| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_B0108 |
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| Symbol | |
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| ID | 3677651 |
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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 | 120344 |
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| End bp | 124666 |
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| Gene Length | 4323 bp |
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| Protein Length | 1440 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637714815 |
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| Product | hypothetical protein |
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| Protein accession | YP_320009 |
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| Protein GI | 75812390 |
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| COG category | [I] Lipid transport and metabolism |
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| COG ID | [COG3963] Phospholipid N-methyltransferase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGTCACAGA GAAAAACGGC TACGCCGAAG CAAAGTGATG TATTCATATA TATAGATATG
GTCAGTCTCA TCGCTACACA AGGGACTCTC TTTGACCTGC AAACCGTTCT TGACTATGGG
CAATCTATCT TGAACGTTGC AACTGAACTC AGCAAATCAC TCATTGAACA CCGACCACTG
ACCACGAAAA CGATTCAAGC CCAGATGAAC CGCCACTTCC ACGGTACTGC GGCAGAGGGC
GCGTGGTTAT GGAAAGATGC TTACGAATCT GTGGAAGTGG CAGCGATTTT GTACTTGCGG
CATAAGGGAT TGCCCACTAA TCCACTAGAA CAGTTGCAAC TGGTTGAATC ACTCTGCCCC
ACGCACACCC GCCGCAGCGA AGAACAATTG CAGCTTCAAC AGTTTTCTAC TCCGTTGTCT
TTGGCATATC TGGTTTCTGT TGCCGTACAA ATCACAACTA ATGATTTAGT GTTGGAGCCA
TCTGCCGGAA CCGGCATATT AGCTCAGTTC GCCAAACTTC AGGGTGCGAG TCTGATGCTC
AACGAAATTT CGTCCGACAG AAGCAAGATT CTCCGGCGGT TGTTCCCTGG TGTTCCGCTA
TTCTCCGTCA ATGCCGAACA GATAAATGAC TATCTGGCTG GAAAGACTCA GCCATCTGTT
GTGCTGATGA ATCCACCGTT TTCAGCATCA CCCAAAATCA ACAGCCGCAA TCCAGATGCT
ACCCCACGAC ATATCAACTC GGCGTTGCAA AGACTATGCG ATCACGGGAG ACTGGTAACA
ATTTCCGCCA ACTGGTTTTC ACCAAATAAT CTAACTTGGC GAGATACCTT TATCAAAATG
CAGGAGAAAG CAACGGTAGT TCTTTCGGTT GGCATTAACG GTAAGGTCTA CAGTAAACAC
GGGACACAGA TTGACACCCG GTTGACGGTG ATCGACAAAG TTCCGGCGGC TGATCCACAA
GAAATTCCTT GTATTGCGGA TACCGTTGAA CTAGCAGAAC TCGCAACGCT GATTGAGCAA
CTACCACAGC GACCAGTTTG GGAACGAATT ACTCAAACTG CTCAAACTGC CGTATCAAAA
GCAATTCGTT TAAGTCCTGT TAAGCCTAAT TCTCAATCAG CACCAGTTAC TCAACCATTA
TCCGAATTTC TTAATATCGT TGAGCTAGAT TATGAGATTG TTGATTGGGC AGCAAATGAC
CAATTGAAAG ATACTCTCTA TGAAACCTAT CGCCCACAAA GAATCCGAAT CAAGGACGCA
AAACCACATC CGTCGCTACT TTGCGAAAGT GCAGCCTTAG CCCTTGTATC TCCCCCGGCT
CCCACATACA AACCCCATTT ACCTCAGCAC ATCATCACTC AAGGTTTGTT GTCAGAAGCA
CAGCTTGAAA GCGTTATTTA CGCAGGTCAA GCTCACTCCG AATATCTATC AGGGTCTTAT
ACTGTTGATG ATTCTTGGGA TAATGTGACT GTCTCGGCAA CTAGCTCGGA AAATGCTGTT
AGATTTCGCC GTGGCTGGTT CCTTGGTGAT GGGACTGGTG CGGGTAAGGG TAGACAGTGC
GCGGGAATCA TCCTCGACAA CTGGTGTCAG GGACGACGCA AAGCTATCTG GGTATCGAAA
AGTTCTGCAC TGATTGAGGA TGCCCGTAGG GACTGGTGTG CTTTAGGCGG TAATAAAAAG
AACATTATTG ACCTAAGTAA CATCAAACTA GGCGATCGCA TTCCATTTAC CGAAGGCATC
TTGTTCTGCA CATATTCCAC CCTGCGTTCT CAAAAGAACG GCAAAAGTCG GCTTAAGCAG
ATTGTTGAGT GGGCGCTCAA GGACTTTGAG GGTGCTATAT GCTTTGATGA GTGCCATTCA
ATGGGCAATG CAATGGCGCA AGAGGGAACA CTCGGCTTGG TGAGTGCATC ACAGCAAGGT
ATTGTCGGAC TGCGGTTGCA AAACGCATTA CCTTTGACAC GGGTGGTTTA CGTTTCTGCT
ACTGGTGCAA CCAAAGTCTC TAACCTCTCC TATGCTAATC GCTTGGGATT GTGGCAGACT
GGGGATTTCC CGTTTACCTC ACGAGAGGAT TTCGTGGAGT CCATTGAAGT CGGTGGTATC
GCCGCGATGG AAGTGGTAGC ACGAGATTTG AAGGCGTTGG GGTTGTATCT GGCGCGATCG
CTTTCCTTCG ACGGTGTGGA ATATGAGATG TTAGAAATCG AACTTACTCC TACCCAGGAA
AGGATTTACG ATAATTACGC CGATGCCTTT CAAATTATCC ACAATAACTT GCACAAAGCC
TTAGAAGCCT GCAACATCAC TGGTGCGAAA ACTTACAATC GTGCAGCTAA GATGTCTGCC
ATGTCTCAGT TTGAATCGCA TAAGCAAAGG TTCTTTAACC ATTTGCTGAC CGGAATGAAG
TGTCCCATGC TAATCAAAGC AATTGAGAAT GATTTAGCTG CGGGTAATGC TGTTGTTATT
CAAATCGTAT CGACTAATGA AGAATTGCTT AAGCGACGAC TCAATGAGGT TCCGGCAGAG
GAGTGGAAGG ACTTAAACCT TGACCTGACT CCACGGGAAT ATGTCATGGA CTACCTGCTA
AGCGCGTTTC CTGTACATCT GCATGAGATT CACTCATCAT CTGAAGCCGA GGAACGCTCC
GAACCGGCTT TCGATGCCGA TGGCTCACCT ATTGTTTCAT CTGAAGCTGT GGCTTTGAGA
GATGCCTTGG TTGATAAGTT AGCAAGCCTT GACCCAATAC CAGGAGCTTT AGAACAACTG
CTATGGCACT TCGGCCACAA GCAAGTGGCT GAAGTTACTG GTCGCAGTAA GCGAGTTCTT
AAGGATGATT CTGGACGCTT GTTTGTTGAT TCGCGGGGTT CTGGCGCTAA TATTGCGGAA
ACTAACGCTT TTATGGCGGG AGATAAGCAG ATTCTCATCT TCTCTGATGC TGGTGGTACA
GGTCGCAGTT ATCACGCGGA TCTCAACGCT GTGAATCGTC GGCGGCGATC GCACTATTTG
CTCGAAGCTG GTTGGAGGGC TGATAATGCA ATTCAGGGGC TTGGGCGATC GCACAGAACA
AACCAAGCAT CAGCACCAGT GTTTAGACCT GTGACTACTA ATGTGCGCGG TGAACGCCGA
TTCATCAGCA CTATCGCTCG ACGGCTCGAC AGTCTTGGCG CACTCACCCG TGGTCAGAGG
CAAACTGGCG GTAACGGCAT ATTCGATACT AAAGATAATC TAGAATCTCA GTACGCAGAG
TACGCTTTGT ATGAGTTATT TAAACAGATA TTCCAAGGTC GATTCTATGA GGTTCCACTA
GGGACTTTTG AAGCCATGAC TGGACTATCG CTAACATCTC ATGAAGGCGG TATGAAAATA
GATTTACCAC CTCTGCGACA ATTCCTTAAC CGACTGTTGG CTTTAAGGAT AGGAATGCAG
AATATCATCT TTGAGAGGTT TGAGTTGTTG TTGAGTCAGC AAATCGAAAC TGCGATCGCC
GCAGGTATCT TTGAAGCTGG AGTAGAAACG CTCCGTGCTG AAAGGTTTAC TATCGAAAGC
TGCGAATCTG TTTACACGCA CCCAGATACT GGGAGTGTAA CTAACTACCT GAAGGTCGAG
CAAGTTCAAC GAAATAACAT CAGAACTGCT GTCGAGATGC TTGAGTTTGC TGCTAAGTAC
CAAGGACAAC TCATGGTAAA TCAGAAATCC AGTAACGCGG CTGTATCCAT TCCTACGCAC
AGTATATTCG ACTGTGATGG TGGTGTTGTG CCACGGGTTT TACTCGTCCG TCCACAGAAA
GAAACTCGTG TACCAGTCGA ACAATTGGAA TCATCCACTT GGCAGCAGGT TTCGGCTGAG
GCGTTTATCG CTGCTTGGTC AAAGGAGGTG GACGCACTGC CCAAGTTCAC CACTGATTAT
TTGCATCTAG TCACCGGAAT CCTGCTGCCA ATCTGGAAAA TTCTGCCTCA GGAGAACAGT
CGAGTGTTCC GATTGCAAAC TAGTGATGGA CAGAAGATTC TTGGTCGGGT GGTCAACGCA
GTAGATATTC AGTCTGTGAC GGAACAACTT GGGCTAAAGA ATCAGTTGTT AAGTCCCACA
GAACTTGTTT GGTTAGTTCT CAACGAGGGG TATTCACAGC AACTCCCAGG TGGCGTAACG
TTGCGTCTTT CTTATGTTGC TAATGAACCT CGCTTGGAAT TGGTTGAGGC TCTTTCCCTG
GCTGATCGGC TTGTGGCTGT TGGATGTTTC ACGGAAATCA TCCAGTGGCG CAAGCGGATA
TTCATTCCCA CTGGCAACAA GGCTGCGTCA ATTCTGGCGG ACGTGATTGG GATTTTGGGT
TAG
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| Protein sequence | MSQRKTATPK QSDVFIYIDM VSLIATQGTL FDLQTVLDYG QSILNVATEL SKSLIEHRPL
TTKTIQAQMN RHFHGTAAEG AWLWKDAYES VEVAAILYLR HKGLPTNPLE QLQLVESLCP
THTRRSEEQL QLQQFSTPLS LAYLVSVAVQ ITTNDLVLEP SAGTGILAQF AKLQGASLML
NEISSDRSKI LRRLFPGVPL FSVNAEQIND YLAGKTQPSV VLMNPPFSAS PKINSRNPDA
TPRHINSALQ RLCDHGRLVT ISANWFSPNN LTWRDTFIKM QEKATVVLSV GINGKVYSKH
GTQIDTRLTV IDKVPAADPQ EIPCIADTVE LAELATLIEQ LPQRPVWERI TQTAQTAVSK
AIRLSPVKPN SQSAPVTQPL SEFLNIVELD YEIVDWAAND QLKDTLYETY RPQRIRIKDA
KPHPSLLCES AALALVSPPA PTYKPHLPQH IITQGLLSEA QLESVIYAGQ AHSEYLSGSY
TVDDSWDNVT VSATSSENAV RFRRGWFLGD GTGAGKGRQC AGIILDNWCQ GRRKAIWVSK
SSALIEDARR DWCALGGNKK NIIDLSNIKL GDRIPFTEGI LFCTYSTLRS QKNGKSRLKQ
IVEWALKDFE GAICFDECHS MGNAMAQEGT LGLVSASQQG IVGLRLQNAL PLTRVVYVSA
TGATKVSNLS YANRLGLWQT GDFPFTSRED FVESIEVGGI AAMEVVARDL KALGLYLARS
LSFDGVEYEM LEIELTPTQE RIYDNYADAF QIIHNNLHKA LEACNITGAK TYNRAAKMSA
MSQFESHKQR FFNHLLTGMK CPMLIKAIEN DLAAGNAVVI QIVSTNEELL KRRLNEVPAE
EWKDLNLDLT PREYVMDYLL SAFPVHLHEI HSSSEAEERS EPAFDADGSP IVSSEAVALR
DALVDKLASL DPIPGALEQL LWHFGHKQVA EVTGRSKRVL KDDSGRLFVD SRGSGANIAE
TNAFMAGDKQ ILIFSDAGGT GRSYHADLNA VNRRRRSHYL LEAGWRADNA IQGLGRSHRT
NQASAPVFRP VTTNVRGERR FISTIARRLD SLGALTRGQR QTGGNGIFDT KDNLESQYAE
YALYELFKQI FQGRFYEVPL GTFEAMTGLS LTSHEGGMKI DLPPLRQFLN RLLALRIGMQ
NIIFERFELL LSQQIETAIA AGIFEAGVET LRAERFTIES CESVYTHPDT GSVTNYLKVE
QVQRNNIRTA VEMLEFAAKY QGQLMVNQKS SNAAVSIPTH SIFDCDGGVV PRVLLVRPQK
ETRVPVEQLE SSTWQQVSAE AFIAAWSKEV DALPKFTTDY LHLVTGILLP IWKILPQENS
RVFRLQTSDG QKILGRVVNA VDIQSVTEQL GLKNQLLSPT ELVWLVLNEG YSQQLPGGVT
LRLSYVANEP RLELVEALSL ADRLVAVGCF TEIIQWRKRI FIPTGNKAAS ILADVIGILG
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