| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Hore_02890 |
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| Symbol | |
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| ID | 7314675 |
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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 | Halothermothrix orenii H 168 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011899 |
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| Strand | + |
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| Start bp | 294465 |
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| End bp | 297668 |
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| Gene Length | 3204 bp |
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| Protein Length | 1067 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 643610712 |
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| Product | carbamoyl-phosphate synthase, large subunit |
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| Protein accession | YP_002508045 |
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| Protein GI | 220931137 |
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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
[TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 22 |
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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 | ATGCCGATTA ATAAGAAAAT AAAGAAAGTC CTGGTAATTG GTTCAGGGCC GATTATAATC
GGGCAGGCAG CAGAGTTTGA TTATTCAGGT ACCCAGGCCT GTAAGGCTTT AAAAGAAGAA
GGTCTTGAAG TAGTTCTGGT AAACAGTAAT CCGGCTACTA TCATGACAGA CACAGATATA
GCTGATCAGG TTTATCTGGA ACCATTAACC TTTGATTATA TAACCAGGAT AATAGAGAAG
GAAAAACCTG ATGGATTACT TCCTACCCTG GGTGGCCAGA CAGGGCTTAA TCTGGCTGTT
GAGCTGGCTG AAAAGGGGGT TCTTGATAAA TTTGGGGTTA CCCTGCTGGG TACAAATCTG
GAAGCAATTC AGAAAGCAGA GGATAGAAAT CTATTCAGGG AACTATTAGA TGATATAGGT
GAACCATTTA TCGAGAGTAA GATTGTGGAT AACCTTAAGG AAGCTGTTCA GACAGCACAG
CAAATTGGTT TTCCGGTAAT AGTTAGACCA GCCTATACCC TCGGTGGAAG CGGAGGAGGT
ATAGCTGAAA ATGTTGAAGA ACTTAAAGAA ATTGTTACTC TGGGTTTAAA GAGAAGTAGA
ATTAATCAGG TTCTCATTGA AAAGAGTCTT TACGGATGGA AGGAACTGGA GTATGAGGTT
ATACGTGATG GGAATGATAA TTGTATTACC ATCTGCAATA TGGAAAATAT TGACCCTGTT
GGCATTCACA CTGGTGATAG TATTGTGGTT GCTCCCAGTC AGACTCTATC TGATAAAGAA
TACCATCTGC TCAGGATGGC TTCAATAAAA ATAATAAAGG CCCTTGGGAT AGAAGGTGGC
TGTAATATTC AATTTGCTCT GGATCCTGAG GGGCTGGACT ATTATGTGAT TGAAGTAAAT
CCCAGGGTGA GTCGTTCTAG TGCTCTGGCT TCGAAGGCGA CTGGTTATCC TATTGCCCAG
GTTTCTGCTA AAATTGCCCT TGGTCTTAGA CTGGATGAGA TAAAAAATAT AGTAACTGGA
AAAACATATG CCTGTTTTGA GCCAGCGTTA GATTATGTTG TAACCAAAAT CCCGCGCTGG
CCTTTTGATA AATTTTCTAA AGGTGATAGG AGCCTGGGAA CCCAGATGAA AGCAACCGGT
GAGGTTATGG CTATCGGAAG AAACTTCACA GAATCCTTTT TAAAGGCTAT TGAATCCCTG
GATATAAGGT TGCCTGATTT TATGGAAGAC CTGGACAGGG AAAGTCTGGA AAACAGGGTT
AAAAAGGCTT ATGATGATAG GATGTTTTAT ATTCTCCAGG CCTTTTATAA TGGTGTTAAA
CCAGAAGATT TATATGAATG GACGGGGATT GACCCCTTTT ATTTATATAA AATTGAAGAG
ATTGTAAGGT TATCTTTAAA AATAAGTAGT AACAAAGATA AAATCCTTAA AGGTGAAGTA
AATTTGCTGG CCCGGGCCAA GAAACTTGGA TTGAGTGACA GTATGCTTGG AAGGCTTCTT
GGTATACCGG ATTTTGAAGT CAGGGATTTA AGGTTAAAAT ACGGGATTAA ACCTACCTAT
AAAATGGTTG ATACCTGTGC TGCTGAGTTC GCCGCTGAAA CCCCGTATTA TTATTCGACC
TATGAAGAAG AAGATGAAGT TGAGGTTAGT GATAATCGGA AAGTTTTGGT GGTGGGTTCA
GGTCCGATTA GAATTGGTCA GGGTATTGAG TTTGATTACT GTAGTGTTCA TGCTGTCAGG
GCACTTCAGG ATAGAAATGT AGAGGCTATT ATTGTAAATA ACAACCCGGA AACAGTAAGT
ACCGATTTTG ATACCTCTGA TAAACTTTAT TTTGAACCCC TGACCACGGA ATATGTCCTC
AATGTAGCAG AACGGGAAGG AATTACTGAT GTTATCCTCC AGTTCGGGGG TCAGACAGCC
ATTAACCTGG CAGAGCCTTT GAGTGAAGCG GGTATGAATG TTCTGGGAAC GGGTCTTAAA
AGTATTAATC TGACCGAGGA TAGAAAACAG TTTAACCAGG TCTTAACCTC CGAAAAAATA
CCTACTCCAC CTGGTTATAC TGTTTTCTCT ATAGAAGAGG CTTTAAAACT TAGCCATAAA
ATCGGGTACC CTGTTCTGGT ACGTCCCTCA TATGTACTCG GTGGAAGGGG AATGGAGATT
GTCTCCAATG AGGCTGAGTT GAAAACATAT CTGACCGATG CTGTAAAGAT AACACCAGAG
CATCCCGTTT TAATTGATAG ATATATTCCG GGACGGGAAA TAGAGGTTGA TGCAATTTCA
GACGGTAATG ATGTATTAAT ACCGGGAATT ATGGAACATG TTGAAAGGGC CGGGGTGCAC
TCAGGGGATA GTATGGCCAT TTACCCGGCC CGGAACCTTA CTACTAAACA AACCAGGAGA
CTGGTTAATT ATACAAAAAA AATCTGTAAT TTGTTTGGCA TTAAAGGCAT AATTAATATT
CAGTTTGTCC TTGACAGGGA TGGTCAGTTT TATGTGCTGG AAGTAAATCC CAGAGCCAGC
CGTACGGTTC CAATCCTGAG TAAAGTTACT GGTATTCCTA TGGTAAAATG GTCAGTTAGA
ATAATGCTCG GGGAAACTCT GAATCAGATT ACAACTTTAA AAGGATTAGT TCCGCCTGGA
GACCTTATTT CAGTAAAGGT TCCTGTCTTT TCCTTTGATA AGTTACTCGG AGTTGATATC
CACCTCAACC CAGAAATGAA ATCAACCGGA GAAGTTTTGG GGACAGCTGA AAATTTAGAG
CAGGCCATTT ATAAAGGTCT TAAAGCGGCT GATTTTGACC TCCCAGAGGG AGGAAAAGTA
TTGTTTTCCC TGGCCGACCG TGATAAACAA GAAGCCCTGG GGGTGGTATG CCGGTTTATA
GAAGAAGGGT ATCAGGTATT GGCCACCAGG AAAACGGCCT TATATTTCCA GAAAAGAGGA
CTGAGGGTTG AAAAGACTGA AGACCCGGTA GGATTAATTA AAAAGGGTGA TATTAAAATG
GTTGTCAATA CCCCAACCCG GGGTAAAGAG CCCGGTCGGA TTGGGTTTAA GCTCCGACGG
ATAGCGGTAG AACATAATAT TCCCTGTTTT ACATCTCTCG ATACTGTAGA GATGGTGTTA
CAGGCTCTGG TAAGGGTAGG AGAAGAGGAG AAGAAAGAGG TCATACCGTT ATCTGAATAT
AAAAAAGGAG GAGTTTTAGT ATGA
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| Protein sequence | MPINKKIKKV LVIGSGPIII GQAAEFDYSG TQACKALKEE GLEVVLVNSN PATIMTDTDI
ADQVYLEPLT FDYITRIIEK EKPDGLLPTL GGQTGLNLAV ELAEKGVLDK FGVTLLGTNL
EAIQKAEDRN LFRELLDDIG EPFIESKIVD NLKEAVQTAQ QIGFPVIVRP AYTLGGSGGG
IAENVEELKE IVTLGLKRSR INQVLIEKSL YGWKELEYEV IRDGNDNCIT ICNMENIDPV
GIHTGDSIVV APSQTLSDKE YHLLRMASIK IIKALGIEGG CNIQFALDPE GLDYYVIEVN
PRVSRSSALA SKATGYPIAQ VSAKIALGLR LDEIKNIVTG KTYACFEPAL DYVVTKIPRW
PFDKFSKGDR SLGTQMKATG EVMAIGRNFT ESFLKAIESL DIRLPDFMED LDRESLENRV
KKAYDDRMFY ILQAFYNGVK PEDLYEWTGI DPFYLYKIEE IVRLSLKISS NKDKILKGEV
NLLARAKKLG LSDSMLGRLL GIPDFEVRDL RLKYGIKPTY KMVDTCAAEF AAETPYYYST
YEEEDEVEVS DNRKVLVVGS GPIRIGQGIE FDYCSVHAVR ALQDRNVEAI IVNNNPETVS
TDFDTSDKLY FEPLTTEYVL NVAEREGITD VILQFGGQTA INLAEPLSEA GMNVLGTGLK
SINLTEDRKQ FNQVLTSEKI PTPPGYTVFS IEEALKLSHK IGYPVLVRPS YVLGGRGMEI
VSNEAELKTY LTDAVKITPE HPVLIDRYIP GREIEVDAIS DGNDVLIPGI MEHVERAGVH
SGDSMAIYPA RNLTTKQTRR LVNYTKKICN LFGIKGIINI QFVLDRDGQF YVLEVNPRAS
RTVPILSKVT GIPMVKWSVR IMLGETLNQI TTLKGLVPPG DLISVKVPVF SFDKLLGVDI
HLNPEMKSTG EVLGTAENLE QAIYKGLKAA DFDLPEGGKV LFSLADRDKQ EALGVVCRFI
EEGYQVLATR KTALYFQKRG LRVEKTEDPV GLIKKGDIKM VVNTPTRGKE PGRIGFKLRR
IAVEHNIPCF TSLDTVEMVL QALVRVGEEE KKEVIPLSEY KKGGVLV
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