| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Htur_5045 |
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| Symbol | |
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| ID | 8745912 |
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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 | Haloterrigena turkmenica DSM 5511 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013748 |
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| Strand | - |
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| Start bp | 33641 |
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| End bp | 36922 |
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| Gene Length | 3282 bp |
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| Protein Length | 1093 aa |
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| Translation table | 11 |
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| GC content | 45% |
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| IMG OID | 646515658 |
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| Product | KAP P-loop domain protein |
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| Protein accession | YP_003406605 |
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| Protein GI | 284176329 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG4928] Predicted P-loop ATPase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 49 |
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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 | ATGCCTCCTG AGAATGAAGA TCTCTACTTA GCGGATCGAG CTATTACCTC AGAGACCGAT
GATGAATTTG GACACAAAGA GTACGCAGAC AGTTTAGAGA GGATTCTACG AAATGCTAAT
CCACCGTGGC ACATCGGTAT CTTCGGAGAG TGGGGTTCCG GTAAAACCTC TATAATCCGG
ATGTTGTATA ATCGTCTCAG GGCAAAAGAA GAGTTTGAAG ATACTGTTTT TGTGGAATTT
GATGCTTGGT CTCACGCGGA AGGATCCATC CGAACTGAGC TACTTCTTGA ACTAGATGAA
AGAATAGGTA AGGAGGTAAA CGGAGAAGAA TCAGATGGCA TTCTTGGCGA AGATGAGATC
ACAGGCAGGC TATACGACGT GGAAGAGGAA GAAGAGGTTT CGAGGCCTGC TAACCCAAAA
GAAGTTATAG TGAATTTCTG GGAAGATAGT CCAATACTCA CAATCAGTTT TGTCGTTATT
GCCGGTGCTG CTGTACTACT ACAATATCTT GGCCAGTCGA CACTGGCATC AGTGGCTGTT
ACTGGATTAC TACTCCCGAT TCTCGGGTAT ATTCTCCAGC AGTTGGATAC GGTGGCTCAG
ACGATTCAAA AAAAGTTTTT GCATCCAAGA AAAGAGTGGT CTGGTGCGTA CCAGCGAATA
TTCGAGGATA TAATCGAAAA ATCGAACGCA GAAACCATCG TAATCTCTAT CGATAATTTA
GATAGGTGCG AGAGTTCGAC CGTCTACGAC GTTCTTGTGT CTCTCAAGAC GTTTATGGAA
AATGATAATT GTATATATCT TATTCCCTGT GATGACAAAG CCCTAGAGAG CCATATCAAG
TCAATTGATA AAGGTGAATA CTTTGAGGAA GGGAAGAATG AACGAGAGTT TCTCCGGAAG
TTCTTCCAAA CCCACATCCG GATTCCACCG TTCTTGCCGG AGGATATTGA GGAATATACT
GAAACGGAGA ATCAGAGGCT TTCCAATCCA TTCGAAGAGG AAGCTCTCGA CGTACTCACT
AATGCATACA TCGACAATCC ACGGAGAATC AAGCATGCAC TCAACCGTCT TTCAACACTC
AGAGTTTTAG CAGAGGAGAT CGAGGAAACC GGTGGGTTAA CTGAGGGTAG AATCACCAAT
AATATCCCAT TCTTAGCGAA GGTATCCATT TTAGAAGAGG AATACCCAGA GTTCTATGAC
ACACTCTCGG AGAATCCTCA GTTGCTGGGA GATATTAACA ACTACTTCCG AGACCAGCTT
GGTGATTCAA GCGACCAGAA CCGAATCGAA GCGGTTCTGA AACCAGATGA TGGTTCAGAG
AAGAACGGCA ATCAAGAATC TCGTCTAGAG GCGTTTCTCC GCTCTACTCG CCGTATCCAT
ATTGAGAATC CAAATCCGTT TCTGAACTTG TCTGAACCGT CTTATGCAAC CAGTCTTACC
GATGTCGACG GCTTCCTGCA AAATCTTAGG ACTGGGCAGG AAGAAGAGGT TCGGAAAGAA
CTTGAACAGG TGGATGACTA TGGTCCATAT GTTGACGCAA TTGAGAATAC GGTCCAAGAG
TACACTACAA AGAGGAGGGA ACAACCACTG TTCGGGACTA TAGACACCAC AATCGCGGCC
TTCGACGAAT TTGATCAGCG TTCACAAGGG AGATTGATCC GACTCCTTGG GGAGTCTCTA
ACCGTCGAAC CTGGGAAGGG ATTCTTGGTT GATCTGGAAC CTAATTCAGT GTTCCCAATT
ATTATTCAAA TGCGCGACCC CGACTCAGAG TCACTACTGG CAGAGTATGC TGACCTTCTA
GTTGATGGCA AGGACCTGCG CAAGAATATA TTAGAAGCCT TTGTGAACTA TGCTGAAGAC
ATTCCGCAGA GCATTGCTCG TAAGGCGTCT AACCAAGTCG AGTCACTCGG AGATGACAAA
TTCAAGACCG CACTTGACTG TATAAACTCT TTTGAGGAAG CAAAGAACTG CATCATTCGT
ACAAAGACGT TGGAACGGGC CGTATCGATG ATAGAACTCC AAGATAACAA GAATGAGTTC
ACAGATACAG AGTACTATAC TCGTTTTGAG GATGTGGCAA GTCAGAAAGC AAGAGGAGCA
TACGCAACGC ACCTTCTTGA TCTGAGACAG GATTATTCAA GCAACCAAGA ACAGCAAGTC
GATCAAGAGC TAGCAGTCCG GTTGCTAGAT ATTAAGGGAC ATATTCTTCA ATCGAGCGGG
GAGAAGGTTT TCGAAGGTAT TCGTGACATC GTGAAAAATA GCGGAAATAG ACAGCCCGTC
GATCTTGTCG AGATTTGTTT CCATTTCTAC GATTCGTTCC CTACCACGAC ACAAGACGAG
TTTCATAGTT GGTTAAGCGA ACTATTCCGT AACTGGAATG CCAATAATAC GGAGGAACTA
TTCGATCTAA GTGACGAGTA TCGGGTCTCT ATCGTAGAGA CAGAGGAAGA AGTTAATTCA
ATTCTACAGC AGATCCCGAA CCCGATAGAC AACGAATCCT TTGTCAAGAA TAAGATTATA
CCTGTCATTC CCGAGGAGTT CAGCCAAGAT CTCCATGAGA AGGTGAAGAA TCTTATAAAG
AACAACAATA ATAATCACAG TCAGCTTGGA ATCGACACCT TCACCGAATA TTCAGACCGG
TTCGAGCCTA TCTGGGGGGA AGTTATTGAC ATTTGTGGTA ATCAAGCCAA CCGCGAAAAT
AACATTAATC GAAAGAGGCG CTACTTGGAG GTTGGAGCAA AGATCTTCTC GAAGCTTAAT
GGGCCGGAAC AGGAGAGCTA CATCAGTCAG ATAGATAATC TACTCAGTGG TAACCAGAAC
GAGTACCAGT TGTACCGAGA TCTCTGGGAG AAGATAGAGT CTGACGTTGA CTCAGACAGG
AAGGAGACCG TAGCAGAAGA CGTTCGCAAT GAGCTGGCGC AAGCTTTCAG TCGGAATCAG
AATCCTGGAC ATCTTGATGC TTTGATCGAG GTGATGAGTT CTATTACAGG ATATCTGGTA
GAGGAGAACG GTCAGCAGTT CATGGACCGC ATTAGCAAGC AGCTCACACA GAACAATTTG
AATGACCGTC AAAAGGCCAG GGTATTAGGC CATATATCTG AGTTTGATGG GTTCTTCGGA
AAGGAGGATC AGATTCTGGA CCGGCTAGAG AATCTCTTGA AGCGGTCCAA CCACAATAAT
GTCTCACAGA ACGCTGAGGT GCTGCTTGAT AAATTTGAAA ACCTCGGAAA AGTTGATGAA
GCAAGAATCG ACCAGATTAG AGAAGATTAC CTTTTAAATT GA
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| Protein sequence | MPPENEDLYL ADRAITSETD DEFGHKEYAD SLERILRNAN PPWHIGIFGE WGSGKTSIIR
MLYNRLRAKE EFEDTVFVEF DAWSHAEGSI RTELLLELDE RIGKEVNGEE SDGILGEDEI
TGRLYDVEEE EEVSRPANPK EVIVNFWEDS PILTISFVVI AGAAVLLQYL GQSTLASVAV
TGLLLPILGY ILQQLDTVAQ TIQKKFLHPR KEWSGAYQRI FEDIIEKSNA ETIVISIDNL
DRCESSTVYD VLVSLKTFME NDNCIYLIPC DDKALESHIK SIDKGEYFEE GKNEREFLRK
FFQTHIRIPP FLPEDIEEYT ETENQRLSNP FEEEALDVLT NAYIDNPRRI KHALNRLSTL
RVLAEEIEET GGLTEGRITN NIPFLAKVSI LEEEYPEFYD TLSENPQLLG DINNYFRDQL
GDSSDQNRIE AVLKPDDGSE KNGNQESRLE AFLRSTRRIH IENPNPFLNL SEPSYATSLT
DVDGFLQNLR TGQEEEVRKE LEQVDDYGPY VDAIENTVQE YTTKRREQPL FGTIDTTIAA
FDEFDQRSQG RLIRLLGESL TVEPGKGFLV DLEPNSVFPI IIQMRDPDSE SLLAEYADLL
VDGKDLRKNI LEAFVNYAED IPQSIARKAS NQVESLGDDK FKTALDCINS FEEAKNCIIR
TKTLERAVSM IELQDNKNEF TDTEYYTRFE DVASQKARGA YATHLLDLRQ DYSSNQEQQV
DQELAVRLLD IKGHILQSSG EKVFEGIRDI VKNSGNRQPV DLVEICFHFY DSFPTTTQDE
FHSWLSELFR NWNANNTEEL FDLSDEYRVS IVETEEEVNS ILQQIPNPID NESFVKNKII
PVIPEEFSQD LHEKVKNLIK NNNNNHSQLG IDTFTEYSDR FEPIWGEVID ICGNQANREN
NINRKRRYLE VGAKIFSKLN GPEQESYISQ IDNLLSGNQN EYQLYRDLWE KIESDVDSDR
KETVAEDVRN ELAQAFSRNQ NPGHLDALIE VMSSITGYLV EENGQQFMDR ISKQLTQNNL
NDRQKARVLG HISEFDGFFG KEDQILDRLE NLLKRSNHNN VSQNAEVLLD KFENLGKVDE
ARIDQIREDY LLN
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