| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Cyan8802_4313 |
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| Symbol | |
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| ID | 8393665 |
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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 | 4455681 |
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| End bp | 4458443 |
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| Gene Length | 2763 bp |
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| Protein Length | 920 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 644982223 |
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| Product | ATPase, P-type (transporting), HAD superfamily, subfamily IC |
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| Protein accession | YP_003139934 |
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| Protein GI | 257062046 |
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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 |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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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 | 0.0261147 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGTAAGT GGCACAAACT CGAAATAGAA ACCGTTTTAA AAAAATTGTC CAGCGATCGC
ACCCTAGGAT TAACCCAAAG TGAAGTGAAT CGTCGCTTAA CTAAAGATGG TCTCAACGAA
CTCCAAGAAC AAGCCACTAA GTCTCCGTGG GAGATTCTTT GGGAACAATT TGTCGCGCCA
TTAGTACTAC TGTTGATTGC TGCCGCAACA GTTTCTGTCT TTTTAGGAGA CTACAAAGAA
GCGATCGCCA TTATGACCAT TGTTCTTCTC AATGCAGTGA TCGGATTTAC CCAAGAATAC
CGCGCCGAAA AAGCCATGGC CGCCCTGAAA AATCTCGCCA TTCCTAAAGT CAAAGTGAGA
CGGGAGGGAC ATTGGTCAGA AATTCCCGCT TCAAACCTGG TGAGAGGCGA TATCGTCCGC
TTAGAGGATG GTAACATTGT CCCGGCGGAT GTACGCCTGT TGGAAACCGC CAACCTACGG
ATACAAGAAT CAATTCTCAC GGGAGAAGCC GAGGCCGTCG ATAAAACGCC TATCAGCTTA
AGCGGCAAAA AAATCCCCCT AGGCGATCAC ACCAACATGG CCTACATGGG AACCCTCGTT
ATCTATGGCC GCGGGTATGG AGTCGTCGTT GCCACGGGAA TGAAAACTCA GTTAGGCAAA
ATCGCCAAGT TATTACAAAA AGTCGAGACA GAATTAACCC CCCTACAGCA ACGACTCGAA
AAACTAGGAC AACAACTCTT AATCGGGTCT GTCCTCTTAG TAGGAGTCAT TTTTGGACTA
GGACTGCTAC AAGGCGAAGG CTTAAAATTA ATGTTCCTCA CTGCCGTCAG TATAGCTGTG
GCCGCCGTTC CCGAAGGACT TCCCGCCGTT GTCACCATTG CCCTGGCCTT GGGATCGCAG
CGAATGCTCA AACGGGGGGC TTTAATTCGC AAATTACCCG CCGTTGAAAC CTTGGGGTCA
GTCACCGTCA TTTGTTCCGA TAAAACGGGT ACATTAACCC AAAACTGCAT GACTGTGAAC
GTTTTGGATG TGGTGGGACG ACGTTTAAAC TTGACTTCTT GTGCACCGTC CAATACCCCT
TGGCTGGATT TACGCACCCA ACAACCCTTA ATGCTACAAG AACAACCCCA GTTATCTTGG
CTATTGATGG GAAGTGCTCT ATGTAACGAT GCGTCCCTCG AACCTGACCC AGAACATCCC
CAATGGTTTC AGGTGGTGGG AGAACCCACT GAAGGGGCGT TACTGACTGC TTCGGCTAGT
TTAGGGCTCA AAAAAATCGA ACTAGAACGT AACTTTCCCA GAGTGGCAGA AGTCCCCTTT
GATGCCCAAC GCCGACGCAT GACCACCCTT CATCAAGTTC CCGATGAACG TCAATTTTGG
CCGCACCGAC TACAAATCCC CTGGCAATGG CATCAGGGCT TAGGAAAAAT GCCCTATCTT
GCCTTTACTA AAGGGGCAGT GGATAGTCTT TTAGATATTT CTAGCGAAGT TTGGGTCAAT
GACCACCCAG AACCCCTAAC GGAAGTGTGG CACACTTGGA TTCAAGATAC CAATGATGAG
TTAGCCAGCC AGGGTAATCG GGTTCTAGGG GTAGCATTTC GCCCTCATTT GTCTCCTTAC
GTTGATGGGG GACACCTTTT AGAACAGGAG TTGATTTTTG CGGGATTGGT GGGGATGAGT
GACCCCATTC GCCCTGAAGT CCAAAATGCC GTGGAAACTT GCATGAGAGC CGGTATCCGT
CCAGTGATGA TCACGGGAGA TCATCCCCTG ACGGCACGAC ATATCGCACG GGAATTAGGG
ATCATGGTTG ATGGTCATAT TTTGACGGGA CAAGACCTTT CTCGTCTTGA TAGCGAAGAA
CTACTGCAAA AAGTTTCAGA AACGTCCGTT TATGCCAGGG TGACTCCCAA ACAAAAGCTA
CAAATCGTTC AAGCGTTGCA GCAACAAGGA CAAATCGTGG CCATGACGGG GGATGGGGTG
AATGATGCCC CGGCCTTGAA AAAGGCGGAG ATTGGTATTG CTATGGGCAT TAGTGGGACG
GATGTGGCCA AAGAAGCGGC GGATATGGCT TTGTTGGATG ATAATTTTGC CACCATTGTT
GCTGCCGTTA GGGAAGGACG AACCATCTAT GACAATGTGC GTAAGTTTAT CTTTTATATG
CTCAGTAGTA ATTCAGGGGA AATTTGGGTG ATGTTGGGGG CTTTTTTCCT AGGAATGCCT
TTAGCTTTGT TGCCGTTACA GATTCTTTGG ATTAACCTGA CTACTGATGG TTTACCCGCT
TTGGCTTTGG GGGTTGAACC GGCCGAACGA CATATTATGC GCCGTCCCCC CTATCCTCCC
ACGGATACTA TTTTTAGTCG AGGGATGGGC TGGCGCATCA TTTGGGTGGG TTTCTTGATG
GGGGCTATTG CACTGGGAAC GGGTTATGGA TATTGGCAAA ATGGTCACCC TGGATGGCAA
ACGATGATTT TTAGTATTGT CACCCTCTCT CAAATGGGTA ATGCTTTGGC TATTCGCTCA
GAACGCTATT CTCTTTGGCA AATTGGACTG TTGTCTAATC GTTTTTTACT GATTTCTGTT
CTTATTACCC TTGTTTTACA ATTGGGCGTT ATCTATCTTC CTTTTGCCCA AAGTTTGTTT
CAAACAACCG CCTTGTCTTG GCCAGATTTA TTGCTCTGTT TATTCTTAAG TACGGGGGTT
TTTTGGGCAG TTGAAGCTGA AAAATGGTGG ATTCGTCGCT CAAAATCTTT TAAAGCAAGT
TAA
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| Protein sequence | MSKWHKLEIE TVLKKLSSDR TLGLTQSEVN RRLTKDGLNE LQEQATKSPW EILWEQFVAP
LVLLLIAAAT VSVFLGDYKE AIAIMTIVLL NAVIGFTQEY RAEKAMAALK NLAIPKVKVR
REGHWSEIPA SNLVRGDIVR LEDGNIVPAD VRLLETANLR IQESILTGEA EAVDKTPISL
SGKKIPLGDH TNMAYMGTLV IYGRGYGVVV ATGMKTQLGK IAKLLQKVET ELTPLQQRLE
KLGQQLLIGS VLLVGVIFGL GLLQGEGLKL MFLTAVSIAV AAVPEGLPAV VTIALALGSQ
RMLKRGALIR KLPAVETLGS VTVICSDKTG TLTQNCMTVN VLDVVGRRLN LTSCAPSNTP
WLDLRTQQPL MLQEQPQLSW LLMGSALCND ASLEPDPEHP QWFQVVGEPT EGALLTASAS
LGLKKIELER NFPRVAEVPF DAQRRRMTTL HQVPDERQFW PHRLQIPWQW HQGLGKMPYL
AFTKGAVDSL LDISSEVWVN DHPEPLTEVW HTWIQDTNDE LASQGNRVLG VAFRPHLSPY
VDGGHLLEQE LIFAGLVGMS DPIRPEVQNA VETCMRAGIR PVMITGDHPL TARHIARELG
IMVDGHILTG QDLSRLDSEE LLQKVSETSV YARVTPKQKL QIVQALQQQG QIVAMTGDGV
NDAPALKKAE IGIAMGISGT DVAKEAADMA LLDDNFATIV AAVREGRTIY DNVRKFIFYM
LSSNSGEIWV MLGAFFLGMP LALLPLQILW INLTTDGLPA LALGVEPAER HIMRRPPYPP
TDTIFSRGMG WRIIWVGFLM GAIALGTGYG YWQNGHPGWQ TMIFSIVTLS QMGNALAIRS
ERYSLWQIGL LSNRFLLISV LITLVLQLGV IYLPFAQSLF QTTALSWPDL LLCLFLSTGV
FWAVEAEKWW IRRSKSFKAS
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