| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_B0148 |
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| Symbol | |
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| ID | 3677935 |
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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_007410 |
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| Strand | + |
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| Start bp | 163395 |
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| End bp | 165983 |
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| Gene Length | 2589 bp |
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| Protein Length | 862 aa |
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| Translation table | 11 |
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| GC content | 39% |
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| IMG OID | 637714855 |
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| Product | TonB-dependent siderophore receptor |
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| Protein accession | YP_320049 |
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| Protein GI | 75812430 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4773] Outer membrane receptor for ferric coprogen and ferric-rhodotorulic acid |
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| TIGRFAM ID | [TIGR01783] TonB-dependent siderophore receptor |
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.732956 |
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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 | ATGAGGGTGA AACAAGATAG TTTATTCGCT TATATATGGC TAACTTCTAC CATATCAATC
TTGAATGCCT TCCCCGCATA TTCGCAAGAA ATAGCTATCA AAGACATTCC TCAATTAAGC
GAGATACAGC TTCCTTACAC AAGCGTTAAA GAATTATTCG CCCAGCAACA AAATCCAGTT
ATTCAAGTGA CAGGAGTACG CATCAATCAA ACTCCTAAGA GCTTAGAAAT AATATTAGAA
ACTCCTGCAT CTGATAAGTT ACAAGTTACC AATAAGAGTG AGGAAAATAA CTTTATTGTC
GATATTCCTA ACGCGCAGTT AAGTTTACCT AATGGAAATT CATTTCGTCA AGAAAAACCA
TTTACAGGAA TTACAGAATT AGTAGTTACA AATCAAGATG CAAATAGTAT TCGGGTGACA
GTAACAGGTG AGGAGGGTGT CCCCAAAGTT GATTTAGATG ACAGCGATGA GGGTTTGATT
TTTGTCGTTA CACCAGTTAC TTCCTCTACA TCACAACCAC AGCAACCACA AATATTAGAT
AAACCGACTA GCGAAACACC AGCAACGCAA CCATCAGCAG AGAATCAAGA ACCAATTGAA
CTAACAGTGA CAGGAGAACG AGATGGGTAT AACGTCCCCA CCGCCACTAC CGGCACTAAA
ATAGAAGCAC CGCTACGGGA TTTACCTTTA TCTATTCAAG TCATCCCCCG TCAGGTAATT
GAAGATAGAG GTGTAGTTAG ACTCAACGAT TTAGCTGATA ATGTCGCTGG TGTCCAACAA
GAACCAGGTT ATGGTTCTCT ACCCTCCGTA GGCTTTCGCA TTCGCGGGTT TACAACAAAT
TTTGGCAACT TACGCAATGG GTTTCAAGAT TTCGGCTATG TCACCCCCCG CGATATCGCC
AACGTCGAAC AGTTTGAAAT CCTCAAAGGG CCAGCCTCAG TTTTGTATGG AGGTGGTCAG
TTTAGTTCTG GGATTCCCAG TGGTGTAGTC AATACTGTCA CAAAAAAGCC TCTCGAACAG
CCTTACTATA ACGCTAGTAT TACCTATGGC AGTTATAATT TTTTCCGCCC TACAATTGAT
TTGACTGGGA CACTCACAGA GGATAAATCA CTGCTTTATC GGCTGAATAT TGCCTATGAA
AATGCAGATA GTTTCCGCGA TTTTACAAGA AATGATAGTT TTTTTATCGC CCCTGCATTT
ACCTGGAAAA TCGGCCCGCG TACAAATCTT GCTATAGAAT TTGAATACCA AAACTATAAT
TTCAACTTTA ATTACGGCTT CCTCCCAGAA CCGGAATTTT TAACACTCCC CAGAAATAGA
TTTTTGGGAG AACCTGATTT TAATGACAGT AATGTTAATT CAACTGCATT TACTTATAGG
TTTGAACATC AATTTAGTGA TAACTGGAAA TTTCGCCAAG GGTTTAACTT AGTTCAGGCT
AACTTAAATA GTAAATCTAC CTTCTTATTT GCTCTAGAAG ATGACCGGAA AACTGCGAAT
ACTAGCCCTA GTGCATCTGA TGAAGTAAAT GATAATTTAA CTCTGCAAAA TGAAATTATT
GGCAAGTTTA AAACAGGTTC TTTGCGTCAT AATCTGCTAT TTGGTATAGA ATTTTCTCGA
TATAAATTTA ATTACAATTT TACGACTGGC AATGATATCA GAATTGATAT TTTTAACCCA
CAGTATGATG CAAATATTAT CATTCCTTCC TCACCGACTT TTGGTAGAGA ATATGGTTCA
AACAATATAG CTATTTACAT CCAAGACTTA ATCGAAGTTC TCCCTAACCT GAAAGTATTA
GCCGGTGGTC GCCTTGACAA CAATGAATTA TTTAGAAATA ATACAGTAAC CAACACGACC
ATTAATGAAC AGTCAAATTC GCGCTTTTCC CCGCGAGTTG GTATTGTTTA TCAGCCTAGT
CAAACAACTT CGCTCTACTT TTCTTGGTCA AACTCTTTTG CTCCTAATTA TTCTGCTAGA
AGCCGCACAG ATGAGCAGTT TAAACCAGAA ATTGGCGAAC AATTTGAAGT GGGAATCAAG
CAAGATTTGA TTAAAGACCG ACTTTCGGCT ACTTTGGCAT TTTATCAAAT TACTCGACAA
AATGTATTGA CTCCAGACCC CATTGATCCC AATTTTAGTA TCACCACAGG GGAACAAAGA
AGCCGAGGGG TAGAGTTAGA TATTACAGGA CAAATTTTAC CAGGTTGGAA TATTATTGCT
AACTACGCCT ACACCGATGC TGTGGTGACA AAAGACGAGA GTATTCCTGT TGGTAGTAGA
TTGTATGGTG TACCTGAAAA TAGTGCTAGT TTGTGGACGA CCTATCAATT TCAAAGCGGT
AATTTGCAAG GTTTAGGGTT GGGATTAGGA CTTGCTTTTG TAGGAGAACA AGAAACTAGA
TTACCCAGCA CTTTAACGCT ACCTTCTTAT GTCAGAGCCG ATGCTGCTAT TTTCTATCGT
CGGGATAACT ATAAAATTGG GTTGAACTTC AAAAACATTT CTAATGTCAA ATATTACACT
TTAGATGGTT ACTTTATTTA CCCCGCCGCA CCGTTTACAG TCCAAGGAAC AGTGTCATTT
GACTTTTAA
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| Protein sequence | MRVKQDSLFA YIWLTSTISI LNAFPAYSQE IAIKDIPQLS EIQLPYTSVK ELFAQQQNPV
IQVTGVRINQ TPKSLEIILE TPASDKLQVT NKSEENNFIV DIPNAQLSLP NGNSFRQEKP
FTGITELVVT NQDANSIRVT VTGEEGVPKV DLDDSDEGLI FVVTPVTSST SQPQQPQILD
KPTSETPATQ PSAENQEPIE LTVTGERDGY NVPTATTGTK IEAPLRDLPL SIQVIPRQVI
EDRGVVRLND LADNVAGVQQ EPGYGSLPSV GFRIRGFTTN FGNLRNGFQD FGYVTPRDIA
NVEQFEILKG PASVLYGGGQ FSSGIPSGVV NTVTKKPLEQ PYYNASITYG SYNFFRPTID
LTGTLTEDKS LLYRLNIAYE NADSFRDFTR NDSFFIAPAF TWKIGPRTNL AIEFEYQNYN
FNFNYGFLPE PEFLTLPRNR FLGEPDFNDS NVNSTAFTYR FEHQFSDNWK FRQGFNLVQA
NLNSKSTFLF ALEDDRKTAN TSPSASDEVN DNLTLQNEII GKFKTGSLRH NLLFGIEFSR
YKFNYNFTTG NDIRIDIFNP QYDANIIIPS SPTFGREYGS NNIAIYIQDL IEVLPNLKVL
AGGRLDNNEL FRNNTVTNTT INEQSNSRFS PRVGIVYQPS QTTSLYFSWS NSFAPNYSAR
SRTDEQFKPE IGEQFEVGIK QDLIKDRLSA TLAFYQITRQ NVLTPDPIDP NFSITTGEQR
SRGVELDITG QILPGWNIIA NYAYTDAVVT KDESIPVGSR LYGVPENSAS LWTTYQFQSG
NLQGLGLGLG LAFVGEQETR LPSTLTLPSY VRADAAIFYR RDNYKIGLNF KNISNVKYYT
LDGYFIYPAA PFTVQGTVSF DF
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