| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_0870 |
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| Symbol | |
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| ID | 3681732 |
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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 | 1061516 |
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| End bp | 1064638 |
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| Gene Length | 3123 bp |
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| Protein Length | 1040 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637716204 |
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| Product | hypothetical protein |
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| Protein accession | YP_321389 |
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| Protein GI | 75907093 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3641] Predicted membrane protein, putative toxin regulator |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.185589 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTCAAG GTACGGAAAT TATATTGGAA ATGTTCAAGC CCCCATTATG GGTGGCACAA
ATTCCAGTCG AGACAACAGG TATTACACCA GCACAGGCAT CGGTTTTAAC TTCTGGCCCG
CGCTTTTTCG TGGCTTTGCT TTCTGGGGTG ATTCTCGCCT TTGCCTTCCA GTTAGTATTA
ACCAACCTCT CTGTAGCCGC AGGTATTTCC TACCTGGGGC GTTCATCTGA CTCAGGGTCA
GATACGGGGG AAACAGGAAG CTTTGGGGGG ACGATTCGCA AGATTGGTAC AGCTGTGGGG
CTGTGGACAC TAATTACTGT GACGATCGCC TTATTAATTG CTTCTTTCTT GGCGGTCAAA
CTCAGCTTAG TAATTCTAGA CCCTAGATTG GGGGCAATTC TCGGTCTGGT GATTTGGGGT
GCATACTTCC TGCTGTTAGC TTGGGTGAGT TCTACTACAG TTGGTTCCCT CATCGGCTCG
GTAGTTAACA CTGCCACTTC TGGCTTTCAG GCGATTATGG GGACAGCTAC CGCCGCATTG
GGAGCAAAAG CCGTTAATCA ACAAGTTGTA GCCACAGCCG AAGCCGCCGC CGCAGCCATG
CGTCGGGAAT TAGGCAGTGC CATTGACCCT CTCAGTATCC GCGAAAACAT AGAAGATTAT
ATTGAAAAAC TGCGTCCACC AGAGTTAGAC ATATCCAATA TTCGCAGTGA GTTTGAAAAG
TTACTGAGTG ACCCTCAATT AAAAGCGATC GCCGGTAGTC CAGACTTACG TAATATTGAT
CGGCAAAAGT TCATTGATTT AGTGAGCAGC CGTACCGACC TTTCCAAACG AGATGTCAAG
CGGATAGCTG ACACCTTATA CAATGTTTGG CAGCAAACAG TAACTCAGCA ACAACCCACC
CAAGACCGTT TGGGTGAGTT GGTCGATTAT CTGAAATCTC TGCCACCGGG AAAAGCTAAG
ACTGATGAAC TCAGCGCCAA GCTGGACAGA TTAATTGCGG AAAGCCGTTC CGCGAAGGAA
GCAGACCAAA AATCTACAGC AGTCGGGCCA ATTCAAAGCA CCATCCAGCA AGGTATATCC
GCATTAACTG GGATTGCTTT GGGGAGGACG GATTTATCTG ATTTGGATGT GGAAAAAATT
TGGCACGCAC TCACCACAGC TAAAGATAAA GCCACAGATC AAGCAGGTAA ATTGGGCTTA
CCTGTGTCAT CACAACCATA TAGCCCCATT CGGGCGGATG TGGAAAACTA TCTGTCTAAC
ACCTACGCTT GGCAATTGAG TGAGCAAAGA ATTGCAGAAG AATTCCGCGA TGTCATCCAT
GACCCAGCAG CCGATCCTGG GACAGTGCGT CGGGAACTAG AACGTCTTTC CCGCAATGAC
TTTGTGAACA TCTTGCAACA ACGGGGACTA CTTACCCAAG CCCAAATTCA GCACATCGCC
GACCAGCTAG AAGCTGTACG TCAGTCAGTA CTGGTGATGG TTACAGCTGA AGAAGAACGA
GAAATTACCC AAGATTTGCA ACGCCGAATC GAAAGTTATT TGCTGGTGAC AAATAAAGCA
GATTTGACAT CAGAAGGGAT TGAGAGAGAT TTCCCGCCCT TGTTACAAGA TGCAGATGCA
GATCATGAAA CCCTGACTCG GCGACTGGCA ATAATTGACC GCTACTCCAT GCAGCAGATA
TTGTTAGAAC GCAATGATAT GCAGCCAGGG GAACCAGACA GAATTATTGA TGATTTGGAA
AGACAGCGCG ATCGCGTCTT GTTAGAGTCG AAAAACTTGG CAGACCAAGC CAGATATCAA
GCAGAAACCC TGTGGTTAAA TGTGGAGTCA TATCTGCGTA ACACTGGCAA AGGAGAATTA
AACCCTGATG CTATCCGTGC CGACCTGAAA ACACTATTAG CAGATCCCCA AGCTGGAATC
TCGGCAATTC GGGCGCGTTT GTCTCGCTTT GACAGGGATA CATTGGTGCA GTTGCTCAGT
CAACGTCAAG ATATTAGCGA AGACCAAGCC CATCAAATTA TTAATACTGT GGAAGAGTCT
TGGCATAGTG TCCGCCACAC ACCCCAAATA GTAGCAGACA AAGCCAAAGA GCAATACGAC
TCCGTAACCA CAACTATTTC TGATTACCTA CGCAAAACTG GCAAAGAAGA ACTTAACCCC
GAAGGGATTC AACGGGATTT AAATAGACTG TTTGAAAATC CCCAAGAAGG TGCAGTTGCT
TTACGTCGTC GTTTATCCCA AGTAGACCGG GACACCTTAG TAAAATTACT CAGTCAACGC
CAAGACTTGA GCGAACAGCA AGTCAATGAA GTGATTGACT CAGTACAAAC TTCCATCCGC
AATATTGTGC GCGCGCCGCG TCGCCTAGCT ACCCGCACTC AACAACAGGT GCAGAACTTC
CAAGCATACT TGACAGAATA CCTGCGGCAA ACTGGTAAGG AAGAATTGAA TCCAGAAGGC
ATTAAACGTG ACATGCAGTT ATTACTGCAT GATCCACGCG TTGGGGTAGA AAGCTTGAGC
GATCGCCTAG CCCATTTTGA CCGTTCCACA ATTATTGCCC TGTTGAAGAT TCGAGAAGAT
ATCAGCGATG AAGAAGCAGC CAGAATTGCT GACAATATAG TTTCTGTAAA AGAGCAATTT
GTCGAACAGG TGCGGAATAT CCAACGGCGG ATTCACGACG TAATTGACGG GATTTTTGAG
CGCATCCGTC ACTACCTCAA CGCCTTGGAA CGTCCCGAAC TCAACTACGA TGGCATTAAG
CGGGATGTTC GCACCTTATT GGAAGACCCA CAGGCCGGAT TCGATGCGTT GCGCGATCGC
CTATCCTCAT TTAACCGCGA TACCTTAGTA GCGATCGTCA GTTCCCGCGA GGACATCTCA
GAGGAAGATG CTAACCGCGT AATTGACCAG ATAGAACGGG CGCGCAACAC CGTATTACAA
CGGGCTGAAC GCCTACAACA CGAAGCCCAA CGCCGCCTGG AAGAAGTGAA ACATCAAGCC
CAACGGCAAG CCGAAGAAAC CCGCAAAGCT GCCGCTACAG CTTCTTGGTG GTTGTTTGCC
ACCGCAGTGG TTTCCGCAGT TTTCGCCGCC TTAGGAGGAG CGATCGCTGT TGTTCTGGTG
TAG
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| Protein sequence | MFQGTEIILE MFKPPLWVAQ IPVETTGITP AQASVLTSGP RFFVALLSGV ILAFAFQLVL
TNLSVAAGIS YLGRSSDSGS DTGETGSFGG TIRKIGTAVG LWTLITVTIA LLIASFLAVK
LSLVILDPRL GAILGLVIWG AYFLLLAWVS STTVGSLIGS VVNTATSGFQ AIMGTATAAL
GAKAVNQQVV ATAEAAAAAM RRELGSAIDP LSIRENIEDY IEKLRPPELD ISNIRSEFEK
LLSDPQLKAI AGSPDLRNID RQKFIDLVSS RTDLSKRDVK RIADTLYNVW QQTVTQQQPT
QDRLGELVDY LKSLPPGKAK TDELSAKLDR LIAESRSAKE ADQKSTAVGP IQSTIQQGIS
ALTGIALGRT DLSDLDVEKI WHALTTAKDK ATDQAGKLGL PVSSQPYSPI RADVENYLSN
TYAWQLSEQR IAEEFRDVIH DPAADPGTVR RELERLSRND FVNILQQRGL LTQAQIQHIA
DQLEAVRQSV LVMVTAEEER EITQDLQRRI ESYLLVTNKA DLTSEGIERD FPPLLQDADA
DHETLTRRLA IIDRYSMQQI LLERNDMQPG EPDRIIDDLE RQRDRVLLES KNLADQARYQ
AETLWLNVES YLRNTGKGEL NPDAIRADLK TLLADPQAGI SAIRARLSRF DRDTLVQLLS
QRQDISEDQA HQIINTVEES WHSVRHTPQI VADKAKEQYD SVTTTISDYL RKTGKEELNP
EGIQRDLNRL FENPQEGAVA LRRRLSQVDR DTLVKLLSQR QDLSEQQVNE VIDSVQTSIR
NIVRAPRRLA TRTQQQVQNF QAYLTEYLRQ TGKEELNPEG IKRDMQLLLH DPRVGVESLS
DRLAHFDRST IIALLKIRED ISDEEAARIA DNIVSVKEQF VEQVRNIQRR IHDVIDGIFE
RIRHYLNALE RPELNYDGIK RDVRTLLEDP QAGFDALRDR LSSFNRDTLV AIVSSREDIS
EEDANRVIDQ IERARNTVLQ RAERLQHEAQ RRLEEVKHQA QRQAEETRKA AATASWWLFA
TAVVSAVFAA LGGAIAVVLV
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