| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | OEOE_0261 |
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| Symbol | |
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| ID | 4415547 |
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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 | Oenococcus oeni PSU-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008528 |
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| Strand | + |
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| Start bp | 248479 |
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| End bp | 251673 |
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| Gene Length | 3195 bp |
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| Protein Length | 1064 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 639668515 |
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| Product | carbamoyl-phosphate synthase large subunit |
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| Protein accession | YP_809908 |
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| Protein GI | 116490364 |
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| COG category | [E] Amino acid transport and metabolism
[F] Nucleotide transport and metabolism
[M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0458] Carbamoylphosphate synthase large subunit (split gene in MJ)
[COG1181] D-alanine-D-alanine ligase and related ATP-grasp enzymes |
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| TIGRFAM ID | [TIGR01369] carbamoyl-phosphate synthase, large subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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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 | ATGCCAAAAA GAGCTGATAT TAAAAAAATA CTCGTAATCG GTTCCGGGCC AATCATTATT
GGACAAGCGG CCGAGTTCGA TTATTCAGGA ACCCAAGCCA GTTTGTCTTT AAGAGAAGAA
GGCTATTCGG TGGTTCTCGT TAATTCTAAT CCGGCAACAA TTATGACCGA TACAGAAATT
GCCGATCAGG TTTATATCGA ACCGTTAACG CTGCCTTTTA TTAAACGAAT TCTTCGTAAA
GAGCGTCCAG ATGCACTGTT GGCAACGATT GGCGGTCAGA CGGCTTTGAA CCTTGCCAAA
GAATTGGCCG AGGACGGAAT CTTAGAAGAA CTGAAAATCG AGTTGTTGGG AACCAAACTA
AAGGCGATTG AAGCAGCCGA AGACCGGGAA AAATTTAAAC AATTAATGGA AGCCTTAAAA
GAACCGGTTC CCGAATCAAG GATTGCCAGA ACGCTTGAAC AAGCTGTGCA TTTTGCCGAT
CAAATTGGTT ACCCGATAAT CGTTCGTCCG GCATATACTT TGGGCGGCAC CGGTGGCGAA
ATTGTTGAAA ATAGCGAACA ATTAACAGAA GTTGCCAAAA ACGGTTTGGA GTTATCACCG
GTTACCCAAG TTTTAATTGA AAAATCAATT GCTGGCTATA AAGAAATAGA ATTTGAAGTT
ATGCGTGATG GCAATGATAA CGCTCTGATC GTTGCTTCAA TGGAAAACTT CGATCCAGTT
GGTATTCATA CCGTCGATTC GATTGTTGTC TCTCCAGTTC AGACTCTTTC TGATCGGGAA
TATCAAATGC TTAGAGATGC TGCTTTAAAA ATTATTCGTG CTTTAAAAAT TGAAGGTGGC
GTCAATATTC AACTTGCTTT GGACCCTGAT AGTCTTCGTT ATTACATTAT TGAAGTTAAT
CCACGTGTTT CGCGCTCTTC AGCTCTGGCC AGCAAGGCGA CCGGCTATCC GATCGCGAAA
ATGGCTGCCA AGATCGCCAT TGGTTTGACT CTGGACGAGA TTGTTAATCC TGTTACCGGA
ACAACAAAGG CCGAATTTGA ACCGGCTTTG GATTATGTGG CCGTAAAAAT TCCTCGTTGG
CCTTTTGACA AGTTTGCCGA GGCTGACCGA GAACTCGGTA CACAGATGAA GGCGACTGGC
GAAGTAATGG CGATCGGCAG AAATTTTGAA ACTGCCTTGA TGAAAGCTAT CCGTTCTTTA
GAGATTGGCA CTTTCGCTCT CGATGACTTA ACTTATAGCG ATTTAAGCAA TCAAGATTTG
CTCAATCGCT TAATGCCCGC AACCGACGAA CGGCTCTTTA TGGTCGCTGA TTTATTGAGA
AGGGGCATCA CGATTGGGCA AATTCACGAG AAAAGTCAAA TTGATGAATT CTTTTTGGAC
AAGATTCTGC ATCTAATTGA AATCGAAAAA GAATTAAAAA TGCATGTTCT TGATTTCAAA
ATCCTTAAAA TCGCTAAAGA AAACGGTTTT CCCGATGTGA CGATCGCCCG TTATTGGCAG
CTTGAAGAAA AAGAACTGCG TCATTTAAGA AAAAAGGAAG ATTTATTTCC TGTTTATAAA
ATGGTCGATA CGGTTGCCGG TGAATTTTCT TCAAAAACTC CCTATTATTA TTCAACCTAC
GAGTTGGAAA ACGAATCGTT GAAAGAAAAA CGCCCAAGTG TTTTGGTAGT TGGTTCCGGA
CCGATCAGAA TCGGTCAAGG AGTTGAATTC GATTACGCCA CCGTTCATTG TGTTAAGGCA
ATTCAAAAAG CCGGTTATAA AGCAATTGTA ATTAATTCCA ACCCAGAAAC TGTTTCAACC
GATTTTTCCG TTTCCGATAA ACTCTATTTC GAACCATTAA CTTTGGAAGA TGTTTTAAAT
GTTATTGATT TGGAAAAACC AATTGGTGTC GTGGTTCAGT TCGGCGGGCA AACAGCGATT
AATTTGGCTG GGCGTTTGGA AAATAACGGT GTCAAGCTTT TGGGAACCAG TCTAAAAGAT
ATTAATCGAT CTGAGGATCG AGAAGACTTC AATCAGGTAA TTAAAAAACT CGATCTATCC
CAACCTTTCG GGAAAACAGC GACGACGGTC ACTCAAGCCT TATCTGTAGC AGAAGAGGTC
GGCTATCCAC TTTTGATTCG TCCTTCTTAT GTTCTGGGCG GTCGGGCAAT GGAAATTGTG
ACAAATCGCC AAGATCTATC CGACTATATG AAAAGAGCTG TGAAAGTTTC TTTAAAACAT
CCGGTTTTAA TTGATTCCTA TTTAACCGGT CGGGAAGCTG AAATCGATCT ATTAAGCGAT
GGACAAACGA TTATTGTTCC CGGTATTATG GAGCACATCG AACGGGCCGG TGTCCATTCC
GGAGATTCGA TGTCGGTTTA TCCGTCTCAG TATTTGGACC AGAATGTGCA AGAACAGATG
TTGGATGCGG CTTTTAAATT AGCCAAAGAA CTTCACACAA TTGGTTTAAT GAATGTTCAA
TTTGTGATTC ACGAACAACA GGCCTATGTA ATTGAAGTCA ATCCTCGAGC CTCCAGGACT
CTTCCTTTTA TTTCCAAAGC AACCGATCTA CCTTTGGCCC AATTAGCAAC TCGGGTTATG
CTTGGTGAAA AATTAGCCGA TCTGGGTTTT AAAAGCGGTT TGATGGCACC CAAAAAACTT
GTCTATGTGA AAGCCCTGGT CTTTTCTTTT AATAAATTGC CTAAAGTCGA TTCTTCTTTG
GGTCCGGAAA TGAAATCGAC CGGTGAAGTT ATGGGAGTCG ATCGAAATCT GGCCAAGGCT
CTTTATAAAG CTTTTGTGGC AGCCGGCTTT AAAGTTCACG AACACGGCAA CGTCCTTTTC
ACAATTGCCG ATCGGGATAA AAAAGAAGCA CTTGCTCTAG CAAAACGTTT TGATGAATTA
GGTTATGTTC TTTGGGCGAC CGCTGGGACA AGCAGTTTTC TTCATGAAAA CCATTTGCCG
GTTAGACAAC TGGGTAAAAT ATCCGAAGAT CAATTGAATC CGGTCACGGC CATGCGCCAG
GGCAAATTAC AAATTGTTAT TAATCGATTG AAAACAGACG AACCGCTGGA ATCTGATGGC
CGGGCTATCA GAGCAGCCGC GATTGAAAAC GGCGTCCCCC TCTTTACTTC ACTGGATACG
GTAGCAGCCT TTTTGCAGGT TCTTGAAAGC AGATCCTTCA ATGTTTCGGC AATTAATAAA
GGAGATAAAT CATGA
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| Protein sequence | MPKRADIKKI LVIGSGPIII GQAAEFDYSG TQASLSLREE GYSVVLVNSN PATIMTDTEI
ADQVYIEPLT LPFIKRILRK ERPDALLATI GGQTALNLAK ELAEDGILEE LKIELLGTKL
KAIEAAEDRE KFKQLMEALK EPVPESRIAR TLEQAVHFAD QIGYPIIVRP AYTLGGTGGE
IVENSEQLTE VAKNGLELSP VTQVLIEKSI AGYKEIEFEV MRDGNDNALI VASMENFDPV
GIHTVDSIVV SPVQTLSDRE YQMLRDAALK IIRALKIEGG VNIQLALDPD SLRYYIIEVN
PRVSRSSALA SKATGYPIAK MAAKIAIGLT LDEIVNPVTG TTKAEFEPAL DYVAVKIPRW
PFDKFAEADR ELGTQMKATG EVMAIGRNFE TALMKAIRSL EIGTFALDDL TYSDLSNQDL
LNRLMPATDE RLFMVADLLR RGITIGQIHE KSQIDEFFLD KILHLIEIEK ELKMHVLDFK
ILKIAKENGF PDVTIARYWQ LEEKELRHLR KKEDLFPVYK MVDTVAGEFS SKTPYYYSTY
ELENESLKEK RPSVLVVGSG PIRIGQGVEF DYATVHCVKA IQKAGYKAIV INSNPETVST
DFSVSDKLYF EPLTLEDVLN VIDLEKPIGV VVQFGGQTAI NLAGRLENNG VKLLGTSLKD
INRSEDREDF NQVIKKLDLS QPFGKTATTV TQALSVAEEV GYPLLIRPSY VLGGRAMEIV
TNRQDLSDYM KRAVKVSLKH PVLIDSYLTG REAEIDLLSD GQTIIVPGIM EHIERAGVHS
GDSMSVYPSQ YLDQNVQEQM LDAAFKLAKE LHTIGLMNVQ FVIHEQQAYV IEVNPRASRT
LPFISKATDL PLAQLATRVM LGEKLADLGF KSGLMAPKKL VYVKALVFSF NKLPKVDSSL
GPEMKSTGEV MGVDRNLAKA LYKAFVAAGF KVHEHGNVLF TIADRDKKEA LALAKRFDEL
GYVLWATAGT SSFLHENHLP VRQLGKISED QLNPVTAMRQ GKLQIVINRL KTDEPLESDG
RAIRAAAIEN GVPLFTSLDT VAAFLQVLES RSFNVSAINK GDKS
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