| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_1164 |
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| Symbol | |
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| ID | 3922972 |
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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 | Methanospirillum hungatei JF-1 |
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| Kingdom | Archaea |
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| Replicon accession | NC_007796 |
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| Strand | - |
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| Start bp | 1322319 |
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| End bp | 1325354 |
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| Gene Length | 3036 bp |
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| Protein Length | 1011 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 637896806 |
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| Product | PKD |
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| Protein accession | YP_502631 |
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| Protein GI | 88602453 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3291] FOG: PKD repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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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 | 11 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGCATGAAC GACCGTTATA CTATGTATTT GCCCTGTTTG TGGCATTATT GATGGTAAAC
CTGGTGAGCC CGGTTTTTGG GGATGGAGAA GTTAATGTTG AAGGGATAGT GACCTTTGAT
GTTTCAGCGA ATGCATCTTT TATTGATGTG TCAAATCCCC CTGTAAGTGT TAATTATACA
GCGATTATTT CACCTGAATC TTCTCATATT GCTGATTGGT ATCAGTGGAG TATTAAAGAG
AGGTATGCTA CTACTAATTT TTTGGAAGTC ATAACAACTT CACCTATTAA TTGGATTGTC
TGCAATTTTA CTAATGTAGG ACAATATGAT CTAAAATGCA ATGCATATAA CAATTCAAAT
CCTCAGGCAT TTAATCCTGT CAATAAAACC TTTGGGTTTG TAACGGCCTA TTTACCTGTA
TCAGCTAATT TCACGAATAC ATCTACCACA GGCGTTCTAC CTCTATGTGT CACCTTTACA
GATAACTCGA CTGGGGGGCC AACAGATCGT GCATGGCAAT TAAATGACGG TTTAGGGAAT
CAAACAATCA ATCCTGCAAC TACGTGTTAT TCAACAAATG GGACAAAAGT AATTAATTAT
ACGGTCTGGA ACAGGTCATA TGATTCTCCC TTTTACCCGG ATGGTGGATT ACGTGTAAAC
AGTTCGATTT CGCGTTCGAT TTATATCGAT AGTAGAGATG ATATTTCGAC AATTTTCACG
ACGAATATAA GTTCATTTAC CGAACAGGCA AAAGGTCAGG TTCCATTATG TTTACAATTC
TTTAATAATT CAACATCTGA TTATCGTGAT ACTCTACACT TTAATTGGAC TTTTGGTGAT
GGAAATACGA GTACAACAGA ACATCCAATT CATACCTATT ACACCCCTGG CCTGTATCCG
GTTTCATTAA ATGTAAGTGG AAATTGGTCA TCTAATCTGA CAACCCGGAC AAATTATGTT
AATGCATATC TTCCAATATC TGCAAATTTC TCTTCAAATC CAATAACTAC ATGTTTACAG
CCCGTATTTC CAGTAACATA TTCATTCACC ACAAATGCGA CCCAGGTAGG TTACAGTAAT
CCGGATCGAT ATAATTGGAG TTTTGACGAT GGGTCATCAA ATATTACAAC ACGTGATGCA
ACTCATATTT TCAATTTGCC GGGTTTGTAT AATGTGACTC TAACTACGCT CAACACAACT
CATGATATAA ATCAATCAGA ACGAAAACAA ATTCATGTAA CTGGGTTATA TGCAAATTTC
ACATCTGATA AACTAGTGGG GTACCAAAAC ACAACCGGTG AATCAATTCC AGTAAATTTC
ACATCAAATT CAACCGATGT ATTTGGTGCA ACGTATTACC ACTGGGACTT TGGTAATGGT
GGCAGTTCAA TCCAGCCAAA TGCAAAGACA ACCTACAATA GTCCTGGTAA TTATACGGTT
AATTTTACCG TAGGGAATAG TTGTAATCAA TATAATTCAA CACAAAAAAT TATTACAATA
ATTGAAAGAC CAATTGCAAA TTTTGATTAT TCACCAAAAT ATGGAACCTT CCCATTACAA
GTCCAATTTA CCGATCTTAC GACCGATTCT CCTGACCAGT ATGAATGGAA TTTTGGTGAT
GGATCATCAA CAGTGACTGA TAAAAACCCT GTTCATACCT TTAACAATCC TGGAACATAT
CTAATTACTC AGGTTGTAAG AAACACTACA GTGTATCCAA TCTGGACGAA TACTCTAACA
AAGAACATTA TACTATCTGA AGGGTTTAAT GTTTCTTTTA GTACAAACAA ATCCAGGGGA
GTGTCTCCGT TCACAGTTCA ATTCACTGAT TTATCACAAC CTTCAGCCTG GATTACGAAC
TGGTCATGGA ACTTTGGTGA TAATACACCC GTAAGTACTC AGAAAAATCC TATTCACACC
TTTTATGGGG CTAATAATTA TACAATTAAC CTTACAGTCT GGAATACAAC AACTGGGGCA
AGAGGTTCAG CAGAAAACAC TATTGAGGTT GTAGAACCAA TTTACCCTGA CTTTATGCCA
AACAGGACTG CTAGAATGAA TATTTATGAG GGTGTCCAAT TTACTGATCT TTCTATGGGT
AATGTGTCTG ATTGGTTCTG GGACTTTGGT GATGGGAACA CCTCTGATCA GCAGAATCCT
GTAAATATTT TCCCTGAATT TAAAGAGTAC CTGGTGAACC TCACGGTTTA CAACTGGTAC
TATGAAGATA TTCAAAGTGT TAACTATACG CTAAATGTTA CTGAGATGCG GGCACCGGTG
GCAGATTTCT GTGCTGATCC AACAACGGTT AATACACAGG ATTATGTTTA CTTTACCTCT
CATGTTCAGG GACCTGACAT TTCGTCATAT TTCTGGGACT TTGGTGATGG TCAGACTTCG
AATGGCACAA ATCCATCTCA TCAGTATCAG TTACCAGGAA AATACACTGT GTCTTTAAAA
GTAACAAATC CATTTGGAGA AGATACTGCT GTAAAAACTG ATTATATTAG TGTCAGAGGG
TTGATACCCA GTTTCATCTC TATTCCATCC GGATGGGCAG TTGTTAATAC TCCAGTCACT
TTTATTGACA CTTCAAAAGG CAGTCCCGTA CAATGGCATT GGAACTTTGG TGATGGTACA
CTTGAAAATT TACCGACGAA TATGACAACT CATACATATC AGGATATTGG AACTTTTACG
GTAAATCTCA CTGTGACTAA CTGGCAACCA GTAACTGCAT CGACCTCACA ACAGATTACC
ATCGTTAATA AAACCGTCCC GCAGGGTGTT GATTTCGAAG TTCCTGAATT ACAATACAGT
GGCAAAGCTC CATTTGACGT TCAGTTTGAA GACAAGACTC CGGCCCAGTC AAATGTTATC
GAATGGTTCT GGGAATTCGG AGATGGCACG AACTCATTTG AGCAGGCACC AACTCACCGG
TACGAGAAAC CCGGACAATA TACAGTCACT CTCACCGTGC GCAATGAAAA TGGAACGAAT
GAGAAACGTC GTGTTGCATA CGTCGTCGTT TTATAA
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| Protein sequence | MHERPLYYVF ALFVALLMVN LVSPVFGDGE VNVEGIVTFD VSANASFIDV SNPPVSVNYT
AIISPESSHI ADWYQWSIKE RYATTNFLEV ITTSPINWIV CNFTNVGQYD LKCNAYNNSN
PQAFNPVNKT FGFVTAYLPV SANFTNTSTT GVLPLCVTFT DNSTGGPTDR AWQLNDGLGN
QTINPATTCY STNGTKVINY TVWNRSYDSP FYPDGGLRVN SSISRSIYID SRDDISTIFT
TNISSFTEQA KGQVPLCLQF FNNSTSDYRD TLHFNWTFGD GNTSTTEHPI HTYYTPGLYP
VSLNVSGNWS SNLTTRTNYV NAYLPISANF SSNPITTCLQ PVFPVTYSFT TNATQVGYSN
PDRYNWSFDD GSSNITTRDA THIFNLPGLY NVTLTTLNTT HDINQSERKQ IHVTGLYANF
TSDKLVGYQN TTGESIPVNF TSNSTDVFGA TYYHWDFGNG GSSIQPNAKT TYNSPGNYTV
NFTVGNSCNQ YNSTQKIITI IERPIANFDY SPKYGTFPLQ VQFTDLTTDS PDQYEWNFGD
GSSTVTDKNP VHTFNNPGTY LITQVVRNTT VYPIWTNTLT KNIILSEGFN VSFSTNKSRG
VSPFTVQFTD LSQPSAWITN WSWNFGDNTP VSTQKNPIHT FYGANNYTIN LTVWNTTTGA
RGSAENTIEV VEPIYPDFMP NRTARMNIYE GVQFTDLSMG NVSDWFWDFG DGNTSDQQNP
VNIFPEFKEY LVNLTVYNWY YEDIQSVNYT LNVTEMRAPV ADFCADPTTV NTQDYVYFTS
HVQGPDISSY FWDFGDGQTS NGTNPSHQYQ LPGKYTVSLK VTNPFGEDTA VKTDYISVRG
LIPSFISIPS GWAVVNTPVT FIDTSKGSPV QWHWNFGDGT LENLPTNMTT HTYQDIGTFT
VNLTVTNWQP VTASTSQQIT IVNKTVPQGV DFEVPELQYS GKAPFDVQFE DKTPAQSNVI
EWFWEFGDGT NSFEQAPTHR YEKPGQYTVT LTVRNENGTN EKRRVAYVVV L
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