| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | BRA0949 |
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| Symbol | |
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| ID | 1165393 |
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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 | Brucella suis 1330 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_004311 |
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| Strand | - |
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| Start bp | 937876 |
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| End bp | 940947 |
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| Gene Length | 3072 bp |
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| Protein Length | 1023 aa |
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| Translation table | 11 |
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| GC content | 60% |
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| IMG OID | 637332040 |
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| Product | hypothetical protein |
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| Protein accession | NP_700115 |
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| Protein GI | 23500675 |
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| COG category | [E] Amino acid transport and metabolism
[M] Cell wall/membrane/envelope biogenesis
[R] General function prediction only |
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| COG ID | [COG0160] 4-aminobutyrate aminotransferase and related aminotransferases
[COG0739] Membrane proteins related to metalloendopeptidases
[COG2334] Putative homoserine kinase type II (protein kinase fold) |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 6 |
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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 | ATGACCGATC TTTCGCATCC TGCCCCGGAA TTCACAACGA AAGACGCAGA ACGGCTTGCC
GAATGCCATT TTGGCGTGAG CGCAAGCGCC TCGCCACTCG ATAGCGAACG GGATTGCAAT
TTTCGCCTCA AGGTGGCCAA TGGTTCAGTC AATGGTTCAG CGGGTTCGGC AGACTGGATA
TTGAAGATCG TGAATGCCAG CGAGCCGCGC GTGGAAAGCG AATTCCAGAC CGCACTCCTG
CAACATCTGG TGGATACGAA CCCTGCGGCT GCGGTGCCGC ATCTCAAGCC GAGCCTTTCA
GGCGATGTTC TTGCTTCCGC GCAAGGCCCG GACGGCAAGC CGCATGCACT GCGCATGGCA
AGCTGGCTCC CCGGAACGCC GCTTGCGGAA GGGAAGCGCA CGAAAACGCT TCTCAAAAAT
CTGGGCCGTG CACTGGGCGA ACTCGATCGT GCCTTGCAGG GCTTCATACA TCCGGGTGCG
CTGCGGGATT TCGATTGGGA TTTGCGCCAT GCAGGCCGGG CGCGTGAGCG CCTGCATTTC
ATCGACAAGC CGGAAGACCG CGCGGTGATC GAGCACTTCC TTGCGCGTTT CGAGCGCAAT
GTCGCTCCGC AGCTTCCGTT TTTGCGCGCG CAGGTGATCC ACAATGATGC CAATGACTGG
AATGTGCTGG TGGATGACGA TGACGGCGAG CGCATTGCCG GGCTGATCGA TTTCGGGGAT
GCTGTCCATA CGGTGCTGAT TGCAGAGGTT GCAATTGCCT GCGCCTATTC CATTCTCGAT
ATGGATGATC CGATTGGCGC GGCTGGCGCC CTTGCTGCCG GTTTTCATGA GAAATTCCCG
CTTCAGGCGC AGGAAATAGA TATCCTCTTC GACCTGATTG CCATGCGGCT TGTGACCAGC
GTGACGCTGT CGGCCTCGCG CCGCGAAAAG ACCGGGGACA ATCCCTATCT CGCGATCAGC
GAAGCACCGG CATGGCGCCT GTTGCACAGG CTCGACGCCT TGAACCCGCG TTTTGCGACC
GCAATCCTGC GTAAAGCCTG CGGTTTCGAT GCGGTGGAAG GGGCAGGTGC TGTCCGCACA
TGGCTCGATG CCAACCGCGG GGCTTTTGCA CCTATCGTAA AACCGCACCT GGCCACACTC
ACCAAGGCGC TGGTGCCTTA TGGTGATGCG GCGCATGTGA TGACGGTCGA TTCCGCAGGG
CGGCGCCCGG AAACGGCGAC GGCGTGGTGG GATGATTTCT GCGCCCGTAA TCACATTCAG
CTTGGCCTCG GGCCGTGGGG AGAAAAGCGT ACGGTTTATA CCGATGAAGC GTTCCGTTCG
CGCTTTGTCG AAGGCGAGCG GCGTGTCCAC CATCTGGGCC TCGACCTTTT CATGCCCGCA
GGCACGCCAG TCTACACGCC GCTCGCGGCG ACCGTCAGGA GCGTCGAGAT CGAGGCCGTG
CCGCTTGGCT ATGGCGGGCT GATCGCGCTG GAACATGAAC CCGAAGGCTG CCCGCCGTTC
ATTACGCTCT GGGGCCATAT GGCGCATGAG GCCGTGTCCC GCCTCAAGCC GGGCGACAGG
CTCGCTGCCG GTGAACTGGT TGGCCATATG GGTGACATGC ACGAGAATGG CGGCTGGACA
CCGCATCTCC ATTTCCAGAT TTCGACCGAT ACCAGCCTTT CGGCAACGGA AATTCTGGGC
GTGGGCGAGA GCGCCTATCT CGATGTATGG GCCGATATTT TCCCTGATGC AGCACCTCTT
GCCGGCATTC CGGCGGAAGC TTTCCAGCAG AGCGGGCGCA CGCGGGCCGA GATTATCAGC
GTGCGCAAGG AAATGCTTTT GCCCAACCTC TCCATTTCCT ATTCCGACCC GATCAAGTTC
GTGCGCGGCG ATGGCGTCTG GCTGATCGAC AATCGGGGGC GCGCCTATCT CGATTGCTTC
AACAATGTCT GCCATCTTGG CCATGCGCAT CCGGAAGTGG TGGAGGCGAT TGCCCGGCAG
GCGGCAATCC TCAACACCAA TACGCGCTAT CTGCATGATA CTATTGTTTC CTATGCGGAG
CGCCTGGCGG CCACCCTGCC GGAGGGTTTG ACGGTGGCAT CGTTTGCCTG TTCGGGCAGT
GAGGCAAACA GTCTGGCGTT GCGCATGGCG CGCACCCATT CAGGCCAGCG CGATGCGCTG
GTGCTCGACT GGGCCTATCA TGGCACCACG CAGGAACTGA TCGATCTCAG CCCCTATAAA
TACAAGCGCA AGGGCGGCAA GGGGCGGCCG GATCATGTCT TTGAGGCAAC CATTCCCGAC
AGCTACCGTG CGCCGGAAAG CTGGCCTTTG GCAGAGCATG GCAGGCGCTT TGCAGAAAGC
ATTGCGGAGC AGATCGAGAA GATGAAGGCG CAGGGCCGCG CGCCTGCCTT CTTCATTGCC
GAGTCCATTC CAAGCGTTGC CGGACAGGTC TTCCTGCCGG AAGGCTATCT GCGCGAAGTC
TATGCCATGG TGCGCGCTGC GGGCGGTGTC TGCATTGCCG ATGAAGTGCA GGTCGGCTTC
GGCCGTGTCG GTAGCCACTG GTGGGCATTT GAAATGCAGG GCGTGGTGCC GGACATCGTC
ACCATGGGCA AACCGATCGG CAATGGATAC CCCATGTCTG CGGTCGTGAC CACCCGTGAA
GTTGCCGACA GCTTCAATAA TGGCATGGAA TATTTCAACA CCTTCGGCGG CAATCCGGTG
TCCTGTGCCG CGGGTCTTGC CGTGCTCGAC GTCATCGAAC ACAACGACCT GCGCCGCAAT
GCGCTGGAGA TCGGCAATTA TCTCATTGCC GGCTTCCGTT CGATGCAGGA CCGTTTCGAC
ATTATCGGCG ATGTGCGCGG GCAGGGACTT TTCCTCGGCA TTGAACTGGT CATGGATCGC
AAGACGAAGG AACCGGCAAC GGCAATAGCC AGAAAGATCA ATGACGGCGC GCGGGAGCGC
GGCATTTTGA TGGGAACCGA GGGCCCGTTC GACAATGTGC TGAAGATGCG TCCGCCGATG
ATCTTTACAC GCGCCAATGC CGATCATCTC TTGAGCGTTC TGGAGGACAG CTTCGCGGCT
GCGCTGAAGT AG
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| Protein sequence | MTDLSHPAPE FTTKDAERLA ECHFGVSASA SPLDSERDCN FRLKVANGSV NGSAGSADWI
LKIVNASEPR VESEFQTALL QHLVDTNPAA AVPHLKPSLS GDVLASAQGP DGKPHALRMA
SWLPGTPLAE GKRTKTLLKN LGRALGELDR ALQGFIHPGA LRDFDWDLRH AGRARERLHF
IDKPEDRAVI EHFLARFERN VAPQLPFLRA QVIHNDANDW NVLVDDDDGE RIAGLIDFGD
AVHTVLIAEV AIACAYSILD MDDPIGAAGA LAAGFHEKFP LQAQEIDILF DLIAMRLVTS
VTLSASRREK TGDNPYLAIS EAPAWRLLHR LDALNPRFAT AILRKACGFD AVEGAGAVRT
WLDANRGAFA PIVKPHLATL TKALVPYGDA AHVMTVDSAG RRPETATAWW DDFCARNHIQ
LGLGPWGEKR TVYTDEAFRS RFVEGERRVH HLGLDLFMPA GTPVYTPLAA TVRSVEIEAV
PLGYGGLIAL EHEPEGCPPF ITLWGHMAHE AVSRLKPGDR LAAGELVGHM GDMHENGGWT
PHLHFQISTD TSLSATEILG VGESAYLDVW ADIFPDAAPL AGIPAEAFQQ SGRTRAEIIS
VRKEMLLPNL SISYSDPIKF VRGDGVWLID NRGRAYLDCF NNVCHLGHAH PEVVEAIARQ
AAILNTNTRY LHDTIVSYAE RLAATLPEGL TVASFACSGS EANSLALRMA RTHSGQRDAL
VLDWAYHGTT QELIDLSPYK YKRKGGKGRP DHVFEATIPD SYRAPESWPL AEHGRRFAES
IAEQIEKMKA QGRAPAFFIA ESIPSVAGQV FLPEGYLREV YAMVRAAGGV CIADEVQVGF
GRVGSHWWAF EMQGVVPDIV TMGKPIGNGY PMSAVVTTRE VADSFNNGME YFNTFGGNPV
SCAAGLAVLD VIEHNDLRRN ALEIGNYLIA GFRSMQDRFD IIGDVRGQGL FLGIELVMDR
KTKEPATAIA RKINDGARER GILMGTEGPF DNVLKMRPPM IFTRANADHL LSVLEDSFAA
ALK
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