| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_21960 |
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| Symbol | |
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| ID | 7313744 |
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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 | Halothermothrix orenii H 168 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011899 |
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| Strand | + |
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| Start bp | 2387845 |
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| End bp | 2390529 |
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| Gene Length | 2685 bp |
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| Protein Length | 894 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 643612648 |
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| Product | cation-transporting ATPase A, P type (ATPase, E1-E2 type) |
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| Protein accession | YP_002509936 |
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| Protein GI | 220933028 |
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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 | [TIGR01116] sarco/endoplasmic reticulum calcium-translocating P-type ATPase
[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 | 47 |
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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 | ATGGAAACAT GGTATAACAA ATCTATTGAA GAAGTATCAA AGGATCAAAA AACAAATATT
GATCAGGGGT TAACAGTTGA AGAGGCAAAA AAACGGCTGG ATGAAACAGG CCCCAATAGG
TTAAAAGAAA GCAAAGGACG TTCCCCCTGG CAGATGTTTA TCGACCAGTT TAAAGATGCG
CTGGTCATTA TCCTTTTATT TTCTGCTATA ATTTCAGCAG CAGTCGGTGA AATTAGTGAT
TCGTTGGTTA TCGCCGTTAT CCTTATTTTA AATTCAACCC TGGGGGTTAT TCAGGAATAT
AAAGCCGAGA AATCGCTGGC GGCCTTAAAG GAACTCGCTT CTCCCAGGGC CCTCGTTCTC
CGGGACGGGA AACAACAAAA AGTCGAAGCC AGCCAGCTGG TACCCGGAGA TATTGTCCTG
CTTGATGCCG GTGATTATGT CCCGGCAGAT TTAAGGCTTA TCTCCGTAAC AGATTTAAAA
ATTGAAGAAT CAGTCCTTAC CGGTGAATCG GTCCCGGTTG AGAAAACCGA TAAGATAATT
AAAGATGAAA AACCACCCCT CGGTGACCAG AAAAATATGG CCTTCATGGG GACTATTGTT
ACCTATGGAA GGGGTCGCGG AATTGTTACC GGAACTGGAA TGGATACAGA AATGGGTAAA
ATTGCTGAAG CCCTGAAAGA TGATAAACGG GAGCCCACTC CCCTGCAAAA AAGACTGGAT
AGAATGGGGA AAAAGCTTGG CCTTGCTGTT ATTGGCATAG CTGCCATTAT CATTCTGATG
GGATGGCTGC GTGGTATTGA TTTACTGGAA ATGTTTATGA CCGGAATCTC CCTGGCTGTA
GCGGCAGTTC CCGAAGGCCT TCCTGCCGTT GTCACCATCG TCCTCGCCCT CGGGGTCCAG
CGTATGATTA AAAGACACGC CATAATTCGT CGTCTCCCGG CTGTTGAGAC CCTGGGAGCC
ACTACTATTA TATGTACAGA TAAAACGGGA ACACTAACTA AAAATGAGAT GACCGTTAAG
TCCATTTTCC TTCCCGGACG AAATATCAAG GTAAGTGGTG AGGGGTATAA ACCGGAAGGC
AAGTTTATAG AGGGCAACAC AGAAGTCAAA ACTAATTCCG ACAAAGACCT GGCCCTTTTA
CTTAAAGCTG CCTCTCTCTG TAATAATGCA GAATTAACCC GTAATAAGGA TAATAACCGG
GATATTATTG GTGACCCCAC TGAAGGGTCC CTAGTAGTAG CTGCTGAAAA AGCAGGTTTT
ACAAAAGAAA GGCTTAATAA TGATTATGAG CGTATTAAAG AATTCCCTTT TGACTCAGAA
AGAAAACGAA TGTCAACCGT TCACCGGACT CCTGATAAAA AAGTTATAGC ATTTGTTAAA
GGGGCCCCTG ATCAGATACT AAAACGGTGC ATCGGTTATC AAATTAACGG TAAGGTTAAG
GACCTTGATG ATAACGTGAG AGAAGAAATT GTAAAGCAGA ATAAGGAATA TGCCTCACAG
GCTTTGAGGG TCCTGGCAGT TGCCTATAAA CCACTGGACG GAGAAAATAA TTTACATATT
GACAATGTTG AAAAGGGGTT AATTTTCCTC GGTTTGATGG GTATGATTGA CCCACCACGG
CGGGAGGTCG CTGATTCAGT TAAGTTATGC AAACAGGCCG GGATTCGCCC GGTTATGATT
ACCGGTGATT ACTCTCTGAC GGCACGGGCC ATTGCTGAAG AACTCGGTAT ATATAAAAAT
GGGGATAAAA TCATTACCGG CAGTGAACTG GAAGATATGA ACCCTGAAGA ACTTAAAGAA
GCTGTTTCCC TGACAACTGT CTATGCCCGG GTATCACCCC ACCATAAGAG CAAAATAGTT
CAGGCCCTTA AAGATAGTAA TGAAGTGGTA GCTATGACCG GTGATGGTGT TAATGATGCT
CCGGCCCTTA AAAAGGCAGA TATAGGGGTA GCCATGGGTA TTACAGGTAC CGATGTAGCC
AAAGAAGCGG CGGACATGGT CTTAACCGAT GATAATTTTG CTTCAATTGT CTCGGCCGTT
GAAGAAGGCA GAGGGATTTA CTCCAATATC AAGAAATTTA TTCATTTTCT ACTATCATGT
AATGTCGGAG AGATAATAAC CCTCTTCCTG GCAATCATAG TCGGTTTGCC ACGTCCTTTA
ATCCCAATCC AGATCCTCTG GGTAAACCTG GTGACCGATG GGTTCCCGGC CCTGGCCCTG
GGGGTTGACC CGGCTGCTCC CGATTTAATG GAAAAACCAC CCCGTGACCC TGATGAGGGG
GTCTTTGCCG GAAAAATGGG GGTCAATATA ATAAGCCAGG GACTTTTTAT CGGACTATTA
ACACTGGTTA TATTTTTCCT GGGGTTACAC TATTTTTCCC TGCCGGTAGG CCAGACTATG
GCTTTTGCCA CCCTGAGTTT TTCCCAGCTA ATTCAGGCTT TAAATGCCCG TTCCCGGGAG
TATTCTCTCT TCAGACTGGG TATTCTCACC AATAAATATC TAATTCTGGC CATAATGATA
TCAGGCCTGT TACAGCTTGG GGTAATGTTT ATCCCCTTCC TCCAGGCTGC CTTTAAAGTT
ATCCCCTTAA CCGGAACCCA GTGGCTTATT GTTTTACTGG CCTCACTAAC CCCCTTGCCC
TATGTTGAAA TCCTGAAAGC CCTGGGTATA ACCCGGGAAG AATAG
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| Protein sequence | METWYNKSIE EVSKDQKTNI DQGLTVEEAK KRLDETGPNR LKESKGRSPW QMFIDQFKDA
LVIILLFSAI ISAAVGEISD SLVIAVILIL NSTLGVIQEY KAEKSLAALK ELASPRALVL
RDGKQQKVEA SQLVPGDIVL LDAGDYVPAD LRLISVTDLK IEESVLTGES VPVEKTDKII
KDEKPPLGDQ KNMAFMGTIV TYGRGRGIVT GTGMDTEMGK IAEALKDDKR EPTPLQKRLD
RMGKKLGLAV IGIAAIIILM GWLRGIDLLE MFMTGISLAV AAVPEGLPAV VTIVLALGVQ
RMIKRHAIIR RLPAVETLGA TTIICTDKTG TLTKNEMTVK SIFLPGRNIK VSGEGYKPEG
KFIEGNTEVK TNSDKDLALL LKAASLCNNA ELTRNKDNNR DIIGDPTEGS LVVAAEKAGF
TKERLNNDYE RIKEFPFDSE RKRMSTVHRT PDKKVIAFVK GAPDQILKRC IGYQINGKVK
DLDDNVREEI VKQNKEYASQ ALRVLAVAYK PLDGENNLHI DNVEKGLIFL GLMGMIDPPR
REVADSVKLC KQAGIRPVMI TGDYSLTARA IAEELGIYKN GDKIITGSEL EDMNPEELKE
AVSLTTVYAR VSPHHKSKIV QALKDSNEVV AMTGDGVNDA PALKKADIGV AMGITGTDVA
KEAADMVLTD DNFASIVSAV EEGRGIYSNI KKFIHFLLSC NVGEIITLFL AIIVGLPRPL
IPIQILWVNL VTDGFPALAL GVDPAAPDLM EKPPRDPDEG VFAGKMGVNI ISQGLFIGLL
TLVIFFLGLH YFSLPVGQTM AFATLSFSQL IQALNARSRE YSLFRLGILT NKYLILAIMI
SGLLQLGVMF IPFLQAAFKV IPLTGTQWLI VLLASLTPLP YVEILKALGI TREE
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