| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_B0218 |
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| Symbol | |
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| ID | 3677764 |
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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 | 245224 |
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| End bp | 247803 |
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| Gene Length | 2580 bp |
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| Protein Length | 859 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 637714925 |
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| Product | TonB-dependent siderophore receptor |
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| Protein accession | YP_320119 |
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| Protein GI | 75812500 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | [TIGR01783] TonB-dependent siderophore receptor |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 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 | TTGAAGCTAG GACATTTTAG TTATTTAGGG ATTGCAGGAA TTATATGTTT GCTATGTTCT
GAGTCTGTAC AAGCACAGGG AAAAGAAAAG TTAGTCCAGA TTCATTTGAA TCGAGAGTAT
ACAGTCCCTA AAGAGGGAAC AAAAGCAGAA GTACCCATCA CACAGATTCC TCAAATAAGT
GACATTCAAC GTCCCCACAC CAGCGTCAAA GACTGGTTAA CGCAACTGCA AAATCAAGTC
ATATTGGTAA CAGGGGTAAG CTTAAATACT AGGGAAAACA GTTTAGAAGT AACTTTAGAA
ACATCTAGTT CTGACCATCT GCAAACTGTA GTTAAGAGTG AAGGAAATAA TTTTATCGTC
GATATTCCCA ACGCTCAACT GAAACTAAGT AGTGGTGAAT TATTCCGTCA AGAAAAACCA
AGCGCGGGAA TTACTGATGT TGTAGTCACA AATCACGATG CAAATACTAT CCGAGTCACA
GTGACGGGTG AAACGAGTTT ACCGAAAGTT GAACTAGATG ACAGCGACAA AGGTCTAATT
TTTGTTGTCG CACCAGTGAC AACTTCCACA CAGCAACCAC AAATACCGGA TACACCGCCT
ACTCAACCAT CAGCCCAAGA CGATCAACCG ATAGAACTCG TTGTCACCGG GACAAGATTT
GAAGTTCCGA TTCAAGACGC TCCGCAATCA ATTCAAGTCA TTCCGCGCCA AGTGCTGGAA
GATAGGGGAG TAGTACGTTT AGATGAATTT ACAGACAACG TCAGTGGTAT ACAACGATTA
ACCGGTGGAG CAGGGCCTGG TTCATCAGGC TTTATCATTC GTGGTTTTGC TGACGACTAC
GAAACTCTCC GCAATGGTTT TCGCACTCAA GGCGGTTTTG CCAGGGATTT AGCAAACATA
GATCGTGTTG AAGTCCTCAA AGGCCCAGCC GCGATTTTAT ATGGCAGTGG TTTTCAATCT
GGTACTGTCA ATACAATCAC GAAAAAGCCC TTAGAAGACC CACTCTATGA AGTCAAAGCG
ACCTTTGGTA GTTACTCTTT TTATCGAGGT GAAGTTGATT TTACCGGGCC GCTAACCCAG
TCAGGATCGT TACTGTATCG ACTGAACGCT TCCTATCAAA ATGAAGGGAG TTTTCGTGAT
TTTGGCAGAT ATGCGGGGAC TTTTATAGCT CCGGCCTTGA CTTGGAAATT GGGCGATCGC
ACTACATTGA ACATAGACTA CGAAAACTTT ACCTATGAAT CGGTTAGTGC TGGCGCATTC
CGAGCAGATC CCAGATTTTT CAACGTCCGT CGCAGCTTTT ATCAAGGAGA ACCCGATCTC
GATCTCGAAA CCTACAGTGC TAACTCGCTG ACTTACGAAT TTGAGCATCG ATTTAGCGAT
AATTGGCAAT TCAAACAGAC ATTTAATCGT ATCTGGCAAG AGATTAGTGC AAAAAGGGCA
AGTAGAAGAG CATTGCAAGC AGATGGAGAA ACTTTAAACC GTCGATACAC AGTCGCTGAT
GCTGATGTAA ATAATTTAAC GTTTCGTAAC GAACTCTTTG GCAAGTTCAA CACGGGGTCA
CTACGGCACA ACTTACTATT TGGGGTAGAA TATTCGCACT TAGACTATCC TGGTAAATCC
TTCAGCACAG CCATTGATCC CATTAACATC TTCAATCCTC GCTATGGTGC TAGACCAACT
GGGGAACTCT CACTAGACTA CTTTGAAACT TACGGCAATG ATGTTGTTGG TATTTACGTT
CAGGATTTGA TAGAAGTTCT GCCTAATTTA AAAATTGCCG CCGGAGTCCG CTTCGATAGC
TCCACAGGAT CTAACGAAAA CCTACAAACA AACACCATCA TTAACGAGGT AAGTGATAGC
CAATTTTCAC CGAGGCTTGG GATTGTTTAC CAACCCAGTG ATACAACGAC GCTCTATGCC
AGTTGGTCGA ATTCATTTAC ACCACAAATT TATGGCAGAA ACTCCAGAGG GGGAGCTTTC
AAGCCAATCA CTTCCGAGCA ATTAGAGGTG GGAATTCGGC AGGAGTTATT TGATAGACGG
TTATTAGCAG GTCTAGCACT ATATCAAATT ACACGCCAGA ATGTCGTCAC CGATGACCCT
AACTCCGATG ACTTTTTGGA CAGAATTCAA ACAGGAGAAC AACGCAGTCG GGGGATAGAA
TTAGATATTT CTGGGGAAAT ATCACCTGGA TGGAAAATCA TTACTACCTA TGCGTATACT
GATGCCGTGG TGACAAAGGA TAATGAAATT CCGGTTGGCG ATCGCCTGGG AGGTGTCCCC
TATAATAGTG CGAGTCTTTG GACTACCTAT GAAATTCAAA AAGGTAATTT GCAAGGGTTT
GGCGGTGGAT TTGGATTAGT ATATGTAGGT GATCGCGCCA ATACTATACC CAACGAATTC
ACCACTCCTT CATACCTGCG GGCTGATGCA GTGTTATTTT ATCGCAGCGA TCGCTACGAC
ATTAATTTGA ACTTCAAAAA TCTATCTAAC CTCAAGTATT TCGATACTAA TAGTTATGGT
GATAGCTTGA GTGTACAAGA GCCATTTACA GTAATTGGTA GTTTTTCCTA TAGGTTTTGA
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| Protein sequence | MKLGHFSYLG IAGIICLLCS ESVQAQGKEK LVQIHLNREY TVPKEGTKAE VPITQIPQIS
DIQRPHTSVK DWLTQLQNQV ILVTGVSLNT RENSLEVTLE TSSSDHLQTV VKSEGNNFIV
DIPNAQLKLS SGELFRQEKP SAGITDVVVT NHDANTIRVT VTGETSLPKV ELDDSDKGLI
FVVAPVTTST QQPQIPDTPP TQPSAQDDQP IELVVTGTRF EVPIQDAPQS IQVIPRQVLE
DRGVVRLDEF TDNVSGIQRL TGGAGPGSSG FIIRGFADDY ETLRNGFRTQ GGFARDLANI
DRVEVLKGPA AILYGSGFQS GTVNTITKKP LEDPLYEVKA TFGSYSFYRG EVDFTGPLTQ
SGSLLYRLNA SYQNEGSFRD FGRYAGTFIA PALTWKLGDR TTLNIDYENF TYESVSAGAF
RADPRFFNVR RSFYQGEPDL DLETYSANSL TYEFEHRFSD NWQFKQTFNR IWQEISAKRA
SRRALQADGE TLNRRYTVAD ADVNNLTFRN ELFGKFNTGS LRHNLLFGVE YSHLDYPGKS
FSTAIDPINI FNPRYGARPT GELSLDYFET YGNDVVGIYV QDLIEVLPNL KIAAGVRFDS
STGSNENLQT NTIINEVSDS QFSPRLGIVY QPSDTTTLYA SWSNSFTPQI YGRNSRGGAF
KPITSEQLEV GIRQELFDRR LLAGLALYQI TRQNVVTDDP NSDDFLDRIQ TGEQRSRGIE
LDISGEISPG WKIITTYAYT DAVVTKDNEI PVGDRLGGVP YNSASLWTTY EIQKGNLQGF
GGGFGLVYVG DRANTIPNEF TTPSYLRADA VLFYRSDRYD INLNFKNLSN LKYFDTNSYG
DSLSVQEPFT VIGSFSYRF
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