| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Teth514_1781 |
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| Symbol | |
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| ID | 5876350 |
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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 | Thermoanaerobacter sp. X514 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010320 |
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| Strand | - |
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| Start bp | 1786425 |
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| End bp | 1791968 |
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| Gene Length | 5544 bp |
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| Protein Length | 1847 aa |
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| Translation table | 11 |
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| GC content | 37% |
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| IMG OID | 641542131 |
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| Product | alpha amylase, catalytic region |
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| Protein accession | YP_001663402 |
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| Protein GI | 167040417 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0366] Glycosidases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.238609 |
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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 | GTGTTTAAGA GGAGAACATT AGGCTTTTTA TTGTCATTTC TTTTAATTTA TACAGCAGTG
TTTGGCTCAA TGCCTGTGCA ATTTGCAAAA GCTGAGACAG ATACGGCGCC TGCTATAGCC
AATGTTGTTG GCGATTTTCA ATCAAAGATT GGAGATTCTG ACTGGAATAT AAACAGTGAC
AAAACAGTAA TGACATATAA AGGTAATGGC TTTTATGAAT TTACTACCCC AGTTGCGTTA
CCTGCAGGTG ATTATGAGTA TAAAGTTGCT CTTAATCATT CATGGGAAGG TGGAGGAGTT
CCTTCACAAG GTAATTTAAG CTTGCATCTT GATTCAGATT CTGTAGTAAC TTTTTATTAC
AACTATAATA CTTCAAGTGT TACTGATTCT ACAAAATATA CACCAATTCC GGAAGAAAAA
CTTCCAAGAA TTGTAGGTAC TATACAATCA GCAATAGGAG CAGGTGATGA TTGGAAACCT
GAAACATCGA CAGCTATAAT GAGAGACTAT AAGTTTAACA ATGTTTACGA ATACACTGCA
AATGTTCCAA AAGGGTATTA TGAGTTTAAA GTAACTTTAG GGCCCTCATG GGATATAAAT
TATGGCTTAA ATGGTGAACA AAATGGGCCA AATATTCCTT TGAATGTAGC CTATGATACT
AAGATTACAT TTTACTATGA TTCGGTTTCA CATAATATAT GGACAGATTA CAATCCACCT
CTTACAGGGC CTGATAATAA CATATATTAT GACGATTTAA AACATGATAC CCATGACCCA
TTCTTCCGTT CGCCTTTCGG TGCAATAAAA ACAGGTGATA CAGTGACTTT GAGGATACAG
GCTAAAAATC ATGACCTTGA GTCAGCTAAA ATTTCTTATT GGGATGATAT TAAAAAAACA
AGAACAGAAG TCCCGATGTA CAAAATTGGT CAAAGTCCTG ACGGGCAATA TGAATACTGG
GAAGTGAAGT TAAGCTTTGA CTATCCCACA AGAATTTGGT ATTACTTTAT ACTTAAAGAC
GGGACAAAAA CTGCTTATTA CGGAGATAAC GATGAACAAT TAGGTGGAGT AGGTAAAGCC
ACAGATACGG TAAATAAAGA CTTTGAACTT ACTGTATACG ATAAAAATTT AGACACCCCT
GATTGGATGA AAGGGGCAGT AATGTATCAA ATATTCCCAG ATAGATTTTA CAATGGTGAC
CCTTTAAATG ACCGCCTAAA GGAATACAGT AGAGGTTTTG ATCCTGTTGA ATATCATGAC
GACTGGTATG ACCTTCCCGA CAATCCGAAT GATAAAGATA AACCTGGATA TACAGGGGAT
GGTATATGGA ATAATGACTT CTTTGGTGGT GATTTACAAG GTATAAATGA TAAATTGGAT
TATCTAAAAA ACCTTGGAAT ATCAGTTATT TATCTCAATC CAATTTTCCA ATCACCTTCC
AATCACCGAT ATGATACAAC CGATTACACA AAGATAGACG AGTTATTGGG AGATTTAGAT
ACATTTAAAA CACTTATGAA AGAAGCCCAT GCAAGAGGAA TTAAAGTAAT ACTTGATGGC
GTCTTCAATC ATACAAGTGA TGATAGTATT TATTTTGATA GATATGGGAA GTACTTGGAT
AATGAATTAG GTGCTTATCA AGCCTGGAAA CAGGGAGATC AGTCAAAATC TCCATACGGT
GACTGGTACG AAATTAAGCC TGACGGTACC TATGAGGGCT GGTGGGGATT TGACAGCCTA
CCTGTCATAA GGCAGATAAA TGGCAGTGAG TACAACGTTA AAAGCTGGGC AGACTTTATC
ATAAATAACC CTGATGCGAT ATCTAAGTAT TGGTTAAATC CTGATGGAGA CCCAAATGCA
GGTGCAGATG GTTGGAGGTT GGATGTAGCA AATGAAGTTG CTCACGATTT CTGGGTACAT
TTTAGAGCTG CAATTAATAC TGTGAAACCA AATGCGCCAA TGATTGCAGA ACTTTGGGGA
GATGCTTCAT TAGATTTACT TGGAGATTCT TTTAACTCTG TTATGAACTA TCTTTTTAGA
AATGCAGTTA TTGATTTTAT ACTCGATAAA CAGTTTGATG ATGGAAATGT GGTTCACAAT
CCTATAGATG CAGCAAAACT TGACCAAAGG CTTATGAGCA TATATGAGAG ATATCCTCTT
CCAGTATTTT ATTCTACTAT GAACCTTTTA GGTTCTCATG ACACCATGAG AATATTGACA
GTATTTGGAT ATAACTCTGC TAATGAAAAT CAAAATTCTC AAGAGGCGAA AGACCTTGCA
GTTAAGAGGC TTAAACTTGC CGCAATATTG CAAATGGGCT ATCCGGGAAT GCCTTCTATT
TACTATGGTG ACGAGGCAGG ACAATCTGGT GGAAAAGACC CAGATAACAG GAGAACATTC
TCTTGGGGAA GAGAAGATAA AGATCTGCAG GATTTCTTTA AGAAAGTCGT AAACATAAGG
AATGAAAATC AAGTTTTAAA AACAGGAGAC CTCGTTACAC TTTATGCGAA AGGTGATGTA
TATGCTTTTG GCAGAAGAAT CATAAATGGA AAAGATGTAT TTGGTAATTC TTATCCTGAC
AGTGTAGCTA TTGTTGTGAT TAATAAAGGT GAGGCAAAGT CAGTACAAAT AGATACTACT
AAATTTGTAA GAGATGGAGT TGCTTTTACA GATGCCTTAA GTGGTAAGAC ATACACGGTT
CGTGATGGAC AAATTGTTGT AGAAGTTGTG GCATTGGATG GGGCTATACT CATTTCAGAT
CCAGGACAGA ATTTGACGGC ACCTCAGCCA ATAACAGACC TTAAAGCAGT TTCAGGAAAT
GGTCAAGTAG ACCTTTCGTG GAGTGCAGTA GATAGAGCAG TAAGTTATAA CATTTACCGC
TCTACAGTCA AAGGAGGGCT ATATGAAAAA ATAGCTTCAA ATGTTACGCA AATTACTTAT
ATTGATACAG ATGTTACCAA TGGTCTAAAG TATGTGTATT CTGTAACGGC TGTAGATAGT
GATGGAAATG AAAGTGCTTT AAGCAATGAA GTTGAGGCAT ATCCAGCATT TTCTATTGGT
TGGGCAGGAA ATATGAACCA AGTTGATACC CATGTAATAG GCGTAAATAA TCCAGTTGAA
GTTTATGCTG AAATTTGGGC AGAAGGATTA ACAGATAAAC CTGGCCAAGG GGAAAATATG
ATTGCCCAGT TAGGATATAG GTATATTGGA GATGGTGGGC AAGATGCTAC ACGCAACAAA
GTAGAAGGTG TTGAAATAAA TAAGGACTGG ACATGGGTTG ATGCACGGTA TGTAGGGGAT
TCTGGAAATA ACGACAAATA CATGGCTAAA TTTGTACCTG ATATGGTAGG CACATGGGAA
TATATTATGA GATTTTCCTC TAACCAAGGA CAGGATTGGA CGTATACAAA AGGGCCAGAT
GGGAAAACAG ATGAAGCAAA ACAGTTTATT GTCGTGCCAT CAAATGATGT AGAACCACCT
ACAGCTCTAG GCTTACAACA ACCAGGAATT GAATCCTCAA GAGTTACACT TAACTGGAGT
CTCTCAACTG ATAATGTAGC TATCTATGGC TACGAAATAT ACAAATCTTT AAGTGAAACA
GGACCATTTG TAAAGATTGC AACTGTGGCT GACACTGTGT ATAACTACGT AGATACAGAT
GTAGTAAATG GAAAAGTGTA CTATTATAAA GTTGTAGCAG TTGATACTTC TTTTAACAGA
ACAGCATCAA ATATAGTGAA AGCTACACCT GATATAATAC CTATCAAAGT GATATTTAAT
GTAACAGTCC CTGATTATAC TCCTGATGAC GGTGCAAATA TTGCTGGAAA CTTCCATGAC
GCTTTCTGGA ATCCAAGTGC CCATCAGATG ACAAAGACAG GACCTAACAC TTACAGTATT
ACATTGACTT TAAATGAAGG AACACAGCTT GAATATAAAT ATGCAAGGGG CAGCTGGGAT
AAGGTAGAAA AAGGTGAATA TGGAGAGGAA ATTGCAAATA GGAAAATTAC AGTTGTAAAT
CAAGGGTCAA ATACGATGGT GGTAAATGAT GTGGTTCAAA GATGGAGAGA TATTCCTATA
TACATTTATT TTCCAAAAGA CAACACTACA GTAGATGCAA ATACAAATGA GATAGGAATT
AAAGGCAATA CCTATAAAGG TGCAATAGTA ACTATAAACG ATGAATCTTT TGTACAACAA
GAAAATGGTG TATTTACAAA AATAGTGCCT CTTGAGTACG GTGTAAATAT TATTAAAATA
CACGTGGAGC CCAGTGGTGA AAAAAATAAT GAACTCACAA AAGATATAAC AATAACTGTT
ACAAAAGAAA AGCTTGCACA AGGGAAAGAA CCAACTCCTA CGCCAAGGTT AGAGTCAACC
CCAACAGAGT CGACAAAACC AGCTCAAGAA GTATCACAAG GCAAAGTAGT TGTGGAAAAT
GACACAACGA TTCTTACAGT AGACGAGGCC AAAGTATCAA AAGACATAAA AGACACCTCA
AAGAAAGAAA TACAATTTGA CTTAACAGAT ATAGGTCAAA CATCTGCAAA AGCATTAGAA
ATACCTGTAA GCGTACTAAA CTTAATAGCA GAAAACAATA AGAACATAAC AGTAAAATCA
CATGAAATAG CTCTTCAATT TGATGCAAAG ACATTGGCAA TACCTAAAGA AACAATAGAC
CTAATAAAGA AAGCAGGTGT AGTAAGACTT ACAATAGAGG ACAGAGGAAA ACAAACAGCA
AATTCCCTGG TTCCAGTATC AAAGGCTTAT GATATCACAA TAAAAGCAGG AGATAACAAA
ATAAAAATAG ATTCGCCAGT AAAACTAACA TTTGAAGTAA AAGATGCAAA AGACATAAGA
AAAGTCGGAG TATACTACTT AAACGAGGTA ACAGGTAAAT GGGAATATGT AGGAGGAAAA
GTTGACAGAA AGGCAAACAC AGTGACAATT GAAGCAAAGC ACTTCTCAAC CTATGGAGCT
TTTGAATACA ACAAAGAATT TAAGGACGTA CCGAAAGACT TCTGGGCATA CGATGTAATA
AATGTTTTAG CATCAAGGCA CATAATAAAA GGGATGGATG ATGACAACTT TGCACCAAAT
GCAAAAATAA CAAGGGCACA ATTTGCAGCA TTAATGATAA GGGCACTGGG AATAGAAGAG
AAGCCATACA AAGGAGAATT TGAAGATGTA AAGGAAGGGG CATGGTATGC AAATGCGATA
GAGGCAGCAT ATCAGGAAGG GATAATGCTT GGAGATGGCA AGAAGATGAG GCCAGATGAC
CCAATAACAA GAGAAGAGAT GGCAGCAGTA ATAATGAGAG TATACAGTAA ACTTACAGGC
TATAAAGAGG AGAACATAGG CAATACAACT TTTGGAGATA ACAACAAGAT AAGCCAATGG
GCAAGGAATG TAGTAGCGAA TGCGGTGAAA CTTGGCATAG TAAAGGGATA TGAGGATAAC
ACTTTCAAAC CAAAAGGCAA TGCTACAAAA GCAGAAGCTG CAGCTATGCT TTACAGAATT
TTAGAGAAAG CGGGGAATAT ATAA
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| Protein sequence | MFKRRTLGFL LSFLLIYTAV FGSMPVQFAK AETDTAPAIA NVVGDFQSKI GDSDWNINSD
KTVMTYKGNG FYEFTTPVAL PAGDYEYKVA LNHSWEGGGV PSQGNLSLHL DSDSVVTFYY
NYNTSSVTDS TKYTPIPEEK LPRIVGTIQS AIGAGDDWKP ETSTAIMRDY KFNNVYEYTA
NVPKGYYEFK VTLGPSWDIN YGLNGEQNGP NIPLNVAYDT KITFYYDSVS HNIWTDYNPP
LTGPDNNIYY DDLKHDTHDP FFRSPFGAIK TGDTVTLRIQ AKNHDLESAK ISYWDDIKKT
RTEVPMYKIG QSPDGQYEYW EVKLSFDYPT RIWYYFILKD GTKTAYYGDN DEQLGGVGKA
TDTVNKDFEL TVYDKNLDTP DWMKGAVMYQ IFPDRFYNGD PLNDRLKEYS RGFDPVEYHD
DWYDLPDNPN DKDKPGYTGD GIWNNDFFGG DLQGINDKLD YLKNLGISVI YLNPIFQSPS
NHRYDTTDYT KIDELLGDLD TFKTLMKEAH ARGIKVILDG VFNHTSDDSI YFDRYGKYLD
NELGAYQAWK QGDQSKSPYG DWYEIKPDGT YEGWWGFDSL PVIRQINGSE YNVKSWADFI
INNPDAISKY WLNPDGDPNA GADGWRLDVA NEVAHDFWVH FRAAINTVKP NAPMIAELWG
DASLDLLGDS FNSVMNYLFR NAVIDFILDK QFDDGNVVHN PIDAAKLDQR LMSIYERYPL
PVFYSTMNLL GSHDTMRILT VFGYNSANEN QNSQEAKDLA VKRLKLAAIL QMGYPGMPSI
YYGDEAGQSG GKDPDNRRTF SWGREDKDLQ DFFKKVVNIR NENQVLKTGD LVTLYAKGDV
YAFGRRIING KDVFGNSYPD SVAIVVINKG EAKSVQIDTT KFVRDGVAFT DALSGKTYTV
RDGQIVVEVV ALDGAILISD PGQNLTAPQP ITDLKAVSGN GQVDLSWSAV DRAVSYNIYR
STVKGGLYEK IASNVTQITY IDTDVTNGLK YVYSVTAVDS DGNESALSNE VEAYPAFSIG
WAGNMNQVDT HVIGVNNPVE VYAEIWAEGL TDKPGQGENM IAQLGYRYIG DGGQDATRNK
VEGVEINKDW TWVDARYVGD SGNNDKYMAK FVPDMVGTWE YIMRFSSNQG QDWTYTKGPD
GKTDEAKQFI VVPSNDVEPP TALGLQQPGI ESSRVTLNWS LSTDNVAIYG YEIYKSLSET
GPFVKIATVA DTVYNYVDTD VVNGKVYYYK VVAVDTSFNR TASNIVKATP DIIPIKVIFN
VTVPDYTPDD GANIAGNFHD AFWNPSAHQM TKTGPNTYSI TLTLNEGTQL EYKYARGSWD
KVEKGEYGEE IANRKITVVN QGSNTMVVND VVQRWRDIPI YIYFPKDNTT VDANTNEIGI
KGNTYKGAIV TINDESFVQQ ENGVFTKIVP LEYGVNIIKI HVEPSGEKNN ELTKDITITV
TKEKLAQGKE PTPTPRLEST PTESTKPAQE VSQGKVVVEN DTTILTVDEA KVSKDIKDTS
KKEIQFDLTD IGQTSAKALE IPVSVLNLIA ENNKNITVKS HEIALQFDAK TLAIPKETID
LIKKAGVVRL TIEDRGKQTA NSLVPVSKAY DITIKAGDNK IKIDSPVKLT FEVKDAKDIR
KVGVYYLNEV TGKWEYVGGK VDRKANTVTI EAKHFSTYGA FEYNKEFKDV PKDFWAYDVI
NVLASRHIIK GMDDDNFAPN AKITRAQFAA LMIRALGIEE KPYKGEFEDV KEGAWYANAI
EAAYQEGIML GDGKKMRPDD PITREEMAAV IMRVYSKLTG YKEENIGNTT FGDNNKISQW
ARNVVANAVK LGIVKGYEDN TFKPKGNATK AEAAAMLYRI LEKAGNI
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