| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PCC7424_4909 |
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| Symbol | |
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| ID | 7111006 |
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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 | 5448090 |
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| End bp | 5451137 |
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| Gene Length | 3048 bp |
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| Protein Length | 1015 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 643483124 |
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| Product | Miro domain protein |
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| Protein accession | YP_002380134 |
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| Protein GI | 218441805 |
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| COG category | [S] Function unknown |
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| COG ID | [COG4886] Leucine-rich repeat (LRR) protein |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain |
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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 | 53 |
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| Fosmid unclonability p-value | 0.903502 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAACA TCCCTGAATA TTTCCTAGAC AGAATACAAC AAGCAAAAGA AAAACGACTG
ACATTATTAG ATTTAAGTAA TAAATGGGAT ACGAAAGAAG AGTATAAATT AACGGAAATT
CCAGAGGAAG TTTTTGAGTT GGAATGGTTG GAAGTTTTAT ATTTAAACTA CAACAATCTT
AGCTGTATAT CTGAGTATAT TTATTGTTTA ATAAATTTGA AAGAACTTTA TTTATATTGC
AATAACCTAA CCATTTTATC AAATCATATA ACTGATTTAG TCAATTTAAC AAAACTTGAT
TTAAGTCATA ATCAACTAAC TAGCCTCCCA GATTCTCTAA CTCACCTAGT CAATTTAACA
AAACTTGATT TAAGTTTTAA TCAACTAACT AGCCTCCCAG ATTCTCTAAC TCGCCTAGTC
AATTTGACTT ATCTGGATTT GAGAGGAAAT CAACTAACTA GCCTCCCAGA CTCTCTAACT
CGCCTAGTCA ATTTAACTTA TCTGGATTTG AGAGGAAATC AACTAACTAG CCTCCCAGAC
TCTCTAACTC GCCTAGTCAA TTTGATTTAT CTTTATTTAG GGAGAAATCA ACTAAGCAGC
CTCCTCAATT CTCTAACTCG CCTAGTCAAT TTGACTGAAC TTGATTTAAG TTTTAATCAA
CTAACTAGCC TCCCAGATTC TCTAACTCCT CTAGTCAATT TGACTGAACT TGATTTAAGT
GACAATCAAC TAAGCAGCTT CCCAGATTCT CTAACTTCTT TAGTCAATTT GACTGAACTT
TATTTAACTG GTAATCAACT AAGCAGCCTT CCAGATTCTC TAACTCGCCT AGCCAAATTG
AGTAGACTTA ATTTAAGTAG AAATCAACTA AGCAACCTTC CAGATTCTCT AACTCGCCTG
GTCAATTTGA CTTATCTTTA TTTAAAAGGC AACCCCTTAG AAACCCCTCC TTTAGAAATT
GCTCAACAGG GAATAGAAGC CATCCGAGAA TATTTCCGAC AGAAACAACA AGAAGGAGAA
GACACTTTAT ATGAAGCCAA ACTTATCATC CTTGGTGAAG CAGGTGCAGG TAAAACATCT
CTAGCTAAAA AAATAGAAAA CCCTAACTAT AAAGTCCCTG CTGATGAAGA TTCTACCCAA
GGAATAGATG TCAAAGAATG GCATTTTACC CTTGACAATA ATCAAGACTT TCGCGTCAAT
ATTTGGGACT TCGGTGGACA AGAAATTTAT CACGAAACTC ATCAATTTTT CTTGACAAAA
CGTTCTCTCT ATGTCTTAGT AGCAGATAAT CGTAGGGAAG ACACTGATTT TTACTACTGG
TTAAATGTCG TCGAACTCCT CAGCGATAAT AGTCCCCTTT TAATCATACA AAACGAAAAA
CAAGACCGCC AACGGGATAT TAATGAACGA CAACTAAGAG GGCAATTTAC AAACTTAAAA
GAAGCCTTTG CTAGTAACCT TGCTACTAAC CGAGGATTAG ACCCTTTTAT TAAAACTATT
AAACATTATA TTTCAACTCT TCCCCATGTC GGATCAACCT TACCTAAAAC CTGGACAAGA
GTTAGAGAAG CATTAGAAAA AGATCCCCGG AATTATATAA GTTTAGAAGA ATACTTAACC
CTCTGTAAAA ATAACGGATT TAAACAGCAA AAAGATTCAT TACAGCTAAG TCAATATTTA
CATGATATCG GCGTTATTCT CCACTTTCAA GATGATCGGA TATCACCTCT CTACAAAACT
GTTATCCTTA AACCAGAATG GGGAACTGCT GCGGTTTATA AAGTCCTGGA TAATCAAACC
GTTAGGAACA AATTAGGACG GTTTACCCAG GAAAATTTAA CTGATATATG GCAGGGAGAA
GAATATACGA ATATGCAGGG AGAATTACTC CAATTAATGA TGAGATTTAA ACTCTGTTAT
CAACTCCCCA ATAGTGACAA TATTTATATT GCTCCCCAAC TCTTAACCGC CAACCAACCT
GAGTATAACT GGGATGAAAC TAATAACCTT ATTCTACGTT ATACTTATGA GTTTATGCCA
AAAGGAATGA TTAGACGGTT TATCGTAGAA ATGCACCGTT TTATTGAACA ACAAAAATAT
GTCTGGAAAG AAGGAGTAAT TTTAAACCAA GACGACACCA AAGCAGAAGT TATAGAGAAT
TATGGGAAGC GAGAGATTAA AATTAGGGTG GTGGGGAAAG ATAAACGAGA TTTGATGACT
ATTGTTACCC ATGAACTTGA TAAAATTCAT AACTCTTATC ACCGTCTTAA ATATAAAAAG
TTAATTCCCT GTAATTGTAA GAGTTGTAAA GATAGTCAAT ATCCCTGGTT TTATGATTAT
GAAAAATTAA AAAAGTTTAT TCAAGATAGA GAACCTAATA TACAATGTCA AGAAAGTTAT
CAAATGGTTG AGGTTACGGG ATTAATTGAT GATGTTATCA ATGATTTTAA TCCACTTATC
AAAACTAAGG AAGATATAAA ATTAGATTCT CTAGAAAAAG AAGTGTTTAT ATCATATAAT
TGGGGAGGAG AAAGCGAAGA AATTGTCAAT CAACTTGATC AAGCTTTTCA GAATAAAGGA
ATTACCCTTA AGCGAGATAA ACGAGACTTA GGGTACAAAG GACTGATTAA AGAGTTTATG
CAGCGTATTG GACGGGGTAA ATGTGTTGTT GTTGTGATTA GTGATAAATA TTTAACATCT
CATAATTGTA TGTTTGAATT GATAGAAGTT GCTAAACATA AAAATTTTTA TAAAAGAATA
TTTCCTATTG TTCTCGATGA TGCCAAAATT TATAAATCAG TTGATAGAAT TAAATATATC
CAATACTGGA AACAAGAAAT AGAAGAACTT GATCAAGCTA TGAAAACCGT ATCTTCTGAC
AATTTACAGG GATTTAGAGA AGATATAGAT TTATATACAG AAATTCGTAA ATATATAGCT
CAGTTAGTTT ACGATATCAA AGACATGAAT ACTTTAAATT TATCAATTCA TCAAAAATCA
GGATTTGAAG AAATATTTCA AGCGGTTGAA AGTAAGCTAA ATGAATAA
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| Protein sequence | MNNIPEYFLD RIQQAKEKRL TLLDLSNKWD TKEEYKLTEI PEEVFELEWL EVLYLNYNNL
SCISEYIYCL INLKELYLYC NNLTILSNHI TDLVNLTKLD LSHNQLTSLP DSLTHLVNLT
KLDLSFNQLT SLPDSLTRLV NLTYLDLRGN QLTSLPDSLT RLVNLTYLDL RGNQLTSLPD
SLTRLVNLIY LYLGRNQLSS LLNSLTRLVN LTELDLSFNQ LTSLPDSLTP LVNLTELDLS
DNQLSSFPDS LTSLVNLTEL YLTGNQLSSL PDSLTRLAKL SRLNLSRNQL SNLPDSLTRL
VNLTYLYLKG NPLETPPLEI AQQGIEAIRE YFRQKQQEGE DTLYEAKLII LGEAGAGKTS
LAKKIENPNY KVPADEDSTQ GIDVKEWHFT LDNNQDFRVN IWDFGGQEIY HETHQFFLTK
RSLYVLVADN RREDTDFYYW LNVVELLSDN SPLLIIQNEK QDRQRDINER QLRGQFTNLK
EAFASNLATN RGLDPFIKTI KHYISTLPHV GSTLPKTWTR VREALEKDPR NYISLEEYLT
LCKNNGFKQQ KDSLQLSQYL HDIGVILHFQ DDRISPLYKT VILKPEWGTA AVYKVLDNQT
VRNKLGRFTQ ENLTDIWQGE EYTNMQGELL QLMMRFKLCY QLPNSDNIYI APQLLTANQP
EYNWDETNNL ILRYTYEFMP KGMIRRFIVE MHRFIEQQKY VWKEGVILNQ DDTKAEVIEN
YGKREIKIRV VGKDKRDLMT IVTHELDKIH NSYHRLKYKK LIPCNCKSCK DSQYPWFYDY
EKLKKFIQDR EPNIQCQESY QMVEVTGLID DVINDFNPLI KTKEDIKLDS LEKEVFISYN
WGGESEEIVN QLDQAFQNKG ITLKRDKRDL GYKGLIKEFM QRIGRGKCVV VVISDKYLTS
HNCMFELIEV AKHKNFYKRI FPIVLDDAKI YKSVDRIKYI QYWKQEIEEL DQAMKTVSSD
NLQGFREDID LYTEIRKYIA QLVYDIKDMN TLNLSIHQKS GFEEIFQAVE SKLNE
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