| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Huta_1916 |
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| Symbol | |
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| ID | 8384207 |
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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 | Halorhabdus utahensis DSM 12940 |
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| Kingdom | Archaea |
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| Replicon accession | NC_013158 |
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| Strand | + |
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| Start bp | 1931651 |
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| End bp | 1935943 |
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| Gene Length | 4293 bp |
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| Protein Length | 1430 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 644972984 |
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| Product | hypothetical protein |
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| Protein accession | YP_003130818 |
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| Protein GI | 257052985 |
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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 | 11 |
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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 | ATGGACAACA TTCAAGACAC TTCCGCGGGT CTGAACCAAA CATCGGCTGA CTCTCATATG
GAAGGGGATT CTACGACTCC ACGAAAGGCC CAACTCGACA AGGAGGAACG CGAACATCTC
GAAGATGTCG TCACCGAGAT GCGCGAACGC GTTGAGGCGA ACGTTCGCTA CCAGCTCGAA
GAGTACGATC TTGAAGAGCG TCCCAACAAA GATACGTCCC TGAGCGACGA GGAAGAAGGT
CTCGTTGAGG CCATCAAACT CGAAGCCGTC GACGGAAACG ACTGGGATGA CGGCTACGAG
CAGTATATCA CGGGCGTCGG TTATACCATC GTCAATCGAC TCGCTGCCCT TCGCTGTATG
GAGGTTCGTG ACTTCATCGA CGACGAGGTG ACGCGATTCC GTGAGGATGG ACTCACGCCG
GCGGCCGACC GATTAGTCAC CGAGGAGTTC ATGCTCGAAG AGGAGGCCGT CCTCGAAGCC
TATCGAAATG CATGCGACGA TCTCGCCGAG GAAATCGAAA TTCTCTTCGA CCGCTCTACT
GCCTATAGTC TGATTGACCC CGATGATGAC ACTTTTGAAG ATCTCTGTGT GATGCTTGAC
GAGGTTCCCA ACGAAGTATG GCGGGCCGAT GATGTTCTTG GATGGATTTA TGAATACTAC
AACGTCAAAC TCCTTGATGA TCTTCGACGA AAGGGAGAAC GTCAAGGTCT AGAGCCGGAA
GATGTTCCAC CCGCTAACCA GTTTTACACC CCACATTGGG TTGTTAGAAT GCTCACTGAC
AATTCACTGG GCAAACTATA TTTAGAAGAT ACAGGGGAAC TGCAGAATGT CGTTGATTCT
CAGGAATCAA TCACTCCTCA AGAGCGCAAA AACCGTCCCC TGTCACCTGA GAAATCAGCA
GAGTTAGCTG ATTTTTGCAC CTATATTGTA CCGTCTGAAG AAGGAGGTAA ACCCCCTGAA
TTTGGCGAGC CTGCAGACAT TCGCGTAATA GATCCAGCTT GCGGTAGTGG CCACTTTTTG
TTATATGCCT TTGATATTCT GGAACGTATT TGGAGGAAGG AAACGAAAGT CGATCATAAA
GATATACCTC GTAAGATTTT GAAACATAAT CTCTATGGCG TTGACCTTGA TATGCGAGCC
TGCCAACTCG CTGCCTTCAA TCTCTATCTG AAAGGGAGGA CACGTACTGA AGCAGAAGGT
GGCAGTGACT TTGAAATGCC CAAAGTGAGT ATTGTTTGTG CAGATGCGAA GATCGCCGAC
ATAGAGGGGA TCGAAGATGT ATTTGATGAG GTTATTTCCA ATAGTTCGAG TATCAAATCA
GCTCTAAGTG AAGACGATGT CGAAGAAGCC TTAAATAATA TTGTAAGATC TTTTGAAGAC
ATTCACGGCC TTGGTAGCCT CCTCGATGTT CGAGGAACCC TTGGAGAAAT GTTTAGTGAC
GATAGTGAGG GGCTTCAATT AACTTTCGAG GATGATTTTA CAGCTGATTA TACTTTAAGC
GGTTTTCTAC ATACACTACA GGAAGCTATT GCAGAACATG ATAACAACGA ATCGTTCCTT
GCACAGGATT TGAGAAGCTT CATTCGGTTA ATCGATATAC TCGCTCAGGA ATATGATGTT
GCTCTGATGA ATCCCCCCTA TGGGTCGCGA AAACGGATGC CCGATGAAGT AACTGAATAT
GTTGAAGAAC ATTACAGGTA CAACCCCGAA TATTATATAA ATTTCTTCGA AGTCTGTGAT
AACATAACAA AAGAAAACGG CCGTATCGGT ATGCTTATCC CCCGGTCGTT TATGTTCAAA
AAATGGTTTA AACAATTCCG AGAAGACTTT GTTGGTGGAG AGGGGGTTTT TGATTTCCTT
GCTGAATTTG GGTTAGGAAT TCTTGATAAT GCTACTGTCC GTACAGCTGC TACTGTTGTT
AGGTCAGGAG TTGAAGGGGA TGATACTGGA TCATTTATTC GGCTGTATGA TGTTGAAAGC
GAAAGCAAAG AAGAAGCTTT CTTGGATACA ATCTCAAAGT CAGATGATAT CAAAAGAAAA
AGGTTATATA ATGTTCAGCT ATCTGAATTT TCGATCGTGC CCGAAACTCC CCTGAGTTAT
TCTATACCTT CGGAAATCCG GTATCTACAC GACACTGATT TGAAAATAGA TGCTGAGGTA
GCAGAGATCG ATGGAAACAG TATCTCTACG ATTGCAACAG GCCTCCAGAC GGGTAACAAC
GACCGGTTCC TACGAAAACA CTGGGAATCA ATCTCTGACG ATTTCCGCCC ATATGCGAAG
GGAGGTGCAG ACGCTTGGAT TATTCCACCA GCCATCCATA CGGTGAACTT CAATGGAGGA
GGAAGGGAGA TCCGCGCTGC TGGACGTGCC CGATTCCAGA ATAGTCAGTT CTATGGCAAA
GAAGGGCTAA GCTGGACATA CATTAAGGAT ACAGGGAGGA GATTTGGCTA TCTGCCAGAA
GGTTATGTAT TCGATGTTGC CGGATCAATG GTATTCCCCG AGGAGGATTA CTCTCCTTGG
AGGTTGATGT CTGTTCTAAA TAGTGACCTA TATCACTGTC TCTTCCTTTC ATTGACTCCA
GAAAGACAGT GGAACCAAGG TGATGTTGGC CGAATTCCTT GGATCAGCGA CCTAGATGAT
GAAGAGGAGC TAATAGATAT TTCCAAGGAG CAGTATCAGC TAATGATTTC CCAGCGAGTA
TATGATCCTA CTAGTCCTTT CTATATCGGC CCGGCCCTAT TACCAGATCA ATCAAATGTC
GAATTCTTCT ATAACCATCC TGTTTTAGAT AAAATCGAAG AAATTTCAAA GACCGATTTT
AGTGGGTCGA ATCCGGCAGT ATCGGTTACT GAAGCAGTTC AAAAAGCGCA ACAACGGAAA
AGTCGAAAGA GTAGTCAGCT TGAACAACTT GCTACCCAAG TAGACGAAAT AATCTATGAT
GAGCTGGAGA TACAGGATAA GGTGAGGCAG AAAATCATCT CTGAAATAGC TCTTCGCACA
GGAGAGGATC CAGAAAATCG TGAAATCTCT TCAGCTCTGG TGGAATCCGT TGGAGATACT
CAACATCAAA TAAAGCTTCT ACTTCATCAT TTTGCAGTTG AATCTATCCA ACAGAAAAGC
GATGGGATTG TGCCAATTTC TTCTGAAAGA GGTCATCCGA ATATCTTTGA TGCAGTTAAA
GAAAGAATCG AAAACGCATA TGAAGGACAC GCTGAAGATC GATTAGCGGA AATTGACGAC
TTACTTGGGA GCAGATCAGC AGACGAGGAG GCATATCCGA ACATTCGCCA CTGGGTCAGT
AATGACCTAT TTGAGTTCCA TACCGACACG ATGGAAAATA CACCGATCAT CTGGAAAATG
ACCACTTCTG GTCTGACGTC AGATAGAGAA GAAGATGGAT TCGCCTGCTT TATTGATTAT
AAGCAACTTG ATGCAGCCCT ATTTGATCGT CTAAGCAATC AGTATCTTGA ACCACGAAAA
GCAGAACTCA GGGAACAACG TTCTGCTGCA AATCAACGTC AAAATAATGA ATCACTTTCC
AGTACTGAGC GAGCAGAAGC TACTGAAGAG TTCGAGTTTT GTACGAATGC TCTTGAGCAG
ATAGCAGTAT TTGAAGAAGT GATTCAAGAA CTTGCGATGG CCAATACTCG AGACTGGGAT
CAAAGCAAAC AAAATATAGC CTCTAATTTA GAGTCTAAAG TAAAGGATTT CCGTGAAAAG
ACCGAAAAGC GTCTCCGTCT TCTTGAAAAG TTGGCCCAGA AAGATGACGT AAGCCTAGCT
GATATATTTA CGAAAACATT CTATCCTACT GCACAGCAGG AGAGAGAAGA GTGGACAGGA
TCACTAAAGG AACTCGAAGA AGCCTGTAGG GCCTACAGCA GGGACGCGTC AGAGCCTGTT
GAAGCACACT ATTATGATTA TCTCTCATAT TTTGATGAGG TAATTGGGTC AACCCACTTT
GCAAGCAACG GTATTTTATT TATGACATAT TACTTCGAAG ATGGCACTAA ATATCTGGAA
GATGGGACAC CGAAAGAGGA TTTATCCGAA GAAGGCCAGA TCCTTGCGGA ACTAGCAGTT
GGCCTTGAAG ACTATATCAA TCTTGCAGAA GAAATTAATG AGGATTGCGA ACGGCTTACG
AAGTCAATCC CTTCGAATTG GGAAGATCGA GCATTATCTG AGATCTTGAC ACAGGGTTAT
CAACCCAAAT ATAAGCATGG TGTAGAAATA AATATAATAC CTCTGTCAGA CAAAAATATT
GTACCGGATA TTGTTGAGGA CAAGGTGATT TGA
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| Protein sequence | MDNIQDTSAG LNQTSADSHM EGDSTTPRKA QLDKEEREHL EDVVTEMRER VEANVRYQLE
EYDLEERPNK DTSLSDEEEG LVEAIKLEAV DGNDWDDGYE QYITGVGYTI VNRLAALRCM
EVRDFIDDEV TRFREDGLTP AADRLVTEEF MLEEEAVLEA YRNACDDLAE EIEILFDRST
AYSLIDPDDD TFEDLCVMLD EVPNEVWRAD DVLGWIYEYY NVKLLDDLRR KGERQGLEPE
DVPPANQFYT PHWVVRMLTD NSLGKLYLED TGELQNVVDS QESITPQERK NRPLSPEKSA
ELADFCTYIV PSEEGGKPPE FGEPADIRVI DPACGSGHFL LYAFDILERI WRKETKVDHK
DIPRKILKHN LYGVDLDMRA CQLAAFNLYL KGRTRTEAEG GSDFEMPKVS IVCADAKIAD
IEGIEDVFDE VISNSSSIKS ALSEDDVEEA LNNIVRSFED IHGLGSLLDV RGTLGEMFSD
DSEGLQLTFE DDFTADYTLS GFLHTLQEAI AEHDNNESFL AQDLRSFIRL IDILAQEYDV
ALMNPPYGSR KRMPDEVTEY VEEHYRYNPE YYINFFEVCD NITKENGRIG MLIPRSFMFK
KWFKQFREDF VGGEGVFDFL AEFGLGILDN ATVRTAATVV RSGVEGDDTG SFIRLYDVES
ESKEEAFLDT ISKSDDIKRK RLYNVQLSEF SIVPETPLSY SIPSEIRYLH DTDLKIDAEV
AEIDGNSIST IATGLQTGNN DRFLRKHWES ISDDFRPYAK GGADAWIIPP AIHTVNFNGG
GREIRAAGRA RFQNSQFYGK EGLSWTYIKD TGRRFGYLPE GYVFDVAGSM VFPEEDYSPW
RLMSVLNSDL YHCLFLSLTP ERQWNQGDVG RIPWISDLDD EEELIDISKE QYQLMISQRV
YDPTSPFYIG PALLPDQSNV EFFYNHPVLD KIEEISKTDF SGSNPAVSVT EAVQKAQQRK
SRKSSQLEQL ATQVDEIIYD ELEIQDKVRQ KIISEIALRT GEDPENREIS SALVESVGDT
QHQIKLLLHH FAVESIQQKS DGIVPISSER GHPNIFDAVK ERIENAYEGH AEDRLAEIDD
LLGSRSADEE AYPNIRHWVS NDLFEFHTDT MENTPIIWKM TTSGLTSDRE EDGFACFIDY
KQLDAALFDR LSNQYLEPRK AELREQRSAA NQRQNNESLS STERAEATEE FEFCTNALEQ
IAVFEEVIQE LAMANTRDWD QSKQNIASNL ESKVKDFREK TEKRLRLLEK LAQKDDVSLA
DIFTKTFYPT AQQEREEWTG SLKELEEACR AYSRDASEPV EAHYYDYLSY FDEVIGSTHF
ASNGILFMTY YFEDGTKYLE DGTPKEDLSE EGQILAELAV GLEDYINLAE EINEDCERLT
KSIPSNWEDR ALSEILTQGY QPKYKHGVEI NIIPLSDKNI VPDIVEDKVI
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