCTAATAG ATGCGGACTA TTCACAAATC
GAGCTAAGAA TACTCGCTTC TCTTTCAGGA GATCGCCATA TGATAGATGC CTTCAAGGAA
GGCGTAGATA TCCATACCAA GACCGCATCC AAAGTCTTTC ACACTGACCT TGATAAGGTT
ACAAAAAGAC AAAGATCTGA GGCCAAGGCA GTAAACTTCG GAATAATCTA CGGCATAAGT
GACTACGGCC TATCACAAAA TCTGAACATA CCAAGGAAGG AAGCCAAGGA ATACATCGAC
AATTACATGG CAAGCTACCC ATCAATCAAG GAATATATGG ATTCTATTGT AGAAAAGGCC
AAGGAAGATG GCTATGTGGA GACTCTCTTT AAGAGAAGAA GATATGTACC AGAGATCAAT
TCGAGAAACT TTAACGTTCG AAGCTTCGGC CAAAGGGTTG CCCTAAATAC TCCTATCCAA
GGAACTGCGG CAGACATTAT AAAGATTGCC ATGATAGAAA CTGACAAGAA TCTCAAAAAA
GCAGGACTTG ATGCAAAAAT AGTCCTCCAA ATCCATGATG AAATAATTCT AGAGGCAGAT
GAATCATCCA AGGATGAGGC TATCAAAATC CTAAGAGAAT CCATGGAGAA TGCGACAGAT
CTTGAGGTTC CTTTGATAGT AGATATCGAC ACTGGAGTAA GTATGTATGA GTCCAAGTAG
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| Protein sequence | MSKTVMLIDG SSLIFRAFFA LPKLTNNDGV MTNGVYGFLT MYNNAFDRYK PDYVLVAFDR
ASKTFRHKEF EDYKGTRDKM PSELSYQFGI LKDILDSLNV KYTDLDGFEA DDIVGTYAKM
AQEAGYESVL ITGDRDYLQL VDEKIVVNLT KKGVSETKEY TVDTIKEEFG LSPKQLIEVK
GLEGDKSDNI PGVDGIGPKK AIGFIQKYGS IEGLYDHIDE VSGKKTKQTL IDSEAIAYMS
KKIGTIVTSA PVEFDLEELK VKDPDLESLR EKYSKYNFNK FLEDMDGGDS PKEDKDFTYE
KLENPDKLIE AIKKNKEFTF KSIYEGDRYI HSEIYKLGIK TTDTPTYIID PDSDFVSKFK
EIFEDEEIVK NSFDIKEDVV LLDKLGINLK LPYDDMMLMH YLIDPSRSSY DLKVLSQSYL
DYEVKSPVDL LGKGKKALKY QDLDFDELGN YLASGINAIE DSKEILEDKL DEYHMLDLYK
EIEIKLSKVL ADMEIVGFVT DKKVLEDLKE NIDKDIDKIT EEIYELAGSE FNINSTKQLG
EVLFKDLDLP VIKKTKTGFS TNAQVLEKLR DKHQIIPKIE RYRELFKLRS TYIEGLEKAI
DEDGRIRSTF RQNIAATGRL SSQDPNLQNL PIKTDEGRLI RKAFRAEEGK ILIDADYSQI
ELRILASLSG DRHMIDAFKE GVDIHTKTAS KVFHTDLDKV TKRQRSEAKA VNFGIIYGIS
DYGLSQNLNI PRKEAKEYID NYMASYPSIK EYMDSIVEKA KEDGYVETLF KRRRYVPEIN
SRNFNVRSFG QRVALNTPIQ GTAADIIKIA MIETDKNLKK AGLDAKIVLQ IHDEIILEAD
ESSKDEAIKI LRESMENATD LEVPLIVDID TGVSMYESK
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