| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cpha266_0637 |
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| Symbol | |
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| ID | 4569791 |
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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 | Chlorobium phaeobacteroides DSM 266 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008639 |
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| Strand | + |
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| Start bp | 725269 |
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| End bp | 729615 |
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| Gene Length | 4347 bp |
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| Protein Length | 1448 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 639765235 |
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| Product | hypothetical protein |
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| Protein accession | YP_911116 |
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| Protein GI | 119356472 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGGATTCGA TGATCACCTT TGACTCAAGC TACGATTTTA TCGAGCTTAA CAGGACATTC
CATGAGATAT CAAAAGAAAG CAGCCAAAAC GATGACGTCG ATATCAGCCA GGCATTTTCC
GGAGAGAGCT TTAACTGGCC CAACCTCATC AAAGAGTACC GAATTATAAT TTTGTCCGAG
GCTGGATCAG GCAAAACTGC CGAAATCCGT AACGTTGCAT GCAAGCTTAG GGAGCAGGGA
AAACCTTCAT TTTTTCTTCG CTTGGAACAT ATTCCCACAG ATTTTGAGGA TGCCTTTGAG
GTTGGAACCT ACGAAGTCTT TAATGAATGG TTGGCATCCG CTGAGGAAGG ATGGCTTTTT
CTGGACTCAG TTGACGAAGC ACGCCTTCGA CATCCCGGTG ACTTTGAGCG CGCTATCCGT
AATTTAAGCA GACAAATCAG TACAGCTATA GATCGTACGC ATATTTACAT AACCAGTCGA
ATGACAGCGT GGCGGCCTAA GACTGATCTC GACTTGTGTA AAGCGAAACT GCCTTATGCA
ATGGCAGCCA TATCGAACCC TGATCCGCAA GCTGAGGATG AGGATCCTGA CGGAAGCCTG
CATATAAAAA CTGATCTTCA AGATAGAGAT AAACCGATTT TCAAAATCGT TTCGCTCAAT
GATCTTTCAT CTGATCAAAT TGCGTTATTT GTCAAGGCTC GAGGAATCGA GGAAAGCAAT
GCGTTTCTCG ATGCAGTGGA GCGTGCAGAC GCCAAGTGGT TCACATCACG CCCTCAGGAT
TTGGAGGAGC TGACCGAATT TTGGATAGAC AACGGTCGGA TTGGGACGCG CCTTGAGATC
ATACAAAACA GCATCAATCG AAGATTGGCT GAGCGTGACC AAGGGCGTGC TGATGTATAT
CAACTTTCAG CAGATCGAGC TCGTCAAGGT GCAAGGCTTT TGGCTGCAGC AACTACGTTA
ACTCATGATC CCACAATCAG GGTCCCCGAT GGATTAAAAA ATACAAAAGG GATTGCCGTG
CAATCCATAC TTTCCGATTG GGATAACAAG GAGCAGTCGA CTTTGCTGTC ACGCCCCATA
TACGATGAGG CGATTTATGG TACGGTACGT TTCCACCATC GCTCGGTACG GGAGTACCTG
ACTGCCGAGT GGTTCGCCGA ACTACTCAAG AGGGAAACGT CGCGTCGAAA TATAGAATCG
CTATTCTTCC GCAATCAGTA CGGCATGGAC ATTGTTGTAC CTACGTTGCG TCCGATTTTG
CCTTGGCTGG CCATTATGGA TGTGAAGATC CTGGAGCGAG TCCGCAAAAT CGCACCCGAA
ATTATTTTTG AAGGTGGTGA CCCTGCTCGG TTGCCTGTAG AGGTTCGTCG TCAAATACTG
CGTGAAGTAT GCGAGCAAAT GGCTGACGGT GTTACTGGCC GCTCGGCACG AAGCTATGAA
GCAGTTCAGC GCTTTGCCAA CCCGGACCTG ACTGACGAGA TTCGTGAGTT GATTCGGAAA
TATGCTGACA ACGATACCCT GACAGAATTC TTGCTTCGCA TGGTTTGGCT TGGACAGCTT
GAGGGGGCAC TTTCTGAAGC TATGTCGGTT GCGCTGATAC CACATGCAGA AAAATATGCC
CGTTTATCTG CATTCAGTGC TGTCAAGGCT ATTGGTGACG AGGATGCTCA GGAGTGTATT
CGACAGAGCT TTCTGAATGA AGCTTCTGAA CTTAATCGGG AGTTTTTAGC TGAACTGCTC
AAGGATCTCC AGCCGACAGA ACATACATTG CGTTGGCTTT TAGTGTGCCT GGAAAAAAGT
GAAACAAAAG TGCGTTTTGC AGGAGATCAT CTAACGGATG CCGTAACCAA ATTTGTTGCT
GCCGCTGACA TTGAGCTGCT TTCACAGCTT GTTTTTGGAT TGAACAGTTT GCTTGACTGC
CCGCCCATTA TCGCCCATTA TTGCGAAGTA TCAGAAAAAT TTCAGTGGTT GATAATGCCA
GCATGTAAAG CTGTTGAGCG ACTGATACTG ATCCGTCATC CTGCATCGTT CGATTCAGAT
ACACTCGCAA TCTTGCGCAA ATGCTCAGCT ATGCATGTTC ATGGTATAAA TGACCTGCCT
GAAGTTAAAA CAGAGTTCTC AAAGCTCGTT CCCGCATGGC CTGAGCTGAA CCGGGCGTTG
TTTTGGTTTG AAGTGCAAAA ATCGAGGGAG GCCCTTGACA AAAAGCGAGG CGAACGGCTG
ACTGACTTCT GGGCGGCTGG GGCTTGGAGG GCATTATGGA AGTTTGAGAT TTCTGATTTT
GATTATGTAA CGGAGGAAAT TTCTCGCCAA ACATTTCTGG ACGACAAATT GGTTGCCTTG
TCGCAGGCTA TTCATCTTTA CAAAGCGGCT AATCGACCGA GCGCATGGCG TTTACGTCTG
AATAAATTGG TCAAAGGCAA CGATGAGTTG TCTGAGCGTT TAAGAAACTA TTTGAGGCCG
CCAGCTGAAA GTATTGAATT GCGTCGCATA AATCAGCAGA ATGCCAAATG GAACAGACTT
GCCGAAGCCG AACGAAAGAA AAAAGAAAGC ATCCACTTAG ACTGGAAAAA ATTCCTCAAC
GATAATCTTG ACGAGGCTCG AGCGGAACTT CGCGATAAGC CTGGTATAAT CACAAACTCT
CTGTTTTATC TTTATCATCA GGCTCAGGAT AAGAAGAATA CGAGATGGCG GTATGCCGAC
AATAACTGGA ATACGCTGAT CCCTGAGTAC GGAGAGGAGG TTGCACATTT CTACAGAGAT
GCCGTAGTCT CTTTTTGGCG GTGTCATGAG CCAAAATTGC GATCGGAAGG TGCTCCATTC
AACGAAACTC CCTGGACGGT AATCATTGGT CTCACGGGTC TTGAAATCGA GGCCACTGAA
ACTAATGAGT GGCCGACGAA TCTGAGTACT GAGGAAGTTG AACTCATTTG CAAGTATGCT
TCCTTTGAGA TAAATGGCTT TCCAACATGG TTCCCCAAGC TTTTTGAGAT GTACCCAAAG
ATTGTCTGTG ACTTTCTTAT GCAAGAAATC CGGTATGAGC TGTCGATAGA GAAGCCGGAG
ACAGACACAT ATTACATTCT AAACGATGTG AGTGCAATGA GCCAATGGGC TTGGGATCAG
CTTGCGCCAA GCATCTACGA ATTCCTTGAA GCATCGGAGC CGAAGAACCT CTCCAACTTG
GAAAAGCTAT TGAAGATTCT TCAGGGGTCA AACTTATCTG ATGGCTTGAT TGAAGAGTTA
TCTTCTCGAA AATGTACAAT CTTAGAGGAT TTGTACCATT TAGCTCGCTG GTTTGCCCTA
TGGACAAGCG TTGCTCCTAA AGTCGCAATT GAATCTCTCA AAGCTCGAAT TGAAGAGATA
GTTGATCCGA AGGAGCAAAC TTTATTCACG ATGACCTTTG TAACTCATCT ATTTCTCAAG
CGTAGCGCTG AACGCAGAGG TGAAGAGGCT TCTACACGGC AGGTATTTCA AACTCCGGAG
TGCCTGAAAT CACTCTATCT GCTTATGCAC GAGTATATCC GGAGCCAGGA TGATATAGAG
CATACCGGAC CCGAAGCTTA TTCACCAGGA TTGCGTGACG ATGCGCAGGA TGCGCGGAAT
AGTCTGTTTA ACGTATTGAA CAAGATTCCT GGAAAGGAGT CGTTTATGGC CTTGATTGAC
ATTGCCAATA AGCACCCGGA CGATGCCGTT CGGCCATGGA TGATGCTTCA TGCCAAGACA
AGGGCTGAAC AGGACGGCGA TAATGAAGCG TGGTCACCAT CGCAAGTAAG GGATTTTTAT
GAGAAGCTGG AACGTACGCC CAGCAATCAC ACGGAATTGG CAGAACTTGC TATCCTGCGG
CTTCTCGACC TCAAGGACGA CTTGGAGCAC GGTGACAGTA GTATCGCGAG TCTCCTGCAA
CGTGGTGCAA CTCAAGAAAC TGAGATGCGC AAGTTTATTG GGTGGCAGTT ACGTGAAAAA
GCTTTCGACA GGTATTCCAT TCCACAGGAA GAGGAACTTG CCGATGCGAA AAAACCTGAT
CTGAGATTTC ATGGGGTAAG TTTCGATGGT CCGGTTCCTG TCGAGCTTAA GCTTGCCGAT
AATTGGACTG GTCCGCAACT GTTCGAGCGC CTCGAAAATC AGCTTTGCGG CGATTATCTG
CGAGACAATC GTTCAGGTCG AGGTGTCTTT GTGCTTGTAT ATCGAGGCGG GAAGCCTCAT
TGGGAAGTCC CCGGTAGCGG TAATCGTGTG GATTTTGAAG GATTGACTAG CGCCCTTCAG
GAGCATTGGA CGCAGATTTC CCCGAAATTT TCAAATGTTG ACGACATCAA GGTGATTGGA
ATAGACCTGA CGAAGAGATC GAGCTGA
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| Protein sequence | MDSMITFDSS YDFIELNRTF HEISKESSQN DDVDISQAFS GESFNWPNLI KEYRIIILSE
AGSGKTAEIR NVACKLREQG KPSFFLRLEH IPTDFEDAFE VGTYEVFNEW LASAEEGWLF
LDSVDEARLR HPGDFERAIR NLSRQISTAI DRTHIYITSR MTAWRPKTDL DLCKAKLPYA
MAAISNPDPQ AEDEDPDGSL HIKTDLQDRD KPIFKIVSLN DLSSDQIALF VKARGIEESN
AFLDAVERAD AKWFTSRPQD LEELTEFWID NGRIGTRLEI IQNSINRRLA ERDQGRADVY
QLSADRARQG ARLLAAATTL THDPTIRVPD GLKNTKGIAV QSILSDWDNK EQSTLLSRPI
YDEAIYGTVR FHHRSVREYL TAEWFAELLK RETSRRNIES LFFRNQYGMD IVVPTLRPIL
PWLAIMDVKI LERVRKIAPE IIFEGGDPAR LPVEVRRQIL REVCEQMADG VTGRSARSYE
AVQRFANPDL TDEIRELIRK YADNDTLTEF LLRMVWLGQL EGALSEAMSV ALIPHAEKYA
RLSAFSAVKA IGDEDAQECI RQSFLNEASE LNREFLAELL KDLQPTEHTL RWLLVCLEKS
ETKVRFAGDH LTDAVTKFVA AADIELLSQL VFGLNSLLDC PPIIAHYCEV SEKFQWLIMP
ACKAVERLIL IRHPASFDSD TLAILRKCSA MHVHGINDLP EVKTEFSKLV PAWPELNRAL
FWFEVQKSRE ALDKKRGERL TDFWAAGAWR ALWKFEISDF DYVTEEISRQ TFLDDKLVAL
SQAIHLYKAA NRPSAWRLRL NKLVKGNDEL SERLRNYLRP PAESIELRRI NQQNAKWNRL
AEAERKKKES IHLDWKKFLN DNLDEARAEL RDKPGIITNS LFYLYHQAQD KKNTRWRYAD
NNWNTLIPEY GEEVAHFYRD AVVSFWRCHE PKLRSEGAPF NETPWTVIIG LTGLEIEATE
TNEWPTNLST EEVELICKYA SFEINGFPTW FPKLFEMYPK IVCDFLMQEI RYELSIEKPE
TDTYYILNDV SAMSQWAWDQ LAPSIYEFLE ASEPKNLSNL EKLLKILQGS NLSDGLIEEL
SSRKCTILED LYHLARWFAL WTSVAPKVAI ESLKARIEEI VDPKEQTLFT MTFVTHLFLK
RSAERRGEEA STRQVFQTPE CLKSLYLLMH EYIRSQDDIE HTGPEAYSPG LRDDAQDARN
SLFNVLNKIP GKESFMALID IANKHPDDAV RPWMMLHAKT RAEQDGDNEA WSPSQVRDFY
EKLERTPSNH TELAELAILR LLDLKDDLEH GDSSIASLLQ RGATQETEMR KFIGWQLREK
AFDRYSIPQE EELADAKKPD LRFHGVSFDG PVPVELKLAD NWTGPQLFER LENQLCGDYL
RDNRSGRGVF VLVYRGGKPH WEVPGSGNRV DFEGLTSALQ EHWTQISPKF SNVDDIKVIG
IDLTKRSS
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