| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_1901 |
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| Symbol | |
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| ID | 3681775 |
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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 | 2359401 |
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| End bp | 2362145 |
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| Gene Length | 2745 bp |
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| Protein Length | 914 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 637717242 |
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| Product | ATPase, E1-E2 type |
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| Protein accession | YP_322418 |
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| Protein GI | 75908122 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0474] Cation transport ATPase |
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| TIGRFAM ID | [TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01517] plasma-membrane calcium-translocating P-type ATPase
[TIGR01523] potassium and/or sodium efflux P-type ATPase, fungal-type |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | 7 |
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| Fosmid unclonability p-value | 0.024364 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGCAATT GGTATCAACT TGATGTCGCC GAAGTGCTGC ACAGGCTGGG TAGTGAAGCT
TCCTGGGGGT TGAGTACGCC AGAAGCTAGT CATCGTTTAG AAAAATATGG TTTCAATGAA
TTGATTGAGC CAGGACTGAA ACAATCTTGG CAAATTCTTT GGGAACAACT CAGCGAAACA
CTGGTAATTA TTTTGATTGC GGCTGCGGTG ATTTCGGCTC TTTTGGGTGA CTATAAGGAT
GGCTTAGGCA TTATTGCCAT TATTTTGCTG ATTACTTTTT TAGGTTTTAG CCAAGAATAC
AGAGCGCAAA AAGCGATCGC CAATCTCAAA CAGCTTTCAG CACCAAATGT CAAAGTCCGC
CGTGATGGGC GTGTACAGGA AATCTCCGCC CGTCGTCTTG TACCAGGGGA TATTGTGCTA
ATAGAAGCAG AGGATATTGT CCCAGCCGAC TGCCGACTAC TTTCTATTTC CGGTTTGCGG
ACTCAAGAAG CTGCTCTGAC AGGAGCAGCC GAACCAGTAG ATAAAAATAT CCAGAGATTG
ACAAACTCAG AGGTAATGCT GGGCGATCGC CACAATATGG TTTATATGCA GACCATTGTT
ACCTACGGTC GGGGTGAGGC GGTAGTTACT GAAACGGGTA TGCAGACTGA GTTGGGACAC
ATTACCAACA TGATTCAAAC AGTAGAACCA GAACTAACTC CTTTACAAAA ACGTCTGGAT
GTGCTGGGAA GGTGGTTAGC GATCGCCTCT TTCGCTTTGG TAGGAATCAT CTTGGCTTTG
GGATTGTTAC GGGGTGAAGA GATCAAGTTA ATGTTTCTTA CCGCCATCAC CTTAGTAGTT
GCGGCTTTAC CGGAAGGATT ACCCGCAGTG GTCAGCATTG CCTTGGCATT GGGAGCGCAA
CAGATGCTCA AACGCCGGGC GTTGATTCGC AATCTACCCG CCGTAGAGAC GCTAGGATCT
GTGACTACCA TTTGCTCTGG CAAAACAGGT ACTCTGACTG AGAACCGCAT GGTAGTGACT
GTTTTAGATG TAGCAGGTCG TCGCTTAGAT TTAGCTGCCC ATATGCGTTG GGCATCACCT
GTTGTAGATC CTAGTCAAGC CAGCCCATTC TTACTCAGTC AACCACCTGC CCTAGCTTTA
TTATTAGCTG GTGCTACTCT GTGCAATAAC GCCAGATTAG AGCCAGACTG GGAAGAACCG
CGTTACTTTC GTGCCGTCGG CGACCCCATA GAGAATGCTT TAGTGATGGC TGCTGCACAC
CAGGGACTCT GGAAAGGTGA ACTAGAACAG ACCATGCCCC GTGTAGGTGA ACTGTTATCT
GACTTTGAGC GTCAGCGCAT GACCACAATC CATCAATTGC CGACGGCGTT AGCGGAAATT
TCCTGTGCAT TGGAGACAGT TTGGCATTGG CATAGGGAGA TCGGGGAAAC TGCTCCTTAT
ATTGCTTTCA CCAAAGGCCG AATCAAGAGT CTGCTGGATG TTTCTAGCCA AGTTTGGGTG
GATGGATGTG CTGAAGAACT CAATGAAGTT CGACGCGAAC AGATTTTAAC TGCTTATCAC
CAGCTGACAC AAAATGGTTT ACGGGTTTTG GGATTATCTT TTCGGTTGTG GCAATCACTT
GATATTGCTG AGATAGAACA GGACTTGATA TTTATTGGTT TGGTGGGGAT GAATGATCCA
GCAAGACCAG AAGTTAGGGA TGCCGTACTA CTTTGCAAGC AGGCTGGTAT CCGTCCGGTA
ATGATTACGG GAGATCACCC CCTGACAGCT CAATATATTG CTCAAGAGGT GGGGATTGCT
ACAGGCGATT TTATTCTCAC CAGTAATGAT CTCTCCCACC TATCCCCAGA GGCGTTGGGA
AATCTCGTCG AAGAAGTATC AGTTTACGCC AGGATTTCCC CAGAACATAA GTTTAATATT
GTGCAGTTTC TCCAAAGACG GCGGCATATC GTCGCCATGA CTGGCGATGG AGCTAACGAT
GCACCTGCTT TGAAAAAAGC TGATATTGGC ATAGCAATGG GCATTAACGG TACTGATGTC
GCCAGAGAAG CAGCCGATAT GGTGTTGCTA GACGACAACT TCGCCACCAT CGTTGCTGCT
GTCAAAGAAG GGCGAATAAT TTACGACAAT ATCCGCAAGT TTATTAAGTA CATCTTAAGT
AGCAATGTTG GCGAACTCTG CGTGATGCTC CTAGCTCCTT TTTTGGGAAT GCCACTACCA
TTGTTACCAC TCCAAATTCT CTGGATCAAT ATAACTACCG ACGGTTTACC AGCCCTAGCT
TTAGGCGTAG AACCTGCGGA AAGAGACACC ATGAATCGCC CTCCTCATCC CCCCCATGAA
AATATTTTTG GACGAGGCAT GGGCAGAGAT ATTATCTGGA TAGGTTTACT AATGTCTTTT
GTCTCCCTAG TCACAGGATA TTTGTATTGG CGTAGTAGCA ATCCAGGCTG GCAAACAATT
TTGTTTACTA CTGTCACCCT ATCTCAGATG GGTAACGCCT TGGCCATTCG CTCAGAACGA
GACTCTCTTT GGCAAATTGG GTTGCTATCC AACAAGCCAA TTTTGGCAGC AGTAATCCTC
ACGCTGGTTT TGCAACTGGC TGTCATATAT CTCCCTGTTT TACAGAACAT TTTTGCAACA
GTAGCCCTAT CACCATTAGA TTTGGGTGTT AGTTTGATTC TAAGTACCCT GGTCTTCTGG
GGTGTGGAAC TGAAAAAATG GCTGATGCGC CGCAGGCATT TTTAA
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| Protein sequence | MSNWYQLDVA EVLHRLGSEA SWGLSTPEAS HRLEKYGFNE LIEPGLKQSW QILWEQLSET
LVIILIAAAV ISALLGDYKD GLGIIAIILL ITFLGFSQEY RAQKAIANLK QLSAPNVKVR
RDGRVQEISA RRLVPGDIVL IEAEDIVPAD CRLLSISGLR TQEAALTGAA EPVDKNIQRL
TNSEVMLGDR HNMVYMQTIV TYGRGEAVVT ETGMQTELGH ITNMIQTVEP ELTPLQKRLD
VLGRWLAIAS FALVGIILAL GLLRGEEIKL MFLTAITLVV AALPEGLPAV VSIALALGAQ
QMLKRRALIR NLPAVETLGS VTTICSGKTG TLTENRMVVT VLDVAGRRLD LAAHMRWASP
VVDPSQASPF LLSQPPALAL LLAGATLCNN ARLEPDWEEP RYFRAVGDPI ENALVMAAAH
QGLWKGELEQ TMPRVGELLS DFERQRMTTI HQLPTALAEI SCALETVWHW HREIGETAPY
IAFTKGRIKS LLDVSSQVWV DGCAEELNEV RREQILTAYH QLTQNGLRVL GLSFRLWQSL
DIAEIEQDLI FIGLVGMNDP ARPEVRDAVL LCKQAGIRPV MITGDHPLTA QYIAQEVGIA
TGDFILTSND LSHLSPEALG NLVEEVSVYA RISPEHKFNI VQFLQRRRHI VAMTGDGAND
APALKKADIG IAMGINGTDV AREAADMVLL DDNFATIVAA VKEGRIIYDN IRKFIKYILS
SNVGELCVML LAPFLGMPLP LLPLQILWIN ITTDGLPALA LGVEPAERDT MNRPPHPPHE
NIFGRGMGRD IIWIGLLMSF VSLVTGYLYW RSSNPGWQTI LFTTVTLSQM GNALAIRSER
DSLWQIGLLS NKPILAAVIL TLVLQLAVIY LPVLQNIFAT VALSPLDLGV SLILSTLVFW
GVELKKWLMR RRHF
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