| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_1867 |
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| Symbol | infB |
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| ID | 3681819 |
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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 | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | - |
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| Start bp | 2317996 |
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| End bp | 2321112 |
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| Gene Length | 3117 bp |
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| Protein Length | 1038 aa |
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| Translation table | 11 |
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| GC content | 50% |
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| IMG OID | 637717208 |
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| Product | translation initiation factor IF-2 |
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| Protein accession | YP_322384 |
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| Protein GI | 75908088 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | 18 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAACAACG GCAAAGTTAG AATCTACGAA TTATCAAAGG AATTGAATTT GGATAACAAA
GAGCTACTAG CAATTTGCGA CCAGCTCAAT ATTGCGGTCA AAAGCCATAG CAGTACAATC
TCAGAATCAG AGGCAGAAAG TATCCGGGCA GCTGCGGAAA AGCTTGCAGC TACAAATGGA
ACATCTAAAA AAGAATTAAA CACAACCAGT CATAAACCAA ATTCAGCACC TGCTGGCTCG
CGCAACCGAC CTGCGCCCCC ACAAAAACAA CAACAAATTT TGGAAATTCG TAAACCCAAA
ATATTGAGAA ACACTACCTC CAACGCTCCA GAAGCGTCAG TTGCTAATAA CCAGATTGCT
TCTTCTGAAG CCAATTCTCC AGCACCTCCA CGGCCCTTCG CTACACCAGT CTCGCCCATG
AAGCCGACGG CACCATCTCG ACCTGTACCA CGGAATCTAT CTGAGACCCC GCAAAAACCT
GCTGCACCAG AAGCAGAACC GGAAGCTCAA TCACAAGCTC CGGCGAAAAT CGCAGTAGAG
AAGCCAGAAA AATCAGCTCA GCCCAGACCA GGTAAACCAG AGAGACAACC AAAACCCCAA
CTGGTAGCGC CTCCTAGTAG ACCTACAGCA GAAAAACTGG ATCTATCTGA AATAACAGGT
GCGCCAGGCG AAAAACCAAT TCTCAAACGC GATCGCCCAC GGCGTGAAGA TGAGCGCGAC
CAAGCTAAAC CAAGAGTCGC CAAACCTGCA CAAGGAGAAA CCTCATCGGC TCCAGTACAA
AAACAGGCTC GCCCTGCCCA AGGCCCCGTC AAACCAGAGC AACGTGTCAA TAGACCAGGC
GCTCCATCAG GTGACGGCAT ACGTCCTCAA AGACCAGTGC GCCCGTCAGT AGATGCCGCA
CCAGTTGCCA CTCCACCTAG AGGAGTTCCC GGTGGTAGAG GAGAGGTAGG CGATACAGCT
GCGATCGCCC CAGACCTGCT AGATTTGAAA CGCCCGACAC CACCCCGTCT CGCCAAAGGT
GGCAAGAAGT GGCAAGAAGA AGAAATCATT GACGAAATCA AAGAAAAAGC TGGCAAGGCT
GGCGTTAAAG GCAAACGCGT CAAGCCATTG GTAGAAGATG ATTTTGAAGA CGAAGACTTA
CTAGATGAAG AGGGATTAGA AATACCCGCA ACCGTCCAAG TTAGTCTTTC CATCGCTCGT
CCCCCCAAAC CCAAAGCAGC CAGAGCAGCG ACAGCAGCGA CAGCAGCACC AATTAGTAGT
CCCACAACTC GTGGTAAGAG GTCTAGCCAT AACAACCGTG ACCAAAACCG CCGCCAGGAA
ACAGAAGTTA AACGTGAGCG GCCAGAGAAA GTTGCGGTCA CCGGGCCAAT GACAGTGCAA
GAGTTAGCCG ACCTTCTGGC AGTTGCTGAC ACAGAAATTG TGAAAATCCT GTTCATGAAA
GGCATGGCAG TGAGTATCAC CCAAAATCTG GATATCCCGA CAATTACCTT GGTGGGTAAA
GAGTTAGAGA TAGAAGTCGA AACTGCTGAA CCAGAAGCAG AAGCCCGTAA AGTCACGGAA
ATGATTGAAG TTGGCGACTT GGAACATCTC CTGCGTCGTC CGCCAGTAGT GACAATCATG
GGTCACGTAG ACCACGGTAA GACTACCCTT CTCGACTCGA TTCGCAAAAC CAAAGTAGCA
GCCGGTGAAG CAGGCGGGAT CACCCAGCAT ATAGGTGCAT ACCACGTTGA TATCGTCCAT
GACGGTAAAG AACAGCAGAT TGTCTTCTTA GATACCCCCG GTCACGAAGC CTTTACAGCC
ATGCGAGCAA GAGGCGCTAG GGTAACAGAT ATCGCTGTCT TAGTGGTAGC CGCAGACGAT
GGTGTACGTC CCCAAACAGT CGAGGCAATT AGCCACGCTC AAGCAGCCGG AGTACCAATT
GTTGTTGCTA TCAACAAGAT TGATAAAGAA GGCGCACAAC CAGACCGGGT GAAACAAGAA
CTCACCCAGT ATGGCTTGAC CCCAGAAGAG TGGGGTGGTG AAACCATTAT GGTTCCTGTC
AGCGCCATCA AGGGTGAAAA CCTGGATACT CTCCTAGAGA TGATTCTCTT AGTAGCAGAA
GTTGGTGAAC TTTCTGCCAA CCCAGACCGG AACGCCAGAG GAACCGTTAT TGAAGCCCAC
CTGGATAAAG CCAAGGGCGC AGTTGCTACC CTGTTGATTC AGAACGGTAC ACTCCATGTA
GGAGATATAC TGCTTGCTGG TTCAGCATTT GGTAAAGTCC GGGCAATGGT TGATGATCGC
GGCAGAAGAG TTGATATAGC TGGGCCTTCA TTTGCAGTTG AGGTACTCGG TTTAAGTGAC
GTACCCGCCG CAGGTGACGA GTTTGAGGTA TTCGACAACG AAAAAGAAGC CAGAGCGCTG
GCATCAGATC GTGCCGACAA GCAACGTCTC TCTCGTCTAC TACAAGGACG TGTCACCCTC
ACAACCCTAT CCGCTCAAGC TCAAGAAGGC GAGTTGAAAG AACTCAACCT CATCTTGAAG
GGTGACGTAC AAGGTTCTGT AGAAGCGATT GTGGGATCAC TCAAACAAAT CCCCCAAAAC
GAAGTACAGA TTCGGATGCT GTTAACTGCG GCTGGCGAAA TCACCGAAAC AGATATCGAC
TTAGCAGCAG CCAGTGGAGC TGTAATTATC GGCTTCAACA CCACCTTTGC CAGTGGAGCC
AGACAAGCGG CTGATGAAGC AGGTGTAGAC GTACGAGAAT ACAACATCAT CTACAAACTG
ATCGAAGATA TCCAAGGCGC ATTGGAAGGT CTGTTAGAAC CAGAGTTGGT TGAAGAACCC
CTGGGTCAAA CCGAAGTCCG CGCTGTCTTC CCAGTTGGTC GCGGTGCTGT TGCTGGTTGT
TATGTCCAAT CTGGCAAACT AGTCCGCAAC TGCAAAGTGC GGGTACGTCG TGCCGGTAAG
GTGATCTATG AAGGCGTGCT TGACTCCCTC AAACGGATGA AAGACGACGC GCGCGAGGTC
AACGCCGGTT ACGAATGTGG TATCGGTGTT GATAAATTCC ATGATTGGGC TGAAGGCGAC
ATCATCGAAT CCTATCAAAT GGTCACAAAA CGCCGTACCC TAGCACTAAC AAGATAG
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| Protein sequence | MNNGKVRIYE LSKELNLDNK ELLAICDQLN IAVKSHSSTI SESEAESIRA AAEKLAATNG
TSKKELNTTS HKPNSAPAGS RNRPAPPQKQ QQILEIRKPK ILRNTTSNAP EASVANNQIA
SSEANSPAPP RPFATPVSPM KPTAPSRPVP RNLSETPQKP AAPEAEPEAQ SQAPAKIAVE
KPEKSAQPRP GKPERQPKPQ LVAPPSRPTA EKLDLSEITG APGEKPILKR DRPRREDERD
QAKPRVAKPA QGETSSAPVQ KQARPAQGPV KPEQRVNRPG APSGDGIRPQ RPVRPSVDAA
PVATPPRGVP GGRGEVGDTA AIAPDLLDLK RPTPPRLAKG GKKWQEEEII DEIKEKAGKA
GVKGKRVKPL VEDDFEDEDL LDEEGLEIPA TVQVSLSIAR PPKPKAARAA TAATAAPISS
PTTRGKRSSH NNRDQNRRQE TEVKRERPEK VAVTGPMTVQ ELADLLAVAD TEIVKILFMK
GMAVSITQNL DIPTITLVGK ELEIEVETAE PEAEARKVTE MIEVGDLEHL LRRPPVVTIM
GHVDHGKTTL LDSIRKTKVA AGEAGGITQH IGAYHVDIVH DGKEQQIVFL DTPGHEAFTA
MRARGARVTD IAVLVVAADD GVRPQTVEAI SHAQAAGVPI VVAINKIDKE GAQPDRVKQE
LTQYGLTPEE WGGETIMVPV SAIKGENLDT LLEMILLVAE VGELSANPDR NARGTVIEAH
LDKAKGAVAT LLIQNGTLHV GDILLAGSAF GKVRAMVDDR GRRVDIAGPS FAVEVLGLSD
VPAAGDEFEV FDNEKEARAL ASDRADKQRL SRLLQGRVTL TTLSAQAQEG ELKELNLILK
GDVQGSVEAI VGSLKQIPQN EVQIRMLLTA AGEITETDID LAAASGAVII GFNTTFASGA
RQAADEAGVD VREYNIIYKL IEDIQGALEG LLEPELVEEP LGQTEVRAVF PVGRGAVAGC
YVQSGKLVRN CKVRVRRAGK VIYEGVLDSL KRMKDDAREV NAGYECGIGV DKFHDWAEGD
IIESYQMVTK RRTLALTR
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