| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_3393 |
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| Symbol | infB |
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| ID | 8392729 |
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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 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 3459430 |
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| End bp | 3462408 |
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| Gene Length | 2979 bp |
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| Protein Length | 992 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 644981330 |
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| Product | translation initiation factor IF-2 |
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| Protein accession | YP_003139056 |
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| Protein GI | 257061168 |
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| COG category | [J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG0532] Translation initiation factor 2 (IF-2; GTPase) |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain
[TIGR00487] translation initiation factor IF-2 |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.718402 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAACG CACAAAAAGT TAGAATTTAC GACCTATCAA AAGAATTGAA CTTAGACAAC
AAAGACATCC TAGAAATTTG CACTCAGCTT AACATTAGCG TTAAGAGCCA CAGTAGCACT
ATTACCGAAT CCGAGGCCGA ACGAATCAAA GCGATGGCAG CTAAATACGT TGCCAACCAA
AGCAATAAGC CAACTCAAGA ACCCTCCTAT CCTGGGGAGC GCAAACAACA AATTTTAGCC
ATTCATCATA AACAAATCCG TAAGGGGCGT TCCCCTGATG CCCAAAGACC GTCTTCAGAG
GCTTCTCCTG CATTAGTCAC TCCCCCTAAG CCTCCCGCTA AGCCGAATGC GCCTACCCCC
TCTACCCCCG CGCAAGAACC TGCTCCAAGG GAGTCCATAT CAGAGCAACC GGAGGCTGTA
CCCATTAAAC CAGAACTATC GGCTAAACCT CAAGCACCTG GGACTAAGAC CAAAGAGGTG
AAAGCCTCTC CTAGCCTTAT GCAACCCCCA CAATTGTCCA AACCGAAAGT TAAATCTGGG
GAAAAACCCA GTCCTGACAA GCCCTCACCG AAACCGGTTC CGCGTCCAGA ACCCGTAGGG
AAAATAGAGC AGGCCAAGAA ACCCAGTTTG GTCGGTGCTC CTACGCCTAA AATCGTCTCG
GCTGAAGCTC CAGTCAGTGG CAAAACCCCG ACTAAAGTTA GAGCAAAAGC TGATCTACAA
CGACCTCAAG GGCCTAAACC CGAAAAAGAG ATTCTCCCGG AATTAGTCGC TCCATCGGTG
AAACCGGCCT TGGAAGAAAC GGATGATATA GATATCGTTG ATGATACCCT AGAATCGGTT
CTCAAACCCA AACCGACCCT AAAACGCCCT ACATCAGTTC GTCCCTCCAA ACAAAAACAA
AAATGGGAAG AGGAAGAAGA AGAAGAAGTT AAAGCCAAAG CCAGCAAAGT TCCAGGCAAA
GGAAAACGTC GGACGAATCG TCTTGAGGAC GAAGATGAGG ACTTTGAGTC AGAACTCAAT
GCTAATCCAA TTCCTTTAAC GGTCAGTCTT TCCACGGCTC GTCCACCTAA ACCCAAATCC
CAAGCTAAAC CAGTGGCAGC CACTGCGAAA CCGAAAAAAC CCCTGCTTAA GCCGGAAACG
GGGGTAACAC GGACAAAAAC AGACCGTCGT GAGCGTCAAG AAGTCGTTCA ACGTCCTGAA
CAAATTATCC TTGACAGTAA TTTAACGGTC AGAGAACTGG CTAACCGACT AGAGATTCCC
GAAACGGAAA TTATTAAAAA TCTCTTCTCG AAGGGCATTG CGGTTAACAT TACCCAAACC
TTGGATCTCC AGACGGCTCG GTTAGTCACG GAAGAATTAG GGGTAGAGGT AATCACCCCC
GAAGAAAAAG CGGCGGCTAC CAAAGATCGA GAACTGCTCG ATGAGCACGA TCTCGAAAAT
CTCCAGCGTC GTCCCCCTGT CGTCACGATT ATGGGTCACG TCGATCACGG AAAAACGACC
TTGCTCGATT CCATTCGCAA AACCAAGGTC GCCCAAGGAG AAGCCGGGGG GATCACCCAG
CATATCGGGG CTTATCATGT CGATCTTGAC CATAATGGGG TTCCTGAGCA GATTGTCTTC
CTCGATACCC CTGGCCACGA AGCCTTTACG GCGATGCGGG CACGGGGAGC CAAGGTGACG
GATATCGCTA TCTTGGTGGT GGCGGCCGAT GATGGAGTCC AACCCCAAAC GCGAGAAGCC
ATTAGCCATG CTCAAGCGGC TAAAGTTCCT ATTGTGGTAG CTATCAATAA AATTGATAAA
CCCCAAGCTA ACAGCGATCG CATTAAACAG GAACTCTCAG AATTGGGTCT GCTCTCGGAA
GAATGGGGCG GTGAGACGAT TATGGTTCCT GTGAGTGCTT TAACGGGAGA AAATCTCGAT
ACTTTGTTAG AGATGATCCT CCTGGTCTCG GAGGTTGAAG AATTGGTGGC TAACCCCGAT
CGCCGTGCGA AAGGAACGGT CATCGAAGCT AACCTCGATC GCACCAGAGG ACCCGTGGCC
ACCCTCCTAG TCCAAAATGG AACTCTTCGG GTAGGTGATG CCATTGTTGT TGGCTCCGTT
TTCGGAAAAA TTCGGGCGAT GATCGATGAT CGCGGCAACA AAGTTGAAGC GGCTTCTCCT
TCCTTTGCGG TAGAAATTCT CGGGCTGAAC AGCGTTCCTT CGGCGGGCGA TGAATTTGAG
GTCTACGAAA ACGAAAAAGA AGCCCGTGCG ATCGCTGAAC AACTCGCCCA AGAGCAACGT
CAGACTCGTT TGCAACAGGC GATGTCGTCT CGTCGTGTCA CCCTAAGTAC CCTGTCAGCC
CAGGCACAAG AGGGAGAACT CAAGGAATTG AACCTCATCC TCAAAGCGGA TGTTCAAGGG
TCGGTAGAAG CGATCCTAGG GGCTTTGGAA CAGTTACCTC AAGGAGAAGT CCAAATTCGG
GTTCTCTTAG CTGCTCCAGG TGAAATTACC GAAACGGATG TGGATTTAGC GGCGGCTAGT
GGTGCGGTTG TCGTCGGCTT TAGTACTACC CTAGCCAGTG GTGCGAGGGC TGCTGCTGAC
CGCGAAGGGG TCGATATCCG TGAGTACGAT ATCATCTACA AGCTCCTCGA TGATATTCAA
GGGGCGATGG AAGGGTTACT CGAACCTGAA GAGGTGGAGT CGCCCTTGGG ACAAGCTCAA
GTTCGGGCAG TCTTCACCGT AGGACGCGGT GCGGTGGCTG GTTGTTATGT CCAGTCGGGT
AAGGTCGTCC GCAACCGCTT AGTACGGGTA CGCCGAGGTA AGGATATCGT TTACCAAGGC
AACCTTGATT CTCTCAAACG GATTAAGGAA GATGCCCGTG AAGTCAATGC AGGGTATGAA
TGCGGTATCG GAACGGATAA GTTTAATGAC TGGCAAGAGG GTGACATTAT TGAAGCCTAC
GAAATGGTCA TGAAACGCCG TACTTTGGCT GGAAAGTAA
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| Protein sequence | MNNAQKVRIY DLSKELNLDN KDILEICTQL NISVKSHSST ITESEAERIK AMAAKYVANQ
SNKPTQEPSY PGERKQQILA IHHKQIRKGR SPDAQRPSSE ASPALVTPPK PPAKPNAPTP
STPAQEPAPR ESISEQPEAV PIKPELSAKP QAPGTKTKEV KASPSLMQPP QLSKPKVKSG
EKPSPDKPSP KPVPRPEPVG KIEQAKKPSL VGAPTPKIVS AEAPVSGKTP TKVRAKADLQ
RPQGPKPEKE ILPELVAPSV KPALEETDDI DIVDDTLESV LKPKPTLKRP TSVRPSKQKQ
KWEEEEEEEV KAKASKVPGK GKRRTNRLED EDEDFESELN ANPIPLTVSL STARPPKPKS
QAKPVAATAK PKKPLLKPET GVTRTKTDRR ERQEVVQRPE QIILDSNLTV RELANRLEIP
ETEIIKNLFS KGIAVNITQT LDLQTARLVT EELGVEVITP EEKAAATKDR ELLDEHDLEN
LQRRPPVVTI MGHVDHGKTT LLDSIRKTKV AQGEAGGITQ HIGAYHVDLD HNGVPEQIVF
LDTPGHEAFT AMRARGAKVT DIAILVVAAD DGVQPQTREA ISHAQAAKVP IVVAINKIDK
PQANSDRIKQ ELSELGLLSE EWGGETIMVP VSALTGENLD TLLEMILLVS EVEELVANPD
RRAKGTVIEA NLDRTRGPVA TLLVQNGTLR VGDAIVVGSV FGKIRAMIDD RGNKVEAASP
SFAVEILGLN SVPSAGDEFE VYENEKEARA IAEQLAQEQR QTRLQQAMSS RRVTLSTLSA
QAQEGELKEL NLILKADVQG SVEAILGALE QLPQGEVQIR VLLAAPGEIT ETDVDLAAAS
GAVVVGFSTT LASGARAAAD REGVDIREYD IIYKLLDDIQ GAMEGLLEPE EVESPLGQAQ
VRAVFTVGRG AVAGCYVQSG KVVRNRLVRV RRGKDIVYQG NLDSLKRIKE DAREVNAGYE
CGIGTDKFND WQEGDIIEAY EMVMKRRTLA GK
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