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Identifier: 15800989

GI number:

Start: 1379853

End: 1388273

Strand: Direct

Name: Not Available

Synonym: Z1495

Alternate gene names: NA

Gene position: NA

Preceding gene: 15800988

Following gene: 15801002

Centisome position: NA

GC content: NA

Gene sequence:

>8421_bases
ATGCCCGGCCATTGTGCCGGGTTTTTTTATGGAGTCTGTATGGCCTATTCAGAGGAACAGCGTCCTGAGGCGCAACTCGG
TAACCAGAATCGTAACAGCCTGAACATTCAGCAACCCGGCGAAACTGACAGCTATGAAGCATTTTTCTCTGATCCGAATC
GCTGGAAGGATAACAGTACGTCGTTCAGCCTGGGCGATGTATTGCCAACAATGGGTAAAGGTTTCGCCCAGTCCGTCCGG
GGAACAGGGGAAATGGCCCGTGGACTCGGTGATGCGATGATTCAGAGCCCGGTAAAAACAGGGGCGCGTATTTTAAATGA
GTTCAGCCGTATGGGGCTGCCGGGTGTCGCAACTGTGCAGGATATTTTTGCCGGTGGCAGCAGGGGGGCTGATGAGGTCA
TCGATACCCTGCCTGATGGCAAAAACGCGGTTACTGATATTGTCGGTAAAGGTCTGAAGGCAACCGGTAAGGCTGTCAGT
GATGGTGCCAAAGCCACTGATGAATGGCTGACCGGTAAGATGTCGCCGGGTGCAGTTCGTGCGCTGAATACGCCGATGAC
CGAAGGCTATAATGATTCTGCGGTCTGGGTGGCGAAGGGTGTAAACCTGATTGGTGCGCTTGTACCTGATATGGTTGCTG
GCGGTGTGGCTAGAAAGGTGGGTGATGTCACACTGCGAAAAATGCTGACCGCCGGGCTGGAGAAAAAATACATCGCGGCA
GGGATGCAGCCGGAAAGAGCCACGGCACTGGCAGCAGAAGCTGTCGATAAAAAAATGCCGGATTTATTCCAGGCGGGCCT
GATCACCCATTCCACTGTAAGTGCACAGGGGCAGAGTGCAATGGCGGCAGCAGATGCTGTTCTTAATGCTGATTACTCTG
AGCTGGCGCAGTCACCGAAATTTCAGCAGACGTTTTTGTCCATTGACGCCGACCCGCAGCACGCACAGCTTACTGATCGC
CAGAAAATGGATCTGGCAAAAGAGCGTGTTGCCGATGAGGTGCGCGCGCAGCTGGCAACCGATCCTGAATTGCTGGCTGT
GAATGCCATGGCGGCAAAACTGGGTGACGCACAACTGTTTAATCTGGTGACACGAGGCACAGCGAAGACCGTTAAAAGCG
GCATTGTCAGAAATGCCACGGAACAGGGGGCGATTAATGCGGCGCAGGGCGGCTATTCACGCTATCAGGAAAACACGGCA
TTGCGTGAGACCGCCGGAATGGGTGTGTCACCGTGGGAGGGCGTGGCTGACGCAACGATCGAAGGTGCAGCCTTTGGTGC
TGCGATGGGGGCTCCATTCGGTGCGGTTGCCGGATATCGTGGCAGACGTCAGGCCGCAGAAGAAACCGCCATGCGTGATG
CTGAAACCGTGCAGCAGGACGACGCAGCCCCGCAACCAGAATCTGTTGATCCGGTGGCGCAGCAGCGTGAATCCATGCAG
GGCATGAATCGCGAGCAGCTTCTGGAGCAGTATGCTGATGCGGATATGGCAACAGAGGGTGACGCATCCGCAGCTCATCG
CCGGGAAGCTGCCAGCCAGTTGTTGAATGAACTGGACGAACAGACGAAGCGACAGGCTGTGATGAATGAGCTGAAGGCGA
AGCCGCGTTCTGAACTGCTTGAGGAATACCGCAGACTCAGCCAGAAAGAGGGGCGCACCGAGACTGAAGAACAACAGTTT
CAGGCAATACGAGAAGTCATTCGCCCACAACAGGAAGTGACGCCGGAAGCACAGTCACAGCCTGAAAATGCGGAGGATGG
TAACGGGAGCATTTACCCGACGGTGCGGTTCCGGGACCCGAATGAAGTCCGCATTGAAATTAACGGGAATGGTGCGTCCA
GACCAGCGGAACGCATTGAGAAGGTGCGCCCGGACAACCGTTATTTCACGGATGAGAAAAGCGCCATGGGGAGTGATGTT
TTCCGTAATGCCGCCGCCACCGGCCTGAAACCGTCCGTAGTGAAGAAAGGCGAGAATCAGTATGCCGTTGAAATGGATAA
TCCTGCGTTCTCTGAAGATGTGGCAACGGAAACCATTAACACCCTGGCTGACGGAGAGCGTATTGCTGATGCTGACCCGA
TGGAGCAGCCCGCGTTCATGCGTGACCCGCGATTCCGTGGTTTCACGGGGGATGATACGGAGGTACAGGCCCGCCTTGCC
CGTGGCAACGCGCCGACGGCAGAGGAGCTTGTACGTTCACAGATGGCTGAAGGTGATGCCGGTCCGACAGCACAGGAGTT
AACTGAGCGTCCACGCCTGCCCGCTCCCGGCGATATTCATCCCGGACAGGGATATCCGTTACCGGGAGAAGTGGCGCGTA
CGCCGGATGAAAATCAGGCCGGACGTGGTGGTCGTTTTACCACAACCGGTGAGGTTAAGGGCCAGAGTTTCCAGAAAGGA
CAAGCTCCGGCACCGGAAAACGCCGCTGGTCGCCAGGGGGAAACACTCGAGGGTGACATGGTTCGTCGTGGTCTGCCGTC
ACCGGATGCGCAGAACGCGACAGCACCGGTACGTGAAGGGCTACCGGCTCCTGACATTGCGCGTAATGTTCGTATGCCTC
AGCCTGAATCACTTCCCCGCACTGTACGGGACTCACTGCCTGAGCTTGCACAGCAGGCAGAAGTACGCCGACAGGCCGGA
GGAAATCGTGACATCCCGCAGCCTGAGACAATCGCACCTGAATCTGAAACAACTGTCTCTACTGACAGGGAAGCTACCGT
GCGCGGAGGTGAAGTCAGGGGCAAAAAAATTGAAGACTTTGGTGAAGAAATTAAGGGCGCGGCAAAACACCGTTATGCAC
AGCTTGCTGAAACACTGGGTAAAACGCTGGAAGACAGGGATTATGCCACGCAGCCGCTGAGCAAACTGTTCCCGAAACCG
GACTACGCAAAACTGGCGAACGAAGGTGCTGATGCTGATACCCTGGCAATGATAGCGCTGTATCGTAGCGATATTCCGGC
GAAGACGAAACACAATACGGCAGGCTGGGGGGAGAGCATAAAAAAAGTACGACACAGTGTATCGGAAATGCTGAACGGAA
CGGTCAGCGCGAAACGCCTCGCAGAATGGATGGAAGGCAGAATGCCCTCCCGTTACGCGGATACCTGGCAACTGTTACGC
ACTCTGCCACCCTCACAGATGGACAGGGCTTCTGCTTATCGGGTGGTATCGGGTGTGTATCAGGCGGCAGGAGGGAAGCG
TTACGATCCGCCACAGAAACTTTATTCACTGCGCAATAAGGACAATAAGGGGAGTAACCTCTTTTTCTCGGAAAGCAGGG
ATGAATTACTGGCAAAGGCGAAAGTCTGGTTTGCAGAGCAGGAGGAAAAATCACAGGCGAAAGGTGATGAAAAAACAGCA
CCGTCACCGGATGACAAAATCCGCTTTGACGTTTACCGGAATACCCGCAGTGGCGATATTTTTATCGCTTACGGTAAAAA
CAAAATGCGGGTGAGAGGTGGCTTTAAGTCAGCCAGTGATGCGCGTAAGTACATTGATTCACATCGTGATGAGCTTGTTC
GTCATGTGAAGGAGATGCGGGAGATTTCGCGTGAGGAGCAGCGCAACGCCACCAACCGCGACCGTACCGGACCAGAACGC
CGCAAGGGGAATGTTTCACCGGAGCAGTTCAGTGATGCGTTTGGTTTCCGTGGTGTGCAGTTTGGTAACTACGTGGAAGG
TCCGCGTCGTCAGGCTGATTTGAACCGGGCTTATGACTCGCTGCATGACCTTGCGGAAGTACTGAATGTACCGACAAAAG
CGCTTTCCCTGAACGGTCGTCTTGGCCTGGCATTTGGTGCCCGTGGTAAGGGTAAGGCGGCGGCACACTATGAGTCAGGT
GAGGTGGCAATCAACCTGACAAAAGGTAACGGACCGGGTGCGCTGGCGCACGAATGGTTCCATTCTCTGGATAATTATTT
TGGTCGTTATGACGTTTCCAATGACGGGAAAATTACGTCAGGTGGCGACTTTATGACGGAAGCACAGCGTGTCAGGCGCA
TATTTAAAGACGGCAGGTATGTTGATGCTGAATATCCGGTACGTCAGGAGGTTTACGACGCTTTTAAAGGTGTGATTCAG
GCCATTAAAAACAGTGACATGCCGCGTCGTTCAGCGCTTCTCGATAAGGTGCGCTCAAAACCGTACTGGTCAACGGATGT
TGAAATGGCGGCACGTGCCTTTGAGCGTTATGTTCAGGATAAGGCGCGTATGGCTGGCGTGGAGAATGATTATCTGGTCA
ATATCCGTAAGGCACCTGAGCACAACACAGATAACACCTACGCTTATCCGACGAATGCGGAACTGGATGGCGGTATTCGT
GAGGCATTCGATCACCTGTTCCGCACCCTGAAAACCCGTGAGACGGACAAGGGCGTTGCGTTTTATTCCCGTAAGGGCGT
TACCCGCACACCTGAAGGTAATCTCATTTCGGATGTTAACCGTAGTGCGGAAGCCAAAGGCAGCCCGGTCCCGCAGGTTG
AAGCGGTTGCCCGTGGCGTGATGAGCGGCATTAAGGACAGTGACCTGAAGGTCCGTGTGGTGAAGTCACAGAAAGAGGCT
GAAGCGCTGGCGGGTGAATTGTTCGATGGTTACGGCAGGGTGCACGCATTCTATCGTCCGGATAAACGAGAAATTGTCCT
GGTGGCGGATAACATCCCTGACGGGCGGACCGTTCGCGAGAAGCTGCGTCACGAGATCATTCACCATGCCATGGAGCATG
TTGTCACACCAGCGGAATATCAGACGATTATCAAAACCGTGCTGAAAACCCGCGACAGTGATAACGTCACCATCCGTGAA
GCCTGGCGTAAGGTTGATGCTTCCTATGGTAAGGAATCACCGGAAGTACAGGCGGGTGAATTTCTGGCACATATGGCGGA
GAAACAGCCGAATAAATTCGTGGCGGCATGGGAGCGTGTTGTTGCCCTGGTCAAAGGGGTACTGCGTCGTACGGGGTTAC
TGAAGCCGACGGAACTGAACGATATCAGACTTGTTCGCGAGACCATCCGTACGTTAGGCCAGCGTGTGCGGGAAGGTTAC
ACGCCGCGTGAGGATGGCGCGGGCGCATCGTTTCAGTACTCCCGTAGTGGTAAACGTGATCCGTTCAAAGTGCCGGAAGG
TGAGGGCGAGCGTTATCGTGATGACCTTGCCAGAATGATGAAATCTCTGCGCACCACAGATTTAACGGTAAACATCGGGC
GTACGCCGCCGGTATTGCGTCACCTTGGTGCACCGGATTTGCCGCTGGTTATTTCCCGCGATACTGTGCGGAAGGCCACC
AATGGTGTGAAACATGTGGTGCCGATGGATGTTATCGAGAGACTACCGGAACTGATGCACGATCCGGATGCAATTTACCG
CTCAGCGACAGAAAGAAATGCGGTTGTGATGCTGCTTGATGCCGTGGATAAAAATGGTGATCCGGTGGTGTCAGCGGTAC
ACATGAAGGCTGTCCGGTCGCGTCTGGAAATCAACAAGGTAGCTTCTGTTTACGGTACAGAAAATGGAAAAAAACTGAAG
AGTATGGAAATGACCGGGTTAACGTTGTACCGGAGAGAAAAATTAAGCCGCGATAACCTTCTGCACAGAGGGCTCCAATT
GCCCAAAGGGGAACATTCTTATCGCGGCTCTGCGGATAAAATACTCTATCCTGAAGATATTCGCAAGGGGCCGTATTACT
CCCGTACCAGCAGTCTGACACCGGAAGAGACAATTGCATCGCGTTTTGTGCGCCAGATGCAGGATAAATTCCAGGTGCTG
AAAGCTGTTCAGGAGAATATCCGTAAAACTGGCGGCAAAGTGGACGACAGTAACAACGCTTATATGGCGGAAGAACTCTT
CCACGGGAAGGCGGAAAACGACCTGAACGTGATGAAGGAGCGCTACGTTCAGCCACTGGCTAAATTACTGGCGGACTACA
AAATTGCGCAGGCCGATCTGGATGAGTACCTCTACGCCCGTCACGCGCCGGAACGTAACGCGCATATCGCGAAAATCAAC
CCGAAAATGCCGGACGGCGGTTCGGGGATGACCAACGCGGAAGCGGCGGAAATCATGCAGCGTGTACGTAACAGTGGCAA
ACAGGCACAGTATGACCGTCTGGCAGGGATTATTGACGATATGCTGGCCCGTCGCCGTGAGCTTATCCGTGAGGCCGGAC
TTGAAGAGAACGGTGTGGTGGATGCCTGGCAGAACGCCTACCGTTACTACGTTCCCCTGAAAGGTCAGGATGTTGACGGT
GTGGTGTCACTGCCCCGTACAGGTAAGGGCTTCACCATCGGCGGACGTGAAAGCAGGCAGGCCATGGGGCGTGCATCCCG
GGCACAGTCTCCGTCCACTCAGGCGATACAGGACCTGAGCGAATCGCTGATCCGCCATCGCAAAAACGAAGTGGGTAACG
CCTTCCTGAAACTGGTGCAGGATAATCCCGACAAGGATTACTGGCAGGTATTCACCGATGACAGACCGGATACCATGCGG
ACGATTGCAGAGCGCAAGGACCAGGAAACTGGTGAAACCATTCGCGAAGTTGTCGAACGCCCTGTACCGATGGCAATGAT
GGCAGACCGGTACTTCACCACCAAAAAGAACGGCAAAACGTACTACATCAAACTCCATGATCCGCGCCTGATGCGTGCGA
TGAAGAGTATGGGACCGGAAACCAGCAATGCCTTTGTTCGTACGCTGGGGAAAGTTAACCGCTTCCTGGCAACGGTGAAC
ACGTCGTATAACCCGGAATTCCTGGTCAGTAACTTCATCCGTGACGTGCAGACGGCGGTGATGAACCTGAAGGCGGAGCA
GGGAAGGAGCGACGGTAAACTGAAAGGGCTGGATAACTTATCCGCCCTGGCTGTGGTGAAAGACAGCCGTTCTGCCATGT
CAGCCGTATACGCCAGTCTGCGTGGTAAAACCCTCACGGGAAAAGGTGCACAGTGGCAGAAGGTGTGGAAAGAGTTTGTT
GAGGACGGAGGGAAAACCGGCTGGTTTAACATGGGTGACCTTGAAGGCCAGCAGAAGGAAATGGATCGCCTTGTCTCACT
GGCGAAGGGGGGATGGAAAGGCCAGAGTATCGGTGCATGGAATTCGTTCCTTAACCTTGTCGAGGATGCCAACGGTGCGG
TTGAAAACGCTCTGCGTCTTTCTGCCTATAAGCACGCCCGTGATGCCGGTTTGTCACGCCAGCAGGCGGCGTCTCTTGCC
AAAAACATGACGGTGAACTTTAACCGTCGTGGTGAGCAGGGGGCGCTGATGAATTCGCTGTACATGTTCGCCAACGCCAG
CATTCAGGGAACGGCAAATCTGGTGAGAACGCTCGGACATCTTAATGGTGAGGGACCTTTACTGGAGCGCCTTCGCTGGA
AGAATCTGAATGTTCCGCAGAAAATCGCGCTTGCCGCTGTGGGAGCAGGTTATCTGCTTGGCTCGCTTAACCGCAGCGTG
GCGGGTGAGGATGATGACGGGGTTAACTGGTATGACAAGGTGCCGTCTCATGTGAAAGAGCGTAACCTCGTCATTATGAA
ATCGGTGTTCGGGGGCAAGGCCGGAGAGTACTGGAGTATTCCTCTGCCTTACGGGTACAACGTTTTCTTCCTGCTCGGGC
ATACTGCTGAAGGTGTGGCGGCGGGTGACCTGACGGCGTCCCGTGCTGCCGGTAATGTTGTTGGTGGTGTGCTTGGTGCA
TTCAGCCCGATTGGCAGTGAGACGTCGGAAACACTGTCCGGGGCATTGCTGAAAAATGCAGCGCCGACCATTCTGCGTCC
GTTTGCGAACCTTGCCATGAATGAAAACTTCATGGGGGCGCAGATTTACCAGGAGAACATGCCGTTTGGTACACCAAAAC
CTGACAGCCAGCTGGGAAGACGTTCAACGCCAGAAGCGTACAAGGCGTTTGCATCCTGGCTGAATGCGTTCTCAGGTGGC
AGCCAGTACCGTCCCGGCGCGGTGGATATCACACCGGAATCGCTGAAATTCTGGATTGACTATATCTCCGGAGGGACAGG
GCGCTTCATTTCCAAAACCACGGATGCGGCGGTGAAATCGCTGAATGGTATTGATATACCGGAACAGCAGGTGCCCTTCC
TGGGGAAAATTTCGGGGGAGGTGATGCCGTATGCAGACCAGCAGAAGATGTACGACCGGATGACAGAGATTGCGCAGTAT
CACGCAGAGCTGAAGAGTCTGACCGGTGCAGAAAGAACGGCGTTCATTGACGAGAACAACGGAAAATTGTCGATGAACGG
GCTTATGCAGGATACCCGGAAGAGACTGAAGGATTTGCGTAAACAGCGTGATGCCATTTACGCCGACAGTACTCTCAGTC
TGGCGCAACAGTCGGCGATGGTGAAATCGGTAGAGCGGGATATGAAAATTGCCGTGGATCGGTTTAACCGCGAGTACAAC
AAAAAAGTGGGAGTGGATTAA

Upstream 100 bases:

>100_bases
GGCCAGAGATGAAAGTGCTTCATCTGCATCTCAGTTTATCCGTGGACTGAAACAGAATTACGCCCAGTAATTCACGATAT
TCCATTAATACCATTTCCTG

Downstream 100 bases:

>100_bases
CAGAAATGGCCCCGTACGGAAGTGCGGGGCTGATTAAGAAATAAACACTCATTGACCTGTAATAACCGGAGCTATTAACA
TATAGTCAGAAGAGCATTTC

Product: hypothetical protein

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>2806_residues
MPGHCAGFFYGVCMAYSEEQRPEAQLGNQNRNSLNIQQPGETDSYEAFFSDPNRWKDNSTSFSLGDVLPTMGKGFAQSVR
GTGEMARGLGDAMIQSPVKTGARILNEFSRMGLPGVATVQDIFAGGSRGADEVIDTLPDGKNAVTDIVGKGLKATGKAVS
DGAKATDEWLTGKMSPGAVRALNTPMTEGYNDSAVWVAKGVNLIGALVPDMVAGGVARKVGDVTLRKMLTAGLEKKYIAA
GMQPERATALAAEAVDKKMPDLFQAGLITHSTVSAQGQSAMAAADAVLNADYSELAQSPKFQQTFLSIDADPQHAQLTDR
QKMDLAKERVADEVRAQLATDPELLAVNAMAAKLGDAQLFNLVTRGTAKTVKSGIVRNATEQGAINAAQGGYSRYQENTA
LRETAGMGVSPWEGVADATIEGAAFGAAMGAPFGAVAGYRGRRQAAEETAMRDAETVQQDDAAPQPESVDPVAQQRESMQ
GMNREQLLEQYADADMATEGDASAAHRREAASQLLNELDEQTKRQAVMNELKAKPRSELLEEYRRLSQKEGRTETEEQQF
QAIREVIRPQQEVTPEAQSQPENAEDGNGSIYPTVRFRDPNEVRIEINGNGASRPAERIEKVRPDNRYFTDEKSAMGSDV
FRNAAATGLKPSVVKKGENQYAVEMDNPAFSEDVATETINTLADGERIADADPMEQPAFMRDPRFRGFTGDDTEVQARLA
RGNAPTAEELVRSQMAEGDAGPTAQELTERPRLPAPGDIHPGQGYPLPGEVARTPDENQAGRGGRFTTTGEVKGQSFQKG
QAPAPENAAGRQGETLEGDMVRRGLPSPDAQNATAPVREGLPAPDIARNVRMPQPESLPRTVRDSLPELAQQAEVRRQAG
GNRDIPQPETIAPESETTVSTDREATVRGGEVRGKKIEDFGEEIKGAAKHRYAQLAETLGKTLEDRDYATQPLSKLFPKP
DYAKLANEGADADTLAMIALYRSDIPAKTKHNTAGWGESIKKVRHSVSEMLNGTVSAKRLAEWMEGRMPSRYADTWQLLR
TLPPSQMDRASAYRVVSGVYQAAGGKRYDPPQKLYSLRNKDNKGSNLFFSESRDELLAKAKVWFAEQEEKSQAKGDEKTA
PSPDDKIRFDVYRNTRSGDIFIAYGKNKMRVRGGFKSASDARKYIDSHRDELVRHVKEMREISREEQRNATNRDRTGPER
RKGNVSPEQFSDAFGFRGVQFGNYVEGPRRQADLNRAYDSLHDLAEVLNVPTKALSLNGRLGLAFGARGKGKAAAHYESG
EVAINLTKGNGPGALAHEWFHSLDNYFGRYDVSNDGKITSGGDFMTEAQRVRRIFKDGRYVDAEYPVRQEVYDAFKGVIQ
AIKNSDMPRRSALLDKVRSKPYWSTDVEMAARAFERYVQDKARMAGVENDYLVNIRKAPEHNTDNTYAYPTNAELDGGIR
EAFDHLFRTLKTRETDKGVAFYSRKGVTRTPEGNLISDVNRSAEAKGSPVPQVEAVARGVMSGIKDSDLKVRVVKSQKEA
EALAGELFDGYGRVHAFYRPDKREIVLVADNIPDGRTVREKLRHEIIHHAMEHVVTPAEYQTIIKTVLKTRDSDNVTIRE
AWRKVDASYGKESPEVQAGEFLAHMAEKQPNKFVAAWERVVALVKGVLRRTGLLKPTELNDIRLVRETIRTLGQRVREGY
TPREDGAGASFQYSRSGKRDPFKVPEGEGERYRDDLARMMKSLRTTDLTVNIGRTPPVLRHLGAPDLPLVISRDTVRKAT
NGVKHVVPMDVIERLPELMHDPDAIYRSATERNAVVMLLDAVDKNGDPVVSAVHMKAVRSRLEINKVASVYGTENGKKLK
SMEMTGLTLYRREKLSRDNLLHRGLQLPKGEHSYRGSADKILYPEDIRKGPYYSRTSSLTPEETIASRFVRQMQDKFQVL
KAVQENIRKTGGKVDDSNNAYMAEELFHGKAENDLNVMKERYVQPLAKLLADYKIAQADLDEYLYARHAPERNAHIAKIN
PKMPDGGSGMTNAEAAEIMQRVRNSGKQAQYDRLAGIIDDMLARRRELIREAGLEENGVVDAWQNAYRYYVPLKGQDVDG
VVSLPRTGKGFTIGGRESRQAMGRASRAQSPSTQAIQDLSESLIRHRKNEVGNAFLKLVQDNPDKDYWQVFTDDRPDTMR
TIAERKDQETGETIREVVERPVPMAMMADRYFTTKKNGKTYYIKLHDPRLMRAMKSMGPETSNAFVRTLGKVNRFLATVN
TSYNPEFLVSNFIRDVQTAVMNLKAEQGRSDGKLKGLDNLSALAVVKDSRSAMSAVYASLRGKTLTGKGAQWQKVWKEFV
EDGGKTGWFNMGDLEGQQKEMDRLVSLAKGGWKGQSIGAWNSFLNLVEDANGAVENALRLSAYKHARDAGLSRQQAASLA
KNMTVNFNRRGEQGALMNSLYMFANASIQGTANLVRTLGHLNGEGPLLERLRWKNLNVPQKIALAAVGAGYLLGSLNRSV
AGEDDDGVNWYDKVPSHVKERNLVIMKSVFGGKAGEYWSIPLPYGYNVFFLLGHTAEGVAAGDLTASRAAGNVVGGVLGA
FSPIGSETSETLSGALLKNAAPTILRPFANLAMNENFMGAQIYQENMPFGTPKPDSQLGRRSTPEAYKAFASWLNAFSGG
SQYRPGAVDITPESLKFWIDYISGGTGRFISKTTDAAVKSLNGIDIPEQQVPFLGKISGEVMPYADQQKMYDRMTEIAQY
HAELKSLTGAERTAFIDENNGKLSMNGLMQDTRKRLKDLRKQRDAIYADSTLSLAQQSAMVKSVERDMKIAVDRFNREYN
KKVGVD

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