BDBG_00459 cDNA ORF clone, Blastomyces gilchristii SLH14081

Gene
Clones
gRNAs

Summary

Gene Symbol	BDBG_00459
Entrez Gene ID	8508047
Full Name	UDP-glucose:sterol glycosyltransferase
Gene Type	protein-coding
Organism	Blastomyces gilchristii SLH14081

mRNA and Protein(s)

mRNA	Protein	Name
XM_002629167.2	XP_002629213.2	sterol 3beta-glucosyltransferase
XM_002629167.1	XP_002629213.1	UDP-glucose:sterol glycosyltransferase

Pathways from BioSystems
Gene Ontology

The following BDBG_00459 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BDBG_00459 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAl06830	XM_002629167.1 Latest version!	Ajellomyces dermatitidis SLH14081 UDP-glucose:sterol glycosyltransferase, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$881.30 $1259.00
OAl116956	XM_002629167.2 Latest version!	Blastomyces gilchristii SLH14081 sterol 3beta-glucosyltransferase (BDBG_00459), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

BDBG_00459 ( XM_002629167.1 ) cDNA ORF clone, Blastomyces gilchristii SLH14081 -> XP_002629213.1 Ajellomyces dermatitidis SLH14081 UDP-glucose:sterol glycosyltransferase, mRNA.

Price & Availability↑

CloneID	OAl06830
Clone ID Related Accession (Same CDS sequence)	XM_002629167.1
Accession Version	XM_002629167.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4524bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2009-10-08
Organism	Blastomyces gilchristii SLH14081
Product	UDP-glucose:sterol glycosyltransferase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003101682). COMPLETENESS: incomplete on both ends.

ATGCCTCCAG ACGATGAATC CAGAACAACA GGGGCGAGTG ACAGAGCGAA ACCCCATCCC 
ACGTCCACAC ACCGTCTCTC CTCGAGCCAT ATACCTGATC GATTAAGAAT GGGCGACGAT 
GAACAGGAGG ATATGACCGC TCCACCGGGG GGCACGACGG GCCGTGGGGG GAGGTTCCAA 
TACATGCACC AGTCCGTGTT CTCCATGATT GCCGCTGCAA GTTCCAAAAA GGATTTCCAC 
AACCGCTTCG ATGAGTCTAG CGATGCAGAA GATGAAGATG CGCATGCGGA TGCGGATCGG 
GCGTTCAAAA CCCGATTTCT ATCAAACGAT GGGATCGATG GTCGTCGTCG TGATGGTAGT 
GCTTCAACTA GCCGTCTTCC ACATCTTGCC AAGCGGGACA AGACATCCAT ATCTAGCACC 
GCGGAGGAGC GTGGGCGATC ACAGCATCGG AAGAAGCTTT CGGAACATAA ATTTTTGAAG 
TCCCTTGCGA AACTACCGCA TAGAAATAAT AGAGGAACGG AGCCAGCTTC TGAACCGGAA 
CCGGAACTTG AAGAAGCTTC CGTGACTGGT GGGCTTTCAT CGGCAAACCC TGTGCTGCTG 
GTGGCTGCTA CGGAAGCTCC AGTGCTGAGT CGGATGCTTG ACGCACAATC TCGCTTTGGT 
GAATCAGAAC CGCCACCCAA CTCAACAGAG CGTTCCCGAG AAGATCAACA CCAACGAAAA 
GAATCCTCGC CTGCGTCTCT TCTATCCGCG CGCCTCATGG ATATATTCAG ATTTGATAGA 
CCAGAGAAGG TTATATCAGA GTATCAATGC TGGCTCCTCC AGAGTGTACT GCTACAAGGG 
TACATGTATA TCACTGAAAG GCACATAAGC TTCTACGCCT ACCTTCCGAA AAAGTCTCAT 
ACAACCATTA AATCAGGTTA CCTGTCAAAA CGAGGACGCC AGAACCCAAA GTACAACCGG 
TACTATTTTG AACTCAAAGG GGATGTATTA TCCTACTATC TCGATCGTTC GAACCTGTAT 
TTTCCAAGTG GTCATGTCGA TCTTCGATAC GGGATATCAG CCAATCTTAC GGAGCAGAAG 
GGCAAGGACA AAGACAAAGA AGTGAAGGAT TTCACGGTAA CGACAAACAC TAGGACATAC 
CAGTTTAGGG CTGATAGTGC GACAAGCGCG AGGGAATGGG TGAAGGCCTT ACAGAAGGTT 
ATCTTCAGGT CCCATAACGA CGGCGACAGC GTCAAGATCT CCCTACCAAT TGAGAATGTT 
ATAGACATAG AGGAGAATCC TGTCATTGAT TTCGCGGATA CGTTCAAAAT TCGTGTTGTT 
GAAAGTGGTG AAAGTTATGC GATTGACGAG TATTTCTTTT CGTTTTTTGA ATGTGGCAAG 
GAGGCCATTG AAGTTCTCAA GAAAATGGTC AACAATACCC CAGCACAACA AATTCAGCAA 
ACTATGCTTG CGCCTGATGG TGGCTATACG TCTAGGCGTC GTCGTTCTCA CTCGGCGGAT 
GAAATTTCAC CTCCATCCAC ACATGGAACA ACCTTGCTTT CGGAGGCCGT GAAAGCCACC 
TTGCGGCCGC ACTCTCCTCT TGGCAGCCGG AATGGGAGTC CCAAGCGAGT CCCAGATCGC 
CAGAGATCCC CATTTCATAA GTTTAGCCGT AGTAGGCGTC ATAGCCGTGA AAGCAGCGGA 
GCAGGACTTG AACATAGGAG GAGGAGCGGT AGTACCAACA GAGCAAGCGT CGGGGACAAT 
CAAGCCGAAA CGTCGCCTGG AGGTAAACTG CTGAATTCGT CGGATTCATT CGTTCAATCG 
TTAGAACATG CCACGGATTC TTCCGCTATT TTACAGTCAA CAAACGGGAC AGTAGAGTCC 
GCAAGTCAGA TCTTGAATAG GAGCGATGTT TTCCAGTCAC CTACCATTCA TAAGCTACGA 
GATACACTAT CTGGAGCGGG GGAAGCCCCC CGGCGCCCTT CTGAGGATAC CGCCCGGTTT 
GCCCCCTCAC CTACCGACGT TCTCATACAT CCTCCTTCAA GAACACAGAC GTCACAATCG 
CTTACGAAAC CGGAATATCA GGATGGTGGC AGCGACTCTG AGCACGACCT TCAACATAGA 
AGCGTCGCGC ACTCTGCGTC ATCACCAACC CTTCAAGAAC TTATGAAGGT CGGTAGCTAC 
CCATTACAAC GTGCGGCTGG GTTGGCAGGA TACCTTAAAA GCCGATCGAA GCACATGAGC 
AACCTTCTTG CAACTGAGTC GATGGGTTAC TTTGAAAAGG TGTCTGGCAT GTGGATAGGT 
GGGAAGAGAC ACTATGGCGA AGGCGAAACC ATTCTTCCCG ATGACAGGAT GGTCGATCCG 
GAAGACGAGG AACAGGGATG CGAACATGGT GATAGATTCC GCGCGCATTT CGCCCTACCT 
TCCTCGGAAA AGCTACAAGC TACATACTTT GCGTATCTGC ATCGGGTCAT CCCGCTTTAC 
GGCAAGTTAT ACATCAGCAA TCGGAAATTT TGTTTTCGAA GTCTTCTTCC CGGTACACGA 
ACCAAGATGA TCCTCCCGCT GAGAGATATA GAAAATGTCG AAAAGGAGAA GGGCTTTCGG 
TTTGGATACC ATGGGCTTGT GGTTATTATA AGCGGCCATG AGGAATTGTT CTTTGAATTC 
AATACTGCGG ATGTCCGAGA TGACTGTGCT GTCACTCTAC ATCAAAATCT CGAGTCTATT 
CGATATCTAG TGGAGTCCGG TTTGTTGGCA CAGCAGGACA GAGAGGAGGC TGAAGCTGCG 
AGGGCAGAGC ACCAAATGCT GCAAGAAGCA AGGCTTGAGG GCATGGAGGA GCAGCAAAGC 
TCTCAGACGC TATCTACATC TACGCCGTTG TCTCCTACAA GCTCACCCAT TCTTTTTGAC 
GATCCACGTG TTTCAATTGT CAATTTTAAG CCGCAGGAAG CGTTGCGGAT CACCTGTCTG 
ACCATCGGGT CCAGAGGTGA TGTCCAGCCA TACATTGCGC TCTGCAAGGG CCTAATAGCG 
GAGGGCCACA TACCGAAAAT TGCGACTCAT AGGGAGTTTG AGCCTTGGAT AAGGAAGCAT 
GGCATCGACT TCGCACCGGT TGAAGGAGAT CCCGCAGAAC TTATGCGAAT TTGTGTGGAA 
AATGGAATGT TCACCTATTC GTTCCTGAAG GAAGCGTCGT CGAAGTTCAG AGGTTGGATT 
GATGACCTTC TCTCATCTGC ATGGGCAAGC TGTCAAAATA GTGATATCCT GATTGAATCC 
CCCAGCGCTA TGGCTGGCAT ACATATCGCT GAAGCACTGG GAATACCCTA CTTCCGCGCG 
TTCACCATGC CATGGACTAG GACTAGAGCT TACCCTCACG CATTTGCTGT CCCTGAGCAT 
AAGATGGGTG GAGCATACAA CTATATTACC TACGTCATGT TTGACAACGT GTTCTGGAAA 
GCCATTGCGG GTCAAGTGAA CCGCTGGCGG AAACGAGAAC TGGGCCTTCG CAGCACCAAT 
CTTGACAAGA TGCAACCAAA CAAGGTTCCT TTCTTATACA ATTTCTCACC TTCAGTCGTC 
CCACCACCCC TTGATTTCTG TGACTGGATT CGTGTAACGG GCTACTGGTT TTTGGACGAA 
GGCGTCGATT GGCAACCTCC AGCTGAACTC GATAACTTCA TAAAACAAGC CCGGGCTGAT 
AAGAAGAAGA TCGTGTACAT CGGCTTTGGC TCTATCGTCG TATCAGACCC CGCAGCTCTC 
ACCAAGACGG TCGTGGATTC CGTTCTGAGG GCGGATGTGC GATGTATTTT GTCCAAGGGC 
TGGTCTGATA GGCTTGGAGA CCCTTCTAGC GCGAAAGTTG AGATCCCCTT ACCGCCTGAG 
GTTCATCAGA TTAAGTCCGC ACCGCACGAC TGGTTGTTCT CGCACATTGA TGCGGCGGCA 
CATCACGGTG GAGCTGGCAC GACAGGAGCA AGTCTGCGAG CTGGGATACC GACGATCATC 
AAGCCGTTCT TTGGGGATCA GTTCTTCTTC GGATCCCGCG TGGAGGATCT TGGGGTTGGG 
ATTTGTATGA AGAGGCTTAA CGTGGGCGTG TTCACAAGGG CACTTTGGGA GGCTACGCAT 
AGCGAGCGGA TTATCGTTAA GGCGAGGGCG CTTGGGGAGC AGATCCGGAA GGAGGACGGC 
GTAGGAAACG CTATCCAGGC TATATACCGC GACCTCGAGT ATGCCAAGAC TCTCGTCCGA 
CAACGGTCCA ATGCAACATC AGCTTCCCAG ACAGGGATTG TTCCAGTCGG GATGGAAGAA 
TCTAGTGTTG GGATATCATC TGAGACAGGC CTTGATGCAG ATGGCGATGG TGAGGGTGAT 
GCTGATGCTG ATGCTGATGC TGATGCGGAT GCGGCCATGG AAGACTCGTG GACTTTTGTA 
GGGGATGAGG CAGGGCCGGA GCTTGCGAGG AAATCTAGAG CCCGTGAGAG AGATTATGAC 
GTTCCCGGTG ATATAGTTGC GGCTAGAGTG ACTGGCTCTA ACGGCAGCGG CGGCAGTGGT 
TCTCACGACG GTCGAAGCGG GTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_002629213.1
CDS	1..4524
Translation	MPPDDESRTTGASDRAKPHPTSTHRLSSSHIPDRLRMGDDEQEDMTAPPGGTTGRGGRFQYMHQSVFSMIAAASSKKDFHNRFDESSDAEDEDAHADADRAFKTRFLSNDGIDGRRRDGSASTSRLPHLAKRDKTSISSTAEERGRSQHRKKLSEHKFLKSLAKLPHRNNRGTEPASEPEPELEEASVTGGLSSANPVLLVAATEAPVLSRMLDAQSRFGESEPPPNSTERSREDQHQRKESSPASLLSARLMDIFRFDRPEKVISEYQCWLLQSVLLQGYMYITERHISFYAYLPKKSHTTIKSGYLSKRGRQNPKYNRYYFELKGDVLSYYLDRSNLYFPSGHVDLRYGISANLTEQKGKDKDKEVKDFTVTTNTRTYQFRADSATSAREWVKALQKVIFRSHNDGDSVKISLPIENVIDIEENPVIDFADTFKIRVVESGESYAIDEYFFSFFECGKEAIEVLKKMVNNTPAQQIQQTMLAPDGGYTSRRRRSHSADEISPPSTHGTTLLSEAVKATLRPHSPLGSRNGSPKRVPDRQRSPFHKFSRSRRHSRESSGAGLEHRRRSGSTNRASVGDNQAETSPGGKLLNSSDSFVQSLEHATDSSAILQSTNGTVESASQILNRSDVFQSPTIHKLRDTLSGAGEAPRRPSEDTARFAPSPTDVLIHPPSRTQTSQSLTKPEYQDGGSDSEHDLQHRSVAHSASSPTLQELMKVGSYPLQRAAGLAGYLKSRSKHMSNLLATESMGYFEKVSGMWIGGKRHYGEGETILPDDRMVDPEDEEQGCEHGDRFRAHFALPSSEKLQATYFAYLHRVIPLYGKLYISNRKFCFRSLLPGTRTKMILPLRDIENVEKEKGFRFGYHGLVVIISGHEELFFEFNTADVRDDCAVTLHQNLESIRYLVESGLLAQQDREEAEAARAEHQMLQEARLEGMEEQQSSQTLSTSTPLSPTSSPILFDDPRVSIVNFKPQEALRITCLTIGSRGDVQPYIALCKGLIAEGHIPKIATHREFEPWIRKHGIDFAPVEGDPAELMRICVENGMFTYSFLKEASSKFRGWIDDLLSSAWASCQNSDILIESPSAMAGIHIAEALGIPYFRAFTMPWTRTRAYPHAFAVPEHKMGGAYNYITYVMFDNVFWKAIAGQVNRWRKRELGLRSTNLDKMQPNKVPFLYNFSPSVVPPPLDFCDWIRVTGYWFLDEGVDWQPPAELDNFIKQARADKKKIVYIGFGSIVVSDPAALTKTVVDSVLRADVRCILSKGWSDRLGDPSSAKVEIPLPPEVHQIKSAPHDWLFSHIDAAAHHGGAGTTGASLRAGIPTIIKPFFGDQFFFGSRVEDLGVGICMKRLNVGVFTRALWEATHSERIIVKARALGEQIRKEDGVGNAIQAIYRDLEYAKTLVRQRSNATSASQTGIVPVGMEESSVGISSETGLDADGDGEGDADADADADADAAMEDSWTFVGDEAGPELARKSRARERDYDVPGDIVAARVTGSNGSGGSGSHDGRSG

Target ORF information:

RefSeq Version	XM_002629167.1
Organism	Blastomyces gilchristii SLH14081
Definition	Ajellomyces dermatitidis SLH14081 UDP-glucose:sterol glycosyltransferase, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_002629167.1

ORF Insert Sequence:

ATGCCTCCAG ACGATGAATC CAGAACAACA GGGGCGAGTG ACAGAGCGAA ACCCCATCCC 
ACGTCCACAC ACCGTCTCTC CTCGAGCCAT ATACCTGATC GATTAAGAAT GGGCGACGAT 
GAACAGGAGG ATATGACCGC TCCACCGGGG GGCACGACGG GCCGTGGGGG GAGGTTCCAA 
TACATGCACC AGTCCGTGTT CTCCATGATT GCCGCTGCAA GTTCCAAAAA GGATTTCCAC 
AACCGCTTCG ATGAGTCTAG CGATGCAGAA GATGAAGATG CGCATGCGGA TGCGGATCGG 
GCGTTCAAAA CCCGATTTCT ATCAAACGAT GGGATCGATG GTCGTCGTCG TGATGGTAGT 
GCTTCAACTA GCCGTCTTCC ACATCTTGCC AAGCGGGACA AGACATCCAT ATCTAGCACC 
GCGGAGGAGC GTGGGCGATC ACAGCATCGG AAGAAGCTTT CGGAACATAA ATTTTTGAAG 
TCCCTTGCGA AACTACCGCA TAGAAATAAT AGAGGAACGG AGCCAGCTTC TGAACCGGAA 
CCGGAACTTG AAGAAGCTTC CGTGACTGGT GGGCTTTCAT CGGCAAACCC TGTGCTGCTG 
GTGGCTGCTA CGGAAGCTCC AGTGCTGAGT CGGATGCTTG ACGCACAATC TCGCTTTGGT 
GAATCAGAAC CGCCACCCAA CTCAACAGAG CGTTCCCGAG AAGATCAACA CCAACGAAAA 
GAATCCTCGC CTGCGTCTCT TCTATCCGCG CGCCTCATGG ATATATTCAG ATTTGATAGA 
CCAGAGAAGG TTATATCAGA GTATCAATGC TGGCTCCTCC AGAGTGTACT GCTACAAGGG 
TACATGTATA TCACTGAAAG GCACATAAGC TTCTACGCCT ACCTTCCGAA AAAGTCTCAT 
ACAACCATTA AATCAGGTTA CCTGTCAAAA CGAGGACGCC AGAACCCAAA GTACAACCGG 
TACTATTTTG AACTCAAAGG GGATGTATTA TCCTACTATC TCGATCGTTC GAACCTGTAT 
TTTCCAAGTG GTCATGTCGA TCTTCGATAC GGGATATCAG CCAATCTTAC GGAGCAGAAG 
GGCAAGGACA AAGACAAAGA AGTGAAGGAT TTCACGGTAA CGACAAACAC TAGGACATAC 
CAGTTTAGGG CTGATAGTGC GACAAGCGCG AGGGAATGGG TGAAGGCCTT ACAGAAGGTT 
ATCTTCAGGT CCCATAACGA CGGCGACAGC GTCAAGATCT CCCTACCAAT TGAGAATGTT 
ATAGACATAG AGGAGAATCC TGTCATTGAT TTCGCGGATA CGTTCAAAAT TCGTGTTGTT 
GAAAGTGGTG AAAGTTATGC GATTGACGAG TATTTCTTTT CGTTTTTTGA ATGTGGCAAG 
GAGGCCATTG AAGTTCTCAA GAAAATGGTC AACAATACCC CAGCACAACA AATTCAGCAA 
ACTATGCTTG CGCCTGATGG TGGCTATACG TCTAGGCGTC GTCGTTCTCA CTCGGCGGAT 
GAAATTTCAC CTCCATCCAC ACATGGAACA ACCTTGCTTT CGGAGGCCGT GAAAGCCACC 
TTGCGGCCGC ACTCTCCTCT TGGCAGCCGG AATGGGAGTC CCAAGCGAGT CCCAGATCGC 
CAGAGATCCC CATTTCATAA GTTTAGCCGT AGTAGGCGTC ATAGCCGTGA AAGCAGCGGA 
GCAGGACTTG AACATAGGAG GAGGAGCGGT AGTACCAACA GAGCAAGCGT CGGGGACAAT 
CAAGCCGAAA CGTCGCCTGG AGGTAAACTG CTGAATTCGT CGGATTCATT CGTTCAATCG 
TTAGAACATG CCACGGATTC TTCCGCTATT TTACAGTCAA CAAACGGGAC AGTAGAGTCC 
GCAAGTCAGA TCTTGAATAG GAGCGATGTT TTCCAGTCAC CTACCATTCA TAAGCTACGA 
GATACACTAT CTGGAGCGGG GGAAGCCCCC CGGCGCCCTT CTGAGGATAC CGCCCGGTTT 
GCCCCCTCAC CTACCGACGT TCTCATACAT CCTCCTTCAA GAACACAGAC GTCACAATCG 
CTTACGAAAC CGGAATATCA GGATGGTGGC AGCGACTCTG AGCACGACCT TCAACATAGA 
AGCGTCGCGC ACTCTGCGTC ATCACCAACC CTTCAAGAAC TTATGAAGGT CGGTAGCTAC 
CCATTACAAC GTGCGGCTGG GTTGGCAGGA TACCTTAAAA GCCGATCGAA GCACATGAGC 
AACCTTCTTG CAACTGAGTC GATGGGTTAC TTTGAAAAGG TGTCTGGCAT GTGGATAGGT 
GGGAAGAGAC ACTATGGCGA AGGCGAAACC ATTCTTCCCG ATGACAGGAT GGTCGATCCG 
GAAGACGAGG AACAGGGATG CGAACATGGT GATAGATTCC GCGCGCATTT CGCCCTACCT 
TCCTCGGAAA AGCTACAAGC TACATACTTT GCGTATCTGC ATCGGGTCAT CCCGCTTTAC 
GGCAAGTTAT ACATCAGCAA TCGGAAATTT TGTTTTCGAA GTCTTCTTCC CGGTACACGA 
ACCAAGATGA TCCTCCCGCT GAGAGATATA GAAAATGTCG AAAAGGAGAA GGGCTTTCGG 
TTTGGATACC ATGGGCTTGT GGTTATTATA AGCGGCCATG AGGAATTGTT CTTTGAATTC 
AATACTGCGG ATGTCCGAGA TGACTGTGCT GTCACTCTAC ATCAAAATCT CGAGTCTATT 
CGATATCTAG TGGAGTCCGG TTTGTTGGCA CAGCAGGACA GAGAGGAGGC TGAAGCTGCG 
AGGGCAGAGC ACCAAATGCT GCAAGAAGCA AGGCTTGAGG GCATGGAGGA GCAGCAAAGC 
TCTCAGACGC TATCTACATC TACGCCGTTG TCTCCTACAA GCTCACCCAT TCTTTTTGAC 
GATCCACGTG TTTCAATTGT CAATTTTAAG CCGCAGGAAG CGTTGCGGAT CACCTGTCTG 
ACCATCGGGT CCAGAGGTGA TGTCCAGCCA TACATTGCGC TCTGCAAGGG CCTAATAGCG 
GAGGGCCACA TACCGAAAAT TGCGACTCAT AGGGAGTTTG AGCCTTGGAT AAGGAAGCAT 
GGCATCGACT TCGCACCGGT TGAAGGAGAT CCCGCAGAAC TTATGCGAAT TTGTGTGGAA 
AATGGAATGT TCACCTATTC GTTCCTGAAG GAAGCGTCGT CGAAGTTCAG AGGTTGGATT 
GATGACCTTC TCTCATCTGC ATGGGCAAGC TGTCAAAATA GTGATATCCT GATTGAATCC 
CCCAGCGCTA TGGCTGGCAT ACATATCGCT GAAGCACTGG GAATACCCTA CTTCCGCGCG 
TTCACCATGC CATGGACTAG GACTAGAGCT TACCCTCACG CATTTGCTGT CCCTGAGCAT 
AAGATGGGTG GAGCATACAA CTATATTACC TACGTCATGT TTGACAACGT GTTCTGGAAA 
GCCATTGCGG GTCAAGTGAA CCGCTGGCGG AAACGAGAAC TGGGCCTTCG CAGCACCAAT 
CTTGACAAGA TGCAACCAAA CAAGGTTCCT TTCTTATACA ATTTCTCACC TTCAGTCGTC 
CCACCACCCC TTGATTTCTG TGACTGGATT CGTGTAACGG GCTACTGGTT TTTGGACGAA 
GGCGTCGATT GGCAACCTCC AGCTGAACTC GATAACTTCA TAAAACAAGC CCGGGCTGAT 
AAGAAGAAGA TCGTGTACAT CGGCTTTGGC TCTATCGTCG TATCAGACCC CGCAGCTCTC 
ACCAAGACGG TCGTGGATTC CGTTCTGAGG GCGGATGTGC GATGTATTTT GTCCAAGGGC 
TGGTCTGATA GGCTTGGAGA CCCTTCTAGC GCGAAAGTTG AGATCCCCTT ACCGCCTGAG 
GTTCATCAGA TTAAGTCCGC ACCGCACGAC TGGTTGTTCT CGCACATTGA TGCGGCGGCA 
CATCACGGTG GAGCTGGCAC GACAGGAGCA AGTCTGCGAG CTGGGATACC GACGATCATC 
AAGCCGTTCT TTGGGGATCA GTTCTTCTTC GGATCCCGCG TGGAGGATCT TGGGGTTGGG 
ATTTGTATGA AGAGGCTTAA CGTGGGCGTG TTCACAAGGG CACTTTGGGA GGCTACGCAT 
AGCGAGCGGA TTATCGTTAA GGCGAGGGCG CTTGGGGAGC AGATCCGGAA GGAGGACGGC 
GTAGGAAACG CTATCCAGGC TATATACCGC GACCTCGAGT ATGCCAAGAC TCTCGTCCGA 
CAACGGTCCA ATGCAACATC AGCTTCCCAG ACAGGGATTG TTCCAGTCGG GATGGAAGAA 
TCTAGTGTTG GGATATCATC TGAGACAGGC CTTGATGCAG ATGGCGATGG TGAGGGTGAT 
GCTGATGCTG ATGCTGATGC TGATGCGGAT GCGGCCATGG AAGACTCGTG GACTTTTGTA 
GGGGATGAGG CAGGGCCGGA GCTTGCGAGG AAATCTAGAG CCCGTGAGAG AGATTATGAC 
GTTCCCGGTG ATATAGTTGC GGCTAGAGTG ACTGGCTCTA ACGGCAGCGG CGGCAGTGGT 
TCTCACGACG GTCGAAGCGG GTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

BDBG_00459 ( XM_002629167.2 ) cDNA ORF clone, Blastomyces gilchristii SLH14081 -> XP_002629213.2 Blastomyces gilchristii SLH14081 sterol 3beta-glucosyltransferase (BDBG_00459), mRNA.

Price & Availability↑

CloneID	OAl116956
Clone ID Related Accession (Same CDS sequence)	XM_002629167.2
Accession Version	XM_002629167.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4557bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-11-26
Organism	Blastomyces gilchristii SLH14081
Product	sterol 3beta-glucosyltransferase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003101682). On Nov 27, 2019 this sequence version replaced XM_002629167.1.

ATGATAACAT CCTTCCAACC TTCACTCGCA ATCATGCCTC CAGACGATGA ATCCAGAACA 
ACAGGGGCGA GTGACAGAGC GAAACCCCAT CCCACGTCCA CACACCGTCT CTCCTCGAGC 
CATATACCTG ATCGATTAAG AATGGGCGAC GATGAACAGG AGGATATGAC CGCTCCACCG 
GGGGGCACGA CGGGCCGTGG GGGGAGGTTC CAATACATGC ACCAGTCCGT GTTCTCCATG 
ATTGCCGCTG CAAGTTCCAA AAAGGATTTC CACAACCGCT TCGATGAGTC TAGCGATGCA 
GAAGATGAAG ATGCGCATGC GGATGCGGAT CGGGCGTTCA AAACCCGATT TCTATCAAAC 
GATGGGATCG ATGGTCGTCG TCGTGATGGT AGTGCTTCAA CTAGCCGTCT TCCACATCTT 
GCCAAGCGGG ACAAGACATC CATATCTAGC ACCGCGGAGG AGCGTGGGCG ATCACAGCAT 
CGGAAGAAGC TTTCGGAACA TAAATTTTTG AAGTCCCTTG CGAAACTACC GCATAGAAAT 
AATAGAGGAA CGGAGCCAGC TTCTGAACCG GAACCGGAAC TTGAAGAAGC TTCCGTGACT 
GGTGGGCTTT CATCGGCAAA CCCTGTGCTG CTGGTGGCTG CTACGGAAGC TCCAGTGCTG 
AGTCGGATGC TTGACGCACA ATCTCGCTTT GGTGAATCAG AACCGCCACC CAACTCAACA 
GAGCGTTCCC GAGAAGATCA ACACCAACGA AAAGAATCCT CGCCTGCGTC TCTTCTATCC 
GCGCGCCTCA TGGATATATT CAGATTTGAT AGACCAGAGA AGGTTATATC AGAGTATCAA 
TGCTGGCTCC TCCAGAGTGT ACTGCTACAA GGGTACATGT ATATCACTGA AAGGCACATA 
AGCTTCTACG CCTACCTTCC GAAAAAGTCT CATACAACCA TTAAATCAGG TTACCTGTCA 
AAACGAGGAC GCCAGAACCC AAAGTACAAC CGGTACTATT TTGAACTCAA AGGGGATGTA 
TTATCCTACT ATCTCGATCG TTCGAACCTG TATTTTCCAA GTGGTCATGT CGATCTTCGA 
TACGGGATAT CAGCCAATCT TACGGAGCAG AAGGGCAAGG ACAAAGACAA AGAAGTGAAG 
GATTTCACGG TAACGACAAA CACTAGGACA TACCAGTTTA GGGCTGATAG TGCGACAAGC 
GCGAGGGAAT GGGTGAAGGC CTTACAGAAG GTTATCTTCA GGTCCCATAA CGACGGCGAC 
AGCGTCAAGA TCTCCCTACC AATTGAGAAT GTTATAGACA TAGAGGAGAA TCCTGTCATT 
GATTTCGCGG ATACGTTCAA AATTCGTGTT GTTGAAAGTG GTGAAAGTTA TGCGATTGAC 
GAGTATTTCT TTTCGTTTTT TGAATGTGGC AAGGAGGCCA TTGAAGTTCT CAAGAAAATG 
GTCAACAATA CCCCAGCACA ACAAATTCAG CAAACTATGC TTGCGCCTGA TGGTGGCTAT 
ACGTCTAGGC GTCGTCGTTC TCACTCGGCG GATGAAATTT CACCTCCATC CACACATGGA 
ACAACCTTGC TTTCGGAGGC CGTGAAAGCC ACCTTGCGGC CGCACTCTCC TCTTGGCAGC 
CGGAATGGGA GTCCCAAGCG AGTCCCAGAT CGCCAGAGAT CCCCATTTCA TAAGTTTAGC 
CGTAGTAGGC GTCATAGCCG TGAAAGCAGC GGAGCAGGAC TTGAACATAG GAGGAGGAGC 
GGTAGTACCA ACAGAGCAAG CGTCGGGGAC AATCAAGCCG AAACGTCGCC TGGAGGTAAA 
CTGCTGAATT CGTCGGATTC ATTCGTTCAA TCGTTAGAAC ATGCCACGGA TTCTTCCGCT 
ATTTTACAGT CAACAAACGG GACAGTAGAG TCCGCAAGTC AGATCTTGAA TAGGAGCGAT 
GTTTTCCAGT CACCTACCAT TCATAAGCTA CGAGATACAC TATCTGGAGC GGGGGAAGCC 
CCCCGGCGCC CTTCTGAGGA TACCGCCCGG TTTGCCCCCT CACCTACCGA CGTTCTCATA 
CATCCTCCTT CAAGAACACA GACGTCACAA TCGCTTACGA AACCGGAATA TCAGGATGGT 
GGCAGCGACT CTGAGCACGA CCTTCAACAT AGAAGCGTCG CGCACTCTGC GTCATCACCA 
ACCCTTCAAG AACTTATGAA GGTCGGTAGC TACCCATTAC AACGTGCGGC TGGGTTGGCA 
GGATACCTTA AAAGCCGATC GAAGCACATG AGCAACCTTC TTGCAACTGA GTCGATGGGT 
TACTTTGAAA AGGTGTCTGG CATGTGGATA GGTGGGAAGA GACACTATGG CGAAGGCGAA 
ACCATTCTTC CCGATGACAG GATGGTCGAT CCGGAAGACG AGGAACAGGG ATGCGAACAT 
GGTGATAGAT TCCGCGCGCA TTTCGCCCTA CCTTCCTCGG AAAAGCTACA AGCTACATAC 
TTTGCGTATC TGCATCGGGT CATCCCGCTT TACGGCAAGT TATACATCAG CAATCGGAAA 
TTTTGTTTTC GAAGTCTTCT TCCCGGTACA CGAACCAAGA TGATCCTCCC GCTGAGAGAT 
ATAGAAAATG TCGAAAAGGA GAAGGGCTTT CGGTTTGGAT ACCATGGGCT TGTGGTTATT 
ATAAGCGGCC ATGAGGAATT GTTCTTTGAA TTCAATACTG CGGATGTCCG AGATGACTGT 
GCTGTCACTC TACATCAAAA TCTCGAGTCT ATTCGATATC TAGTGGAGTC CGGTTTGTTG 
GCACAGCAGG ACAGAGAGGA GGCTGAAGCT GCGAGGGCAG AGCACCAAAT GCTGCAAGAA 
GCAAGGCTTG AGGGCATGGA GGAGCAGCAA AGCTCTCAGA CGCTATCTAC ATCTACGCCG 
TTGTCTCCTA CAAGCTCACC CATTCTTTTT GACGATCCAC GTGTTTCAAT TGTCAATTTT 
AAGCCGCAGG AAGCGTTGCG GATCACCTGT CTGACCATCG GGTCCAGAGG TGATGTCCAG 
CCATACATTG CGCTCTGCAA GGGCCTAATA GCGGAGGGCC ACATACCGAA AATTGCGACT 
CATAGGGAGT TTGAGCCTTG GATAAGGAAG CATGGCATCG ACTTCGCACC GGTTGAAGGA 
GATCCCGCAG AACTTATGCG AATTTGTGTG GAAAATGGAA TGTTCACCTA TTCGTTCCTG 
AAGGAAGCGT CGTCGAAGTT CAGAGGTTGG ATTGATGACC TTCTCTCATC TGCATGGGCA 
AGCTGTCAAA ATAGTGATAT CCTGATTGAA TCCCCCAGCG CTATGGCTGG CATACATATC 
GCTGAAGCAC TGGGAATACC CTACTTCCGC GCGTTCACCA TGCCATGGAC TAGGACTAGA 
GCTTACCCTC ACGCATTTGC TGTCCCTGAG CATAAGATGG GTGGAGCATA CAACTATATT 
ACCTACGTCA TGTTTGACAA CGTGTTCTGG AAAGCCATTG CGGGTCAAGT GAACCGCTGG 
CGGAAACGAG AACTGGGCCT TCGCAGCACC AATCTTGACA AGATGCAACC AAACAAGGTT 
CCTTTCTTAT ACAATTTCTC ACCTTCAGTC GTCCCACCAC CCCTTGATTT CTGTGACTGG 
ATTCGTGTAA CGGGCTACTG GTTTTTGGAC GAAGGCGTCG ATTGGCAACC TCCAGCTGAA 
CTCGATAACT TCATAAAACA AGCCCGGGCT GATAAGAAGA AGATCGTGTA CATCGGCTTT 
GGCTCTATCG TCGTATCAGA CCCCGCAGCT CTCACCAAGA CGGTCGTGGA TTCCGTTCTG 
AGGGCGGATG TGCGATGTAT TTTGTCCAAG GGCTGGTCTG ATAGGCTTGG AGACCCTTCT 
AGCGCGAAAG TTGAGATCCC CTTACCGCCT GAGGTTCATC AGATTAAGTC CGCACCGCAC 
GACTGGTTGT TCTCGCACAT TGATGCGGCG GCACATCACG GTGGAGCTGG CACGACAGGA 
GCAAGTCTGC GAGCTGGGAT ACCGACGATC ATCAAGCCGT TCTTTGGGGA TCAGTTCTTC 
TTCGGATCCC GCGTGGAGGA TCTTGGGGTT GGGATTTGTA TGAAGAGGCT TAACGTGGGC 
GTGTTCACAA GGGCACTTTG GGAGGCTACG CATAGCGAGC GGATTATCGT TAAGGCGAGG 
GCGCTTGGGG AGCAGATCCG GAAGGAGGAC GGCGTAGGAA ACGCTATCCA GGCTATATAC 
CGCGACCTCG AGTATGCCAA GACTCTCGTC CGACAACGGT CCAATGCAAC ATCAGCTTCC 
CAGACAGGGA TTGTTCCAGT CGGGATGGAA GAATCTAGTG TTGGGATATC ATCTGAGACA 
GGCCTTGATG CAGATGGCGA TGGTGAGGGT GATGCTGATG CTGATGCTGA TGCTGATGCG 
GATGCGGCCA TGGAAGACTC GTGGACTTTT GTAGGGGATG AGGCAGGGCC GGAGCTTGCG 
AGGAAATCTA GAGCCCGTGA GAGAGATTAT GACGTTCCCG GTGATATAGT TGCGGCTAGA 
GTGACTGGCT CTAACGGCAG CGGCGGCAGT GGTTCTCACG ACGGTCGAAG CGGGTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_002629213.2
CDS	153..4709
Translation	MITSFQPSLAIMPPDDESRTTGASDRAKPHPTSTHRLSSSHIPDRLRMGDDEQEDMTAPPGGTTGRGGRFQYMHQSVFSMIAAASSKKDFHNRFDESSDAEDEDAHADADRAFKTRFLSNDGIDGRRRDGSASTSRLPHLAKRDKTSISSTAEERGRSQHRKKLSEHKFLKSLAKLPHRNNRGTEPASEPEPELEEASVTGGLSSANPVLLVAATEAPVLSRMLDAQSRFGESEPPPNSTERSREDQHQRKESSPASLLSARLMDIFRFDRPEKVISEYQCWLLQSVLLQGYMYITERHISFYAYLPKKSHTTIKSGYLSKRGRQNPKYNRYYFELKGDVLSYYLDRSNLYFPSGHVDLRYGISANLTEQKGKDKDKEVKDFTVTTNTRTYQFRADSATSAREWVKALQKVIFRSHNDGDSVKISLPIENVIDIEENPVIDFADTFKIRVVESGESYAIDEYFFSFFECGKEAIEVLKKMVNNTPAQQIQQTMLAPDGGYTSRRRRSHSADEISPPSTHGTTLLSEAVKATLRPHSPLGSRNGSPKRVPDRQRSPFHKFSRSRRHSRESSGAGLEHRRRSGSTNRASVGDNQAETSPGGKLLNSSDSFVQSLEHATDSSAILQSTNGTVESASQILNRSDVFQSPTIHKLRDTLSGAGEAPRRPSEDTARFAPSPTDVLIHPPSRTQTSQSLTKPEYQDGGSDSEHDLQHRSVAHSASSPTLQELMKVGSYPLQRAAGLAGYLKSRSKHMSNLLATESMGYFEKVSGMWIGGKRHYGEGETILPDDRMVDPEDEEQGCEHGDRFRAHFALPSSEKLQATYFAYLHRVIPLYGKLYISNRKFCFRSLLPGTRTKMILPLRDIENVEKEKGFRFGYHGLVVIISGHEELFFEFNTADVRDDCAVTLHQNLESIRYLVESGLLAQQDREEAEAARAEHQMLQEARLEGMEEQQSSQTLSTSTPLSPTSSPILFDDPRVSIVNFKPQEALRITCLTIGSRGDVQPYIALCKGLIAEGHIPKIATHREFEPWIRKHGIDFAPVEGDPAELMRICVENGMFTYSFLKEASSKFRGWIDDLLSSAWASCQNSDILIESPSAMAGIHIAEALGIPYFRAFTMPWTRTRAYPHAFAVPEHKMGGAYNYITYVMFDNVFWKAIAGQVNRWRKRELGLRSTNLDKMQPNKVPFLYNFSPSVVPPPLDFCDWIRVTGYWFLDEGVDWQPPAELDNFIKQARADKKKIVYIGFGSIVVSDPAALTKTVVDSVLRADVRCILSKGWSDRLGDPSSAKVEIPLPPEVHQIKSAPHDWLFSHIDAAAHHGGAGTTGASLRAGIPTIIKPFFGDQFFFGSRVEDLGVGICMKRLNVGVFTRALWEATHSERIIVKARALGEQIRKEDGVGNAIQAIYRDLEYAKTLVRQRSNATSASQTGIVPVGMEESSVGISSETGLDADGDGEGDADADADADADAAMEDSWTFVGDEAGPELARKSRARERDYDVPGDIVAARVTGSNGSGGSGSHDGRSG

Target ORF information:

RefSeq Version	XM_002629167.2
Organism	Blastomyces gilchristii SLH14081
Definition	Blastomyces gilchristii SLH14081 sterol 3beta-glucosyltransferase (BDBG_00459), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_002629167.2

ORF Insert Sequence:

ATGATAACAT CCTTCCAACC TTCACTCGCA ATCATGCCTC CAGACGATGA ATCCAGAACA 
ACAGGGGCGA GTGACAGAGC GAAACCCCAT CCCACGTCCA CACACCGTCT CTCCTCGAGC 
CATATACCTG ATCGATTAAG AATGGGCGAC GATGAACAGG AGGATATGAC CGCTCCACCG 
GGGGGCACGA CGGGCCGTGG GGGGAGGTTC CAATACATGC ACCAGTCCGT GTTCTCCATG 
ATTGCCGCTG CAAGTTCCAA AAAGGATTTC CACAACCGCT TCGATGAGTC TAGCGATGCA 
GAAGATGAAG ATGCGCATGC GGATGCGGAT CGGGCGTTCA AAACCCGATT TCTATCAAAC 
GATGGGATCG ATGGTCGTCG TCGTGATGGT AGTGCTTCAA CTAGCCGTCT TCCACATCTT 
GCCAAGCGGG ACAAGACATC CATATCTAGC ACCGCGGAGG AGCGTGGGCG ATCACAGCAT 
CGGAAGAAGC TTTCGGAACA TAAATTTTTG AAGTCCCTTG CGAAACTACC GCATAGAAAT 
AATAGAGGAA CGGAGCCAGC TTCTGAACCG GAACCGGAAC TTGAAGAAGC TTCCGTGACT 
GGTGGGCTTT CATCGGCAAA CCCTGTGCTG CTGGTGGCTG CTACGGAAGC TCCAGTGCTG 
AGTCGGATGC TTGACGCACA ATCTCGCTTT GGTGAATCAG AACCGCCACC CAACTCAACA 
GAGCGTTCCC GAGAAGATCA ACACCAACGA AAAGAATCCT CGCCTGCGTC TCTTCTATCC 
GCGCGCCTCA TGGATATATT CAGATTTGAT AGACCAGAGA AGGTTATATC AGAGTATCAA 
TGCTGGCTCC TCCAGAGTGT ACTGCTACAA GGGTACATGT ATATCACTGA AAGGCACATA 
AGCTTCTACG CCTACCTTCC GAAAAAGTCT CATACAACCA TTAAATCAGG TTACCTGTCA 
AAACGAGGAC GCCAGAACCC AAAGTACAAC CGGTACTATT TTGAACTCAA AGGGGATGTA 
TTATCCTACT ATCTCGATCG TTCGAACCTG TATTTTCCAA GTGGTCATGT CGATCTTCGA 
TACGGGATAT CAGCCAATCT TACGGAGCAG AAGGGCAAGG ACAAAGACAA AGAAGTGAAG 
GATTTCACGG TAACGACAAA CACTAGGACA TACCAGTTTA GGGCTGATAG TGCGACAAGC 
GCGAGGGAAT GGGTGAAGGC CTTACAGAAG GTTATCTTCA GGTCCCATAA CGACGGCGAC 
AGCGTCAAGA TCTCCCTACC AATTGAGAAT GTTATAGACA TAGAGGAGAA TCCTGTCATT 
GATTTCGCGG ATACGTTCAA AATTCGTGTT GTTGAAAGTG GTGAAAGTTA TGCGATTGAC 
GAGTATTTCT TTTCGTTTTT TGAATGTGGC AAGGAGGCCA TTGAAGTTCT CAAGAAAATG 
GTCAACAATA CCCCAGCACA ACAAATTCAG CAAACTATGC TTGCGCCTGA TGGTGGCTAT 
ACGTCTAGGC GTCGTCGTTC TCACTCGGCG GATGAAATTT CACCTCCATC CACACATGGA 
ACAACCTTGC TTTCGGAGGC CGTGAAAGCC ACCTTGCGGC CGCACTCTCC TCTTGGCAGC 
CGGAATGGGA GTCCCAAGCG AGTCCCAGAT CGCCAGAGAT CCCCATTTCA TAAGTTTAGC 
CGTAGTAGGC GTCATAGCCG TGAAAGCAGC GGAGCAGGAC TTGAACATAG GAGGAGGAGC 
GGTAGTACCA ACAGAGCAAG CGTCGGGGAC AATCAAGCCG AAACGTCGCC TGGAGGTAAA 
CTGCTGAATT CGTCGGATTC ATTCGTTCAA TCGTTAGAAC ATGCCACGGA TTCTTCCGCT 
ATTTTACAGT CAACAAACGG GACAGTAGAG TCCGCAAGTC AGATCTTGAA TAGGAGCGAT 
GTTTTCCAGT CACCTACCAT TCATAAGCTA CGAGATACAC TATCTGGAGC GGGGGAAGCC 
CCCCGGCGCC CTTCTGAGGA TACCGCCCGG TTTGCCCCCT CACCTACCGA CGTTCTCATA 
CATCCTCCTT CAAGAACACA GACGTCACAA TCGCTTACGA AACCGGAATA TCAGGATGGT 
GGCAGCGACT CTGAGCACGA CCTTCAACAT AGAAGCGTCG CGCACTCTGC GTCATCACCA 
ACCCTTCAAG AACTTATGAA GGTCGGTAGC TACCCATTAC AACGTGCGGC TGGGTTGGCA 
GGATACCTTA AAAGCCGATC GAAGCACATG AGCAACCTTC TTGCAACTGA GTCGATGGGT 
TACTTTGAAA AGGTGTCTGG CATGTGGATA GGTGGGAAGA GACACTATGG CGAAGGCGAA 
ACCATTCTTC CCGATGACAG GATGGTCGAT CCGGAAGACG AGGAACAGGG ATGCGAACAT 
GGTGATAGAT TCCGCGCGCA TTTCGCCCTA CCTTCCTCGG AAAAGCTACA AGCTACATAC 
TTTGCGTATC TGCATCGGGT CATCCCGCTT TACGGCAAGT TATACATCAG CAATCGGAAA 
TTTTGTTTTC GAAGTCTTCT TCCCGGTACA CGAACCAAGA TGATCCTCCC GCTGAGAGAT 
ATAGAAAATG TCGAAAAGGA GAAGGGCTTT CGGTTTGGAT ACCATGGGCT TGTGGTTATT 
ATAAGCGGCC ATGAGGAATT GTTCTTTGAA TTCAATACTG CGGATGTCCG AGATGACTGT 
GCTGTCACTC TACATCAAAA TCTCGAGTCT ATTCGATATC TAGTGGAGTC CGGTTTGTTG 
GCACAGCAGG ACAGAGAGGA GGCTGAAGCT GCGAGGGCAG AGCACCAAAT GCTGCAAGAA 
GCAAGGCTTG AGGGCATGGA GGAGCAGCAA AGCTCTCAGA CGCTATCTAC ATCTACGCCG 
TTGTCTCCTA CAAGCTCACC CATTCTTTTT GACGATCCAC GTGTTTCAAT TGTCAATTTT 
AAGCCGCAGG AAGCGTTGCG GATCACCTGT CTGACCATCG GGTCCAGAGG TGATGTCCAG 
CCATACATTG CGCTCTGCAA GGGCCTAATA GCGGAGGGCC ACATACCGAA AATTGCGACT 
CATAGGGAGT TTGAGCCTTG GATAAGGAAG CATGGCATCG ACTTCGCACC GGTTGAAGGA 
GATCCCGCAG AACTTATGCG AATTTGTGTG GAAAATGGAA TGTTCACCTA TTCGTTCCTG 
AAGGAAGCGT CGTCGAAGTT CAGAGGTTGG ATTGATGACC TTCTCTCATC TGCATGGGCA 
AGCTGTCAAA ATAGTGATAT CCTGATTGAA TCCCCCAGCG CTATGGCTGG CATACATATC 
GCTGAAGCAC TGGGAATACC CTACTTCCGC GCGTTCACCA TGCCATGGAC TAGGACTAGA 
GCTTACCCTC ACGCATTTGC TGTCCCTGAG CATAAGATGG GTGGAGCATA CAACTATATT 
ACCTACGTCA TGTTTGACAA CGTGTTCTGG AAAGCCATTG CGGGTCAAGT GAACCGCTGG 
CGGAAACGAG AACTGGGCCT TCGCAGCACC AATCTTGACA AGATGCAACC AAACAAGGTT 
CCTTTCTTAT ACAATTTCTC ACCTTCAGTC GTCCCACCAC CCCTTGATTT CTGTGACTGG 
ATTCGTGTAA CGGGCTACTG GTTTTTGGAC GAAGGCGTCG ATTGGCAACC TCCAGCTGAA 
CTCGATAACT TCATAAAACA AGCCCGGGCT GATAAGAAGA AGATCGTGTA CATCGGCTTT 
GGCTCTATCG TCGTATCAGA CCCCGCAGCT CTCACCAAGA CGGTCGTGGA TTCCGTTCTG 
AGGGCGGATG TGCGATGTAT TTTGTCCAAG GGCTGGTCTG ATAGGCTTGG AGACCCTTCT 
AGCGCGAAAG TTGAGATCCC CTTACCGCCT GAGGTTCATC AGATTAAGTC CGCACCGCAC 
GACTGGTTGT TCTCGCACAT TGATGCGGCG GCACATCACG GTGGAGCTGG CACGACAGGA 
GCAAGTCTGC GAGCTGGGAT ACCGACGATC ATCAAGCCGT TCTTTGGGGA TCAGTTCTTC 
TTCGGATCCC GCGTGGAGGA TCTTGGGGTT GGGATTTGTA TGAAGAGGCT TAACGTGGGC 
GTGTTCACAA GGGCACTTTG GGAGGCTACG CATAGCGAGC GGATTATCGT TAAGGCGAGG 
GCGCTTGGGG AGCAGATCCG GAAGGAGGAC GGCGTAGGAA ACGCTATCCA GGCTATATAC 
CGCGACCTCG AGTATGCCAA GACTCTCGTC CGACAACGGT CCAATGCAAC ATCAGCTTCC 
CAGACAGGGA TTGTTCCAGT CGGGATGGAA GAATCTAGTG TTGGGATATC ATCTGAGACA 
GGCCTTGATG CAGATGGCGA TGGTGAGGGT GATGCTGATG CTGATGCTGA TGCTGATGCG 
GATGCGGCCA TGGAAGACTC GTGGACTTTT GTAGGGGATG AGGCAGGGCC GGAGCTTGCG 
AGGAAATCTA GAGCCCGTGA GAGAGATTAT GACGTTCCCG GTGATATAGT TGCGGCTAGA 
GTGACTGGCT CTAACGGCAG CGGCGGCAGT GGTTCTCACG ACGGTCGAAG CGGGTAG