| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Apre_1107 |
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| Symbol | |
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| ID | 8397894 |
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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 | 1184085 |
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| End bp | 1188980 |
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| Gene Length | 4896 bp |
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| Protein Length | 1631 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 644995454 |
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| Product | phosphoribosylformylglycinamidine synthase |
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| Protein accession | YP_003152855 |
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| Protein GI | 257066599 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG0046] Phosphoribosylformylglycinamidine (FGAM) synthase, synthetase domain |
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| TIGRFAM ID | [TIGR00877] phosphoribosylamine--glycine ligase
[TIGR01857] phosphoribosylformylglycinamidine synthase, clade II |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | ATGAAAATTT TAATTGTAGG ATCTGGTGGA AGAGAACATG CCCTGGGAGA GAAAATTAAG
TCTTCTGATA GAAAGCTTTA TTTTGCTCCA GGAAACGCTG GTACCAGTGA AATTGGCGAA
AATATAGACA TAAAAGCTAC TGATATCGAA AAACTTGTAG AATTTGCCAA GGAAGAAGAA
ATTGATTACA CAATAGTGGG CCCAGAAGAT CCCCTATGTA TGGGCCTAGT AGACAGATTC
CAAGAAAATG ATTTAAGAGT TTTTGGAGTT AATAAGAAGG CTTCTAAGTT TGAATCAAGC
AAGTCTTATT GCAAAAATTT CCTAGAAAAA TATAAAATAA AGACATCAGC CTATCTGAGA
AGCGAAGATA AAGAAGAAAT CCTAACTTAC GGAGAAAAAT TAATAAAAGA AAAAGGAAAA
CTTGTCCTAA AAAGAGACGG CCTTGCAGGA GGTAAGGGAG TTTATATCAT AGATAAGATA
AGCGAGTTTA GGGAGAAAGC TACCGAAATC CTTGCCATGG ATAAATTCTT AATTATTGAA
GAATTTATAG ATGGATTTGA GATGAGCCTC CTTGCCCTAA CAGATTCTTC CACCATAATT
CCTCTCCCAA CAGCCAAGGA CCACAAGAAA ATCTATGATA GAGAAATTGG CCCAAACACT
GGAGGCATGG GAACATATGC TCCCAATGTC GAGGCAGAAG CCTTTAAGGA AAAGATAAGT
GAAGATATCC TTCCTAAAAT CCTAGAGGGT TTCAATAAAG AAAACATCGA CTACAGAGGA
GTCCTCTTTA TAGGCTTTAT GATAAACGAA TCAGGAATTT ATGTTCTGGA GTTCAATGTA
AGATTCGGAG ATCCTGAAAC TCAAGTCGTA TTAGAGCTTA TAGATAATGA TATATTAGAC
CTACTTATGA AAACTTCTTC TAAAAAGCTA GACCAAGTTA AACTAGAAAT TAATGACAAG
AAAGCAGTAT GCTTGGTCCT AGCATCAGAA GGATATCCTT TATCATATGA AGTCTCAAAG
GAGATAAGAT TTGATGAGGG AATAAAGTCA AAGATAATCC ATGCTGGCAC AAGGAAAGAA
GAAGGAAAAA TCCTAACAGC TGGAGGAAGG GTCCTAAATA TCCTTTCAGT AAGTGATAGC
TTTGATGATG CTATTGCAAG AGCCTATGAG GACAGCGAGA AAATCCACTT TGATGGTAAG
TATTACAGGA AGGACATTGG CCCATCAGTT AAGAGAGTTT ATGTTAAGAA AAAGGATGCT
TACGACTTTG AATCCAAAAA TTTAAGGGAA AAAATTCAAA ATTCTCTAGG AATTAATCTT
GAATCTATTA AGATTTACAA AAGATATGAC CTAGAAACAA AAGATGAAAA TATAGAAAAG
CTTCTCTACA CAGTCCTTGC CGAAGCTCCG GTAGATTCAG CTTACGCCTT TGATGATGCG
CTTAATCTTC AGAAAAACTT TAAAAATACT ATAGTAAGTG AGTACCTACC AGGTCAATTC
AACCAAAGAG AGCAGGGTCT TATAGATACA GCTTCCCTTG TAATAGATGA TCCAAATCTT
TTAGTAAGGG CTGCTACAGT TTATGAAATT AGTGGAGTAA GCCCAGAGGA CCTTGTAAAG
ATAGAAGAAT TTATTATAAA TCCAGTAGAT TCTCATAGGG TTAATCTCTT AGGGATTCCT
ACAAGCCTTA AGTTAAGTCA TGAGAAAAAT CTAGAAAATA TAAGCTATGA CGGCTTTAGG
GATTTTGATG ATGATAAATT AAGGGATTTC ATAGAAGAAT ACTCCTTGGC TATGAGTCTA
GATGACTTAA GGATGGTTCG CGAATATTTC ATTAGTGAAA ATCGAGATCC AAACGAGACT
GAAATTAAAA TCCTAGACAC TTATTGGTCA GATCACTGTA GGCATACGAC CTTTAACACT
TATTTAGATA TAAATATCGA GGCAAAGACT CTTCTGGATG AAGCTGTTAA GGAATCCTTC
AACAAATACC TAAAAATGAG AGATGAGCTA GGTATTAAAA AACCGATTAA TCTCATGAGT
TTTGGAACGA TTCTTTCTAA ATACATGAGA GCTAATGATA ATTTCGATGA TTTAGAAATT
AGTAAGGAGA TCAATGCTTG CTCTGTCTTC ACCAAGGTAA GGGTCCTAAA GGATGGTAAG
GAAAGCTTAG AAGATTATCT ACTAATGTTT AAAAACGAAA CCCACAACCA CCCGACAGAA
ATAGAGCCAT TTGGTGGAGC ATCTACTTGT CTTGGGGGAG CTATAAGAGA TCCACTTTCT
GGAAGAAGCT ATGTCTACCA AGCTATGAGA CTAAGTGGAG CTGGAAATAT AAAGGAAGCT
TACGAGGATA CCCTAGAGGG AAAACTCTCA CAAGCAAAGA TTACCAAGGA AGCGGCTTTG
GGATATTCTT CTTACGGCAA TCAAATTGGA CTTGCAACAG GTCTTGTAGA TGAATTCTAC
CATGAAGGTT ATACAGCAAA GAGGATGGAG TGTGGAGCAG TAATAGCAGC AGCACCGGCT
GAAAACGTAA AAAGACTTGA CCCAGTCCCT GGTGATTTAG TTATTCTTCT TGGTGGAAGA
ACTGGAAGAG ATGGTATAGG GGGAGCTACA GGCTCATCAA AATCTCACAA GATAACTTCC
ATCCAAACAG AATCTGCTCA AGTCCAAAAG GGTAATGCTC CAGAAGAAAG AAAGATCCAA
AGACTCTTTA GAAGAGGCGA AGTAGCAAGT CTTATCAAAA AATGTAATGA CTTCGGTGCT
GGTGGAGTAT CAGTTGCCAT CGGAGAGCTA GCAGATGGAA TTGATATATA CCTAGATAAG
GTTCCCTTAA AGTACGAGGG GCTAAAGCCT TTTGAGATTG CCATATCAGA ATCTCAAGAG
AGGATGGCTG TGGTAATTGA TAAGAAAGAT CTTGATGAAT TTATGACCTA TGCCAAGGAA
GAAAACCTAG AGGCTACTTT AGTTGCGAGG GTTACAGACA ATAATACTAT GACCCTTTAC
TACGGAGACG ATACGGTTGC CAAACTTTCT TATGACTTTA TAAACACCGA CGGAGCTGAA
AGATTTGCCA AAGTCTCCTA CATAAGCGAA GATAAGCCAG ATCTTTTAAA AGAAAAAGAT
GATGATCCAA ACAAATTCTA CGAAAAGATA AAAGACCTAG ATAGACTAAG TAAGAGAAAT
CTTATAGAGA TGTTTGATTC ATCCATAGGA AGAAATACTG TCCTAAGTCC TCTTGGAGGA
AGGAAACTCT TAAACCCAGC CCAAGTTATG GCAGCAAGGA TTCCAGTTGA TAGAGGCGTA
TCAAAGACAG TATCTCTTAT GACCTATGGT TTTGACCCAA AACTTTCATC AGAAAGTCAG
TATCTTGGAG GATACTATGC AGTTGTAGAG TCTATAGGAA GGCTTGTAGC TGTAGGATCA
GACCTAGAAA AAATAAGATT ATCCTTCCAA GAATTCTACG AGTCAATGGA TAGTGATAAG
GCCTGGTCTA AGCCACTTAA ATCCTTACTA GGAGCCTTTG AAGTATCAAG CTTCTTTGAA
ACACCTCCTA TAGGCGGGAA GGATTCTATG AGTGGTAGTT TCGAAGATCT AAAGGTTCCA
CCAAGCCTAA TATCTTTTGC AGTAACTACC GAAGATATAG AAAATATTAT TACCAATGAC
TTTAAGGGAT GTGGAAGAAT CGGTCTTATA AGAACTTCCT ATAAGAAAGA CGGAAGCCTA
AATCTAGAAG AATTAAAGGA GAATTTCCAA AATCTTAACA AGGATATAAG AGAAGGAAAT
CTAATATCTG CAATTTCTCT AAGTAGGAAG GGACTTCTGA CAGATTTGTA TGAGCAAAGT
ATAGGAAATA CTGGTTTTAC AATAGATTAC GATAATCTCT ACAATCCTAT GTTTGGATCT
TTCCTAGTTG AATATAAAGA TGATCGTGAC TTTATAGAAA ATATTGGAAT CTTTAGCGAA
GATATCATCG TAAATGGAGT AAAGCTTGAT AAGGAAAAGC TTGAAGATTC TTACCTCCAT
GGTTTAGATG AAATATTCCA AGGATATGAA AATACTTCCC ATGAAAAGCT AAGTCCTAGC
AAGCTTACTA GGAGATTAAA ATCTAAAAAT CATGTTTCAA AGCCAAAGGT TACAATCCTT
GCTGCTCCTG GAACAAACTG TGAGCTAGAT AGCGAGAAGG CCTTTAGGAA GGCAGGGGCA
GATACAGAGA TTTTAGTTTT TAGAAACCAA AATGAAAGCG AGATAAAAGA ATCTATAGAC
AAACTAGCAG AGCTTATAAA AGAATCTCAA ATCTTTATGA TTCCTGGAGG TTTCTCATTA
GGAGATGAGC CAGATGGTTC GGCTAAGTTC TTGGCTAATA TTATAAGAAA TGAGAAAATT
TCCAAGGCAA TAGATTATCT ATTAAATGAA AATGATGGTT TGATAATAGG AATCTGTAAT
GGCTTCCAAG CTCTAGTTAA GACTGGACTC TTGCCATACG GCAGGGTTAA AATCCAGGAA
GAAACTGACC CAACTTTAAC ATTTAATAGG TCATCACGCC ACATAGCAAG TTTTGTTAAT
ACTAGATGCT TGACTAATAA CAGCCCATGG ACAGTGGGAA TTGACCTAGA TAAGATCTAC
AGAGTTCCAA TCTCCCACGG CGAAGGAAGA TTTATTGTAA ATAAAGAAAA ACTAGAAGAG
CTTCTAGACA ATGATCAAAT ATTTTCAGTC TATGAAACTT CTCCTAATGG GTCTAACTAT
AATATAGAAG GAATCTTATC CAAAGATGGA AAAATCCTAG GTAGGATGGC CCATGCTGAA
AGAGTTGATG ATGATTTGTT CAAGAATGTT TATGAAGTAG AAAGAGAATT GTTGTTTGAA
AATGCTGTAA ATTATTTTAG AAAGGAAGAG AAATGA
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| Protein sequence | MKILIVGSGG REHALGEKIK SSDRKLYFAP GNAGTSEIGE NIDIKATDIE KLVEFAKEEE
IDYTIVGPED PLCMGLVDRF QENDLRVFGV NKKASKFESS KSYCKNFLEK YKIKTSAYLR
SEDKEEILTY GEKLIKEKGK LVLKRDGLAG GKGVYIIDKI SEFREKATEI LAMDKFLIIE
EFIDGFEMSL LALTDSSTII PLPTAKDHKK IYDREIGPNT GGMGTYAPNV EAEAFKEKIS
EDILPKILEG FNKENIDYRG VLFIGFMINE SGIYVLEFNV RFGDPETQVV LELIDNDILD
LLMKTSSKKL DQVKLEINDK KAVCLVLASE GYPLSYEVSK EIRFDEGIKS KIIHAGTRKE
EGKILTAGGR VLNILSVSDS FDDAIARAYE DSEKIHFDGK YYRKDIGPSV KRVYVKKKDA
YDFESKNLRE KIQNSLGINL ESIKIYKRYD LETKDENIEK LLYTVLAEAP VDSAYAFDDA
LNLQKNFKNT IVSEYLPGQF NQREQGLIDT ASLVIDDPNL LVRAATVYEI SGVSPEDLVK
IEEFIINPVD SHRVNLLGIP TSLKLSHEKN LENISYDGFR DFDDDKLRDF IEEYSLAMSL
DDLRMVREYF ISENRDPNET EIKILDTYWS DHCRHTTFNT YLDINIEAKT LLDEAVKESF
NKYLKMRDEL GIKKPINLMS FGTILSKYMR ANDNFDDLEI SKEINACSVF TKVRVLKDGK
ESLEDYLLMF KNETHNHPTE IEPFGGASTC LGGAIRDPLS GRSYVYQAMR LSGAGNIKEA
YEDTLEGKLS QAKITKEAAL GYSSYGNQIG LATGLVDEFY HEGYTAKRME CGAVIAAAPA
ENVKRLDPVP GDLVILLGGR TGRDGIGGAT GSSKSHKITS IQTESAQVQK GNAPEERKIQ
RLFRRGEVAS LIKKCNDFGA GGVSVAIGEL ADGIDIYLDK VPLKYEGLKP FEIAISESQE
RMAVVIDKKD LDEFMTYAKE ENLEATLVAR VTDNNTMTLY YGDDTVAKLS YDFINTDGAE
RFAKVSYISE DKPDLLKEKD DDPNKFYEKI KDLDRLSKRN LIEMFDSSIG RNTVLSPLGG
RKLLNPAQVM AARIPVDRGV SKTVSLMTYG FDPKLSSESQ YLGGYYAVVE SIGRLVAVGS
DLEKIRLSFQ EFYESMDSDK AWSKPLKSLL GAFEVSSFFE TPPIGGKDSM SGSFEDLKVP
PSLISFAVTT EDIENIITND FKGCGRIGLI RTSYKKDGSL NLEELKENFQ NLNKDIREGN
LISAISLSRK GLLTDLYEQS IGNTGFTIDY DNLYNPMFGS FLVEYKDDRD FIENIGIFSE
DIIVNGVKLD KEKLEDSYLH GLDEIFQGYE NTSHEKLSPS KLTRRLKSKN HVSKPKVTIL
AAPGTNCELD SEKAFRKAGA DTEILVFRNQ NESEIKESID KLAELIKESQ IFMIPGGFSL
GDEPDGSAKF LANIIRNEKI SKAIDYLLNE NDGLIIGICN GFQALVKTGL LPYGRVKIQE
ETDPTLTFNR SSRHIASFVN TRCLTNNSPW TVGIDLDKIY RVPISHGEGR FIVNKEKLEE
LLDNDQIFSV YETSPNGSNY NIEGILSKDG KILGRMAHAE RVDDDLFKNV YEVERELLFE
NAVNYFRKEE K
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