| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Tneu_0115 |
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| Symbol | |
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| ID | 6165905 |
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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 | Thermoproteus neutrophilus V24Sta |
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| Kingdom | Archaea |
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| Replicon accession | NC_010525 |
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| Strand | + |
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| Start bp | 100230 |
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| End bp | 103532 |
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| Gene Length | 3303 bp |
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| Protein Length | 1100 aa |
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| Translation table | 11 |
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| GC content | 59% |
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| IMG OID | 641667282 |
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| Product | hypothetical protein |
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| Protein accession | YP_001793519 |
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| Protein GI | 171184600 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | 14 |
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| Fosmid unclonability p-value | 0.0316436 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAGAGGCC AGGCGCTGGT TCTGGTTGGT CTTATTCTCG TCGCGGCTTT GGCCGTGGCC
ATGATGGCGT TTTACGCGTT GCAGAGCTCC GCCTCCCTGG CGCCTTCCAA GCCGTCCTAC
GGCTATATAT CGAGGTCTTG GCCCGACCTA GTGAAGCTGG CCGGCGGCTA TCTGACCTAT
GTGGCGTCCC AGAGCGTCTT CGCCTTGGCT AGGGGCTCCC TAGACGTGGG CTTATACGGG
AGGCCGTACG ACGGTAGGTG GCTTCAGTAC AACGAAACGG CTCGGCGGGC TCGGCTGGGC
TTGTTGACCA TGTCCGCGGC CCTCGCCTCT TTGCAGGTGA ACGCCACGGG CGGTCTCTGG
TACTACATAC GGGGCTTCAA CGGGTCGCTG GGGCCCTACC CGCTCGCCGC CACCTACAGC
AACTGGAACC TCGATGTGGT GAGAACGGGC GTTGCGATAC CTTGTGGCTC GGACACGCTG
TACATCCGGC TGGTTCCGCT GAACGCCAAG GCGGCGCGGT TCGTTGTCCA GTCGCAGGTG
GACGTAGGCG TGCCCTACGT CTTGACGTAT CTGGGACACA CCAGCGACAT AGTGACTGTG
GGCGCCGGCT ATAACGAGAT CCTCTCGGAC ATGTTGCGCA TGGGGAACCC AAACGGCAAG
CTGGCCCTAT ACGCCTTCGA CTCCTCCGTC CTAGGGCCGA ACCTCTGTTA CAAGACCGAC
GACCAGATAG CCCAGGTCGT CCGAAGCGGC ATAAAGCCGT TGCCGTGGTA CGCCGAGGTG
TTCACGTGCC CCTTCTGCAT GTTGCACTTC CAGGTTCCGC CCGGTTTTCT GCAGAAGGGG
AGGACCTCGG AGGTTCTGAT CACATATACG ACGAGCGGCT CCATATCGGC GCCGCAGTTT
AAGGTGGTTA TTTCCAGGCG GGCCGGCTAC AGCGAAATCC CGATATATGT AAACGCGTAC
ACCACAAGCG ACCCGCGCGC CGTCTTTCCG GCCTACTTCG GCGCACGAGA CATCGCTACG
TGGCAAAGTG CCGTTGTGGC CACAGACGGG GACTGCTATC CGGCGCCTCA AGGCGGCGTC
GTGGACTACG GCGTGGCTGT GACGACGAAC TATCTGCCCC CCGGCACAAC GATTAGCCGG
AGCGTAAGGA TATACGCCAC CTACGCGCCT AACACCCAGA GGTACGGCTT CAACGTGTTT
ACATCATACA GCTGGCCCTA CTCCGACGTC GGCTACAAGG TCGAGGCGCT GGTTCTGCCC
GAGGACGTCA GCTATATCAG GCCGGCTAGG CTGGACATCT ACGCGTCTGA CCCCAGCTCC
ACACACCCGA TATGTGCCTC GATGTATGCC GTTCAAGTGG TCAACCCAGT GCTTGTGTGG
TCGTGGTGGA ACATCGGCGG TGGGTATGTG TGGAACGGGA GAACTTGGGA CGTGGGGTAT
GTGGTCTACA GCGGACGCCA GTGGTACCTC ATGTCCTTTG CCCTATCTCC CTCCGGCATC
GCACAGTGGG CTGTGTACCA CTACAACTCG ACGGGTAGGC CTATGCGGTT GCTGGGGGTC
ACCACGAGAT CTGGCGTCAC GTGGCTACAG AACTTCTACA TAGTGCTGGG GAGCGCCATA
GTGGATAACC CGGGGAGCAC GTCGTCCTAC TGGACCGAGG CGGCGTACTA CGCCTACGTT
AGAGTCCGCC CTTGGGTGTA TCCGGAGCCC ACGGTCTCGC TCTCGGGGTT GGACACGCCG
CCTCTCGTGC AGCCGCAGCG CAACGACATA GTTGCCCTAA ACAGGAGCGA GGTTAGGCTT
AGGCTTGACT CGACCCTAGA CATGGCGGGG GCGTTCGTGC GCAGGATGAA CGCCACCTTG
TGGGTCAACG CCTCGGCGGC TGTTCAGAAA AGCGGCGGCG TCACCTTGAC CCACGAGCGG
ACTTTGTGGT ACCTCGTAAA CGTGAGCCAC AGCGAGCCCA GAGCTGCGCT CTCGTCGCAG
TTCTACCTGT ACTACGTGTT GGGAAACGCC GTGAGGAACT ACACAATCCA AAACGTCGCT
CTGTACGACT ACGGCGATAG GTGGGCTAGG TTCAACGTGA CTTTTACGGT GCCCCGCCGC
GCCCCCTACG CCGTCTTGAT CTCCGTGGCC GGGTCGGTGG TGGCGAAGTT GGCTGTTAGC
AACGCGGCGC CCCGTGTCTA CTACCTCAAC ATCCCGAACA ACGACGGCAC ATACACATAC
TACGTGATGA ACTACGGCAA CCTCACGGCC GTCTTCTACC TCCCCTGGGG CACCGTGACC
TCCTTTGACG ACAGCTGGAA CCCACAGGCG CTGGGCTACT CGGGCTACTT TGGGGCGCTG
TACGACGTGA CAAACGGCAG AGACAGGTGG CAGGTCCTAG CGATACCGCC AGGGGGACTC
GTGAAATTCA AGACGTCTAG CAGTGTCGAC CTCAAGGCCG CATCCCCAAG CTGGCAACAG
CCATACGTCC AAGACTTGTA TCCACAGTTG CTTCGTTGGT GTGAGCTGGA GAAGATATAT
AAGATATATA GGTTTTTGGT CCCAACCAAC ATAACAACCA GCTACTACAT ATTCACAATC
GACGGATATC TGCCGCGGAG CCTCAGCGGC ATCTACATAT TTGGTCCATT CACGCCCGGC
TGGGTCTCTG TACCCTACTA CATAGAGAGG GATCCTCGGG GCAACAAACT GCCGAGGATT
TGGGTTAGGG TAGACGCGCC TCCTGGGAAG CTTGACTACA GCGGCATGTT GGCCGTGCTT
TGTAGCCAGG GACCAGGCGA GAGTAGCAAA GATGTAGTGT TTGGAACCGG CTACTGGGGG
ACCGGCACGT CCTACGCCGA TATAAGCCAG CTGGCCAACC TTCTGACTTT CCCCGATGGC
TATACGGTAG ATATTAAGCC GCTTGTGCAG TCGAGCATAG TGGGTAGCTG GGGCTTAAGC
AACTCGACGT ATCTTCCGAG CGTGTGGCCT TGTAGCGCAG ATCAGACGCA TGTGGCTATT
TACTACGTCG GGGGGTCGCC GCCGTATTGG TGGCATTTCG ACGGGTTCTG TTTCGACAGG
CATATCTGGG AGAAGCAGGG CTACACGCCC TACCTTGCGA GCATTTCCAT TTCTAGGCAG
TTCGTGCTGT ATAGGATGTG GGATATGTCG TTTAGCTACG ACGGCATGTG GCGCCGGTCG
TACCCCAACA AGCCTGTTAA TTCAAACAGT CCCTACGTGG CGTACAGCTA TGTGGTTAGC
GATTTTGGGT TTGAGTGGCG TATTCGGCCT TTTGCGTGGC CCGAGCCCTA TGTGAGGGAG
TAG
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| Protein sequence | MRGQALVLVG LILVAALAVA MMAFYALQSS ASLAPSKPSY GYISRSWPDL VKLAGGYLTY
VASQSVFALA RGSLDVGLYG RPYDGRWLQY NETARRARLG LLTMSAALAS LQVNATGGLW
YYIRGFNGSL GPYPLAATYS NWNLDVVRTG VAIPCGSDTL YIRLVPLNAK AARFVVQSQV
DVGVPYVLTY LGHTSDIVTV GAGYNEILSD MLRMGNPNGK LALYAFDSSV LGPNLCYKTD
DQIAQVVRSG IKPLPWYAEV FTCPFCMLHF QVPPGFLQKG RTSEVLITYT TSGSISAPQF
KVVISRRAGY SEIPIYVNAY TTSDPRAVFP AYFGARDIAT WQSAVVATDG DCYPAPQGGV
VDYGVAVTTN YLPPGTTISR SVRIYATYAP NTQRYGFNVF TSYSWPYSDV GYKVEALVLP
EDVSYIRPAR LDIYASDPSS THPICASMYA VQVVNPVLVW SWWNIGGGYV WNGRTWDVGY
VVYSGRQWYL MSFALSPSGI AQWAVYHYNS TGRPMRLLGV TTRSGVTWLQ NFYIVLGSAI
VDNPGSTSSY WTEAAYYAYV RVRPWVYPEP TVSLSGLDTP PLVQPQRNDI VALNRSEVRL
RLDSTLDMAG AFVRRMNATL WVNASAAVQK SGGVTLTHER TLWYLVNVSH SEPRAALSSQ
FYLYYVLGNA VRNYTIQNVA LYDYGDRWAR FNVTFTVPRR APYAVLISVA GSVVAKLAVS
NAAPRVYYLN IPNNDGTYTY YVMNYGNLTA VFYLPWGTVT SFDDSWNPQA LGYSGYFGAL
YDVTNGRDRW QVLAIPPGGL VKFKTSSSVD LKAASPSWQQ PYVQDLYPQL LRWCELEKIY
KIYRFLVPTN ITTSYYIFTI DGYLPRSLSG IYIFGPFTPG WVSVPYYIER DPRGNKLPRI
WVRVDAPPGK LDYSGMLAVL CSQGPGESSK DVVFGTGYWG TGTSYADISQ LANLLTFPDG
YTVDIKPLVQ SSIVGSWGLS NSTYLPSVWP CSADQTHVAI YYVGGSPPYW WHFDGFCFDR
HIWEKQGYTP YLASISISRQ FVLYRMWDMS FSYDGMWRRS YPNKPVNSNS PYVAYSYVVS
DFGFEWRIRP FAWPEPYVRE
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