LOC110448535 cDNA ORF clone, Mizuhopecten yessoensis(Yesso scallop)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110448535
Entrez Gene ID	110448535
Full Name	Golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1-like
Gene Type	protein-coding
Organism	Mizuhopecten yessoensis(Yesso scallop)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021494821.1	XP_021350496.1	Golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1-like

Pathways from BioSystems
Gene Ontology

The following LOC110448535 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110448535 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
OMi147139	XM_021494821.1 Latest version!	Mizuhopecten yessoensis Golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1-like (LOC110448535), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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)

LOC110448535 ( XM_021494821.1 ) cDNA ORF clone, Mizuhopecten yessoensis(Yesso scallop) -> XP_021350496.1 Mizuhopecten yessoensis Golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1-like (LOC110448535), mRNA.

Price & Availability↑

CloneID	OMi147139
Clone ID Related Accession (Same CDS sequence)	XM_021494821.1
Accession Version	XM_021494821.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5583bp) 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	2017-06-16
Organism	Mizuhopecten yessoensis(Yesso scallop)
Product	Golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018405386.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Mizuhopecten yessoensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGATCCAC CAAAGAATGG TATATACATC ATACAGGGGG AGATCTCCCT GGTGGTCACC 
GCAATGCGCC GGTCATCTCG CTGGTCAGCA CACAATCTTC AAGACGAGGA GGCAGACCCT 
TTACTTGGTG CCTTCTCACA ACTAAAAGAT GTTTTAAATA ATATAACAGA TTTGGATGAG 
ATCGAGCCCA ATGCGTTCCT CAGCCCATTT TTGGACGTGA TTCGATCCGA GGACACAACA 
GGTCCGATCA CTGGACTCGC CCTGACATCT GTCAACAAAC TCCTCTCCTA TGGCCTACTG 
GAAGCCACAA CAGATGCAAC GCCTGCAGCT GTAGAAAACA TAGCAGACGC CGTCACTCAC 
GCTCGGTTTG TAGGGACAGA TCCTGGCTCT GATGAGGTTG TACTCATGAA AATATTACAT 
GTACTGAGGA CACTGTTACT TTCACCAGTC GGTGTCCTAC TCACCAACGA ATCTGTTTGC 
GAGATCATGC AGTCCTGCTT CAGAATCTGC TTTGAGATGA GGCTTAGTGA GCTGCTGCGA 
AAGTCAGCTG AGCATACCCT GATGGACATG GTCCAATTGC TCTTCTCCCG CTTACCTCAG 
TTTAAAGAGG ACCCCAAGTG GGTGGCTAGT ATGAAAATGT TAAAGATGAG GACAGGAGGA 
GTTGACTCTT CAAGGCATGT AAGGAAGAAG AGAGCGCCCC GCCCCAGACA GAAGCGTACC 
TCTCCGAAAC CCAGTCTACA GCCTGGGAGT CAAGACAAAG TGGAGGGCGG GGAAAAGACA 
ATCGAGGGGG TCAGCTATGT AAACGCTCCC AAGGAGCGCC TTGCTACCAC ACCCGGTACC 
CCCGGGGAGG AGGGGATCAT AGATATTTCC AAACAGTTCC GGAATGCATC AGAGCGAGAG 
AGACAGGATA TGGAGAGTGA AAACGCTGAA GCTCTCCAGA CAACAGAGGA GGATAAGCCA 
CCTCCAGGAG AGGAGAGCTC TGAACAAGGG GAAGAACAAA CTGACAGCTC GGCACCTCAA 
GTTATACTGT CTGTACCAGA GGAAGAAGAA ATGGCATATG ACAGAAAGTG GAGTGAGCCC 
GAGCTGTTTA TTGAGGAGCA AGCAGACCAG CTGAGTCTAG TGTCGGAGGC GGGAGATGAC 
AGTGAATCTG TACAGTCAGC TGCAGATGTG TCAGACAGTG CTGCCCAGGA CGAGTATGTG 
AACCCTCGGG GTGTCCGATT CACACCCCAC CAGTCCAGGG AAGGTTCTGG GCCTCTAATA 
CCATATGGGC TGCCATGTGT TCGGGAGCTG TTCCGTTTTC TAATCTCGCT GACCAATCCG 
ATTGACCGTC ATAACACAGA CGTTATGATC CACATGGGAC TAAGTCTGCT GACCGTGGCT 
TTTGAGTCTG GAGCGGACCA CATCGGACAG TATAACTCGC TCCTGTTCCT CGTCAAGGAT 
GAGATGTGTC GACACCTCTT CCTGCTATTA CAGTCAGAGA GGTTGTCCCT GTTCTCCGCC 
TCCCTACGAG TATGCTTCCT GGTGTTCGAG TCTATCAGGA GCCACCTTAA GTTGCAGCTG 
GAGATGTACC TGACAAAACT TACCGATATC ATTATATCAG AGTCTCCGAG GATATCATAC 
GAGATTCGTG AGATTGCGCT GGAGTCGATT GTACAACTGT GGAGGATCCC TGGCCTGGTA 
ACAGAGCTCT ACCTAAACTA CGACTGTGAT CTCTACTGTT CCAACCTGTT TGAGGATCTC 
ACAAAACTTC TTTCCAAGAA TGCATTCCCA GTGCAAGGTC TATTCTCCAC CCACCTGTTG 
TCACTGGATG CTCTTCTGAC CGTTGTGGAC AGCATCGAGC AGCACTGTCA CAGTCGCATA 
CTGACCACTA CAAAGAAGGT CACGGACACT GAGGTCAAGG TCACAGAGGA AACGAGTGAA 
GGTGATAAGA CAGAGGAGTC AACCCCCCTT GATGGAACAG AGCAAAACAA ACCGAATGCA 
CCCTGGCTTG GGCCCCCTAC ATCGGGATAT GCCATGGGGC AGAGAATTCT ACATTCAAAA 
GATCAGACTC CATCAGATGC ACCAAAACCT GTCAAGGTGA AGGACATGGG GAGGCGGGGT 
CCACAGATAC GACCAAACAG GATGAAAGCA TCGGTCAAGA TCCCTGGGAC AGAAGAACTC 
TCTGCAGTCA AACACAAGAA GAAGCTTTAT TACACGGGCA CAGAACAATT CAACCAGAAG 
CCTTCCAAAG GTATATCTTT CCTCCAGGAG CAGAATCTAC TGAGCACCCC ACTCGACCCA 
GGAGAGGTGA TCACATTCCT TAAGGAAAAC CCACGCTTAG ACAAGGCCAT GATTGGCGAG 
TACATCGCCA AAAAGGCAAA TGCCAAAGTC TTGGAAGCCT TCGTCAAGGC ATTTAACTTT 
GAGGACCTGC GTGTAGATGA AGCCCTGAGG ATGTACCTAG AAGCGTTTCG CCTGCCCGGC 
GAGGCCCCAG TCATCTCCTA CCTCATCGAA CACTTCTCCG ACCATTGGCA TAAAAGCAAT 
GCAGAACCGT TCGTCAACGT TGATGCTGCT TTCACACTCA CGTATGCTGT GATAATGTTG 
AATGTCGACC AACACAACCA CAACGCTAAA AAACAGAACG TACCCATGAC TGTCGAGCAA 
TTCAAAAAGA ACTTAAAAGA CTGTAATGGT GGAATGGAAT TTGACCAGGA CATGTTGGAG 
GAGATCTATA ACGCAATCAA AAATGACGAA ATTGTGATGC CATCAGAACA CATAGGTCTA 
GTTAAGGAGA ATTATCTTTG GAAGGTACTT CTTCGTCGGG GTACAACGAA GGATGGGATG 
TTTGTTCATG TGCCTTCGGG AGCCTTCGAC CATGACCTGT TCTCCCTCAT ATGGGGCCCC 
ACTGTGGCAG CCCTGTCTTT CGTGTTTGAC AAGAGTGGGG ATGAGACAAT TATACAGAAA 
GCCATCGCAG GATTTAGGAA ATGTGCCATG ATTTCCGCAC ACTACGGAAT GAGTGATGTG 
TTTGATAATC TAGTCATATC TCTGTGCAAA TTCACAACGC TTCTCAGCTC AGTAGAGAGC 
CCGGAGAATT TGCCAATTGT GTTCGGGGGC AACCTCAAGG CCCAACTGGC TGCCAGGACA 
GTGTTTGGTC TGGCCCATCG TCATGGTGAT ATCCTACGCG AGGGTTGGAA AAACATTATG 
GACTGCATGC TACAGTTGTA CCGTGCCAAA CTTTTACCCA AGGGTCTTAT AGAGGTTGAA 
GATTTTGTGG ACTCCTCAGG GAAAATCAGT ATAATCAAGG AAGAAGCTGC AACGAACCAA 
AGAGGACTCA CTACAGGAAC TAATCAAGGT AGGGAGAATA TAGGCTGTAA TACTGGGCAG 
GAAGAGGACT CACTACAGGA ACTAATCAAG GCTACGATAT TCGCCTCCCA GGGTCCAGAG 
GCCCACCATT CCATGGGAAC TGTGTTTGAT GAAGATGCAT CCGTCTTTTT CCTTGAACTT 
CTTGTCAAAG TTGTGCTGCA AAACAGAGAT AGAGTTACAC CAGTTTGGCA GGCAGTTCGA 
GACCATATCT ACAACCTTAC TGTGAATGCA GGTGATCACA CGTTCCTAGT GGAGCGAGCG 
GTCGTGGGAC TTCTCCGATT ATCGATCAGA CTTTTACGCC GCGAGGATAT CGCATCACAA 
GTTTTAACTT CCCTACGTAT ACTCTTAATG ATGAAACCTA GCGTTATTCA CAATGTGGCA 
CGGCAAGTTT CGTTTGCCCT GCACGAGTTG TTACGGACTA ACGCTGCCAA TATACGCACG 
GCCCAGGATT GGTTCACACT CTTTATGCTT CTAGAGGTGG TAGGGGCTGG GGCCAACCCT 
CCGCCCATAC TACAGACACA CACAGAACAG GAACTCCCAG ATGCTCTCTC AGATGCTGGT 
GCCCAGAGTG ATAGTGAGGT GCCCAGCGGG TCTAGTCTGA ATGACGGCTA CCAGGAGAGA 
GGCTACACCT CAGACAGTGA ACTGTACGAA TCTCAGACCA AGACCCATCG AAGTCCGTCC 
CCACTCGAGG TCAGGCCAGT CCCTGAGAAT GGAAGCTGGC TCCTGGTGAA CAAGGAGAGC 
CATAATCTAG GGAAGGACGA GGAAGCTATC CCTAGGGTAC AGCCCATTCC TAACCAGTTT 
AGCATAGAGC TTCCTGATGA CTTGTGTTAC TGTGACAGCA AGTCTCTCAT CAAGTCCTCG 
GAAACCCTCT CCTTCCTGGT ACGCGATGCG GCCCACGTTA CACCTCTCAA CTTTGAGAGC 
TGCGTCCATG CCATTCGATC ATTTGTAGAG GCCAGTCTCA ATGGAGGACG TCAGCGACCG 
GCAGCACCTG TCAAACACGT TAAACACAAG GTGTCTCATA AAATGTCCAA ATCTAAAAAG 
GAACAGGAAA AGATGAAACG CTCTCACTCA TCGCCAACAC ATCTACACAA CATGGTCTCG 
TCCGATGACG AGGGGGAGGG AGACTCAACA GCCGCTGGCC TTCACTCACT GTCAATTCAG 
CTGTTGGATT TAATGCACAC CCTCCACACT AGAGCCGCCT CCATTTACAC CTCCTGGGCC 
AAAGAAGATC ACACAGCAGA GGAGTGTGAG GCGTTTGATG CTGGACACAG TTCTCTCTGG 
ATCAAGTGCT GGTGTCCTCT ACTCCAAGGA ATTGCCCGTT TGTGTTGTGA TACGCGGCGC 
CAGGTCCGCA GTCAAGCTTT AACCTACCTA CAGAGGGCGC TACTGGTCCA CGATCTTCAA 
ACGCTATCAG CAGCTGAATG GGAGGCATGT TTTAACAAGG TGCTGTTTCC ACTACTAACA 
AAGTTACTGG AGAACATTAA CCAACAGGAC CCGACCGGAA TGGAGGAAAC GCGCATGCGG 
GCCTCCACAC TTCTGTGTAA GGTGTTTCTA CAGCACCTGA GTCCACTGTT GTCCCTAAGT 
ACCTTCACGG CACTGTGGCT GACCATACTG GACTTCATGG ACAAGTATAT GCATGCCGAC 
AAAAGTGACC TACTGCTGGA AGCGATACCG GAATCGCTGA AGAACATGTT GCTTGTGATG 
GACACGGCAG GGATCTTCCA GACGTTGGAC GGGACTGAGT CTCAACTATG GAAGCTCACC 
TGGGATAGAA TCGACACCTT CCTACCTCAT CTACGTCAGG AATTGTTCAA GTCTCACCCA 
TCTGAAATTA AAAAGGTGAT TAAGACCCAG CCAGTGAGTG ATGTGTCGGC CCCCACTTCT 
ACAGACGCCC CCTCTCCACC TCCAGGGACG ACACACGAAC CCCCAAGGCA GGAGGAAGTT 
CCCCTTGAGG GTATTACGGT TGTGAATAAT GACGCAGGAG TTCCTTCCAC GTGTATGGAG 
CGTCACCCCC CAGGCACTCT CACCTACCCT TACTACCAGC AAACACAACA ACCCACCCCT 
CCCTATCTGC TCCACACACC CTCCCCCCTC AAAAACACGC CCCTCCTCCT CACCGAGACA 
GACGGGGGAA GTGCTGCCTT CTCAGGAGTA CCGCTGTTAC TAAACCCAGA CATAATGCAG 
GGTACCTCAA TACCTTATAT TTCTCCACAA AAAACAACAG GATTGATGAC AGAAAACCCG 
TGA

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

RefSeq	XP_021350496.1
CDS	266..5848
Translation	MDPPKNGIYIIQGEISLVVTAMRRSSRWSAHNLQDEEADPLLGAFSQLKDVLNNITDLDEIEPNAFLSPFLDVIRSEDTTGPITGLALTSVNKLLSYGLLEATTDATPAAVENIADAVTHARFVGTDPGSDEVVLMKILHVLRTLLLSPVGVLLTNESVCEIMQSCFRICFEMRLSELLRKSAEHTLMDMVQLLFSRLPQFKEDPKWVASMKMLKMRTGGVDSSRHVRKKRAPRPRQKRTSPKPSLQPGSQDKVEGGEKTIEGVSYVNAPKERLATTPGTPGEEGIIDISKQFRNASERERQDMESENAEALQTTEEDKPPPGEESSEQGEEQTDSSAPQVILSVPEEEEMAYDRKWSEPELFIEEQADQLSLVSEAGDDSESVQSAADVSDSAAQDEYVNPRGVRFTPHQSREGSGPLIPYGLPCVRELFRFLISLTNPIDRHNTDVMIHMGLSLLTVAFESGADHIGQYNSLLFLVKDEMCRHLFLLLQSERLSLFSASLRVCFLVFESIRSHLKLQLEMYLTKLTDIIISESPRISYEIREIALESIVQLWRIPGLVTELYLNYDCDLYCSNLFEDLTKLLSKNAFPVQGLFSTHLLSLDALLTVVDSIEQHCHSRILTTTKKVTDTEVKVTEETSEGDKTEESTPLDGTEQNKPNAPWLGPPTSGYAMGQRILHSKDQTPSDAPKPVKVKDMGRRGPQIRPNRMKASVKIPGTEELSAVKHKKKLYYTGTEQFNQKPSKGISFLQEQNLLSTPLDPGEVITFLKENPRLDKAMIGEYIAKKANAKVLEAFVKAFNFEDLRVDEALRMYLEAFRLPGEAPVISYLIEHFSDHWHKSNAEPFVNVDAAFTLTYAVIMLNVDQHNHNAKKQNVPMTVEQFKKNLKDCNGGMEFDQDMLEEIYNAIKNDEIVMPSEHIGLVKENYLWKVLLRRGTTKDGMFVHVPSGAFDHDLFSLIWGPTVAALSFVFDKSGDETIIQKAIAGFRKCAMISAHYGMSDVFDNLVISLCKFTTLLSSVESPENLPIVFGGNLKAQLAARTVFGLAHRHGDILREGWKNIMDCMLQLYRAKLLPKGLIEVEDFVDSSGKISIIKEEAATNQRGLTTGTNQGRENIGCNTGQEEDSLQELIKATIFASQGPEAHHSMGTVFDEDASVFFLELLVKVVLQNRDRVTPVWQAVRDHIYNLTVNAGDHTFLVERAVVGLLRLSIRLLRREDIASQVLTSLRILLMMKPSVIHNVARQVSFALHELLRTNAANIRTAQDWFTLFMLLEVVGAGANPPPILQTHTEQELPDALSDAGAQSDSEVPSGSSLNDGYQERGYTSDSELYESQTKTHRSPSPLEVRPVPENGSWLLVNKESHNLGKDEEAIPRVQPIPNQFSIELPDDLCYCDSKSLIKSSETLSFLVRDAAHVTPLNFESCVHAIRSFVEASLNGGRQRPAAPVKHVKHKVSHKMSKSKKEQEKMKRSHSSPTHLHNMVSSDDEGEGDSTAAGLHSLSIQLLDLMHTLHTRAASIYTSWAKEDHTAEECEAFDAGHSSLWIKCWCPLLQGIARLCCDTRRQVRSQALTYLQRALLVHDLQTLSAAEWEACFNKVLFPLLTKLLENINQQDPTGMEETRMRASTLLCKVFLQHLSPLLSLSTFTALWLTILDFMDKYMHADKSDLLLEAIPESLKNMLLVMDTAGIFQTLDGTESQLWKLTWDRIDTFLPHLRQELFKSHPSEIKKVIKTQPVSDVSAPTSTDAPSPPPGTTHEPPRQEEVPLEGITVVNNDAGVPSTCMERHPPGTLTYPYYQQTQQPTPPYLLHTPSPLKNTPLLLTETDGGSAAFSGVPLLLNPDIMQGTSIPYISPQKTTGLMTENP

Target ORF information:

RefSeq Version	XM_021494821.1
Organism	Mizuhopecten yessoensis(Yesso scallop)
Definition	Mizuhopecten yessoensis Golgi-specific brefeldin A-resistance guanine nucleotide exchange factor 1-like (LOC110448535), mRNA.

Target ORF information:

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

XM_021494821.1

ORF Insert Sequence:

ATGGATCCAC CAAAGAATGG TATATACATC ATACAGGGGG AGATCTCCCT GGTGGTCACC 
GCAATGCGCC GGTCATCTCG CTGGTCAGCA CACAATCTTC AAGACGAGGA GGCAGACCCT 
TTACTTGGTG CCTTCTCACA ACTAAAAGAT GTTTTAAATA ATATAACAGA TTTGGATGAG 
ATCGAGCCCA ATGCGTTCCT CAGCCCATTT TTGGACGTGA TTCGATCCGA GGACACAACA 
GGTCCGATCA CTGGACTCGC CCTGACATCT GTCAACAAAC TCCTCTCCTA TGGCCTACTG 
GAAGCCACAA CAGATGCAAC GCCTGCAGCT GTAGAAAACA TAGCAGACGC CGTCACTCAC 
GCTCGGTTTG TAGGGACAGA TCCTGGCTCT GATGAGGTTG TACTCATGAA AATATTACAT 
GTACTGAGGA CACTGTTACT TTCACCAGTC GGTGTCCTAC TCACCAACGA ATCTGTTTGC 
GAGATCATGC AGTCCTGCTT CAGAATCTGC TTTGAGATGA GGCTTAGTGA GCTGCTGCGA 
AAGTCAGCTG AGCATACCCT GATGGACATG GTCCAATTGC TCTTCTCCCG CTTACCTCAG 
TTTAAAGAGG ACCCCAAGTG GGTGGCTAGT ATGAAAATGT TAAAGATGAG GACAGGAGGA 
GTTGACTCTT CAAGGCATGT AAGGAAGAAG AGAGCGCCCC GCCCCAGACA GAAGCGTACC 
TCTCCGAAAC CCAGTCTACA GCCTGGGAGT CAAGACAAAG TGGAGGGCGG GGAAAAGACA 
ATCGAGGGGG TCAGCTATGT AAACGCTCCC AAGGAGCGCC TTGCTACCAC ACCCGGTACC 
CCCGGGGAGG AGGGGATCAT AGATATTTCC AAACAGTTCC GGAATGCATC AGAGCGAGAG 
AGACAGGATA TGGAGAGTGA AAACGCTGAA GCTCTCCAGA CAACAGAGGA GGATAAGCCA 
CCTCCAGGAG AGGAGAGCTC TGAACAAGGG GAAGAACAAA CTGACAGCTC GGCACCTCAA 
GTTATACTGT CTGTACCAGA GGAAGAAGAA ATGGCATATG ACAGAAAGTG GAGTGAGCCC 
GAGCTGTTTA TTGAGGAGCA AGCAGACCAG CTGAGTCTAG TGTCGGAGGC GGGAGATGAC 
AGTGAATCTG TACAGTCAGC TGCAGATGTG TCAGACAGTG CTGCCCAGGA CGAGTATGTG 
AACCCTCGGG GTGTCCGATT CACACCCCAC CAGTCCAGGG AAGGTTCTGG GCCTCTAATA 
CCATATGGGC TGCCATGTGT TCGGGAGCTG TTCCGTTTTC TAATCTCGCT GACCAATCCG 
ATTGACCGTC ATAACACAGA CGTTATGATC CACATGGGAC TAAGTCTGCT GACCGTGGCT 
TTTGAGTCTG GAGCGGACCA CATCGGACAG TATAACTCGC TCCTGTTCCT CGTCAAGGAT 
GAGATGTGTC GACACCTCTT CCTGCTATTA CAGTCAGAGA GGTTGTCCCT GTTCTCCGCC 
TCCCTACGAG TATGCTTCCT GGTGTTCGAG TCTATCAGGA GCCACCTTAA GTTGCAGCTG 
GAGATGTACC TGACAAAACT TACCGATATC ATTATATCAG AGTCTCCGAG GATATCATAC 
GAGATTCGTG AGATTGCGCT GGAGTCGATT GTACAACTGT GGAGGATCCC TGGCCTGGTA 
ACAGAGCTCT ACCTAAACTA CGACTGTGAT CTCTACTGTT CCAACCTGTT TGAGGATCTC 
ACAAAACTTC TTTCCAAGAA TGCATTCCCA GTGCAAGGTC TATTCTCCAC CCACCTGTTG 
TCACTGGATG CTCTTCTGAC CGTTGTGGAC AGCATCGAGC AGCACTGTCA CAGTCGCATA 
CTGACCACTA CAAAGAAGGT CACGGACACT GAGGTCAAGG TCACAGAGGA AACGAGTGAA 
GGTGATAAGA CAGAGGAGTC AACCCCCCTT GATGGAACAG AGCAAAACAA ACCGAATGCA 
CCCTGGCTTG GGCCCCCTAC ATCGGGATAT GCCATGGGGC AGAGAATTCT ACATTCAAAA 
GATCAGACTC CATCAGATGC ACCAAAACCT GTCAAGGTGA AGGACATGGG GAGGCGGGGT 
CCACAGATAC GACCAAACAG GATGAAAGCA TCGGTCAAGA TCCCTGGGAC AGAAGAACTC 
TCTGCAGTCA AACACAAGAA GAAGCTTTAT TACACGGGCA CAGAACAATT CAACCAGAAG 
CCTTCCAAAG GTATATCTTT CCTCCAGGAG CAGAATCTAC TGAGCACCCC ACTCGACCCA 
GGAGAGGTGA TCACATTCCT TAAGGAAAAC CCACGCTTAG ACAAGGCCAT GATTGGCGAG 
TACATCGCCA AAAAGGCAAA TGCCAAAGTC TTGGAAGCCT TCGTCAAGGC ATTTAACTTT 
GAGGACCTGC GTGTAGATGA AGCCCTGAGG ATGTACCTAG AAGCGTTTCG CCTGCCCGGC 
GAGGCCCCAG TCATCTCCTA CCTCATCGAA CACTTCTCCG ACCATTGGCA TAAAAGCAAT 
GCAGAACCGT TCGTCAACGT TGATGCTGCT TTCACACTCA CGTATGCTGT GATAATGTTG 
AATGTCGACC AACACAACCA CAACGCTAAA AAACAGAACG TACCCATGAC TGTCGAGCAA 
TTCAAAAAGA ACTTAAAAGA CTGTAATGGT GGAATGGAAT TTGACCAGGA CATGTTGGAG 
GAGATCTATA ACGCAATCAA AAATGACGAA ATTGTGATGC CATCAGAACA CATAGGTCTA 
GTTAAGGAGA ATTATCTTTG GAAGGTACTT CTTCGTCGGG GTACAACGAA GGATGGGATG 
TTTGTTCATG TGCCTTCGGG AGCCTTCGAC CATGACCTGT TCTCCCTCAT ATGGGGCCCC 
ACTGTGGCAG CCCTGTCTTT CGTGTTTGAC AAGAGTGGGG ATGAGACAAT TATACAGAAA 
GCCATCGCAG GATTTAGGAA ATGTGCCATG ATTTCCGCAC ACTACGGAAT GAGTGATGTG 
TTTGATAATC TAGTCATATC TCTGTGCAAA TTCACAACGC TTCTCAGCTC AGTAGAGAGC 
CCGGAGAATT TGCCAATTGT GTTCGGGGGC AACCTCAAGG CCCAACTGGC TGCCAGGACA 
GTGTTTGGTC TGGCCCATCG TCATGGTGAT ATCCTACGCG AGGGTTGGAA AAACATTATG 
GACTGCATGC TACAGTTGTA CCGTGCCAAA CTTTTACCCA AGGGTCTTAT AGAGGTTGAA 
GATTTTGTGG ACTCCTCAGG GAAAATCAGT ATAATCAAGG AAGAAGCTGC AACGAACCAA 
AGAGGACTCA CTACAGGAAC TAATCAAGGT AGGGAGAATA TAGGCTGTAA TACTGGGCAG 
GAAGAGGACT CACTACAGGA ACTAATCAAG GCTACGATAT TCGCCTCCCA GGGTCCAGAG 
GCCCACCATT CCATGGGAAC TGTGTTTGAT GAAGATGCAT CCGTCTTTTT CCTTGAACTT 
CTTGTCAAAG TTGTGCTGCA AAACAGAGAT AGAGTTACAC CAGTTTGGCA GGCAGTTCGA 
GACCATATCT ACAACCTTAC TGTGAATGCA GGTGATCACA CGTTCCTAGT GGAGCGAGCG 
GTCGTGGGAC TTCTCCGATT ATCGATCAGA CTTTTACGCC GCGAGGATAT CGCATCACAA 
GTTTTAACTT CCCTACGTAT ACTCTTAATG ATGAAACCTA GCGTTATTCA CAATGTGGCA 
CGGCAAGTTT CGTTTGCCCT GCACGAGTTG TTACGGACTA ACGCTGCCAA TATACGCACG 
GCCCAGGATT GGTTCACACT CTTTATGCTT CTAGAGGTGG TAGGGGCTGG GGCCAACCCT 
CCGCCCATAC TACAGACACA CACAGAACAG GAACTCCCAG ATGCTCTCTC AGATGCTGGT 
GCCCAGAGTG ATAGTGAGGT GCCCAGCGGG TCTAGTCTGA ATGACGGCTA CCAGGAGAGA 
GGCTACACCT CAGACAGTGA ACTGTACGAA TCTCAGACCA AGACCCATCG AAGTCCGTCC 
CCACTCGAGG TCAGGCCAGT CCCTGAGAAT GGAAGCTGGC TCCTGGTGAA CAAGGAGAGC 
CATAATCTAG GGAAGGACGA GGAAGCTATC CCTAGGGTAC AGCCCATTCC TAACCAGTTT 
AGCATAGAGC TTCCTGATGA CTTGTGTTAC TGTGACAGCA AGTCTCTCAT CAAGTCCTCG 
GAAACCCTCT CCTTCCTGGT ACGCGATGCG GCCCACGTTA CACCTCTCAA CTTTGAGAGC 
TGCGTCCATG CCATTCGATC ATTTGTAGAG GCCAGTCTCA ATGGAGGACG TCAGCGACCG 
GCAGCACCTG TCAAACACGT TAAACACAAG GTGTCTCATA AAATGTCCAA ATCTAAAAAG 
GAACAGGAAA AGATGAAACG CTCTCACTCA TCGCCAACAC ATCTACACAA CATGGTCTCG 
TCCGATGACG AGGGGGAGGG AGACTCAACA GCCGCTGGCC TTCACTCACT GTCAATTCAG 
CTGTTGGATT TAATGCACAC CCTCCACACT AGAGCCGCCT CCATTTACAC CTCCTGGGCC 
AAAGAAGATC ACACAGCAGA GGAGTGTGAG GCGTTTGATG CTGGACACAG TTCTCTCTGG 
ATCAAGTGCT GGTGTCCTCT ACTCCAAGGA ATTGCCCGTT TGTGTTGTGA TACGCGGCGC 
CAGGTCCGCA GTCAAGCTTT AACCTACCTA CAGAGGGCGC TACTGGTCCA CGATCTTCAA 
ACGCTATCAG CAGCTGAATG GGAGGCATGT TTTAACAAGG TGCTGTTTCC ACTACTAACA 
AAGTTACTGG AGAACATTAA CCAACAGGAC CCGACCGGAA TGGAGGAAAC GCGCATGCGG 
GCCTCCACAC TTCTGTGTAA GGTGTTTCTA CAGCACCTGA GTCCACTGTT GTCCCTAAGT 
ACCTTCACGG CACTGTGGCT GACCATACTG GACTTCATGG ACAAGTATAT GCATGCCGAC 
AAAAGTGACC TACTGCTGGA AGCGATACCG GAATCGCTGA AGAACATGTT GCTTGTGATG 
GACACGGCAG GGATCTTCCA GACGTTGGAC GGGACTGAGT CTCAACTATG GAAGCTCACC 
TGGGATAGAA TCGACACCTT CCTACCTCAT CTACGTCAGG AATTGTTCAA GTCTCACCCA 
TCTGAAATTA AAAAGGTGAT TAAGACCCAG CCAGTGAGTG ATGTGTCGGC CCCCACTTCT 
ACAGACGCCC CCTCTCCACC TCCAGGGACG ACACACGAAC CCCCAAGGCA GGAGGAAGTT 
CCCCTTGAGG GTATTACGGT TGTGAATAAT GACGCAGGAG TTCCTTCCAC GTGTATGGAG 
CGTCACCCCC CAGGCACTCT CACCTACCCT TACTACCAGC AAACACAACA ACCCACCCCT 
CCCTATCTGC TCCACACACC CTCCCCCCTC AAAAACACGC CCCTCCTCCT CACCGAGACA 
GACGGGGGAA GTGCTGCCTT CTCAGGAGTA CCGCTGTTAC TAAACCCAGA CATAATGCAG 
GGTACCTCAA TACCTTATAT TTCTCCACAA AAAACAACAG GATTGATGAC AGAAAACCCG 
TGA