| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hlac_3438 |
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| Symbol | |
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| ID | 7402285 |
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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 | Halorubrum lacusprofundi ATCC 49239 |
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| Kingdom | Archaea |
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| Replicon accession | NC_012030 |
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| Strand | - |
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| Start bp | 184544 |
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| End bp | 188671 |
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| Gene Length | 4128 bp |
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| Protein Length | 1375 aa |
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| Translation table | 11 |
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| GC content | 52% |
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| IMG OID | 643709980 |
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| Product | hypothetical protein |
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| Protein accession | YP_002567546 |
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| Protein GI | 222481310 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | n/a |
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| Plasmid unclonability p-value | n/a |
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| Plasmid hitchhiking | n/a |
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| Plasmid clonability | n/a |
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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 | ATGATCACTG ACTTTCTCGA ATCTCGCTCT GGTCGTCCCT GGAACTACGA TCGGGACGGA
GACAATTTTG AATTTTACCA AGGAAATGGG TCGAGTGCAT TGGAGGTTGT CGTCGTTGAT
CACGATGAAC GACCGACCAA AGGTTTTCTC CAGAAGACGT ACACAGATCG GCGTGGTGGG
CGAGTAAACC CCGTTCTCGT TGTTGCGCTT TATGACAATT ATGCCGGGCT ATGCGGTCCC
AGCGGGGAAG AGCCGCCCGT CTATCGGGAT GTCGACCGGG GACAAGCAGA TCGTGTCTGT
GATACCGCTC TTGACGAATC AAACCGACAC GCGGCCCAAC GGTTCCTCAC TGAAATGCTT
CCCCAGCTCG ACGAGGAACT GACTGGACTT CGGAATCAAG GTCTACTCTC AACGCACGAG
CTCAAAGTCG GTGTCCCCGA ACGCGACGAC TGGGAGGACG CAACCAACCG CGCCCAACAA
GCAATTGACG ATGACCCGCG TGAGATGATC AAAGGGCTCA ACTACGATAT CGAACATCTC
ACCGATCAGA GCTCTGTCCT GAAGGACACA AGCGATGGCC ACGAGCGAGC TGTGGCGATG
TTTCTCCAAG AAGACGAGTC GTTTGACCAC ACGCAAGAAC GGTTTGTAGG TCAGTCACCA
GTGGCCTACG CGCTCAACGA AGCCGACAAA CGAAATCTCG AATACGTCAT CGGAAGTAGT
GGTGATACGC TACGACTGTA CACAACGAAT CCCGATGCAG GGTTTGGCTC ACGCGGTCGA
ACAGATACCT ACGTTGAGGT TAACACAAGT CTCCTTGCAG ACGAAAAGGC GGCGTATCTC
TGGCTGCTAT TCTCCGCCAA CGCGCTCCGA GAAGACGGGA CGCTCCATGA CATTATGGAG
CGATCGAAAG ACTACGCAGC GGCTCTTGGA GAACGACTCC GTGAACGGAT TTACGACGAT
GTTGTGCCAG ATCTGGCGGA AGCGATCGCC CGTGCACGTG ATATCGACGA TCCGACGAAG
GAACAGTTGG ACGAGACCTA TGAGATGACG TTGGTGCTCC TCTACCGGTT GCTGTTCATC
GCTTACGCTG AAGACGAAGA GTTCCTCCCG CGACGGCGTA ACGAGCGGTA CGACCGGAAT
TCTCTCAAAC AGAAGGCGCA CGACCTCCAC GACTTCATTG AGGACGACGG TGACTTCGAC
GCCGGATTCT ACGACCACTG GGACGACGTG ATGCATCTTT CGCGGGCCGT CCACCGCGGA
CACGACGAGT TAGGACTTCC CGCTTACGAG GGGACCTTAC TCTCTGAAGA TCCGGATATC
TCTCAAGCCG GTGCGAAGCT GGCGGATATT CGACTTGATA ATGCCGATTT CGGACCTGTA
TTGGCGAACC TCCTGATCGA CGAAACAGGG GACGGCTATC AGGGGCCTGT CGACTTCAGG
AATATCGGTG TCCGAGATTT CGGGGTCGTA TACGAGGGTC TGCTGGAGTC TGAGTTGTCG
CTGGCCGAAC AGCCGCTTAC AATTGACAAC GAAGGACACT ATGTCCCAGT CGATATAGAT
GGTCAACAGA CACTCGGTGA TGATCACGAG GACATAGTTG TTGAAGAAGG AGAGGTCTAT
CTTCATGGTC AGTCCGGAGA GCGAAAAGCG ACGGGGACGT ACTATACGAA ATCTCGGTTC
GTTGAGCATC TTCTTGATCA CTCACTGGAA CCCGCACTGG ATGACCATCT CGAACGTATC
GACTGGCTCC GTGAGGAAGA GGGCGAACAC GCCGCTGCGG ATGCGTTCTT CGACCTTCGG
GTGTCGGATA TTGCGATGGG ATCTGGTCAC TTCCTTGTCG GGGCTGTCGA CCGCATCGAA
TCTCGACTCT ATGCGTATCT GACCGAGAAA CCGCTGTCGC CCGTCGAGGA CGAACTCGAC
AACCTCGAAG ACGCGGCATT AGATGCCTTC GAAGACGAAG AGTACGCACC ACCGGTCGAA
CGTGGACAGC TCCTGCGTCG TCAAGTTGCC CGTCGCTGTA TCTACGGAGT TGACATAAAC
CCACTTTCGA CCGAACTTGC ACGGCTATCG ATTTGGGTAC ATACGTTTGT TCCCGGTCTC
CCGTTAACGT TCCTTGATTA CAATCTCGTG ACTGGCGACT CGCTGGCTGG AATCGGAACG
CTCGACGAAG TGACGGATAT ACTTGATATC GAGCAGTCAT CATTAGGGAT GTTTGCTGGC
GGTCAGAGCA TAATGAACGA TATTCGAGAT GATATTGAAC AGTTGGGGAG CTTCGCCGAT
GCCAGTGCTG AACAGGTACA AGAAGCACGC AAAACTCGTG TAGAAATAGA AAAGAACCTT
GGCCAAGTTC GAGCGAGATT TGATATCTTA GCTGCGTCCC GTATAGATGA CGAGATAAAT
ACCGACCCAG TGTCTGACAC TGGCATCGAC GTGAGAGATC ACGAGAGCTA TGAACGAGCA
AAGGACGTTC TGGAGTCTAC GAATCCTCTC CATTTCCCCG CATCATTTCC AGAAGTCTTC
GATGGTGATG ACAGCGGATT CGATGTGATC GTTGGAAATC CGCCTTGGGA ACAAGCAAAG
ATCGAACGTG ACGAGTTTTG GCGAAGACAC TACCCAGGTC TGAGTGGACT GGACAAAAAC
GAACGTGAAG AGAAGATAAC AGAGCTTGAG ACTAAAAGAC CAGATCTGGC GCTACAACTG
GAGGAAGAAC GACGAGCACA ACGGCAACGA AGCCAGATTT TAACCAACGG TCCGTATCCT
GATATGGGTC GTGGGGATCC AGATCTATAT CAGGGCTTCA GTTGGCGCTT TTGGAGACTT
ATCAGTGATT CTGGTTACCT TGGTGTTGTT CTCCCCCGAG CCGCGTTTAT CAGCCCTGGT
GCGGAGACAT TGAGATATGA GATTCTTGAA AAAGGGAATG TCACAGACCT GACTTTCTTG
AAAAACGAAC GTGAGTGGGT TTTTGACAAC GTTGAACCAC GATATACGGT AGCTCTGTTT
ACTCTTCAAA AAGAACAGAT TACTGATGGT GAAGTTCCGA TACGTGGTCC CTATACCGAC
CCAGAAAGCT ATAATGAAGG GTTGAAAGAA GGTCCAACCT GGTTCCCCAG AGAGGAAGCA
AAGGCTTGGG CCGGGAGCGC CAAGTTCCCT CTGTTACCTC CAGCAAAGTA CTCTGGACCA
GCATTTAAAC AGCTCACTAC TGCACCAGGG TTATCTTCGG AACAAGAATC CTGGCGAGGA
GTTCCCTATC GAGAAGATAT TGCACATAAG AAACCATCTG GAGAGGATGT AGAAACAGAC
CCAGAAGAGG TTCCCGACAG CTTCTGGCCT GTATTTAAGG GAGCTTCGAT TAACCCCCCG
AATCAGGAAC TTTGGGTGAA TGATACAGGT AAACGCTACG CGTGGGTAGA TTCCGAAGCG
GGAAAGAGCC ACCTGCAACA GAAACGCGAG AATGCATATC CCTACTCTAA CTCTCCGATG
TCAGAAATGC CAGAGAAATG GGTAATGGAT AAAAGCACAC TCCCATGCCT TTTCCCACGA
GTAGCGGTAC GAAAAGTTGC CAGGAACGAC GATCAACGGA CTTTACGTCC AGCTTTGATT
CCACCACAAG TTTTCTTGAA TAACACTCTC ATATACTTCC TCTGGCCAGA AGGAGAACCA
GAAGATGAAG CATACCTTCT GGGTGTACTA AACACAATCT TAGCAGACTG GTATGCTCGG
CGTTTCGTTG AGACTCATCT TACTTTTCAG GTTATCAAGA CTTTCCCGAT TCCTCGACCT
GGGCGTGATG ATCCACTTCG GGAACGTGTC GTTGAACTCT CTGGTCGTCT CGCGGCTGTC
GATGAACGTT ATGCGGACTG GGCGGATGAG AACGATGTGG AAGTTGGTTC GCTTGACGAG
GAGGTACAAC AGGACAAGAT CTATGAACTT GATGCCGTTG TTGCTCATCT CTACGGCCTC
TCCCGCGAAC ACGTCGAGGT CATCTTCGAG ACGTTCCACG TTGGCTGGGA TCATCAAGAA
CGTTTAGATC GGGTCCTTGA TTACTACGTG AGCTGGGCCG ACAAGCTTGA TCTTGACCAC
GCGAATCGTG AAGAAGATAG ACAGGGGGGG ACACGCAACG ATGACTGA
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| Protein sequence | MITDFLESRS GRPWNYDRDG DNFEFYQGNG SSALEVVVVD HDERPTKGFL QKTYTDRRGG
RVNPVLVVAL YDNYAGLCGP SGEEPPVYRD VDRGQADRVC DTALDESNRH AAQRFLTEML
PQLDEELTGL RNQGLLSTHE LKVGVPERDD WEDATNRAQQ AIDDDPREMI KGLNYDIEHL
TDQSSVLKDT SDGHERAVAM FLQEDESFDH TQERFVGQSP VAYALNEADK RNLEYVIGSS
GDTLRLYTTN PDAGFGSRGR TDTYVEVNTS LLADEKAAYL WLLFSANALR EDGTLHDIME
RSKDYAAALG ERLRERIYDD VVPDLAEAIA RARDIDDPTK EQLDETYEMT LVLLYRLLFI
AYAEDEEFLP RRRNERYDRN SLKQKAHDLH DFIEDDGDFD AGFYDHWDDV MHLSRAVHRG
HDELGLPAYE GTLLSEDPDI SQAGAKLADI RLDNADFGPV LANLLIDETG DGYQGPVDFR
NIGVRDFGVV YEGLLESELS LAEQPLTIDN EGHYVPVDID GQQTLGDDHE DIVVEEGEVY
LHGQSGERKA TGTYYTKSRF VEHLLDHSLE PALDDHLERI DWLREEEGEH AAADAFFDLR
VSDIAMGSGH FLVGAVDRIE SRLYAYLTEK PLSPVEDELD NLEDAALDAF EDEEYAPPVE
RGQLLRRQVA RRCIYGVDIN PLSTELARLS IWVHTFVPGL PLTFLDYNLV TGDSLAGIGT
LDEVTDILDI EQSSLGMFAG GQSIMNDIRD DIEQLGSFAD ASAEQVQEAR KTRVEIEKNL
GQVRARFDIL AASRIDDEIN TDPVSDTGID VRDHESYERA KDVLESTNPL HFPASFPEVF
DGDDSGFDVI VGNPPWEQAK IERDEFWRRH YPGLSGLDKN EREEKITELE TKRPDLALQL
EEERRAQRQR SQILTNGPYP DMGRGDPDLY QGFSWRFWRL ISDSGYLGVV LPRAAFISPG
AETLRYEILE KGNVTDLTFL KNEREWVFDN VEPRYTVALF TLQKEQITDG EVPIRGPYTD
PESYNEGLKE GPTWFPREEA KAWAGSAKFP LLPPAKYSGP AFKQLTTAPG LSSEQESWRG
VPYREDIAHK KPSGEDVETD PEEVPDSFWP VFKGASINPP NQELWVNDTG KRYAWVDSEA
GKSHLQQKRE NAYPYSNSPM SEMPEKWVMD KSTLPCLFPR VAVRKVARND DQRTLRPALI
PPQVFLNNTL IYFLWPEGEP EDEAYLLGVL NTILADWYAR RFVETHLTFQ VIKTFPIPRP
GRDDPLRERV VELSGRLAAV DERYADWADE NDVEVGSLDE EVQQDKIYEL DAVVAHLYGL
SREHVEVIFE TFHVGWDHQE RLDRVLDYYV SWADKLDLDH ANREEDRQGG TRNDD
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