| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_2308 |
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| Symbol | |
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| ID | 7111377 |
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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 | Cyanothece sp. PCC 7424 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011729 |
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| Strand | - |
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| Start bp | 2576535 |
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| End bp | 2581142 |
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| Gene Length | 4608 bp |
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| Protein Length | 1535 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 643480566 |
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| Product | hypothetical protein |
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| Protein accession | YP_002377598 |
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| Protein GI | 218439269 |
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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 | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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Fosmid Coverage information |
| Num covering fosmid clones | 13 |
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| Fosmid unclonability p-value | 0.000000000339602 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGAGTGACC TAATTACTGA ACTTTGCCAA CTTACAGCCA AAATCCTGCA AGATAATCCT
CAAGCTAGTC TTGCTGAGTT AGTGGCACTG GTAAAAACAA AAATTAATAC CAATTTCCAA
TTAAGTGAGA GCATTCAAAA TGATTCTCGT TTAATTCAAA TTAATCAAGG GGATGCAAAA
GGATTTCAAA CTTTAATAAC AGGTGGAACT GCTAATATTG GCATTTTTGC CAATGATATT
AATCAAGAAC TATTGCAAGA AGTTTTACAA AAAGCGATTA GTTCTTTTAA TTGGGAATTA
GATATTCATA AACTTCAAGA ACACGGGAAT TATATTTTAG AAGGCGAAAT TAAATCTACT
ATTAATGGGG TTCATATCAA ACGACCAGAT ATACTAGCTC AGTTAATCAG CTTGGCCGAA
ACGTCTAATT TCGTTTTTGT TACAGGTGAA CGTGGCTCTG GGAAATCTAG CCTAATCAAA
GAATTTACCA ACCATGTAAA ACAAGATGTT CCTATTTTTT GTTTCCGCAC CACTGACTTT
AATCAATCTC ACCTTGATGC TGTATTTTCA ACTATAGGGT TAAAGAGTTC ACTGCAAGAT
TTAGAAACAG GTCTTGCCCT CATTGCCAAG AAATATTTAA TTATAGAGTC ATTAGAGAAA
CTTCTTGAAC TAGAAAATAA AACAGCCTTC ACAGACTTAC TTCATTTTAT TAATAAACAG
CAGGGATGGA CTGTAATTGC CACTGGGCGT AACTATGCTT ATCAACCCAT CATATTTACT
TATCTTCAAC CTAATAAAAT TAAGTTTGAA ACCCTAACCT TGAAAGGGTT TAATGATGAG
GATATTCAAC AACTTTGTGA GCAAATTACC TCCTTAAAAA CTCTGTCTAG CAATGTAATT
TTAAAAGAAC TAATCAAATG CCCATTTTAT GCTGATTTAG CTTATAGGGT CCTTCAAACT
GGAATAGAAT TTACTCCTGA TGATGGAGAA AAAGAATTTC GGACAGCCGT TTGGCAAAAT
GTAATTGCAA AAGAGCAAGA GAGAAACAAT GGAATGCCTT TGAAACGGAG AAAAACTTTT
ATAGAGATTG CCGTCAAACG GGCTAAAAAA ATGGTGTCTG GTATTCCTAG AACTCAAGAT
AGCGAGGCTT TGAATAAACT GGAAGAAGAT AATTTAATCC GTCGTGATTC TAAAAATCTT
GTCAGTCCAG GCCATGATAT TTTTGAAGAT TGGGCAATTG AAAAATACAT TGAGGAAATT
TATCAAGAAG ACTCAGATAA TATACAAAAG TTTCTTGATA CAGTTGGCCA TGAGCCTGCT
ATGAATCGAG CTTTTCGTTT ATGGCTTCAT CAAAAATTGA GAGATGGCGA TAATATTGAT
GATTGGGTAT ATACCATTGT AAGAAATCAA AATATTCAAC GATGTTGGCA AGATGAAACC
ATAGCGGCAG TGCTTCAAGG AGATAATCCC GACAAGTTTT TGAGAAAATT AAAAAATCAA
TTATTTACAG AAAATGGAGA ACTTTTAAAA CGTTTTTGCT TTATTCTTCG TATTGCCTGT
AAAACACCGT TGAAAATTGA TGAAAATAAT CAATCAAATT CCCTTGATAT TTTATGGCTT
GAGCCTCATG GACGAGCTTG GGAAGTAATG ATTCAATTTT TATATAAAAA CAGGGAACTT
TTATCAACCG TTTTATTACC TCATATAGTA GCAGTATTAC ATGACTGGTC ATCTATATTG
AATATTAATG AAGATTTACC ACTTCCATCC CGTGAAGCAG GGTTACTCGC TCTTTATTTG
TTAGATGATC TAAAAGATTC CTACAGAGAT GATGGTAATC GCACAAAACT ATTGAGTATT
ATTATTAAAA CAATTCCTGC AATTCGTCAA GAATTCTTAA CACTTCTAGA AACGGATATT
TTTATCTCTA AACGAGAAAG GCAAAAGCGA GAATTATGCT ATGTTAAAGA TTTTTGTGAA
ATGATTTTTT TAGGAATTGA AACAGCTTTT TTTTCTAAAT ATGCTCCTGA AATCATAATT
AAATTAGCTT CTTTTGAATG GTTTATTGAA GAATATATCG AAAATAATAA GCGTCGATAT
AGGAATATAG ATGTTGATGA ATGCTTTGGA ATTCATAAGT ATAGATATGA TTTTTCCCCT
GCTAGTGGAG CTAAAGGGAC TTTCAAATAT CTATTAGATT ATCATTGGAA GCAAGGTCTT
GATTTCATCC TTAACCTTTT TAATATATCT GCTGATAAAT ATGCTCATTC AGATTTAGAT
TCTCCACGTC AATCAAGTTA TTTAAAAATA GGATATTCTG AGCCACTGAT TGAAACAATA
GAAATAGAAT TAAATGATGG CTCAAAAAAA CAGCAATATT GCTCTTGGCG TTTATGGGAA
GCTTATCGTG GTTTTAGCGT TATTCCAGAT TTATTACAGT CAGCTTTAAT GGCGCTTGAA
AACTGGTTAA TTGCCTGTGC AGAAACGTTT GAAGCTCAAC AAATAGAATT GCTATTTGAC
TATATTTTGC AAAATAGTAA CTCTGTAATG CCAACAGCAG TATTAGCTTC TGTAGCCACA
GGTTTTCCTA AAAAAGTTGG AAAAGCTGCA TTGCCTTTAT TACGAAATCC TGAACTATAT
CACATGGATA GAAGTCGAGC CATTGATGAA AGAGGTAGCA ATGAAATTAA CTGGCATCGT
TCTTTGCTTC GGCGAGACGC ACTGTCTAAA CTTTACTCCG AAGAAAGGCG TACTGCTGCA
TTACGTCCTT GGCGACAACA ACATTTAGAA ACATTAGTTT TACAGCTTCA ATTTTCGGAA
TTGAGAGATG AAGTTTTAGT AATTGTTGAT AAGTTGCATG AATCTGAACC AAAAGATGAA
CTAATGCGTT TTTTTCTTAA TAGAATTGAT AGTCGTAATT TTCAACCTGT TGCAGATTCT
GAAAATAATC GGACTATATA TTACCCCCCA GACTTAGAGC CAGATTTAAA GCAAATTCAG
CAAAAAACTC TAGAAAAAAC TCAAAAACTA AATCGTTACT TAACCCTAAA ATTATGGTCG
GACAAAAAAA GTATCAATGA ACCGGTTGAG ACTGAATACT TTTCAACATG GCAAGAAGCA
TTCTCTGAAG CAAAATACTG GGATGAACAG CTAAAATCTG GGCAAATAAA TGACTCTACA
ATAATAGACT ATGGAGCAGT TGTCACTTCT GCATCAATTT GTATTAGAGA TTATCATCAA
GAATTAGATG AACCTGATAT TGACTGGTGT ATTGAGATTA TTATCAAGGC AGTTGTGGCT
AATTCAGATA CAAATAATGA GCTTGCAATT TTAGATAAAA CAGACTACGC TGCTTCAGCA
TTAGCAGCAT CTATTCTTCC TATTTTATTC GATTTTATAT CTACGGATGA TGATAAATTA
ATTTTAAAGA AAATTATTGC CATTGCCTTA ACTCACGTTA ATCAGAACGT CAGACATCAA
GCCGCAGAAG GAATTAGAAA ATATTTATGG CAAAGAGATC CCGAATTTGC TCAACAATGT
ATTATAGGAG CGATTGAGTA TGCCCGTTTT GAAAATGAAC AAAAACATCG CTTTTTAAAA
AGACAAATAT ATGCTTTAGA AGGTGAGAGT AAAATTGCTG AATTAAATAA ACTACTAACC
AAGAAAAATG AATTTAGAGA ACAGTTTGCT CAAGGTCAAC TATTAAGTGA TATTAACGCC
ATTAATTTTC AATCTCATGG CTCTTGGGAT CTTTTAAGCC CTTCCTTAAT GATTCCAGAT
GGCTCAAGAG AACCTAGCCA TATTTTACTC TTATCAAGAA TGTTAACGCT TTTCTTTGAA
TATGAGCAAG AAAAAAATAA TCGTGAGTAT CGGCACAATA ATACAGATGA GATGCACTAC
GAAGTACCTT ACAAATTACC TTACGATTTT GGCAAGCGTT TTGCAGAGTA TTTGTTTTAT
TTACACGATT CCAATTTTCA AGACTATATT GAGTTACTAA AAATAGGCTG TGAAAAAATG
CCAATTTTTA TAAATACTCT TCTTTTACAA GTTGCAGTAT TAGCTGAAAG AAAAGGAGAA
AAACAAATTT ATTGGCAACT CTGGCAAGAA TTATCCCAAA CAGTACAAAA TATCGCTCTC
AAATTAACTG AAAAAAGTTT CGATAGACAG GAAAGTGATA AGCGTCAATT AATTCGTGGT
ATGTTACACA CTGATTCACC TTGGTCAAAA ATTGATTATG AAAATCAGGA TATTGCCCTT
GGCAAAGACC TAATACTAGA ATTTGTGGAA AATGCTGGCA AAAATTCTGA TATATTTGAA
TCTTTAGCCT CATTAATGTA TCATTTCCCT TCTATCTTCT GCGAATCAGG ACTACCTATT
TTATCCAACC ATCAAAAAGA GGAAGAAAGC ACTCGCTTAC TCTCACGTAA TACCGCATTC
TATCTAGAAA TGGCCATTCA ACGTTTTCTA CAAGCTGAAA ATACTGGCTC TCTACCTAAA
AAACTGCATG AATCCTGTTT TATACTACTA AATGCCATTA TTGAGACAGC TTCATCAAGA
GCTTACTATC TCCGAGAACA TTTGATCCGT TCTGTTAAAA TTCTTTAG
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| Protein sequence | MSDLITELCQ LTAKILQDNP QASLAELVAL VKTKINTNFQ LSESIQNDSR LIQINQGDAK
GFQTLITGGT ANIGIFANDI NQELLQEVLQ KAISSFNWEL DIHKLQEHGN YILEGEIKST
INGVHIKRPD ILAQLISLAE TSNFVFVTGE RGSGKSSLIK EFTNHVKQDV PIFCFRTTDF
NQSHLDAVFS TIGLKSSLQD LETGLALIAK KYLIIESLEK LLELENKTAF TDLLHFINKQ
QGWTVIATGR NYAYQPIIFT YLQPNKIKFE TLTLKGFNDE DIQQLCEQIT SLKTLSSNVI
LKELIKCPFY ADLAYRVLQT GIEFTPDDGE KEFRTAVWQN VIAKEQERNN GMPLKRRKTF
IEIAVKRAKK MVSGIPRTQD SEALNKLEED NLIRRDSKNL VSPGHDIFED WAIEKYIEEI
YQEDSDNIQK FLDTVGHEPA MNRAFRLWLH QKLRDGDNID DWVYTIVRNQ NIQRCWQDET
IAAVLQGDNP DKFLRKLKNQ LFTENGELLK RFCFILRIAC KTPLKIDENN QSNSLDILWL
EPHGRAWEVM IQFLYKNREL LSTVLLPHIV AVLHDWSSIL NINEDLPLPS REAGLLALYL
LDDLKDSYRD DGNRTKLLSI IIKTIPAIRQ EFLTLLETDI FISKRERQKR ELCYVKDFCE
MIFLGIETAF FSKYAPEIII KLASFEWFIE EYIENNKRRY RNIDVDECFG IHKYRYDFSP
ASGAKGTFKY LLDYHWKQGL DFILNLFNIS ADKYAHSDLD SPRQSSYLKI GYSEPLIETI
EIELNDGSKK QQYCSWRLWE AYRGFSVIPD LLQSALMALE NWLIACAETF EAQQIELLFD
YILQNSNSVM PTAVLASVAT GFPKKVGKAA LPLLRNPELY HMDRSRAIDE RGSNEINWHR
SLLRRDALSK LYSEERRTAA LRPWRQQHLE TLVLQLQFSE LRDEVLVIVD KLHESEPKDE
LMRFFLNRID SRNFQPVADS ENNRTIYYPP DLEPDLKQIQ QKTLEKTQKL NRYLTLKLWS
DKKSINEPVE TEYFSTWQEA FSEAKYWDEQ LKSGQINDST IIDYGAVVTS ASICIRDYHQ
ELDEPDIDWC IEIIIKAVVA NSDTNNELAI LDKTDYAASA LAASILPILF DFISTDDDKL
ILKKIIAIAL THVNQNVRHQ AAEGIRKYLW QRDPEFAQQC IIGAIEYARF ENEQKHRFLK
RQIYALEGES KIAELNKLLT KKNEFREQFA QGQLLSDINA INFQSHGSWD LLSPSLMIPD
GSREPSHILL LSRMLTLFFE YEQEKNNREY RHNNTDEMHY EVPYKLPYDF GKRFAEYLFY
LHDSNFQDYI ELLKIGCEKM PIFINTLLLQ VAVLAERKGE KQIYWQLWQE LSQTVQNIAL
KLTEKSFDRQ ESDKRQLIRG MLHTDSPWSK IDYENQDIAL GKDLILEFVE NAGKNSDIFE
SLASLMYHFP SIFCESGLPI LSNHQKEEES TRLLSRNTAF YLEMAIQRFL QAENTGSLPK
KLHESCFILL NAIIETASSR AYYLREHLIR SVKIL
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