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Identifier: 189910513

GI number:

Start: 1039553

End: 1045450

Strand: Direct

Name: Not Available

Synonym: LBF_0963

Alternate gene names: NA

Gene position: NA

Preceding gene: 189910512

Following gene: 189910514

Centisome position: NA

GC content: NA

Gene sequence:

>5898_bases
ATGGTAAACGATCGCACTGGTTTTAGAGCCGTATCTATCATCCTTGTTTTAATGTTATTTCTCACGGAAAAGAACGTCTT
GGCCCAATCCATCCAAGATTCATGGAACATACCTGAATACAATTCCAATGATTATGCTGATATTTATGCGAATGTCTATT
TTTTTGATTCCTTATCCGAGTGGGAGAGTCGGGTGGAAGAAATATTGACCAATGCAATGGTTTCTTGGCAGGAAGAAGCG
AATCGTCAGATTGAAGAATTACTCATCAATGAACATGGTGAAGACTTTTATATTTCAAATGAGGGTTATATAGATGAAAG
GCGAAGATCTTTCACCTCTGAAGTGGCAGTATTTTACTCTGATTGGGAAAATGATTTGTTAAATGATTATTTTCTCAATC
GAACTGCCTTTTTAGAGAAACTTGAGTCAGGGAAAATTGATGCGCTTTACTTCCAAAGATTAGGAAAGGAGTCGATTTAC
GAAGATTATACGAAAGAAGAAATGTTGTTACACGAGAATAGAGAGAAAATATTACAAGCAGCGGCGGAATGGGAATATTC
CTGGGAGAGATCGAAACAAGAAGGCTTGGATTCATTTGCTTCTTCCTTAGAACAATTAGAACAAAATTATTTGTCGTATT
TGAATTCGCTCCAAGAAACTGAAAATCAGTTTGTTACTAATTTACAAGCAATCAATGAATATAAGGAAACAGTTTACCTA
GCTCTAACGGATATGATCGGTCAAATGAAATCAGGATTGGATTCTTCGTGTGAATTGAGTAGTGGTTGCCAATATAGAAA
TTATGACGGTAGCTTAAATGAAGCTGGCAAAATATTTTCAAAATTCATTCAGGAAATTTCAGAAGAACTTGTTATGAATG
ATAAAAATCCGGATCTGATGTTAACTCAGATTGCCTATAAAATGAATGATTTTTTGAAAGATGAATCAAACAAAGCTTTT
TCTGAGTATAATTATTTTCAAGATCGAATCTTAACATACCAAACAGGTTTTGATTTAAACCTGAATAATACCAAATCAAA
GTTTGATCTTTCCGCTGCGGAATGGATTCTTAGAAATCAAACATACTATGATTTGTCTTCTAGTGTAAAATTTGAAAATT
GGACAGCCAATCCAGTTGATGTAGGTATTTTCGCTGGAATTTATGATCCCGAACTCAAATCAATCTTTCAATCCATCCAT
CATTCAGATTATGATCGTCTGGCGGAAGTTCTGAATGCAAAACTCGGTGAAAGTCGAAAGGTACAAAACATCATTGGTGC
CAATTTATATACCGATGCATATCATTTTATCAATAATTTAAACTTACTTGGATTGGGCGTTCCTTTTGATCGTGCTCATC
ATGTTCAGGGTAATTTAATGTTAGATGGTCATAACAAATATGGGTTTTGGCAGGCAGAAGTCAATCTGACGGTATTAACT
CCAGGAACGTATTCTTATCAGATGGGGGCCATTGGGTATTCGGTTCTGTATGAGATGTATGATGAAACCTCACAGCAATC
TTCTTTGTATTGGAATTCAAATTTTTCTCAATTAAACAACCAAAGTTTACACTTTGAAAACAAATTGATGCCTGCCATCA
GTCATTGGGAAAAAAAAACAAAAGAATATTCTGATTCCTTTGCGACGTGGTCAAATTCAAAGGAGAATTTGATTGAACAA
GCGAAGTTGGATTTTCAAACCAATCGAATCCAATTAGAAAATGCAAAGGAAAACTGGGTTCAAAAGTTAGAAGAAGAAGG
AAGGAGTGGATGGAAATCATGGAATGAATTGTATCTTGTGGGAGAAATCAGTGAGTCAAAACCAAATCATGTACCAACTC
AAATTGAAATGAATCTGTCTCCGATCGGTGACCTGTCCCAACTGAATCATTTTCAATCACTTTCGCAGTTTGATAGCAAT
GGGATTGAGATCCAAGTGGGAGATAACTCAATTGTTGATCACTTTCAAAAAACCATTTTTGGAGTAAACCAATATGCATC
TGTAATTCAAATGAATCATGAGTTGGAAACATTTCAAAAATCGGAACAATCAAAGCTCATCAACCAACTAACTTATGGTT
TAAATACGGAACTAATCGGTAATCGAAAATTATCTAAAGAAGAATCCATTTTAATCGGATCGGTTGATTATTCAAAATTG
AATACCGAAGAACAAAAAAATTACGGTAAGTGTTATGAAGATCCAAGTTCAGTCATTTGCACTAGTTTACTGAAAAAAGA
ATTTGATGTCTCAGATCCGAATCAAGGCGGAACAGTCACAATAAGCAAGGAAATTTTCAACGGAATGTTAGGTAGTAGAG
ATGATAAGGGAGAATACACTGCATCCAAATCAATCATTAGCAAACAAATAGTTCTCGGTTCCATTGGGAAAATACAAAGC
AGCGATCGTAAGGATTTTTTTACAGAGTGGACGAATGAAGATTGGGAAACAATACAAAATCGAAAGAATCAGATCGCAAA
TGATTTTATCAATCAGTCTTTAAAGAATGATCAAAAACAATTGGTTAACAATCTGAAAACCATTGAAAATTTAAATGAAA
AAAATTATCAGAACTATTTAGTCAAAAAAGAATCCCAAGAGAATGTCGATTCATTTGTTCAGGAGTTAGCGATTGCTTAT
TTGACTGGTGGAATGAGTGGAGTAAAAGCTTCTTTGTCTGCCAAAGCTGAATCTGCGATCAATAGTGAACTTGCAAAAAC
TTGGGTTCGTGCCACTGGGGGAAATGAACAAGACATCCAATTGGTTTCGATGGCAATCGAATTTATGAAAGGTCGGATGA
GCGCAAATAAAATCAAGTCGAGAGACAATTTTATTTCTATCAAAAATCCAATCCAATCTTTCGAAAAAGTTATAGGCAAA
ACTTTGTCTCAAACCCTCCAATCAATGGATAAAATATCGGATGGTTTGATCAGCGTTCCAGTGAATTTAGCATTATCGGG
AGTTTTGGCCGTTACAAAAGAGTTAGTAGGTGAGAAAAGATACAATCGTCTTAATGACCAATTCTCTGGTGCCAATAAAC
GATTGTTGGAAATTAAAAATAATGAAGCACAACTTATTGAAAGTGGTGTTTCACAAACAATTGCTTTAGGAACGGGTGTT
CCATTGGAAATGGTATCTAAAATCATTGGTGATAAAAATGGACAAAGGAAAGCAAAAAAAGCAGACAAAGCAATGTCTAA
AAATCTGGTATCTGACTTAGGATCACAGATTACCGGAGCCCTCGGTGGCATTGTCAAAACAGCAGTTATGGCTTTAGGAA
TCCCAGAAGATCAAGTATTCGCAACTATGTCCGATGCACATTCATTGATGAATGCTAAAAATTTGAATCATCACTCTGAT
GCAGAAATTAATTTTGGTTATACCTTACAGACTCTCGGTTTACAGGCCAATTGGACGAAACACCAAAGTTCATTTGTGGA
TTTAAAAGATCAAAAATCAGTTGTAACCGAGATAGGAAAAACACTGATCGCAAAGGAAATGGCTAAAAATTCTGGCTTAG
ATGAATCCTTTATCAAACAAACTTTAGATGGAGTTTCTGCAAAGATTCAAAAGAAAAAATCTGATAGCAAAGCACAAAGT
ACAGCCATTCGGCAAACAGTTGTCAATGCAGGTTCCATTGCATTAACCTTGGGTGCGAGTGGAGCTTGGAGTAGTGCAAG
CAATGCTCTCTCCAAAGTTGGCAAAATGACGAGTGCAGTCACACGCGGAGTACTGCCTGCAACAGCAAAAATAGGACAAG
TTGTCTCTTCAACCTTCATACAAACCATAGCTGGAAGTCATGAAGGTCCGAAAGGAGCAGCGGCTGGTTTCTTAAATGGA
TCACTGGTTGGGCTCACAGACAAATTCGGAAAATTTGAGTCTGGTATGTTCGAAGGGATGAAGCCAGGGATTGGGGTCAG
TTACTCAGAGCAAAATGGACTCGGCGGATCAATTGGCATTGGCAATTCAATCAATAATGTCAGTCTCTCAGTTTCCAAAA
AGGGAAATACTTCTTTGCAGTTTTCTCAGTCAATTGCAAAAGGCATTCAATTTGCAGCTGATATGACAACAAATGATTCT
TTCAAAGTCGGTATGAATTATAATCCATCAGGAGAAGGTCCAAGGAAGGATTGGAATTTTTCAATGATGTATGATTTGAA
AGGATCTGGTCTTAGCGGAAGCATTGGGTTTACAGAACCTGAGACTAAACTAGGTCTCACGTCTCATATAGATAAAAATG
GAATTTCCACATCATCGGAGTTACATGGTGTAAGTATTGGAACAAATTCAGATGAAGGGTTTCAAATGGATGAATTCAAT
TTTGTCAATCAAAACATCAATTTATCACAAGATGGTAGTGATTTAGTTGATGCCAATGGAAATACTGTCGAAAACGAAGG
TACAAGCCCTCTTGGTGACTTAGTGGGACAGTTAGGTATGGTCGGTGGAGTTTTATTAGGTGGGATGGGTTTACTTAACT
TATTGCGTAGCAGAATGAATGGTGGCGGCGGAAATTATTTAGGAGTGGGAAAGGAGATGAGTGCATTCAATTTCCAATCC
AACTCAGGCCAGTCTTTTTTCAGTCGCCTACGTGACACAATGAAAAAAGGATTATTTCAGTATGGGGAATCAGTGGCTCG
TTATGCAGATGCCTATACTTACACACCAAAAAAATCTTCACAAGCCGATGGGAAATCCCAAGAGAACAAACCTAGTAAAG
AAACAGATCGAATCACAAAATTAAAAACAAGTATCATTGATGATTATAAAAAAAATACCAGGCTCGATACAGAGAAAAAA
CTATATGAATTGAAACAAGCAGGAATCGATACCACAGAAATCGAGGCGGAAATCAAGAAAAAAAGAAACGGGAAAGATGT
TCCCATGAGTAAAGCTGTCGAAAAATCTTTAAATGAATACAAACGGTTGCGCGAACAAAGATCGATTCGACCCATTGGTG
CCGATGAGGTTGTCTATTTAACTTCTAGTGATGCTCTTGCAAATGTAAAGGTCGCATACGATCCCAAAAAAGAGACGAAA
CAGGCTTACTTACAACGATTGGGTGATGAAATTTGTGCCGCTTCGAAGGATGTGGATCTATCTACGGACGAGTTGGTCGC
CTTACATTCGGCAAACGTGGCCCTACTCCTCGGCGAGAATCTTATGGGTAAGATTAATTATGCTCGATTCAAAAATATTG
ATGGAAAAAAAGATGTGTCAGCTGTAAACACGGTAGATGCAGATGGATTCCGACAAACAAATGAGACAGATTGTATTCGG
TATATAGGAGCTGTTTTGTATGCGGCAGGTCTCACTGATAAAGGAAGTTTTGCGAACTTAAATACTGACGTGTATTTAAC
TCCAGAGGAAATCGAACAGATGGAAGCAGAATACAAAGCGAAGACCATTCACAGAAACGGAGTGGAATACTTCCGGCAAG
CAGGAGGATTTTCGACTTTGGTATCCGAAAGACTGACGACAGAACAGGATTTAAAAACTCATAAGGAAAAAGGGAATCTA
CCTGAATTGAAAGTCGGTATGATTGGGATCACAAGAAAAATGGAAACGGATTCAGATACATCTAGAACGGCAATGAAATC
AGATCATATTTACATTGTGATTGGGAAAAAATTCAATCACGAGTTGGGTGTGAACGAATACTTGATATCAGAATCGAGTT
ATGGAACAGGGGTGCAAAATCGATGGATTACCAAAGAGACAAATACAGAGATCATTAATAATTTGAAAAAAAAATATAGT
GAACAAAAATTATCTACGAAGGAAATTCAGGCCAAGATTTCAGAACTGAAGTTACCCAAAAATAACTCAGACTATTTACT
GAGGTCAGAATTCTATGAATTAAAACCACAAGTCGGAGTGAAAAAAGATGAAGTATAA

Upstream 100 bases:

>100_bases
GATCTTTGCCTTTGGATATTTTTATCAAAAAAGCCTTCATTATCTAAAAAATATTCAAACCAGTTAATCTTTTTTTTACC
TCATAGAACGGAGGTTCTTT

Downstream 100 bases:

>100_bases
AATGTTCATATTTTTAATTTTAGTTTTCTTTTGTTTTTGCAAAGACAAGGAAATAAACAAAGAAGAAAACGACGATCCAT
TTTATATATCAGAAAATAAA

Product: hypothetical protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>1965_residues
MVNDRTGFRAVSIILVLMLFLTEKNVLAQSIQDSWNIPEYNSNDYADIYANVYFFDSLSEWESRVEEILTNAMVSWQEEA
NRQIEELLINEHGEDFYISNEGYIDERRRSFTSEVAVFYSDWENDLLNDYFLNRTAFLEKLESGKIDALYFQRLGKESIY
EDYTKEEMLLHENREKILQAAAEWEYSWERSKQEGLDSFASSLEQLEQNYLSYLNSLQETENQFVTNLQAINEYKETVYL
ALTDMIGQMKSGLDSSCELSSGCQYRNYDGSLNEAGKIFSKFIQEISEELVMNDKNPDLMLTQIAYKMNDFLKDESNKAF
SEYNYFQDRILTYQTGFDLNLNNTKSKFDLSAAEWILRNQTYYDLSSSVKFENWTANPVDVGIFAGIYDPELKSIFQSIH
HSDYDRLAEVLNAKLGESRKVQNIIGANLYTDAYHFINNLNLLGLGVPFDRAHHVQGNLMLDGHNKYGFWQAEVNLTVLT
PGTYSYQMGAIGYSVLYEMYDETSQQSSLYWNSNFSQLNNQSLHFENKLMPAISHWEKKTKEYSDSFATWSNSKENLIEQ
AKLDFQTNRIQLENAKENWVQKLEEEGRSGWKSWNELYLVGEISESKPNHVPTQIEMNLSPIGDLSQLNHFQSLSQFDSN
GIEIQVGDNSIVDHFQKTIFGVNQYASVIQMNHELETFQKSEQSKLINQLTYGLNTELIGNRKLSKEESILIGSVDYSKL
NTEEQKNYGKCYEDPSSVICTSLLKKEFDVSDPNQGGTVTISKEIFNGMLGSRDDKGEYTASKSIISKQIVLGSIGKIQS
SDRKDFFTEWTNEDWETIQNRKNQIANDFINQSLKNDQKQLVNNLKTIENLNEKNYQNYLVKKESQENVDSFVQELAIAY
LTGGMSGVKASLSAKAESAINSELAKTWVRATGGNEQDIQLVSMAIEFMKGRMSANKIKSRDNFISIKNPIQSFEKVIGK
TLSQTLQSMDKISDGLISVPVNLALSGVLAVTKELVGEKRYNRLNDQFSGANKRLLEIKNNEAQLIESGVSQTIALGTGV
PLEMVSKIIGDKNGQRKAKKADKAMSKNLVSDLGSQITGALGGIVKTAVMALGIPEDQVFATMSDAHSLMNAKNLNHHSD
AEINFGYTLQTLGLQANWTKHQSSFVDLKDQKSVVTEIGKTLIAKEMAKNSGLDESFIKQTLDGVSAKIQKKKSDSKAQS
TAIRQTVVNAGSIALTLGASGAWSSASNALSKVGKMTSAVTRGVLPATAKIGQVVSSTFIQTIAGSHEGPKGAAAGFLNG
SLVGLTDKFGKFESGMFEGMKPGIGVSYSEQNGLGGSIGIGNSINNVSLSVSKKGNTSLQFSQSIAKGIQFAADMTTNDS
FKVGMNYNPSGEGPRKDWNFSMMYDLKGSGLSGSIGFTEPETKLGLTSHIDKNGISTSSELHGVSIGTNSDEGFQMDEFN
FVNQNINLSQDGSDLVDANGNTVENEGTSPLGDLVGQLGMVGGVLLGGMGLLNLLRSRMNGGGGNYLGVGKEMSAFNFQS
NSGQSFFSRLRDTMKKGLFQYGESVARYADAYTYTPKKSSQADGKSQENKPSKETDRITKLKTSIIDDYKKNTRLDTEKK
LYELKQAGIDTTEIEAEIKKKRNGKDVPMSKAVEKSLNEYKRLREQRSIRPIGADEVVYLTSSDALANVKVAYDPKKETK
QAYLQRLGDEICAASKDVDLSTDELVALHSANVALLLGENLMGKINYARFKNIDGKKDVSAVNTVDADGFRQTNETDCIR
YIGAVLYAAGLTDKGSFANLNTDVYLTPEEIEQMEAEYKAKTIHRNGVEYFRQAGGFSTLVSERLTTEQDLKTHKEKGNL
PELKVGMIGITRKMETDSDTSRTAMKSDHIYIVIGKKFNHELGVNEYLISESSYGTGVQNRWITKETNTEIINNLKKKYS
EQKLSTKEIQAKISELKLPKNNSDYLLRSEFYELKPQVGVKKDEV

Sequences:
NA

Specific function: NA

COG id: NA

COG function: NA

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: NA

TargetDB status: NA

Availability: NA

References: NA