LOC107036170 cDNA ORF clone, Diachasma alloeum

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107036170
Entrez Gene ID	107036170
Full Name	UDP-glucose:glycoprotein glucosyltransferase
Gene Type	protein-coding
Organism	Diachasma alloeum

mRNA and Protein(s)

mRNA	Protein	Name
XM_015253928.1	XP_015109414.1	UDP-glucose:glycoprotein glucosyltransferase isoform X1
XM_015253929.1	XP_015109415.1	UDP-glucose:glycoprotein glucosyltransferase isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC107036170 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107036170 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
ODi44539	XM_015253928.1 Latest version!	Diachasma alloeum UDP-glucose:glycoprotein glucosyltransferase (LOC107036170), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
ODi44540	XM_015253929.1 Latest version!	Diachasma alloeum UDP-glucose:glycoprotein glucosyltransferase (LOC107036170), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

ORF Online Only Promotion

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

LOC107036170 ( XM_015253928.1 ) cDNA ORF clone, Diachasma alloeum -> XP_015109414.1 Diachasma alloeum UDP-glucose:glycoprotein glucosyltransferase (LOC107036170), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ODi44539
Clone ID Related Accession (Same CDS sequence)	XM_015253928.1
Accession Version	XM_015253928.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4719bp) 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	2019-05-22
Organism	Diachasma alloeum
Product	UDP-glucose:glycoprotein glucosyltransferase isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_021680371.1) 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 Name :: Diachasma alloeum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGCGCA TTGGTATCAT CTGTTTACTG TTGGTATCCT CAAACACAGC GAGTCCTGGC 
AAAAAACGGA GCAAATACGT AACAACACTG ATCAACGCTA ATTGGAGGGA CACTCCAATT 
ATTCTAGAAG CAGCTGAGTA TTTAAACGAT AAGAATCCCA ATTATTTTTG GAAATTCATA 
GATACGGTAT CTCGCAACAG CGATGCAAAT GCTCTTGATG CTCATGAAGA AACAGATAAA 
GAGAGATATG ATAGATTAAT TAATCATACG AGTAATTTTC TCACATCAAC AGAGAATGCT 
CTCCTCAAAT TATCGCTGTC CCTCAGGACT TATTCCGCTC GCATCGAGAT GTTCTCACAA 
ATGGGCGAGA ATAGAAGAAC CGAAAAAGTT GAAGCCTGCA ACAATTTTGT TGATGTTCAT 
GGAGAGCTGA CGTGTAGTTC CGATGAAGTA GAGAATTTGT TAGAATCCAT AGAGAATAGA 
ATTGATGGTG ATGATGATGA TGACGAGGAG AGGACTGTGT ATTCGCTGGA TCATCAGTAT 
CCAGTGCCAC TGTCAGGACA ATCAGAATCA GGAGGGAAGT CAAAAATAAC TGGTAAATAT 
GTGATTCTTT ACGGGCAAAT TGGATCCGTT GGCTTCAGCG ATTTCCACGA AAAATTGAAG 
GGCTTAGCTG ACGCCAAAAA AATCGTTTAC ATCCTTCGAC ATTACGTCAG AGATCGTCCA 
GAGCATCATC TGAGATTAGG AGGATATGGG GTTGAACTGC ACATGAAGTC TACAGAGTAC 
AAAGCAACTG ATGACTCAGA CATCAAAGAT AATTCGGGAA AAGAAGAATA TGAGAATGAA 
GGGGTCGAAG AAATCAATGG AATTAACTTT GGTGTACTGA GAAGTCTTTA TCCGGACAAA 
CACGCAGAGC TTGACAAATT TGAGAAACAT CTTCTTGAGA CGAGCGATGA GATTGGGGCT 
TTAAAAGTCT GGCAGTTCCA GGAACTCAGT CACCAGGCTG CCGAAAGAAT AATGAAATCT 
CCGTCGCAGG AGGCTATAAA AGTCCTCACA GATATTGCTC AAAACTTTCC AATGCAGGCG 
AAATCATTAA TTCGTACTAA AGTCAGTAGT GAGATGAAGA AAGAAATAAA GAGAAATCAA 
GAGTTGTTTT TTGGAAATTT GCATATCCAA CCAACAGACA CAGTATTGTT CATAAATGGT 
CTCTTCTTCG ATTTAGATAC AATTGACATT TTAGGATTAC TGGAGACCCT TCGAGCTGAG 
CTCACAGTGA TGGAAACACT CCACAAAATC GGAGTGAGCA GCAGCAAAAT GGAGAAACTC 
CTGGCTCTAG ATCTGTCTGG CTCTCATTCC TCAGACAATA ATCAAGATTT TGCCATTGAC 
ATCAGGGACT CTGCAGTCAT TTGGGTAAAC GATCTGGAGA ATGATTCACG GTACAACCGA 
TGGTCTCCAA GTTTAACGTC ACTGCTGCGT CCAACTTTTC CAGGGATGCT GAGAAATATT 
CGGAGAAATC TGTACAATTT GATTCTCATC ATAGATCCAC TGAGCCCTCT TTCGAAGCCC 
CTGATAGCGA CTGCAGAAAC ACTTTACGCA CATTCAGCAC CGATCAGAGT TGGATTTGTC 
TTCAATACAA ATTTTGATCC GTCGTTGACA GGACAGAGTG ATCCGAGCAT CGCCGTCAAC 
AATGCTTTTC ATTATTTACT CGAGAGTAAA AGTGCCAAGG AGGCTGTTTA CTTTCTCTCA 
GTTTTACTGA ACGACATTGA GAAGAGGAAA TCTTCTGGAA ACAACGATAA TGATTCGTCT 
GAAAATGGGG TGGAAGTATC TGACGTCGTA AAAGCCCTGC GATCGAGAGA CCCATCGGCA 
GATGTTGACG ATATATTCGG CGAAAATTCA GACTACGATG TCGGAAGACC CTGGGCTGAT 
GATTTTATCA GGAGGACTGG TTTCAAGGTT TTCCCCCAGG CACTATTGAA TGGTGTCCCA 
CTGGAAGGTA TCTCCAGTAT AGTGGACGGT GAGTCCCTCG AGGACATTAT TTTAAAAATG 
ATTTTTTCCC AGACACCGAT GCTGCAAAAA GCTGTTTACA AAGGCGAAGT TACTGAAGGG 
GATGACATCG TTGATTTCAT GATGAATCAA CCGAACGTTA TGCCAAGATT GAATGAGAGA 
GTGCTTAAAA ATGATAAGAC ACAGTGGCTA AACTTAGTTG GGGAAGTGCC CACTACGGAG 
GACGTATCCA CGTGGGGTCC CGAGGATACT TCAGCTTGGA TTATCAAAAA CTCGAACTAC 
TTGTACATGC CGAGGAGAAA GAAGTCCCAG CATCTTTACA CGTACTGGAT TGTAACGAAT 
TTGGAACATC CGGATGGGAG GCTGTTACTC CGCGAAGCTT TGGAGTATCT CAAGTCTAAT 
GCCGACGCGA GATTAGCAGT CATTCTCAAC AGCAATGTTG ATCAAGACGA CAGCGTTAAC 
ATTAGTGTAA ATAAAATCGT CCTGTCGGTA TTGAGCGCTG ATTATCCAGC AGAAAACCAC 
AATAAAATTA TTCGTTATAT TCAGGAGGTG ATAGGGGAGA AGAACGCTGC TTTGATTGAA 
AAGGGAGAGT TTGATCGTAG TAAATACCAT GAACACATCG GGACTGATTT CGATGAGAAC 
GCGAATCATG AGTTTATGCT GAAGGTCCAC AAGCATTTTG CTAATATTGT GTTGAGAATG 
GATGAATCCT CGACGACTCA GCGTGCTGTG ATATGCAATG GAAGGATCAT TGGACCCTTG 
GATGATGGGG AAAATTTTTC GAATCAAGAT TTCGCACTGC TGGAGCGTTT TAGTCATAGT 
ACGTATGGGG AGAAACTCAT CACCAATTTG GAGAAAATTC ATGCGAGTGA TGATGAAGAG 
GAGCAGGACA TCTCTGATGA CGTTATCATG GAGATAGCAT CTTTACTTGT ACCAAGACTA 
CAGACACGCA GCCGATACGA GGTGCTTTCA GGTGGAGAGG ACCACAGTGT TGTCAAAATA 
CCTGCCAGTA ATCCTGATCA AGTTGCTTTC AATATAATTG CTATTGTGGA TCCGGTGTCC 
CGGGGTGCTC AGAAGTTGGG CACTATATTG AATACACTCC AGCAGGCGCT CAATTGTAAC 
ATCAAAATTT TCTTGAACTG TGTCGATAAA AACAGCGACA TGCCACTCAA AAATTTCTAT 
CGATTCGTTT TCGAGCCTGA ACTTCAGTTT AATTCTGATG GACAGCTGGT TGGAGCTAGT 
GCCAAATTTA ACAAGTTACC AACGTCGTCA CTTTTGACGC AGAATATTCA TGCCCCTGAC 
AACTGGATGG TTCAGGTTGT TAAGAGTGTT TATGATTTGG ATAATATCAA GTTGGATAAT 
GTGGCCATAG GAGTTCACAG TGAATTCGAA CTCGAATATC TCCTTCTCGA AGGCCACTGC 
TTCGAAGCTA CCATGGGCAA TCCTCCCCGA GGTCTTCAAA TAACTCTCGG TACTGAAACA 
CATGCAATGG TGGATACGAT CGTGATGGCG AATCTCGGGT ATTTCCAGCT GAAAGCAAAT 
CCTGGCGAGT GGATTCTCCG CCTTAGACAC GGTAGATCAG CAGAAATTTA CAACATAACT 
TCGGTGGATG GTCATGACGT TATCCAGAAC GGTAACGGTG TTAGAGTGCT CATCAGTTCG 
TTGAAGAGTC ATGTCCTCAA ACTGAAAGTT ACGAAGAAGT CAGATAAACT GGATATGGAT 
CTTCTGGCTG AAGATGATGA CAAAAAATCG GGCATTTGGA ATTCAATCTC GAGCTTTTCC 
GATTATTGGA CATTCGGAAG TGACGACGCT GAGGAACAGG AAGAAAAAAT TAACATATTT 
TCTCTGGCGT CAGGTCATTT ATACGAGAGA TTCTTGAAAA TCATGATGCT CAGTGTGTTA 
AAACACACCA AGAGTCCAGT GAAATTTTGG TTCTTGAAGA ATTATCTCTC TCCAACGCTG 
AAGGACTTCT TACCGCACAT GGCAAAGGTG TATGGATTCG AGTATGAATT AATTCAGTAT 
AAATGGCCGA GATGGCTCCA TCAGCAAACT GAAAAACAGA GGACCATTTG GGGATACAAA 
ATTCTCTTCT TGGACGTATT GTTCCCCTTG GATGTTAAGA AAATCATCTT TGTCGATGCC 
GATCAAGTGG TCAGGGCAGA TCTGAAGGAG CTCGTTAATT TGGATCTCGA AGGAGCCCCC 
TACGCTTACA CACCGTTCTG TGATAGTAGA AAAGAGATGG ATGGTTTTAG ATTTTGGAAA 
CAAGGGTATT GGAAAACCCA CTTACAGGGT AGAGCTTATC ACATCAGTGC ACTTTATGTT 
GTTGATCTCA AACGTTTTCG TCGTATTGCT GCTGGAGACA GATTGAGAGG GCAGTATCAA 
GCTCTCAGTC CAGATCCTAA TAGTTTATCA AATTTAGATC AAGACTTGCC AAATAATATG 
ATCCATCAGG TGGCTGTTAA AACCTTGCCG CAGGAGTGGC TGTGGTGCGA AACTTGGTGC 
AGTGATGCCT CGAAAAAGTA CGCGAAAACC ATCGATCTGT GTAATAATCC AATGACTAAA 
GAAGCGAAGC TCCAAGCAGC AATACGCATT CTCCCAGAAT GGACGGGCTA CGATGAAGAG 
ATCAAGGCGC TACAACATGC GATAGAAAAT GAAAATAAAC AGACTGATAA AGAAGAGAAA 
GTCGATTCAG ACGATCAGAC AAAGCACGAA GAATTATAA

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

RefSeq	XP_015109414.1
CDS	111..4829
Translation	MWRIGIICLLLVSSNTASPGKKRSKYVTTLINANWRDTPIILEAAEYLNDKNPNYFWKFIDTVSRNSDANALDAHEETDKERYDRLINHTSNFLTSTENALLKLSLSLRTYSARIEMFSQMGENRRTEKVEACNNFVDVHGELTCSSDEVENLLESIENRIDGDDDDDEERTVYSLDHQYPVPLSGQSESGGKSKITGKYVILYGQIGSVGFSDFHEKLKGLADAKKIVYILRHYVRDRPEHHLRLGGYGVELHMKSTEYKATDDSDIKDNSGKEEYENEGVEEINGINFGVLRSLYPDKHAELDKFEKHLLETSDEIGALKVWQFQELSHQAAERIMKSPSQEAIKVLTDIAQNFPMQAKSLIRTKVSSEMKKEIKRNQELFFGNLHIQPTDTVLFINGLFFDLDTIDILGLLETLRAELTVMETLHKIGVSSSKMEKLLALDLSGSHSSDNNQDFAIDIRDSAVIWVNDLENDSRYNRWSPSLTSLLRPTFPGMLRNIRRNLYNLILIIDPLSPLSKPLIATAETLYAHSAPIRVGFVFNTNFDPSLTGQSDPSIAVNNAFHYLLESKSAKEAVYFLSVLLNDIEKRKSSGNNDNDSSENGVEVSDVVKALRSRDPSADVDDIFGENSDYDVGRPWADDFIRRTGFKVFPQALLNGVPLEGISSIVDGESLEDIILKMIFSQTPMLQKAVYKGEVTEGDDIVDFMMNQPNVMPRLNERVLKNDKTQWLNLVGEVPTTEDVSTWGPEDTSAWIIKNSNYLYMPRRKKSQHLYTYWIVTNLEHPDGRLLLREALEYLKSNADARLAVILNSNVDQDDSVNISVNKIVLSVLSADYPAENHNKIIRYIQEVIGEKNAALIEKGEFDRSKYHEHIGTDFDENANHEFMLKVHKHFANIVLRMDESSTTQRAVICNGRIIGPLDDGENFSNQDFALLERFSHSTYGEKLITNLEKIHASDDEEEQDISDDVIMEIASLLVPRLQTRSRYEVLSGGEDHSVVKIPASNPDQVAFNIIAIVDPVSRGAQKLGTILNTLQQALNCNIKIFLNCVDKNSDMPLKNFYRFVFEPELQFNSDGQLVGASAKFNKLPTSSLLTQNIHAPDNWMVQVVKSVYDLDNIKLDNVAIGVHSEFELEYLLLEGHCFEATMGNPPRGLQITLGTETHAMVDTIVMANLGYFQLKANPGEWILRLRHGRSAEIYNITSVDGHDVIQNGNGVRVLISSLKSHVLKLKVTKKSDKLDMDLLAEDDDKKSGIWNSISSFSDYWTFGSDDAEEQEEKINIFSLASGHLYERFLKIMMLSVLKHTKSPVKFWFLKNYLSPTLKDFLPHMAKVYGFEYELIQYKWPRWLHQQTEKQRTIWGYKILFLDVLFPLDVKKIIFVDADQVVRADLKELVNLDLEGAPYAYTPFCDSRKEMDGFRFWKQGYWKTHLQGRAYHISALYVVDLKRFRRIAAGDRLRGQYQALSPDPNSLSNLDQDLPNNMIHQVAVKTLPQEWLWCETWCSDASKKYAKTIDLCNNPMTKEAKLQAAIRILPEWTGYDEEIKALQHAIENENKQTDKEEKVDSDDQTKHEEL

Target ORF information:

RefSeq Version	XM_015253928.1
Organism	Diachasma alloeum
Definition	Diachasma alloeum UDP-glucose:glycoprotein glucosyltransferase (LOC107036170), transcript variant X1, mRNA.

Target ORF information:

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

XM_015253928.1

ORF Insert Sequence:

ATGTGGCGCA TTGGTATCAT CTGTTTACTG TTGGTATCCT CAAACACAGC GAGTCCTGGC 
AAAAAACGGA GCAAATACGT AACAACACTG ATCAACGCTA ATTGGAGGGA CACTCCAATT 
ATTCTAGAAG CAGCTGAGTA TTTAAACGAT AAGAATCCCA ATTATTTTTG GAAATTCATA 
GATACGGTAT CTCGCAACAG CGATGCAAAT GCTCTTGATG CTCATGAAGA AACAGATAAA 
GAGAGATATG ATAGATTAAT TAATCATACG AGTAATTTTC TCACATCAAC AGAGAATGCT 
CTCCTCAAAT TATCGCTGTC CCTCAGGACT TATTCCGCTC GCATCGAGAT GTTCTCACAA 
ATGGGCGAGA ATAGAAGAAC CGAAAAAGTT GAAGCCTGCA ACAATTTTGT TGATGTTCAT 
GGAGAGCTGA CGTGTAGTTC CGATGAAGTA GAGAATTTGT TAGAATCCAT AGAGAATAGA 
ATTGATGGTG ATGATGATGA TGACGAGGAG AGGACTGTGT ATTCGCTGGA TCATCAGTAT 
CCAGTGCCAC TGTCAGGACA ATCAGAATCA GGAGGGAAGT CAAAAATAAC TGGTAAATAT 
GTGATTCTTT ACGGGCAAAT TGGATCCGTT GGCTTCAGCG ATTTCCACGA AAAATTGAAG 
GGCTTAGCTG ACGCCAAAAA AATCGTTTAC ATCCTTCGAC ATTACGTCAG AGATCGTCCA 
GAGCATCATC TGAGATTAGG AGGATATGGG GTTGAACTGC ACATGAAGTC TACAGAGTAC 
AAAGCAACTG ATGACTCAGA CATCAAAGAT AATTCGGGAA AAGAAGAATA TGAGAATGAA 
GGGGTCGAAG AAATCAATGG AATTAACTTT GGTGTACTGA GAAGTCTTTA TCCGGACAAA 
CACGCAGAGC TTGACAAATT TGAGAAACAT CTTCTTGAGA CGAGCGATGA GATTGGGGCT 
TTAAAAGTCT GGCAGTTCCA GGAACTCAGT CACCAGGCTG CCGAAAGAAT AATGAAATCT 
CCGTCGCAGG AGGCTATAAA AGTCCTCACA GATATTGCTC AAAACTTTCC AATGCAGGCG 
AAATCATTAA TTCGTACTAA AGTCAGTAGT GAGATGAAGA AAGAAATAAA GAGAAATCAA 
GAGTTGTTTT TTGGAAATTT GCATATCCAA CCAACAGACA CAGTATTGTT CATAAATGGT 
CTCTTCTTCG ATTTAGATAC AATTGACATT TTAGGATTAC TGGAGACCCT TCGAGCTGAG 
CTCACAGTGA TGGAAACACT CCACAAAATC GGAGTGAGCA GCAGCAAAAT GGAGAAACTC 
CTGGCTCTAG ATCTGTCTGG CTCTCATTCC TCAGACAATA ATCAAGATTT TGCCATTGAC 
ATCAGGGACT CTGCAGTCAT TTGGGTAAAC GATCTGGAGA ATGATTCACG GTACAACCGA 
TGGTCTCCAA GTTTAACGTC ACTGCTGCGT CCAACTTTTC CAGGGATGCT GAGAAATATT 
CGGAGAAATC TGTACAATTT GATTCTCATC ATAGATCCAC TGAGCCCTCT TTCGAAGCCC 
CTGATAGCGA CTGCAGAAAC ACTTTACGCA CATTCAGCAC CGATCAGAGT TGGATTTGTC 
TTCAATACAA ATTTTGATCC GTCGTTGACA GGACAGAGTG ATCCGAGCAT CGCCGTCAAC 
AATGCTTTTC ATTATTTACT CGAGAGTAAA AGTGCCAAGG AGGCTGTTTA CTTTCTCTCA 
GTTTTACTGA ACGACATTGA GAAGAGGAAA TCTTCTGGAA ACAACGATAA TGATTCGTCT 
GAAAATGGGG TGGAAGTATC TGACGTCGTA AAAGCCCTGC GATCGAGAGA CCCATCGGCA 
GATGTTGACG ATATATTCGG CGAAAATTCA GACTACGATG TCGGAAGACC CTGGGCTGAT 
GATTTTATCA GGAGGACTGG TTTCAAGGTT TTCCCCCAGG CACTATTGAA TGGTGTCCCA 
CTGGAAGGTA TCTCCAGTAT AGTGGACGGT GAGTCCCTCG AGGACATTAT TTTAAAAATG 
ATTTTTTCCC AGACACCGAT GCTGCAAAAA GCTGTTTACA AAGGCGAAGT TACTGAAGGG 
GATGACATCG TTGATTTCAT GATGAATCAA CCGAACGTTA TGCCAAGATT GAATGAGAGA 
GTGCTTAAAA ATGATAAGAC ACAGTGGCTA AACTTAGTTG GGGAAGTGCC CACTACGGAG 
GACGTATCCA CGTGGGGTCC CGAGGATACT TCAGCTTGGA TTATCAAAAA CTCGAACTAC 
TTGTACATGC CGAGGAGAAA GAAGTCCCAG CATCTTTACA CGTACTGGAT TGTAACGAAT 
TTGGAACATC CGGATGGGAG GCTGTTACTC CGCGAAGCTT TGGAGTATCT CAAGTCTAAT 
GCCGACGCGA GATTAGCAGT CATTCTCAAC AGCAATGTTG ATCAAGACGA CAGCGTTAAC 
ATTAGTGTAA ATAAAATCGT CCTGTCGGTA TTGAGCGCTG ATTATCCAGC AGAAAACCAC 
AATAAAATTA TTCGTTATAT TCAGGAGGTG ATAGGGGAGA AGAACGCTGC TTTGATTGAA 
AAGGGAGAGT TTGATCGTAG TAAATACCAT GAACACATCG GGACTGATTT CGATGAGAAC 
GCGAATCATG AGTTTATGCT GAAGGTCCAC AAGCATTTTG CTAATATTGT GTTGAGAATG 
GATGAATCCT CGACGACTCA GCGTGCTGTG ATATGCAATG GAAGGATCAT TGGACCCTTG 
GATGATGGGG AAAATTTTTC GAATCAAGAT TTCGCACTGC TGGAGCGTTT TAGTCATAGT 
ACGTATGGGG AGAAACTCAT CACCAATTTG GAGAAAATTC ATGCGAGTGA TGATGAAGAG 
GAGCAGGACA TCTCTGATGA CGTTATCATG GAGATAGCAT CTTTACTTGT ACCAAGACTA 
CAGACACGCA GCCGATACGA GGTGCTTTCA GGTGGAGAGG ACCACAGTGT TGTCAAAATA 
CCTGCCAGTA ATCCTGATCA AGTTGCTTTC AATATAATTG CTATTGTGGA TCCGGTGTCC 
CGGGGTGCTC AGAAGTTGGG CACTATATTG AATACACTCC AGCAGGCGCT CAATTGTAAC 
ATCAAAATTT TCTTGAACTG TGTCGATAAA AACAGCGACA TGCCACTCAA AAATTTCTAT 
CGATTCGTTT TCGAGCCTGA ACTTCAGTTT AATTCTGATG GACAGCTGGT TGGAGCTAGT 
GCCAAATTTA ACAAGTTACC AACGTCGTCA CTTTTGACGC AGAATATTCA TGCCCCTGAC 
AACTGGATGG TTCAGGTTGT TAAGAGTGTT TATGATTTGG ATAATATCAA GTTGGATAAT 
GTGGCCATAG GAGTTCACAG TGAATTCGAA CTCGAATATC TCCTTCTCGA AGGCCACTGC 
TTCGAAGCTA CCATGGGCAA TCCTCCCCGA GGTCTTCAAA TAACTCTCGG TACTGAAACA 
CATGCAATGG TGGATACGAT CGTGATGGCG AATCTCGGGT ATTTCCAGCT GAAAGCAAAT 
CCTGGCGAGT GGATTCTCCG CCTTAGACAC GGTAGATCAG CAGAAATTTA CAACATAACT 
TCGGTGGATG GTCATGACGT TATCCAGAAC GGTAACGGTG TTAGAGTGCT CATCAGTTCG 
TTGAAGAGTC ATGTCCTCAA ACTGAAAGTT ACGAAGAAGT CAGATAAACT GGATATGGAT 
CTTCTGGCTG AAGATGATGA CAAAAAATCG GGCATTTGGA ATTCAATCTC GAGCTTTTCC 
GATTATTGGA CATTCGGAAG TGACGACGCT GAGGAACAGG AAGAAAAAAT TAACATATTT 
TCTCTGGCGT CAGGTCATTT ATACGAGAGA TTCTTGAAAA TCATGATGCT CAGTGTGTTA 
AAACACACCA AGAGTCCAGT GAAATTTTGG TTCTTGAAGA ATTATCTCTC TCCAACGCTG 
AAGGACTTCT TACCGCACAT GGCAAAGGTG TATGGATTCG AGTATGAATT AATTCAGTAT 
AAATGGCCGA GATGGCTCCA TCAGCAAACT GAAAAACAGA GGACCATTTG GGGATACAAA 
ATTCTCTTCT TGGACGTATT GTTCCCCTTG GATGTTAAGA AAATCATCTT TGTCGATGCC 
GATCAAGTGG TCAGGGCAGA TCTGAAGGAG CTCGTTAATT TGGATCTCGA AGGAGCCCCC 
TACGCTTACA CACCGTTCTG TGATAGTAGA AAAGAGATGG ATGGTTTTAG ATTTTGGAAA 
CAAGGGTATT GGAAAACCCA CTTACAGGGT AGAGCTTATC ACATCAGTGC ACTTTATGTT 
GTTGATCTCA AACGTTTTCG TCGTATTGCT GCTGGAGACA GATTGAGAGG GCAGTATCAA 
GCTCTCAGTC CAGATCCTAA TAGTTTATCA AATTTAGATC AAGACTTGCC AAATAATATG 
ATCCATCAGG TGGCTGTTAA AACCTTGCCG CAGGAGTGGC TGTGGTGCGA AACTTGGTGC 
AGTGATGCCT CGAAAAAGTA CGCGAAAACC ATCGATCTGT GTAATAATCC AATGACTAAA 
GAAGCGAAGC TCCAAGCAGC AATACGCATT CTCCCAGAAT GGACGGGCTA CGATGAAGAG 
ATCAAGGCGC TACAACATGC GATAGAAAAT GAAAATAAAC AGACTGATAA AGAAGAGAAA 
GTCGATTCAG ACGATCAGAC AAAGCACGAA GAATTATAA

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

LOC107036170 ( XM_015253929.1 ) cDNA ORF clone, Diachasma alloeum -> XP_015109415.1 Diachasma alloeum UDP-glucose:glycoprotein glucosyltransferase (LOC107036170), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ODi44540
Clone ID Related Accession (Same CDS sequence)	XM_015253929.1
Accession Version	XM_015253929.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4704bp) 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	2019-05-22
Organism	Diachasma alloeum
Product	UDP-glucose:glycoprotein glucosyltransferase isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_021680371.1) 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 Name :: Diachasma alloeum Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTGGCGCA TTGGTATCAT CTGTTTACTG TTGGTATCCT CAAACACAGC GAGTCCTGGC 
AAAAAACGGA GCAAATACGT AACAACACTG ATCAACGCTA ATTGGAGGGA CACTCCAATT 
ATTCTAGAAG CAGCTGAGTA TTTAAACGAT AAGAATCCCA ATTATTTTTG GAAATTCATA 
GATACGGTAT CTCGCAACAG CGATGCAAAT GCTCTTGATG CTCATGAAGA AACAGATAAA 
GAGAGATATG ATAGATTAAT TAATCATACG AGTAATTTTC TCACATCAAC AGAGAATGCT 
CTCCTCAAAT TATCGCTGTC CCTCAGGACT TATTCCGCTC GCATCGAGAT GTTCTCACAA 
ATGGGCGAGA ATAGAAGAAC CGAAAAAGTT GAAGCCTGCA ACAATTTTGT TGATGTTCAT 
GGAGAGCTGA CGTGTAGTTC CGATGAAGTA GAGAATTTGT TAGAATCCAT AGAGAATAGA 
ATTGATGGTG ATGATGATGA TGACGAGGAG AGGACTGTGT ATTCGCTGGA TCATCAGTAT 
CCAGTGCCAC TGTCAGGACA ATCAGAATCA GGAGGGAAGT CAAAAATAAC TGGTAAATAT 
GTGATTCTTT ACGGGCAAAT TGGATCCGTT GGCTTCAGCG ATTTCCACGA AAAATTGAAG 
GGCTTAGCTG ACGCCAAAAA AATCGTTTAC ATCCTTCGAC ATTACGTCAG AGATCGTCCA 
GAGCATCATC TGAGATTAGG AGGATATGGG GTTGAACTGC ACATGAAGTC TACAGAGTAC 
AAAGCAACTG ATGACTCAGA CATCAAAGAT AATTCGGGAA AAGAAGAATA TGAGAATGAA 
GGGGTCGAAG AAATCAATGG AATTAACTTT GGTGTACTGA GAAGTCTTTA TCCGGACAAA 
CACGCAGAGC TTGACAAATT TGAGAAACAT CTTCTTGAGA CGAGCGATGA GATTGGGGCT 
TTAAAAGTCT GGCAGTTCCA GGAACTCAGT CACCAGGCTG CCGAAAGAAT AATGAAATCT 
CCGTCGCAGG AGGCTATAAA AGTCCTCACA GATATTGCTC AAAACTTTCC AATGCAGGCG 
AAATCATTAA TTCGTACTAA AGTCAGTAGT GAGATGAAGA AAGAAATAAA GAGAAATCAA 
GAGTTGTTTT TTGGAAATTT GCATATCCAA CCAACAGACA CAGTATTGTT CATAAATGGT 
CTCTTCTTCG ATTTAGATAC AATTGACATT TTAGGATTAC TGGAGACCCT TCGAGCTGAG 
CTCACAGTGA TGGAAACACT CCACAAAATC GGAGTGAGCA GCAGCAAAAT GGAGAAACTC 
CTGGCTCTAG ATCTGTCTGG CTCTCATTCC TCAGACAATA ATCAAGATTT TGCCATTGAC 
ATCAGGGACT CTGCAGTCAT TTGGGTAAAC GATCTGGAGA ATGATTCACG GTACAACCGA 
TGGTCTCCAA GTTTAACGTC ACTGCTGCGT CCAACTTTTC CAGGGATGCT GAGAAATATT 
CGGAGAAATC TGTACAATTT GATTCTCATC ATAGATCCAC TGAGCCCTCT TTCGAAGCCC 
CTGATAGCGA CTGCAGAAAC ACTTTACGCA CATTCAGCAC CGATCAGAGT TGGATTTGTC 
TTCAATACAA ATTTTGATCC GTCGTTGACA GGACAGAGTG ATCCGAGCAT CGCCGTCAAC 
AATGCTTTTC ATTATTTACT CGAGAGTAAA AGTGCCAAGG AGGCTGTTTA CTTTCTCTCA 
GTTTTACTGA ACGACATTGA GAAGAGGAAA TCTTCTGGAA ACAACGATAA TGATTCGTCT 
GAAAATGGGG TGGAAGTATC TGACGTCGTA AAAGCCCTGC GATCGAGAGA CCCATCGGCA 
GATGTTGACG ATATATTCGG CGAAAATTCA GACTACGATG TCGGAAGACC CTGGGCTGAT 
GATTTTATCA GGAGGACTGG TTTCAAGGTT TTCCCCCAGG CACTATTGAA TGGTGTCCCA 
CTGGAAGGTA TCTCCAGTAT AGTGGACGGT GAGTCCCTCG AGGACATTAT TTTAAAAATG 
ATTTTTTCCC AGACACCGAT GCTGCAAAAA GCTGTTTACA AAGGCGAAGT TACTGAAGGG 
GATGACATCG TTGATTTCAT GATGAATCAA CCGAACGTTA TGCCAAGATT GAATGAGAGA 
GTGCTTAAAA ATGATAAGAC ACAGTGGCTA AACTTAGTTG GGGAAGTGCC CACTACGGAG 
GACGTATCCA CGTGGGGTCC CGAGGATACT TCAGCTTGGA TTATCAAAAA CTCGAACTAC 
TTGTACATGC CGAGGAGAAA GAAGTCCCAG CATCTTTACA CGTACTGGAT TGTAACGAAT 
TTGGAACATC CGGATGGGAG GCTGTTACTC CGCGAAGCTT TGGAGTATCT CAAGTCTAAT 
GCCGACGCGA GATTAGCAGT CATTCTCAAC AGCAATGTTG ATCAAGACGA CAGCGTTAAC 
ATTAGTGTAA ATAAAATCGT CCTGTCGGTA TTGAGCGCTG ATTATCCAGC AGAAAACCAC 
AATAAAATTA TTCGTTATAT TCAGGAGGTG ATAGGGGAGA AGAACGCTGC TTTGATTGAA 
AAGGGAGAGT TTGATCGTAG TAAATACCAT GAACACATCG GGACTGATTT CGATGAGAAC 
GCGAATCATG AGTTTATGCT GAAGGTCCAC AAGCATTTTG CTAATATTGT GTTGAGAATG 
GATGAATCCT CGACGACTCA GCGTGCTGTG ATATGCAATG GAAGGATCAT TGGACCCTTG 
GATGATGGGG AAAATTTTTC GAATCAAGAT TTCGCACTGC TGGAGCGTTT TAGTCATAGT 
ACGTATGGGG AGAAACTCAT CACCAATTTG GAGAAAATTC ATGCGAGTGA TGATGAAGAG 
GAGCAGGACA TCTCTGATGA CGTTATCATG GAGATAGCAT CTTTACTTGT ACCAAGACTA 
CAGACACGCA GCCGATACGA GGTGCTTTCA GGTGGAGAGG ACCACAGTGT TGTCAAAATA 
CCTGCCAGTA ATCCTGATCA AGTTGCTTTC AATATAATTG CTATTGTGGA TCCGGTGTCC 
CGGGGTGCTC AGAAGTTGGG CACTATATTG AATACACTCC AGCAGGCGCT CAATTGTAAC 
ATCAAAATTT TCTTGAACTG TGTCGATAAA AACAGCGACA TGCCACTCAA AAATTTCTAT 
CGATTCGTTT TCGAGCCTGA ACTTCAGTTT AATTCTGATG GACAGCTGGT TGGAGCTAGT 
GCCAAATTTA ACAAGTTACC AACGTCGTCA CTTTTGACGC AGAATATTCA TGCCCCTGAC 
AACTGGATGG TTCAGGTTGT TAAGAGTGTT TATGATTTGG ATAATATCAA GTTGGATAAT 
GTGGCCATAG GAGTTCACAG TGAATTCGAA CTCGAATATC TCCTTCTCGA AGGCCACTGC 
TTCGAAGCTA CCATGGGCAA TCCTCCCCGA GGTCTTCAAA TAACTCTCGG TACTGAAACA 
CATGCAATGG TGGATACGAT CGTGATGGCG AATCTCGGGT ATTTCCAGCT GAAAGCAAAT 
CCTGGCGAGT GGATTCTCCG CCTTAGACAC GGTAGATCAG CAGAAATTTA CAACATAACT 
TCGGTGGATG GTCATGACGT TATCCAGAAC GGTAACGGTG TTAGAGTGCT CATCAGTTCG 
TTGAAGAGTC ATGTCCTCAA ACTGAAAGTT ACGAAGAAGT CAGATAAACT GGATATGGAT 
CTTCTGGCTG AAGATGATGA CAAAAAATCG GGCATTTGGA ATTCAATCTC GAGGACATTC 
GGAAGTGACG ACGCTGAGGA ACAGGAAGAA AAAATTAACA TATTTTCTCT GGCGTCAGGT 
CATTTATACG AGAGATTCTT GAAAATCATG ATGCTCAGTG TGTTAAAACA CACCAAGAGT 
CCAGTGAAAT TTTGGTTCTT GAAGAATTAT CTCTCTCCAA CGCTGAAGGA CTTCTTACCG 
CACATGGCAA AGGTGTATGG ATTCGAGTAT GAATTAATTC AGTATAAATG GCCGAGATGG 
CTCCATCAGC AAACTGAAAA ACAGAGGACC ATTTGGGGAT ACAAAATTCT CTTCTTGGAC 
GTATTGTTCC CCTTGGATGT TAAGAAAATC ATCTTTGTCG ATGCCGATCA AGTGGTCAGG 
GCAGATCTGA AGGAGCTCGT TAATTTGGAT CTCGAAGGAG CCCCCTACGC TTACACACCG 
TTCTGTGATA GTAGAAAAGA GATGGATGGT TTTAGATTTT GGAAACAAGG GTATTGGAAA 
ACCCACTTAC AGGGTAGAGC TTATCACATC AGTGCACTTT ATGTTGTTGA TCTCAAACGT 
TTTCGTCGTA TTGCTGCTGG AGACAGATTG AGAGGGCAGT ATCAAGCTCT CAGTCCAGAT 
CCTAATAGTT TATCAAATTT AGATCAAGAC TTGCCAAATA ATATGATCCA TCAGGTGGCT 
GTTAAAACCT TGCCGCAGGA GTGGCTGTGG TGCGAAACTT GGTGCAGTGA TGCCTCGAAA 
AAGTACGCGA AAACCATCGA TCTGTGTAAT AATCCAATGA CTAAAGAAGC GAAGCTCCAA 
GCAGCAATAC GCATTCTCCC AGAATGGACG GGCTACGATG AAGAGATCAA GGCGCTACAA 
CATGCGATAG AAAATGAAAA TAAACAGACT GATAAAGAAG AGAAAGTCGA TTCAGACGAT 
CAGACAAAGC ACGAAGAATT ATAA

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

RefSeq	XP_015109415.1
CDS	111..4814
Translation	MWRIGIICLLLVSSNTASPGKKRSKYVTTLINANWRDTPIILEAAEYLNDKNPNYFWKFIDTVSRNSDANALDAHEETDKERYDRLINHTSNFLTSTENALLKLSLSLRTYSARIEMFSQMGENRRTEKVEACNNFVDVHGELTCSSDEVENLLESIENRIDGDDDDDEERTVYSLDHQYPVPLSGQSESGGKSKITGKYVILYGQIGSVGFSDFHEKLKGLADAKKIVYILRHYVRDRPEHHLRLGGYGVELHMKSTEYKATDDSDIKDNSGKEEYENEGVEEINGINFGVLRSLYPDKHAELDKFEKHLLETSDEIGALKVWQFQELSHQAAERIMKSPSQEAIKVLTDIAQNFPMQAKSLIRTKVSSEMKKEIKRNQELFFGNLHIQPTDTVLFINGLFFDLDTIDILGLLETLRAELTVMETLHKIGVSSSKMEKLLALDLSGSHSSDNNQDFAIDIRDSAVIWVNDLENDSRYNRWSPSLTSLLRPTFPGMLRNIRRNLYNLILIIDPLSPLSKPLIATAETLYAHSAPIRVGFVFNTNFDPSLTGQSDPSIAVNNAFHYLLESKSAKEAVYFLSVLLNDIEKRKSSGNNDNDSSENGVEVSDVVKALRSRDPSADVDDIFGENSDYDVGRPWADDFIRRTGFKVFPQALLNGVPLEGISSIVDGESLEDIILKMIFSQTPMLQKAVYKGEVTEGDDIVDFMMNQPNVMPRLNERVLKNDKTQWLNLVGEVPTTEDVSTWGPEDTSAWIIKNSNYLYMPRRKKSQHLYTYWIVTNLEHPDGRLLLREALEYLKSNADARLAVILNSNVDQDDSVNISVNKIVLSVLSADYPAENHNKIIRYIQEVIGEKNAALIEKGEFDRSKYHEHIGTDFDENANHEFMLKVHKHFANIVLRMDESSTTQRAVICNGRIIGPLDDGENFSNQDFALLERFSHSTYGEKLITNLEKIHASDDEEEQDISDDVIMEIASLLVPRLQTRSRYEVLSGGEDHSVVKIPASNPDQVAFNIIAIVDPVSRGAQKLGTILNTLQQALNCNIKIFLNCVDKNSDMPLKNFYRFVFEPELQFNSDGQLVGASAKFNKLPTSSLLTQNIHAPDNWMVQVVKSVYDLDNIKLDNVAIGVHSEFELEYLLLEGHCFEATMGNPPRGLQITLGTETHAMVDTIVMANLGYFQLKANPGEWILRLRHGRSAEIYNITSVDGHDVIQNGNGVRVLISSLKSHVLKLKVTKKSDKLDMDLLAEDDDKKSGIWNSISRTFGSDDAEEQEEKINIFSLASGHLYERFLKIMMLSVLKHTKSPVKFWFLKNYLSPTLKDFLPHMAKVYGFEYELIQYKWPRWLHQQTEKQRTIWGYKILFLDVLFPLDVKKIIFVDADQVVRADLKELVNLDLEGAPYAYTPFCDSRKEMDGFRFWKQGYWKTHLQGRAYHISALYVVDLKRFRRIAAGDRLRGQYQALSPDPNSLSNLDQDLPNNMIHQVAVKTLPQEWLWCETWCSDASKKYAKTIDLCNNPMTKEAKLQAAIRILPEWTGYDEEIKALQHAIENENKQTDKEEKVDSDDQTKHEEL

Target ORF information:

RefSeq Version	XM_015253929.1
Organism	Diachasma alloeum
Definition	Diachasma alloeum UDP-glucose:glycoprotein glucosyltransferase (LOC107036170), transcript variant X2, mRNA.

Target ORF information:

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

XM_015253929.1

ORF Insert Sequence:

ATGTGGCGCA TTGGTATCAT CTGTTTACTG TTGGTATCCT CAAACACAGC GAGTCCTGGC 
AAAAAACGGA GCAAATACGT AACAACACTG ATCAACGCTA ATTGGAGGGA CACTCCAATT 
ATTCTAGAAG CAGCTGAGTA TTTAAACGAT AAGAATCCCA ATTATTTTTG GAAATTCATA 
GATACGGTAT CTCGCAACAG CGATGCAAAT GCTCTTGATG CTCATGAAGA AACAGATAAA 
GAGAGATATG ATAGATTAAT TAATCATACG AGTAATTTTC TCACATCAAC AGAGAATGCT 
CTCCTCAAAT TATCGCTGTC CCTCAGGACT TATTCCGCTC GCATCGAGAT GTTCTCACAA 
ATGGGCGAGA ATAGAAGAAC CGAAAAAGTT GAAGCCTGCA ACAATTTTGT TGATGTTCAT 
GGAGAGCTGA CGTGTAGTTC CGATGAAGTA GAGAATTTGT TAGAATCCAT AGAGAATAGA 
ATTGATGGTG ATGATGATGA TGACGAGGAG AGGACTGTGT ATTCGCTGGA TCATCAGTAT 
CCAGTGCCAC TGTCAGGACA ATCAGAATCA GGAGGGAAGT CAAAAATAAC TGGTAAATAT 
GTGATTCTTT ACGGGCAAAT TGGATCCGTT GGCTTCAGCG ATTTCCACGA AAAATTGAAG 
GGCTTAGCTG ACGCCAAAAA AATCGTTTAC ATCCTTCGAC ATTACGTCAG AGATCGTCCA 
GAGCATCATC TGAGATTAGG AGGATATGGG GTTGAACTGC ACATGAAGTC TACAGAGTAC 
AAAGCAACTG ATGACTCAGA CATCAAAGAT AATTCGGGAA AAGAAGAATA TGAGAATGAA 
GGGGTCGAAG AAATCAATGG AATTAACTTT GGTGTACTGA GAAGTCTTTA TCCGGACAAA 
CACGCAGAGC TTGACAAATT TGAGAAACAT CTTCTTGAGA CGAGCGATGA GATTGGGGCT 
TTAAAAGTCT GGCAGTTCCA GGAACTCAGT CACCAGGCTG CCGAAAGAAT AATGAAATCT 
CCGTCGCAGG AGGCTATAAA AGTCCTCACA GATATTGCTC AAAACTTTCC AATGCAGGCG 
AAATCATTAA TTCGTACTAA AGTCAGTAGT GAGATGAAGA AAGAAATAAA GAGAAATCAA 
GAGTTGTTTT TTGGAAATTT GCATATCCAA CCAACAGACA CAGTATTGTT CATAAATGGT 
CTCTTCTTCG ATTTAGATAC AATTGACATT TTAGGATTAC TGGAGACCCT TCGAGCTGAG 
CTCACAGTGA TGGAAACACT CCACAAAATC GGAGTGAGCA GCAGCAAAAT GGAGAAACTC 
CTGGCTCTAG ATCTGTCTGG CTCTCATTCC TCAGACAATA ATCAAGATTT TGCCATTGAC 
ATCAGGGACT CTGCAGTCAT TTGGGTAAAC GATCTGGAGA ATGATTCACG GTACAACCGA 
TGGTCTCCAA GTTTAACGTC ACTGCTGCGT CCAACTTTTC CAGGGATGCT GAGAAATATT 
CGGAGAAATC TGTACAATTT GATTCTCATC ATAGATCCAC TGAGCCCTCT TTCGAAGCCC 
CTGATAGCGA CTGCAGAAAC ACTTTACGCA CATTCAGCAC CGATCAGAGT TGGATTTGTC 
TTCAATACAA ATTTTGATCC GTCGTTGACA GGACAGAGTG ATCCGAGCAT CGCCGTCAAC 
AATGCTTTTC ATTATTTACT CGAGAGTAAA AGTGCCAAGG AGGCTGTTTA CTTTCTCTCA 
GTTTTACTGA ACGACATTGA GAAGAGGAAA TCTTCTGGAA ACAACGATAA TGATTCGTCT 
GAAAATGGGG TGGAAGTATC TGACGTCGTA AAAGCCCTGC GATCGAGAGA CCCATCGGCA 
GATGTTGACG ATATATTCGG CGAAAATTCA GACTACGATG TCGGAAGACC CTGGGCTGAT 
GATTTTATCA GGAGGACTGG TTTCAAGGTT TTCCCCCAGG CACTATTGAA TGGTGTCCCA 
CTGGAAGGTA TCTCCAGTAT AGTGGACGGT GAGTCCCTCG AGGACATTAT TTTAAAAATG 
ATTTTTTCCC AGACACCGAT GCTGCAAAAA GCTGTTTACA AAGGCGAAGT TACTGAAGGG 
GATGACATCG TTGATTTCAT GATGAATCAA CCGAACGTTA TGCCAAGATT GAATGAGAGA 
GTGCTTAAAA ATGATAAGAC ACAGTGGCTA AACTTAGTTG GGGAAGTGCC CACTACGGAG 
GACGTATCCA CGTGGGGTCC CGAGGATACT TCAGCTTGGA TTATCAAAAA CTCGAACTAC 
TTGTACATGC CGAGGAGAAA GAAGTCCCAG CATCTTTACA CGTACTGGAT TGTAACGAAT 
TTGGAACATC CGGATGGGAG GCTGTTACTC CGCGAAGCTT TGGAGTATCT CAAGTCTAAT 
GCCGACGCGA GATTAGCAGT CATTCTCAAC AGCAATGTTG ATCAAGACGA CAGCGTTAAC 
ATTAGTGTAA ATAAAATCGT CCTGTCGGTA TTGAGCGCTG ATTATCCAGC AGAAAACCAC 
AATAAAATTA TTCGTTATAT TCAGGAGGTG ATAGGGGAGA AGAACGCTGC TTTGATTGAA 
AAGGGAGAGT TTGATCGTAG TAAATACCAT GAACACATCG GGACTGATTT CGATGAGAAC 
GCGAATCATG AGTTTATGCT GAAGGTCCAC AAGCATTTTG CTAATATTGT GTTGAGAATG 
GATGAATCCT CGACGACTCA GCGTGCTGTG ATATGCAATG GAAGGATCAT TGGACCCTTG 
GATGATGGGG AAAATTTTTC GAATCAAGAT TTCGCACTGC TGGAGCGTTT TAGTCATAGT 
ACGTATGGGG AGAAACTCAT CACCAATTTG GAGAAAATTC ATGCGAGTGA TGATGAAGAG 
GAGCAGGACA TCTCTGATGA CGTTATCATG GAGATAGCAT CTTTACTTGT ACCAAGACTA 
CAGACACGCA GCCGATACGA GGTGCTTTCA GGTGGAGAGG ACCACAGTGT TGTCAAAATA 
CCTGCCAGTA ATCCTGATCA AGTTGCTTTC AATATAATTG CTATTGTGGA TCCGGTGTCC 
CGGGGTGCTC AGAAGTTGGG CACTATATTG AATACACTCC AGCAGGCGCT CAATTGTAAC 
ATCAAAATTT TCTTGAACTG TGTCGATAAA AACAGCGACA TGCCACTCAA AAATTTCTAT 
CGATTCGTTT TCGAGCCTGA ACTTCAGTTT AATTCTGATG GACAGCTGGT TGGAGCTAGT 
GCCAAATTTA ACAAGTTACC AACGTCGTCA CTTTTGACGC AGAATATTCA TGCCCCTGAC 
AACTGGATGG TTCAGGTTGT TAAGAGTGTT TATGATTTGG ATAATATCAA GTTGGATAAT 
GTGGCCATAG GAGTTCACAG TGAATTCGAA CTCGAATATC TCCTTCTCGA AGGCCACTGC 
TTCGAAGCTA CCATGGGCAA TCCTCCCCGA GGTCTTCAAA TAACTCTCGG TACTGAAACA 
CATGCAATGG TGGATACGAT CGTGATGGCG AATCTCGGGT ATTTCCAGCT GAAAGCAAAT 
CCTGGCGAGT GGATTCTCCG CCTTAGACAC GGTAGATCAG CAGAAATTTA CAACATAACT 
TCGGTGGATG GTCATGACGT TATCCAGAAC GGTAACGGTG TTAGAGTGCT CATCAGTTCG 
TTGAAGAGTC ATGTCCTCAA ACTGAAAGTT ACGAAGAAGT CAGATAAACT GGATATGGAT 
CTTCTGGCTG AAGATGATGA CAAAAAATCG GGCATTTGGA ATTCAATCTC GAGGACATTC 
GGAAGTGACG ACGCTGAGGA ACAGGAAGAA AAAATTAACA TATTTTCTCT GGCGTCAGGT 
CATTTATACG AGAGATTCTT GAAAATCATG ATGCTCAGTG TGTTAAAACA CACCAAGAGT 
CCAGTGAAAT TTTGGTTCTT GAAGAATTAT CTCTCTCCAA CGCTGAAGGA CTTCTTACCG 
CACATGGCAA AGGTGTATGG ATTCGAGTAT GAATTAATTC AGTATAAATG GCCGAGATGG 
CTCCATCAGC AAACTGAAAA ACAGAGGACC ATTTGGGGAT ACAAAATTCT CTTCTTGGAC 
GTATTGTTCC CCTTGGATGT TAAGAAAATC ATCTTTGTCG ATGCCGATCA AGTGGTCAGG 
GCAGATCTGA AGGAGCTCGT TAATTTGGAT CTCGAAGGAG CCCCCTACGC TTACACACCG 
TTCTGTGATA GTAGAAAAGA GATGGATGGT TTTAGATTTT GGAAACAAGG GTATTGGAAA 
ACCCACTTAC AGGGTAGAGC TTATCACATC AGTGCACTTT ATGTTGTTGA TCTCAAACGT 
TTTCGTCGTA TTGCTGCTGG AGACAGATTG AGAGGGCAGT ATCAAGCTCT CAGTCCAGAT 
CCTAATAGTT TATCAAATTT AGATCAAGAC TTGCCAAATA ATATGATCCA TCAGGTGGCT 
GTTAAAACCT TGCCGCAGGA GTGGCTGTGG TGCGAAACTT GGTGCAGTGA TGCCTCGAAA 
AAGTACGCGA AAACCATCGA TCTGTGTAAT AATCCAATGA CTAAAGAAGC GAAGCTCCAA 
GCAGCAATAC GCATTCTCCC AGAATGGACG GGCTACGATG AAGAGATCAA GGCGCTACAA 
CATGCGATAG AAAATGAAAA TAAACAGACT GATAAAGAAG AGAAAGTCGA TTCAGACGAT 
CAGACAAAGC ACGAAGAATT ATAA