| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_1243 |
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| Symbol | |
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| ID | 8390554 |
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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 | Cyanothece sp. PCC 8802 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013161 |
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| Strand | + |
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| Start bp | 1261912 |
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| End bp | 1264761 |
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| Gene Length | 2850 bp |
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| Protein Length | 949 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644979252 |
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| Product | calcium-translocating P-type ATPase, PMCA-type |
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| Protein accession | YP_003137003 |
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| Protein GI | 257059115 |
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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 | 12 |
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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 | 15 |
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| Fosmid unclonability p-value | 0.375781 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACCTTTC CCACGACTTC TGCTCACGTT TCTCCCGCTT TTACCGATAC TTTCTCATCT
TGGCACGCCA TTTCTAGCCA AGAGTCCCTT GAGAAATTGC AAACTGACCC AGAACAGGGA
TTAACCCCCG AACAAATCAG TCACCGTCAG CAATACTTTG GACCCAACGA ACTCACAGAA
ACGGGAGGCC GTTCTCCTCT GACCATTCTC TGGGAACAAT TTACTAACAT TATGTTAGTC
ATGCTGATTG CCGTGGCGAT TATCTCCGGC ATTCTAGACC TACGCCAGGG TAAGTTTCCC
AAAGACGCAA TAGCTATCTT CGCCATTGTC ATTTTGAATG GACTCTTGGG CTATTTACAA
GAAAGTCGCG CCGAACAAGC CTTAGCTGCC CTAAAACGCC TTTCTTCCCC CAAAGTTAAA
GTCGTTCGCC AAGGAATCAT TCAAGAGATC GCCGCTAAAG AATTAGTCCC TGGAGACATC
ATGCTACTCG AAGCCGGGGT ACAAATCGCC GCCGATGGTC GATTATTAGA AGCTTACAAC
CTACAAGTCA GAGAATCAGC TTTAACTGGG GAAGCCGAAA CCATTAATAA ACAAGCTGAC
CTCATTTTAG GAGAAGAGTC AGCCTTGGGC GATCGCCTCA ATTTAGTCTT TCAGGGGACA
GAAGTCGTCC AGGGACGGGG AACGGTTCTG ATCACCCAAA TTGGCATGGA TACCGAATTA
GGACGCATTG CTACCCTAAT TCAATCGGTA GAAGCCGAAG ACACCCCCTT ACAACAGAGA
ATGTCCCAAC TGGGGAACGT TCTAGTCAGT AGTTCCCTCT GTTTAGTGGT CTTAGTCGTC
GTGGTTGGGG TATTACGGTC AGGATGGGCG TATTTTGAGC AACTGTTGGA AGTTTCCCTC
AGTATGGCCG TTGCCGTGGT TCCCGAAGGC TTACCCGCCG TCGTCACCGT TACCTTGGCC
ATTGGAACCC AGCGCATGGT ACGTCGTCAC GCCCTAATTC GGAAATTGCC CGCCGTCGAA
ACCTTGGGGT CAGTCACCAC CATTTGTTCC GATAAAACCG GAACCCTGAC CCAAAATAAA
ATGGTTGTTC AGAAAGTCCA AACCGTCAGT AATAGCTATG AAGTCACCGG AGAAGGGTAT
GCCCCCAAAG GCGAAATTAT CCCCCAAGAT AGCGATGAAT ACGAACTCAA TGGAGAACTT
AAACAACTGT TAACCGCTTG TGTTCTCTGT AATGATGCCT TGTTGCAAAA ACCGTCTGAG
CAGTGGGAAA TTTTGGGCGA TCCCACAGAA GGGGCGTTAT TAACCCTAGC GGGTAAGGTG
GGACTGTATC GGGAAGATCT TTCCCTAGAA ATGCCTCGTA TTGCCGAAAT TCCCTTTTCT
TCGGAACGGA AACGGATGTC AGTCATTATC AAGACCTTCG CAGAAACCGA GGAGGAACTC
AACACCCAAG GGAACGGATA TCAACAAACC TCTGGGCTGT TTTCTAGTCC CTATAAGATG
TTCACCAAAG GGTCTCCTGA AATTGTTTTA GACCGTTGTA CCCTGATACA ACAAGGAGAT
TCGGTTGTCA CCCTTACCTC TGAGGATAGA CAACGAATTT TAGCCCAAAA TGACCAATGG
GCATCTAAAG GACTACGGGT GTTAGGCTTT GCTGGTCAAA ATTTGCCTGA CCTCTCCGAC
GAAGACGTGG GAGATCATCA CGAAAACGAC CTTATCTGGT TAGGATTAGT AGGAATGCTT
GATGCGCCCC GAAAAGAGGT TAAAGGCGCG GTTTTACGCT GTCGAGAGGC CGGAATACGC
CCCATTATGA TTACCGGGGA TCATCAATTG ACCGCTAGGG CGATCGCTAC CGATTTAGGA
ATTGCCCAAG CTGATGATAC CATTCTCACC GGGCAGGAGT TACAACACCT CAATTCCGCC
CAATTAGAGC AAATTGTACC AGAAGTTAGC GTTTATGCGC GGGTTTCCCC CGAACACAAG
CTACAGATTG TCAAAGCCTT GCAAAATCGC GGGGAATTTG TGGCGATGAC AGGAGATGGG
GTCAATGATG CCCCGGCCTT GAAACAAGCC GATATCGGTA TCGCCATGGG CATTACTGGG
ACTGATGTTA GTAAAGAAGC TAGTGATGCC ATTCTTTTAG ATGATAACTT TGCCACGATT
GTCGCAGCAA CCGAAGAAGG ACGGGTCGTT TATGACAATA TTCGTCGGTT TATTAAGTAT
ATTTTAGGCA GCAATATCGG GGAAGTTTTG GTCATTGCTG CTGCCCCCCT CATTGGGTTG
GGCGGTGTAC CCTTGTCTCC CCTACAAATT CTCTGGATGA ACTTAGTGAC CGATGGTTTA
CCGGCTTTAG CCTTAGCCAT GGAACCCGCA GAACCGAACG TCATGCAGCG TCCTCCCTAT
AGTCCCCGTG AGAGTATTTT TTCTAGGGGT TTAGGCTCAT ATATGGTCAG AATCGGCATT
ATTTTTGCTA TTTTAACCAT TATTCTCATG GCTTGGTCCT ACGGTTATGT CAAAACACCT
GGTTTACCGG GTAATCCTGA ACGCTGGAAA ACGATGGTCT TTACCACTCT CTGTTTAGCC
CAGATGGGTC ATGCGTTGGC AGTCCGGTCT GATAGTCAGT TGACCATCCA ACTTAATCCT
TTTTCTAATC CCTATGTCTT GGCGGCAGTA ACGTTTACGA GCTTACTACA GATTTTATTG
GTTTATGTTC CTCCTTTACA GTCCTTTTTC GGAACCCATG CCTTAAGTTT AAATGAACTG
TTGATCTGTG TCGGGTTTAG TGCGTTAATG TTTGTCTGGA TTGAGTTAGA AAAGTTAGTT
AATCGTTGGT TTTTAAATCG CCAAAAATAA
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| Protein sequence | MTFPTTSAHV SPAFTDTFSS WHAISSQESL EKLQTDPEQG LTPEQISHRQ QYFGPNELTE
TGGRSPLTIL WEQFTNIMLV MLIAVAIISG ILDLRQGKFP KDAIAIFAIV ILNGLLGYLQ
ESRAEQALAA LKRLSSPKVK VVRQGIIQEI AAKELVPGDI MLLEAGVQIA ADGRLLEAYN
LQVRESALTG EAETINKQAD LILGEESALG DRLNLVFQGT EVVQGRGTVL ITQIGMDTEL
GRIATLIQSV EAEDTPLQQR MSQLGNVLVS SSLCLVVLVV VVGVLRSGWA YFEQLLEVSL
SMAVAVVPEG LPAVVTVTLA IGTQRMVRRH ALIRKLPAVE TLGSVTTICS DKTGTLTQNK
MVVQKVQTVS NSYEVTGEGY APKGEIIPQD SDEYELNGEL KQLLTACVLC NDALLQKPSE
QWEILGDPTE GALLTLAGKV GLYREDLSLE MPRIAEIPFS SERKRMSVII KTFAETEEEL
NTQGNGYQQT SGLFSSPYKM FTKGSPEIVL DRCTLIQQGD SVVTLTSEDR QRILAQNDQW
ASKGLRVLGF AGQNLPDLSD EDVGDHHEND LIWLGLVGML DAPRKEVKGA VLRCREAGIR
PIMITGDHQL TARAIATDLG IAQADDTILT GQELQHLNSA QLEQIVPEVS VYARVSPEHK
LQIVKALQNR GEFVAMTGDG VNDAPALKQA DIGIAMGITG TDVSKEASDA ILLDDNFATI
VAATEEGRVV YDNIRRFIKY ILGSNIGEVL VIAAAPLIGL GGVPLSPLQI LWMNLVTDGL
PALALAMEPA EPNVMQRPPY SPRESIFSRG LGSYMVRIGI IFAILTIILM AWSYGYVKTP
GLPGNPERWK TMVFTTLCLA QMGHALAVRS DSQLTIQLNP FSNPYVLAAV TFTSLLQILL
VYVPPLQSFF GTHALSLNEL LICVGFSALM FVWIELEKLV NRWFLNRQK
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