| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Mhun_0432 |
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| Symbol | |
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| ID | 3924659 |
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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 | 500228 |
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| End bp | 503236 |
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| Gene Length | 3009 bp |
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| Protein Length | 1002 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 637896072 |
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| Product | hypothetical protein |
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| Protein accession | YP_501914 |
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| Protein GI | 88601736 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG3889] Predicted solute binding protein |
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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 | 0.259517 |
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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 | 15 |
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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 | ATGGGAAAAA CCGATAAGAG ATTTAATATT TATGGGATAA GAATATTACA ATTAATTTTT
ATCCTTTTTT TTATTACGGG AATAACAGTT GGAGTAATGG ATAAAAAAAC GGTTCCAGAC
CTGGTTAAAG AATCAGATCT TGTCGTCACT GGGACTGTTA AAGATATTGA AAGTAATTGG
GATGATGAAA AACTGAATAT ATACACAATA ACGACAATTA TTGTTAATGA GGTTTTTCTT
GGACCAGCAA TTCCTAAAGA AGAAATTAAA ATACTTTCTA AAGGTGGAAC TGTTAATGAA
ATTACGCAAT GGGTGGAAGA TGAACCATCC TTTTCAATTG GTTCTGATGT CGGTCTTTTA
CTGAATTATC CATTAAAAAA TCAGTATTTA ACCAACAATA TGTCAGATGA AATTTGTACT
GTGACTGGTA ATTTCCAGGG AGTTTTCTCT ATACAAAATA ATAAAGTTGA TTCTGAAGAG
CATAACGAAT ATGGAAGATA TTCTATTGAC GAATTCAAAT TAATTATTGA AGAAGCAATT
CAAGGTAGAG AACATATAAT TTCGTCAAAA AAACTCTTTG TTAAATCTGG ATATGAGGAG
AAAAAAAAAC TTGAGACTTC TTCACCAATG ATACAAAGTG TCACTCCTTC TACTGCTTCT
GCAGGAACAG ATACTATTAT TACTATAAAA GGAACTGGTT TTGGAACTAA ATCAAGTAGA
GACTCAAATG CGGACGTTTT CTTTCTTTAT AGATTTAATG GACAAGACCA AACACTAATA
TGGGCTTCTG GATTTCCTCA CTTTTCAATA AATGAATATG ATATTGTCTC ATGGACTGAT
TCTCAAATTC GAGTTAAGGT TCCTGTTGGA AGGACTCAAG ATAATTATGA TGGTGGAGCA
TCAAGTGGAT ATGTTGGAAT CCTGACGGAT AATGGTGAAG TTTCTAACGT TGCAGATTTT
TCAGTTACTT TTTCATATGG GAAGAGAAAA TGGCCCGTAA CTTCAGTAAA TTATTATATC
AATCCCGGTA GTATAATTGG GTCACTTACG GCCATTCAAA ATGCGGCAAA TTCATGGAAT
GGTCAGTCAT CATTCAAGTT TAATTATGCT GGTACATCTT CAACTACAAA ATCAGGTGCT
GATGGTAAAA ATGTGCTTCT TTTTAGAGAC TTAGGTAGTT CTGGCCCTAT TGCTCAGGCA
ACATATTGGT TTTCATCTGG CATTATATCT GAAGCAGATG TTGAATTTAA TACCTATTAT
TCCTGGACTA CTGATACAGC ATCTGGTGGA TTGAAAAATA TTGAAGCAAT AGCCATTCAT
GAACTGGGAC ATTGGCTAAA TTTAAAAGAT TTATACGGTT GGGTTCCAGG ATTTCCTTCA
GATTTAAGCC CAATCATGAA GGTCATGTTT GGATATAATG GTGACGTTAT TGGTAATACA
AATTTAAAAA CATTATCTGC TTCAGAAATT GCAGGAATTA AGTGGATTTA TGGGGGATCC
GGTCCGACTC CTACACCCAC CCCAACTCTA ACACCGACAC CTACACCCAC CCCAACTCTA
ACACCGACAC CTACACCCAC CCCAACTCTA ACACCGACAC CTACACCCAC TCCAACTCTA
ACACCGACTC CTACACCCAC TCCAACTCTA ACTCCGACAC CTACACCCAC CCCAACTCTA
ACACCGACAC CTACACCCAC CCCAACTCTA ACACCGACAC CTACACCCAC CCCAACTCTA
ACACCGACAC CTACACCCAC TCCAACTCTA ACACCGACTC CTACACCCAC TCCAACTCTA
ACTCCGACAC CTACACCCAC CCCAACTCTA ACACCGACAC CTACACCCAC TCCAACTCTA
ACTCCGACAC CTACACCGAT TCCGGTCCCT GTTGTGACAG GTATTATACC AGAATCCGGT
CAGGCCGGAT TGACCATTAA CTATACTGTC ACCGGCTCCA ATTTCGTTGA TGGTGCGTTC
GTCCATCTGG TAAAAGAAGG GCAGACCAAT ATTACTTCAA CAGGAACACT CAAGGAAGGA
AAACTGACCG GAATATTCAA CCTTCCTTTG GATGCCATAA CGGGGCCATG GAATGTCATC
GTCGAGCAGG ACGAGTTATT CAGTAATGAT AATATCTTAT TCACCATTAC TCCGGCTCCG
GCAGATACCC CGGTAATAAC CTCGATAAAT CCGGACTCAG GAGAGAAAGG TACGGAAATT
ATCTATTCAA TCACAGGTGA GCACCTGCTG AATGGCGCAA TAGTAAACCT TACCCATGAA
GGTGAGGAAA ATATTACGTC AATCGGATAT CTTATGGGAT CACAGCTCTT TGGCACATTC
GTGATACCAA CGGATGCTCT CACCGGACCA TGGAATGCAT CGGTGAACCA GAACGGACTC
TATAGTAACG ATGAGATTCA GTTCACCATC ACAGATGGTC CGGTTCATAT CCCGGTTGTT
CATAATATTA CCCCTGATTC AGGAATGCAG GGTGAATCAA CCGATTACCT TCTTCAGGGA
GAAAACCTTA CGGATGGTGC TCTGGTAAAC CTCTCCCATC CAGAACAGGT CAATATTTCA
TCAACTGGAA ATCTCTCAGA AGGAAACCTG ACAGGGACCA TCGCTATCCC CGATGATGCT
CTGCCCGGAC CATGGAATGT GACCGTGAAC CAAAGCGGCC TTACCAGTAA TGATAATGTT
CAGTTCATCG TTCTGCCATC CGGGCCGTTC CCGGTCGTAC GCTCCATTGC CATGTCATTT
GCAGCACCAG GAAAAGGGAG CGGATTTGTT GTTTATGGAG AAAATTTTGA GAACGGGGCG
ATTGTAAACC TGTCACACTC AGGTGAGAAG AACATCACCG CTATAGGTGA ATTAGTAAAA
GGGACTCTAA CCGGGACATT TAGTATACCT GAATCATGCA GACCTGGACT TTGGAATGTA
ACGGTGAATG TTCGGGGAAA AGTCAGTAAT GACAATGTCC AGTATCCCAT TAAAGGGAAA
CTCCGGTAA
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| Protein sequence | MGKTDKRFNI YGIRILQLIF ILFFITGITV GVMDKKTVPD LVKESDLVVT GTVKDIESNW
DDEKLNIYTI TTIIVNEVFL GPAIPKEEIK ILSKGGTVNE ITQWVEDEPS FSIGSDVGLL
LNYPLKNQYL TNNMSDEICT VTGNFQGVFS IQNNKVDSEE HNEYGRYSID EFKLIIEEAI
QGREHIISSK KLFVKSGYEE KKKLETSSPM IQSVTPSTAS AGTDTIITIK GTGFGTKSSR
DSNADVFFLY RFNGQDQTLI WASGFPHFSI NEYDIVSWTD SQIRVKVPVG RTQDNYDGGA
SSGYVGILTD NGEVSNVADF SVTFSYGKRK WPVTSVNYYI NPGSIIGSLT AIQNAANSWN
GQSSFKFNYA GTSSTTKSGA DGKNVLLFRD LGSSGPIAQA TYWFSSGIIS EADVEFNTYY
SWTTDTASGG LKNIEAIAIH ELGHWLNLKD LYGWVPGFPS DLSPIMKVMF GYNGDVIGNT
NLKTLSASEI AGIKWIYGGS GPTPTPTPTL TPTPTPTPTL TPTPTPTPTL TPTPTPTPTL
TPTPTPTPTL TPTPTPTPTL TPTPTPTPTL TPTPTPTPTL TPTPTPTPTL TPTPTPTPTL
TPTPTPTPTL TPTPTPTPTL TPTPTPIPVP VVTGIIPESG QAGLTINYTV TGSNFVDGAF
VHLVKEGQTN ITSTGTLKEG KLTGIFNLPL DAITGPWNVI VEQDELFSND NILFTITPAP
ADTPVITSIN PDSGEKGTEI IYSITGEHLL NGAIVNLTHE GEENITSIGY LMGSQLFGTF
VIPTDALTGP WNASVNQNGL YSNDEIQFTI TDGPVHIPVV HNITPDSGMQ GESTDYLLQG
ENLTDGALVN LSHPEQVNIS STGNLSEGNL TGTIAIPDDA LPGPWNVTVN QSGLTSNDNV
QFIVLPSGPF PVVRSIAMSF AAPGKGSGFV VYGENFENGA IVNLSHSGEK NITAIGELVK
GTLTGTFSIP ESCRPGLWNV TVNVRGKVSN DNVQYPIKGK LR
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