| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_2846 |
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| Symbol | |
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| ID | 3681488 |
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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 | 3531115 |
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| End bp | 3533943 |
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| Gene Length | 2829 bp |
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| Protein Length | 942 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 637718193 |
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| Product | hypothetical protein |
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| Protein accession | YP_323354 |
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| Protein GI | 75909058 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.10395 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.945444 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGATACT GGTTAACTAG GTTAGTAATA TTTGTAGCCT TTCTATACAG TTTCTTACTC
AGTACTAATT ATGTAAGAGC CGAGCAACTG ACACGCCTTG AATTAGAGCA ATTCAACACA
TATCCAGTAG TAGAAAACTT AACTGTTGCC GAAAATAATC TTGGGGAGAA ACCACAGGAA
GATTTTCGGC GATTTCGTGA GTTTGTCAAA GGAATCAAGA AAGTACAAGG GCTTTTTACT
CTTTATGGTC AGGAAAATTT TGGGGATATT TTCTTAGAAA TTAAGCCAGA ACAATTAAAT
AAAAACTACT TAGCTACGGT GACTTTAGAA TCAGGTATTG GGGAAAGCGG TATTTATAGC
GGTTCACCCC TGGCTGATTA TCTGTTCTAT TTTCAGCGAG TCAATAATAA TTTGCATTTT
GTAGTGCGTA ATGTTAAATT CCGTACAGAT GCAAGTCAAC CAGAACAGCG ATCGCTTGCT
CGCTCATTTA GCGACTCAGT TCTTTATTCA CTACCCATCA ACAGCATTGA TTCACGTAGT
AAAAGCATAC TCATAAACTT GGGCGACCTG CTAATGCAGG ACTTTCCAGG CTTAACACCT
CTATTGAAAT ACTCTTTACA GGCAGACTAT CGCCTAGAAG CAAGCAAATC CTATTTTGGT
GATGTCAACA GCTTGCCGGA AAATCTAGAA ATCGATGCAG TTTACGGTTT TTCCTCGCCA
GAAGGAGCAA ATTTAGTTAC CTTACCCGAT AGCCGAGCGC TCACCCTCAA GGTACACTAC
AGTTTTTCCC AAATTCAAGA AAACAATGGC TATATTCCCC GCCTAGCCGA TGACAGAGTT
GGATATTTCA TTACTGCTTT TCAAGACTTC TCGCATCACA ACACACAAGA ATCCTTTGTC
CGTTACATCA ATCGCTGGCA TCTGGAACCA TCTGACCCGG ATGCACCTTC ATCTGTACCC
AAACAACCGA TAGTATTTTG GATTGAAAAT GCTGTACCCC AGCAGTACCG CCAAGCGATT
CGGGAAGGTG TACTGATGTG GAATAAAGCA TTTGCCAAAG CCGGATTTAT CAACGCTATG
GAAGTGCGAC AAATGCCAGA TGATGCCGAC TGGCAACCAG CTGATGTCCG CTACAACACT
ATTCGCTGGT TCAATTCTCT GGATGCAGGT TTTGCCAAAG GGCCAGTCCG TGTCAACCCT
CTCACAGGGG AAATTTTGGA TGCAGATATC ATCATCGATG CCAATATGGT GCTGTCTGTT
CAGCATGAGT ACCAAGCGTT GATGAATGAT GGTTTGTCTC TGGGGGATAT GTGCAGAGAA
GCAGGGGGCA GGGGGGCAGG AAGCAGGAAG AGAAGTCGCC CGGAGGGTTT CCCTCCGGGC
GAACTTCCCT ACGGGACGCT ACGCGAACGG GAGCAGGGGG ATATTAACAA ATATTCTGCC
CCCACACCCC TACACCCCTA TACCCCTACA CCCCTCCACT CCTCCGAACT CTGCTATAGC
CAAAATACTT CTGAACAAGC CGCTATGGGG GCTTTGGCGT TATCGCTTTT GCAAAATACT
CAACCTAGTA GGGAAACGAT GGAGGAGTAT GTGCATCAAT ATCTGCGCTA TCTTGTAGCT
CATGAAGTTG GTCATACTCT CGGTTTGCGC CACAACTTTC ACGGTAGCAC TATGTTAACG
CCCCAAGAAT TAAATAACCG AGAAATTACT CGCGTCAAGG GTTTAGTGAG TTCGGTGATG
GATTATCTAC CTGTGAACAT TGCACCCCAG GGAGTGGAAC AAGGGGATTA TTTTCCCGGA
GTGATTGGCC CCTATGATGA ATGGGCGATT GAGTACGGTT ATAGATACAG TCCTCATGGA
GTAGATGAGG TAGTTACGCC GGAAGTAGAA AGAAGTTTTT TACAGCAAAT TGCTTTAGCA
TCGCCGCAAC CAGAATTATC TTATGCCACA GATGAAGATA TTTGGGATAT CAATCCTTTG
GCGAATGTTT GGGATATGAG TAGTGATGTG CTGGTTTATT CGCAATGGCA AATGGATAAC
GCCCGCGCCA TGTGGCAACG CTTGGACGAG CATTATCTAC CCAAGGGAGA AAGCTATAGT
CATTTGCGCG TTTTATTTAA TCGAGTATTG AAATATTATT TTCGTAACGC CGCGCTACTT
TCTAAATATA TTGGTGGGCA GTCCTTTCGC CGGACTCATG CTAGTGATGA TAGTTCCTGG
GCATTTGTAC CGGTTCCCCT TAGCAAACAA CGTCAAGCTT TGGCAGAGTT ACAAGAGTAT
GTATTTGCTG AAGATGCTTT TAGTTTTTCA CCAAAATTAC TCAATCAGTT AGCCCCATCC
CGTTGGCAAC ATTGGGGCAG TTCTGTACCC AACAACCGCC TTGACTATCC CATTCACGAA
CGTGTTTTAA ATTTTCAACG ATTTATTTTA CGATCGCTCT TAGATAGTGA ACGTCTGCAC
CGTTTACAAG ATATAGAACT GAAAAGCTCC TCTGAACAAG CCCTTTCCAT ACCAGAATTA
TTCGATACCT TGCAACAAGG CATCTGGACG GAAGTTTTCA GCACAGCAGA ACCACAGCCA
ATTTCTAGCA TCCGCCGTTC GTTGCAACGA GAATATTTAG ATATCTTGCT GGAAATGGTC
TTACATCATC TTGATATACC CGAAGACGGT AGCACCCTAG CTTGGTATGA ATTACGCCAA
TTGCAAAACG CTATTGACAC CCAACTAAAA CAATGGGATA AACAAGGGGA TATTTACACG
TTAGCCCACT TGCAATTTTC GAGCGATCGC ATCACGAAAG CATTGAATGC AGGTTTACTT
TCTCAATAA
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| Protein sequence | MRYWLTRLVI FVAFLYSFLL STNYVRAEQL TRLELEQFNT YPVVENLTVA ENNLGEKPQE
DFRRFREFVK GIKKVQGLFT LYGQENFGDI FLEIKPEQLN KNYLATVTLE SGIGESGIYS
GSPLADYLFY FQRVNNNLHF VVRNVKFRTD ASQPEQRSLA RSFSDSVLYS LPINSIDSRS
KSILINLGDL LMQDFPGLTP LLKYSLQADY RLEASKSYFG DVNSLPENLE IDAVYGFSSP
EGANLVTLPD SRALTLKVHY SFSQIQENNG YIPRLADDRV GYFITAFQDF SHHNTQESFV
RYINRWHLEP SDPDAPSSVP KQPIVFWIEN AVPQQYRQAI REGVLMWNKA FAKAGFINAM
EVRQMPDDAD WQPADVRYNT IRWFNSLDAG FAKGPVRVNP LTGEILDADI IIDANMVLSV
QHEYQALMND GLSLGDMCRE AGGRGAGSRK RSRPEGFPPG ELPYGTLRER EQGDINKYSA
PTPLHPYTPT PLHSSELCYS QNTSEQAAMG ALALSLLQNT QPSRETMEEY VHQYLRYLVA
HEVGHTLGLR HNFHGSTMLT PQELNNREIT RVKGLVSSVM DYLPVNIAPQ GVEQGDYFPG
VIGPYDEWAI EYGYRYSPHG VDEVVTPEVE RSFLQQIALA SPQPELSYAT DEDIWDINPL
ANVWDMSSDV LVYSQWQMDN ARAMWQRLDE HYLPKGESYS HLRVLFNRVL KYYFRNAALL
SKYIGGQSFR RTHASDDSSW AFVPVPLSKQ RQALAELQEY VFAEDAFSFS PKLLNQLAPS
RWQHWGSSVP NNRLDYPIHE RVLNFQRFIL RSLLDSERLH RLQDIELKSS SEQALSIPEL
FDTLQQGIWT EVFSTAEPQP ISSIRRSLQR EYLDILLEMV LHHLDIPEDG STLAWYELRQ
LQNAIDTQLK QWDKQGDIYT LAHLQFSSDR ITKALNAGLL SQ
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