| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Emin_1033 |
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| Symbol | |
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| ID | 6263649 |
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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 | Elusimicrobium minutum Pei191 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_010644 |
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| Strand | + |
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| Start bp | 1124062 |
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| End bp | 1127370 |
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| Gene Length | 3309 bp |
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| Protein Length | 1102 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 642611513 |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | YP_001875923 |
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| Protein GI | 187251441 |
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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 | 17 |
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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 | 69 |
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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 | ATGCCCATTC TTAATTTTTT AAAACCTAAA AACGGTAAAA AACAAAAAGT TTTATTGCTC
GGTTCGGGTG CGTTATCAAT AGGCCAGGCG GGCGAGTTTG ATTATTCCGG CTCGCAGGCT
ATTAAAGCTT TGGAGGAAGA AGGCTTAGAA GTAATTGTTC TTAACCCTAA CATAGCCTCC
GTGCAGACAA ACCCCGCTCC CAACAAAAAG ATTTACCTTT ACCCCGTAAC ACCTTTTTGG
ATTGAAAAAA TTATTAAAAA AGAAAGACCC GTGGCTTTAA TAGCGGGATT CGGCGGCCAG
ACCTCTTTAA ACTGCGCTAT CGAACTTCAT AATAACGGCG TTTTAAAAAA ATACGGCGTT
AAAGTTTTAG GCACGCCAGT AAGCTCTTTA GAAATGTCCG AAGACAGAGA TTTATTTTCC
AAAAGAATGC ATGAAATAGG CGTTCCCACC CCTCCCAGTA AAGCGGTTGA AACCGTGGAA
GAAGCTTTAA AAACAGCGCT TGAAATAGGC TACCCCGTTA TAACCCGCTC GGCCTACGCT
TTAGGCGGTT TAGGCAGCGG TTTAGCTGAA AACCCCGAAC AACTTGAAAA GCTGGCCTCC
TCTGCGCTTA CTTCCAGCCC GCAGATTTTA ATTGAAAAAT CCCTCCACGG CTGGAAAGAA
ATTGAATATG AGGTAATGCG CGACGCGTGC GGGAACTCCA TAACAATTTG TAATATGGAA
AACTTTGACC CCATGGGCAT ACACACGGGC GACTCCATTG TTATAGCGCC GTGCCAAACC
TTAAATAACA GGGAAAATAA TATGCTCCGC GACGCGGCTT TAAATATTGT TAAAAGCATA
GGCGTTGTGG GTGAATGTAA CGTCCAATTC GCTTTAAGCC CTTTTACGCT TGAATATTAC
GTAATTGAAA TTAACGCAAG GCTTTCACGC TCAAGCGCTT TGGCAAGCAA AGCCACGGGT
TACCCGATAG CGTTTGTGGC GGCCAAGGTT GTAAGCGGTT TTGATTTACT TGAACTTAAA
AACCCCGTTA CGGGCACAAC GTCCGCTTTT TACGAACCGT CGCTTGACTA TGTTTCATTA
AAAGTACCTA GATGGGATTT GAAAAAATTT ACCGGCGTTT CTAAAGAATT AGGCACGCAG
ATGAAGTCCG TGGGTGAAGT TATGTCCATA GGACGCAACT TTTGCGAGGT TGTGCAAAAG
GCCCTTCGCA TGGTGCAGGA AGACGAAGAA GGCTTAATGA AAGAAGTTTT TGCCGGTACG
TCCGATAAAG AGCTTCTTAA AGAAGCCGCG CACCCTACAA ACTTAAGAAT TTTTGCCATT
TATGAACTTT TTAAAAGAGG TTTTAGCGTA GATAAAGTAA AAAATGTTAC CAAGATTGAA
CCTTGGTTTT TAAGCCATTT ATTTTACTTA GCAAAACTTG AAAATGAAGT AGCCACATTT
TTTAAAGGCG TAAAAGCGCC CAAAAAACTT ACGGCCGACT TTATAAAAAA ACAGTTTACC
AATATAGATA CGGAATATTT GAGAAGGTTA AAAAGCAGGG GATTTTCCGA CTACCAGCTT
ACAAAACTTT TACTTTCCGT AATTTCCCCC AAAGAGAAAT TTACGAATAA AGAAATTAAT
TCTTTATCTT TAGGACTTAG GGAATTAAGA AAGAAAATGA ATATAGTGCC CGTGGTTAAA
CAAATTGACA CAACCTCCGC CGAATATTAC ACGACTTCAA ATTATTTGTA TCTTACTTAC
GACGGCACTC ACAATGATAT CACGCTAAAA AAGAAAAACA AAAGTATTAT TACGCTTGGC
AGCGGCAGCT ACCGCATAGG CAGCAGTTTG GAATTTGACT GGTGCTCTGT TATGACAAGC
AAATACTTTA AACAGCAAAA AGACGACAGT ATTATTATTA ACTGCAACCC CGAAACCGTC
TCGACCGACT TTAACAGCTC GGACAGATTA TATTTTGAGG AACTTTCTTT TGAGCGCGTT
ATGGATATTA TTGATTTTGA ATCCCCCAAA GGCGTTGTGG CCTGCATGGG CGGGCAAAAC
CCCAATAACC TTACGCCTTA TTTAAGCAGA GTGGGAGTTA ATATTTTAGG GCACAGTTTT
GAAACCGTTG AAAAAGCGGA AAACAGAACA AAGTTTTCAG CAATACTGGA TTCTTTAAAT
ATAGACCAGC CCAAATGGAC GTCAGCCGCT TCAAGAAAGG AAGTTAATGA CTTTGTTAAA
GAAGTAGGCT TTCCTGTTCT TATAAGACCG AGTTTTGTTT TATCGGGCAC GCTTATGAAC
GTGGCTAACG ACCAAAAATC TTTGGACTAC TATTTGTCGC TTACCAAAGA TATTTCGGCA
GATTACCCTG TGGTGCTGTC CCAGTTTATT TTAGACGCCA AGGAACTTGA GTGCGACGGC
GTTGCCAAAA ACGGCGAGGT GCTGCTTTCC TTTATTTCCG AACACGTTGA AAACGCAGGC
GTTCACAGCG GCGACGCTAC ATTGGTTTTT CCAGCGGAAA AAATTTATAC AAAAACAGCC
AATTCAATTA GAGATATCGT TAGAAAAATA GCTAAAGGGC TTAACCTTAA CGGGCCTTTT
AATATACAGT TTATAGCTAA AGATAACGAC GTAAAAGTAA TTGAGTGTAA CGCGCGCGCT
TCACGCTCGT TCCCGTTTAT AACAAAAGTT TCGGGCCAAA ACCTGGCGGA GTTTTCCTGC
AAAGTCATGA ACAATGAAAA AGTTGATAAA GTGTTTATGG ATGAGTCGGA AATTCCTTAT
ACAGGCGTTA AAGCAAGCAT GTTCAGCTTT CAAAGGCTTG ACGGAGCCGA CCCTATTTTA
GGAGTTGAAA TGGCCTCCAC CGGCGAAGTG GGCTGCATAG GGGCAAATTT TAACGAGGCC
ATGCTTTTGG CTATGGAATC AACGCATATA AAAATGCCAA AAAAAGGTAT TTTACTAAGT
ACTGGCCGTG AAAAAGATAA GATTAAATTT ATGGAAGTGA TTGATAACGT CTATAAATTC
GGTCTGCCTG TTTACGCTAC GCTGGGCACC GCAAATTACC TTAAAGAACA CGGCTATGAT
GCTATACCCG TTATGTACCA CCATGACCCA AAGCCCGTTG ACGTAATAAA ACAACGCAAG
GTGGACTTTG TGGTTAACGT GCATAAAAGC TTGGAACTTG ACGAGCTTGA ACATAACTCG
GCCATAAGAA AAACGGCTGT TAAATCAAAC TGTTCGCTTT TAACAAACCT TGAAAAAGCG
ATAGCTTATT TTAAAGCGTT TGATTCTTAT AAAGCATTAT CTGAAAAAGA CGACTTAATA
CATTTGTAA
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| Protein sequence | MPILNFLKPK NGKKQKVLLL GSGALSIGQA GEFDYSGSQA IKALEEEGLE VIVLNPNIAS
VQTNPAPNKK IYLYPVTPFW IEKIIKKERP VALIAGFGGQ TSLNCAIELH NNGVLKKYGV
KVLGTPVSSL EMSEDRDLFS KRMHEIGVPT PPSKAVETVE EALKTALEIG YPVITRSAYA
LGGLGSGLAE NPEQLEKLAS SALTSSPQIL IEKSLHGWKE IEYEVMRDAC GNSITICNME
NFDPMGIHTG DSIVIAPCQT LNNRENNMLR DAALNIVKSI GVVGECNVQF ALSPFTLEYY
VIEINARLSR SSALASKATG YPIAFVAAKV VSGFDLLELK NPVTGTTSAF YEPSLDYVSL
KVPRWDLKKF TGVSKELGTQ MKSVGEVMSI GRNFCEVVQK ALRMVQEDEE GLMKEVFAGT
SDKELLKEAA HPTNLRIFAI YELFKRGFSV DKVKNVTKIE PWFLSHLFYL AKLENEVATF
FKGVKAPKKL TADFIKKQFT NIDTEYLRRL KSRGFSDYQL TKLLLSVISP KEKFTNKEIN
SLSLGLRELR KKMNIVPVVK QIDTTSAEYY TTSNYLYLTY DGTHNDITLK KKNKSIITLG
SGSYRIGSSL EFDWCSVMTS KYFKQQKDDS IIINCNPETV STDFNSSDRL YFEELSFERV
MDIIDFESPK GVVACMGGQN PNNLTPYLSR VGVNILGHSF ETVEKAENRT KFSAILDSLN
IDQPKWTSAA SRKEVNDFVK EVGFPVLIRP SFVLSGTLMN VANDQKSLDY YLSLTKDISA
DYPVVLSQFI LDAKELECDG VAKNGEVLLS FISEHVENAG VHSGDATLVF PAEKIYTKTA
NSIRDIVRKI AKGLNLNGPF NIQFIAKDND VKVIECNARA SRSFPFITKV SGQNLAEFSC
KVMNNEKVDK VFMDESEIPY TGVKASMFSF QRLDGADPIL GVEMASTGEV GCIGANFNEA
MLLAMESTHI KMPKKGILLS TGREKDKIKF MEVIDNVYKF GLPVYATLGT ANYLKEHGYD
AIPVMYHHDP KPVDVIKQRK VDFVVNVHKS LELDELEHNS AIRKTAVKSN CSLLTNLEKA
IAYFKAFDSY KALSEKDDLI HL
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