| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_1782 |
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| Symbol | |
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| ID | 7082961 |
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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 | Dictyoglomus turgidum DSM 6724 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011661 |
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| Strand | - |
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| Start bp | 1815858 |
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| End bp | 1819022 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 643458892 |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | YP_002353668 |
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| Protein GI | 217968162 |
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| COG category | [E] Amino acid transport and metabolism
[F] Nucleotide transport and metabolism |
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| COG ID | [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ) |
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| TIGRFAM ID | [TIGR01369] carbamoyl-phosphate synthase, large subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | TTGAGTAAAT ATAAGAAGGT TTTAGTTATA GGTTCAGGAC CTATAGTGAT AGGACAAGCG
GCAGAGTTTG ACTACTCCGG TACTCAGGCT TGTAGGGCTT TGAAGGAAGA AGGGGTTGAA
GTAGTACTTA TCAATTCAAA TCCTGCTACT ATAATGACTG ATTGGGAGAT GGCTGATAGA
ATCTACATAG AACCCATAAC TGCGGAAGTG ATAGAAAGAA TCATAGAAAA AGAAAAACCT
GATGGCATAA TTGCTACTCT TGGCGGACAG ACAGGTTTAA ACCTTGCCAT GGAGCTTGCC
TCTATAGGAA TACTTGAAAA GTATGGTATT CCTCTTCTTG GAGCATCTCT TGAATCTATT
AGTATGGCTG AAGATAGAGA ACTTTTTAGG AAGAGAATGG AAGAGATTGG AGAACCTGTA
CTTCCAAGTG TGGTTGTAAG GTCCATGGAG GAAGGGAGAA AAGCTCTTGA GATAATTGGA
TTACCTCTTG TCATTAGACC CGCTTATACC CTTGGAGGAA CTGGTGGGGG AATTGTAGAG
AGCGTTGAAG AATTTGAGAA GGCTCTTTTA AGAAGTTTAA AATTGAGTCC TGTGAGCCAG
GCCCTTCTTG AGAAAAGCGT AGTAGGATGG AAGGAAATTG AGTTTGAGGT AATGAGGGAT
AGAAAAGGTA ATGTGATTAC TGTTTGTAGT ATGGAGAATG TGGATCCTAT GGGCATACAT
ACAGGAGACA GTATTGTGGT TGCGCCAACT CAGACCCTTA ATGACATAGA GTATCAAATG
CTGAGAACAG CCTCTTTAAA AATAATTACT GCACTAAAAA TTGAGGGTGG ATGTAATATT
CAATATGCTT TAAATCCTAA TAAAAGGGAA TATTATGTGA TTGAGGTTAA TCCAAGAGTA
AGTAGGTCCT CTGCTTTGGC GTCTAAAGCT ACGGGTTTTC CTATTGCAAG ACTCACAGCC
AAAATTGCTC TCGGAAAGAC TCTTGATGAA ATAAAAAATC CTGTAACCGG TGAAACTTAT
GCAGCTTTTG AACCTGCCCT GGATTATGTG GTGATAAAGA TTCCAAGATG GGCTTTTGAG
AAATTTAGAG TTAAAGATAG AAGATTAGGC ACCCAAATGC AGGCCACAGG TGAAGTTATG
GCTCTTGGAA GAACTTTCGA AGAGGCATTG CTGAAGGCTT TAAGGTCTTT GGAGGTTGAT
GCAGGGCTTT TTGATAGAAG GTATTCTTAT TTTAGCGATG ATGAAATAAG AAAGTATTTA
AAAATGGCTG ATGATAGGAG ATTATTTTTA CTTGCTGAAG GCTTTATGAG GGGTCTTACG
GTAGATGAAG CTTACGAATT AACTAAGATA GATAAATTTT TCCTTACCAA GATATACAAC
CTTATAGAGG TCTCCAAGAA ATATAAGGGT AAAAGTCTAA GTGAGCTTTC TCCTGATGAA
ATTAGAGAAC TTAAAAAGAT GGGGTTTGGG GACTATGATC TTTCTTGCTT CTTAAATGCT
ACAAAAGATG AAATCTTTGC TTATAGAAGG CTCCATAAAA TCTTTCCGGT TTATAAGATA
GTTGATACTT GTGCGGCAGA ATTTTCTGCA AATACTCCTT ATTATTACTC TACTTATGAA
GAGGAGAATG AGGCTCAGAA AAACCCACAA CGATCTGTTG TAGTGCTTGG TAGCGGTCCT
ATAAGAATAG GACAGGGAAT AGAGTTTGAT TACTGCACTG TCCATGCTGT AAAGGCTATT
AAAGAAGAAG GTTTGGTGTC CATAATGATT AACAATAACC CAGAGACTTT AAGTACTGAT
TTTGATATGT CGGATCGACT ATATTTTGAG CCTCTGACCA GTGAGGATGT TACTAACATT
ATGGAGCAAG AAGAGCCTCT TGGGTTCCTC TCCCAATTTG GAGGCCAAAC CGCTATTAAT
TTATCAAAGA ATCTTGAAAA AAGAGGTTTT TACCTCCTTG GAACATCTCA AAAGAGCATA
GATCTTGCAG AAGATAGAGA AAAATTTGAT AGATTCCTAA GAAAAAATAA AATCCCAAGA
CCTAAAGGAT TTTATATAAG AAATATTAAT GAAGCCAAGG AGGTAATAGA GGAAATTGGA
TTTCCAGTAC TCTTGAGGCC ATCTTATGTG CTTGGTGGAA GGGCTATGAT TATTGTTTAC
AATATGGAAG ATTTAGAAAG TTATTTTGAA AGAAAAGATA TAATCTTACC TTTGTGGATG
GATCAATTTA TAGTGGGTAA AGAGGCGGAA GTAGATCTTC TCTGTGATGG AAAAGAAGTA
TTTATTCCTG GGATTATGGA ACATATTGAG AGGGCTGGTA TTCATTCAGG AGATAGTACT
ACTGTTTTTC CTCATTATAC ACTCTCTCAG GAAGTGGTAG ATAAAATTGT AGACTATTCC
ACAAAAATAG CTCTTGGACT TGAAGTTAAG GGGCTTTTGA ATATTCAGTA TGTAATATCT
TCTAAGGATG AAGAAGTATA TGTCTTGGAG GCAAATCCAA GAGCCTCAAG AACTATTCCT
TATCTTAGTA AAGCTTTAAA ATTACCTTTA GTAAAATATG CTACAAAAAT TGCTCTTGGT
TATACTCTGC GAGAGCTTGG GCTAAAACCT GGACTTTATC CTAAACCCAA TTATTATGCT
GTAAAAGCCC CTGTTTTCTC ATTCACAAAA ATAAAGGGTG CAGAAGTAGA ACTTGGTCCT
GAAATGAGAT CTACAGGGGA GGTTATGGGA ATAGATTATG AATGGTCTAA AGCTCTCTAT
AAGGCACTAT ATGCTAGTGG AGTAAAAGTT CCCATAAATG GGGGTAAAAT ATTTGTTACC
ACTGTTATTC CTTCTAAATG GAAAGAATTA AAAAAATTAG GCTTTAAGCT CTTTTCTCTT
GAAAATCATG AGGATTTTAC AAAGGTAGAG ATGAGAGGAG ACGAATTATC TACTCTTACT
AATTATGATT TTGACCTTGT AGTGGCTGTG AACGATAAAG ACAAGCCATG GAGGAGGGCA
TGTTTTGATA TTGGACTTTC TTGTATTGTT TCGGAAGACA TGTGGAATGC GGTGGTAAAG
ATGATTATGG AGTTTGGAGA TAAAGATATA GATTATAGAG CAATTCAGGA GTTTTATGAG
GAGGAAGTAT GGCTCTCTGG GGAAGCCGCT GGAGAAAGCC GTTAG
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| Protein sequence | MSKYKKVLVI GSGPIVIGQA AEFDYSGTQA CRALKEEGVE VVLINSNPAT IMTDWEMADR
IYIEPITAEV IERIIEKEKP DGIIATLGGQ TGLNLAMELA SIGILEKYGI PLLGASLESI
SMAEDRELFR KRMEEIGEPV LPSVVVRSME EGRKALEIIG LPLVIRPAYT LGGTGGGIVE
SVEEFEKALL RSLKLSPVSQ ALLEKSVVGW KEIEFEVMRD RKGNVITVCS MENVDPMGIH
TGDSIVVAPT QTLNDIEYQM LRTASLKIIT ALKIEGGCNI QYALNPNKRE YYVIEVNPRV
SRSSALASKA TGFPIARLTA KIALGKTLDE IKNPVTGETY AAFEPALDYV VIKIPRWAFE
KFRVKDRRLG TQMQATGEVM ALGRTFEEAL LKALRSLEVD AGLFDRRYSY FSDDEIRKYL
KMADDRRLFL LAEGFMRGLT VDEAYELTKI DKFFLTKIYN LIEVSKKYKG KSLSELSPDE
IRELKKMGFG DYDLSCFLNA TKDEIFAYRR LHKIFPVYKI VDTCAAEFSA NTPYYYSTYE
EENEAQKNPQ RSVVVLGSGP IRIGQGIEFD YCTVHAVKAI KEEGLVSIMI NNNPETLSTD
FDMSDRLYFE PLTSEDVTNI MEQEEPLGFL SQFGGQTAIN LSKNLEKRGF YLLGTSQKSI
DLAEDREKFD RFLRKNKIPR PKGFYIRNIN EAKEVIEEIG FPVLLRPSYV LGGRAMIIVY
NMEDLESYFE RKDIILPLWM DQFIVGKEAE VDLLCDGKEV FIPGIMEHIE RAGIHSGDST
TVFPHYTLSQ EVVDKIVDYS TKIALGLEVK GLLNIQYVIS SKDEEVYVLE ANPRASRTIP
YLSKALKLPL VKYATKIALG YTLRELGLKP GLYPKPNYYA VKAPVFSFTK IKGAEVELGP
EMRSTGEVMG IDYEWSKALY KALYASGVKV PINGGKIFVT TVIPSKWKEL KKLGFKLFSL
ENHEDFTKVE MRGDELSTLT NYDFDLVVAV NDKDKPWRRA CFDIGLSCIV SEDMWNAVVK
MIMEFGDKDI DYRAIQEFYE EEVWLSGEAA GESR
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