| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2124 |
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| Symbol | secA |
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| ID | 3680265 |
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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 | 2623599 |
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| End bp | 2626391 |
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| Gene Length | 2793 bp |
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| Protein Length | 930 aa |
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| Translation table | 11 |
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| GC content | 46% |
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| IMG OID | 637717467 |
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| Product | preprotein translocase subunit SecA |
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| Protein accession | YP_322639 |
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| Protein GI | 75908343 |
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| COG category | [U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG0653] Preprotein translocase subunit SecA (ATPase, RNA helicase) |
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| TIGRFAM ID | [TIGR00963] preprotein translocase, SecA subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 37 |
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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 | 16 |
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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 | ATGCTAAAAC TCTTGTTGGG CGACCCCAAC GCTCGTAAGC TCAAAAAATA CCAACCCTAT
ATTACAGAAA TTAATCTCTT GGAAGAGGAC ATTAAAGTCC TCTCTGATGA AGATTTAAAA
GGTAAAACAG CAGAGTTTAA ACAGCGACTT GCCAAAGGCG AAACTTTGGA TGATATCCTG
CCAGAAGCCT TTGCTGTGGT AAGAGAGGCA GGACGGCGAG TCTTAGGGTT GCGGCATTTT
GATGTCCAGA TGTTAGGCGG CGTGATTCTG CATAGTGGAC AAATCGCAGA AATGAAAACC
GGTGAAGGTA AAACCTTGGT GGCTACCTTA CCGAGTTATT TAAATGCTTT GACTGGTAAG
GGTGTACACG TAATCACCGT GAACGATTAC CTGGCTCGTC GGGACGCAGA ATGGATGGGA
CAGGTGCATC GCTTTCTGGG TTTGAGTGTC GGGCTGATTC AATCCAGCAT GACTCCCAGT
GAACGCCAGA AAAACTATGA GTGCGATATC ACTTACGTTA CCAATAGTGA AGTTGGTTTT
GACTACCTGC GGGATAACAT GGCTACATCA ATGGCTGATG TGGTACAGCG TCCCTTTAAC
TATTGCGTCA TTGACGAAGT AGATTCGATT CTAGTTGATG AAGCCCGCAC ACCTCTAATT
ATTTCTGGTC AGGTAGAAAG ACCGACGGAA AAATATGTGC AAGCGGCGGA AATTGCTCTG
ACGCTACAAA AAGATGAGCA TTATGAAGTA GATGAAAAAG CTCGTAACGT ACTGCTGACA
GATGAGGGTT TTGCACAAGC AGAAGAACTG TTAGGAGTAA CTGATTTATT TGACCCAGAA
GACCCTTGGG CGCACTTTGT TTTCAATGCG ATTAAAGCCA AAGAACTGTT CCTCAAGGAC
GTTAATTATA TCGTCCGTAA TGGGGAAGTT GTGATTGTGG ATGAATTTAC CGGACGAGTG
TTACCTGGAA GACGTTGGAG TGATGGTTTA CACCAGGCTA TTGAAGCTAA AGAACACGTA
GATATTCAAC CAGAGACTCA AACTTTAGCG ACAATTACTT ATCAAAACTT ATTCTTGTTG
TATCCCAAAT TAGGTGGGAT GACAGGAACA GCGAAGACAG AAGAAGCTGA GTTTGAAAGA
ATTTACAAAT TAGAAGTCAC GATCATTCCC ACTAACAGAA TTAGAAGACG GGAAGACTTG
TCTGACTTGG TATTTAAAAA AGAAATTGGC AAATGGCAGG CGATCGCGCG AGAATGTGCG
GAGATGCACG AACTGGGTAG ACCAGTGCTG GTAGGGACTA CCAGTGTGGA AAAATCAGAA
TATCTCAGCC AATTACTGAG AGAACAAGGT ATCCCCCACG AATTGCTCAA CGCTCGTCCA
GAAAACGTAG AACGGGAAGC CGAAATTGTT GCCCAAGCTG GACGCAGGGG TGCTGTCACC
ATCGCCACCA ACATGGCAGG ACGGGGTACA GATATTATCC TTGGTGGTAA CTCTGAATAC
ATGGCGCGGT TGAAATTGCG GGAATATTTT ATGCCGCGTA TTGTCCGACC AGATGACGAA
GATGTGTTTG GTGTACAAAG GGCGGCAGGA TTACCCACAG GACATGGCGC TGGTCAAGGC
TTTGTTCCTG GAAAGAAAGT CAAGACTTGG AAGGCTTCGC CAGAGATTTT CCCCACGCAA
CTTTCTAAAG AAGCAGAACA ACTCCTGAAA GAAGCAGTTG ATTTTGCCGT GCGGGAATAT
GGCGATCGCT CTTTACCAGA ATTGGAAGCA GAAGATAAAG TAGCAGTAGC CGCCGAAAAA
GCCCCTACGA ACGACCCGGT AATTCAGAAA TTGCGCGATG CTTACAAGCG AATTAAGCAG
GAGTATGAAG AATTTACCAG CACCGAACAT GATGAGGTAG TCTCACGGGG CGGTTTACAC
GTAATTGGCA CAGAACGCCA CGAATCACGG CGGATTGATA ACCAATTGCG GGGACGGGCT
GGGCGACAAG GCGACCCTGG TTCGACAAGA TTCTTCCTCA GTTTAGAGGA TAACTTACTG
CGGATTTTTG GCGGCGATCG CGTTGCTGGC TTAATGGAAG CCTTCAATGT AGAAGATGAT
ATGCCCATTG AGTCGGGGAT GCTGACCCGC AGTTTGGAAG GCGCACAAAG AAAAGTCGAA
ACTTATTACT ACGACATCCG TAAGCAAGTA TTTGAGTACG ACGAGGTGAT GAATAACCAA
CGTCGCGCCA TCTACGCGGA ACGTCGCCGG GTTCTGGAAG GTCAAGACTT GAAGGAACAG
GTGATTAAGT ACGCCGAGAA GACGATGGAT GAAATCGTTG ACTACTACAT CAACGTTGAT
TTGCCCTCGG AAGAGTGGGA ATTAGATAAG TTGGTGGATA AAGTCAAAGA GTTTGTTTAT
CTGCTGTCGG ATATGCAGGC GAGTCAATTG GAAGATATGG GCGTGAGTGA GATTAAGGCG
TTCCTCCATG AACAGGTACG CATTGCTTAC GACCTCAAGG AAGCTCAAAT TGACCAGATT
CAGCCGGGGT TGATGCGTCA AGCTGAACGC TTCTTTATCT TGCAGCGTAT TGATACTTTG
TGGCGGGAAC ACTTGCAACA AATGGATGCT TTGCGCGAGT CTGTTGGTTT GCGTGGTTAT
GGTCAGAAAG ACCCGCTTAT TGAGTATAAG AGCGAGGGTT ATGAGTTGTT CTTGGATATG
ATGGTGAATA TCCGCCGCGA TGTGGTTTAT TCGCTGTTTA TGTTCCAGCC CCAGCCTCAG
CCAGTTGTAC AAACTTCTTC GGAGATGGTT TAG
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| Protein sequence | MLKLLLGDPN ARKLKKYQPY ITEINLLEED IKVLSDEDLK GKTAEFKQRL AKGETLDDIL
PEAFAVVREA GRRVLGLRHF DVQMLGGVIL HSGQIAEMKT GEGKTLVATL PSYLNALTGK
GVHVITVNDY LARRDAEWMG QVHRFLGLSV GLIQSSMTPS ERQKNYECDI TYVTNSEVGF
DYLRDNMATS MADVVQRPFN YCVIDEVDSI LVDEARTPLI ISGQVERPTE KYVQAAEIAL
TLQKDEHYEV DEKARNVLLT DEGFAQAEEL LGVTDLFDPE DPWAHFVFNA IKAKELFLKD
VNYIVRNGEV VIVDEFTGRV LPGRRWSDGL HQAIEAKEHV DIQPETQTLA TITYQNLFLL
YPKLGGMTGT AKTEEAEFER IYKLEVTIIP TNRIRRREDL SDLVFKKEIG KWQAIARECA
EMHELGRPVL VGTTSVEKSE YLSQLLREQG IPHELLNARP ENVEREAEIV AQAGRRGAVT
IATNMAGRGT DIILGGNSEY MARLKLREYF MPRIVRPDDE DVFGVQRAAG LPTGHGAGQG
FVPGKKVKTW KASPEIFPTQ LSKEAEQLLK EAVDFAVREY GDRSLPELEA EDKVAVAAEK
APTNDPVIQK LRDAYKRIKQ EYEEFTSTEH DEVVSRGGLH VIGTERHESR RIDNQLRGRA
GRQGDPGSTR FFLSLEDNLL RIFGGDRVAG LMEAFNVEDD MPIESGMLTR SLEGAQRKVE
TYYYDIRKQV FEYDEVMNNQ RRAIYAERRR VLEGQDLKEQ VIKYAEKTMD EIVDYYINVD
LPSEEWELDK LVDKVKEFVY LLSDMQASQL EDMGVSEIKA FLHEQVRIAY DLKEAQIDQI
QPGLMRQAER FFILQRIDTL WREHLQQMDA LRESVGLRGY GQKDPLIEYK SEGYELFLDM
MVNIRRDVVY SLFMFQPQPQ PVVQTSSEMV
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