LOC100904710 cDNA ORF clone, Galendromus occidentalis(western predatory mite)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100904710
Entrez Gene ID	100904710
Full Name	Down syndrome cell adhesion molecule homolog
Gene Type	protein-coding
Organism	Galendromus occidentalis(western predatory mite)

mRNA and Protein(s)

mRNA	Protein	Name
XM_029111374.1	XP_028967207.1	Down syndrome cell adhesion molecule-like protein Dscam2
XM_018639398.1	XP_018494914.1	Down syndrome cell adhesion molecule homolog

Pathways from BioSystems
Gene Ontology

The following LOC100904710 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100904710 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
OGa155045	XM_029111374.1 Latest version!	Metaseiulus occidentalis Down syndrome cell adhesion molecule-like protein Dscam2 (LOC100904710), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OGa57302	XM_018639398.1 Latest version!	Metaseiulus occidentalis Down syndrome cell adhesion molecule homolog (LOC100904710), 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*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)

LOC100904710 ( XM_029111374.1 ) cDNA ORF clone, Galendromus occidentalis(western predatory mite) -> XP_028967207.1 Metaseiulus occidentalis Down syndrome cell adhesion molecule-like protein Dscam2 (LOC100904710), mRNA.

Price & Availability↑

CloneID	OGa155045
Clone ID Related Accession (Same CDS sequence)	XM_029111374.1
Accession Version	XM_029111374.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4617bp) 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	2019-05-06
Organism	Galendromus occidentalis(western predatory mite)
Product	Down syndrome cell adhesion molecule-like protein Dscam2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003805424.1) 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 :: Galendromus occidentalis Annotation Release 102 Annotation Version :: 102 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAATTCT CATCTGACAC GGGCGCCGTG GTCCCATGCA GCGCTCAAGG ACAACCAACG 
CCTCAGATCC GCTGGGAGAA AAAGGATGGC TCGCCCGCTG TTCCCATACC GGGAGTTCGA 
GACATACGGC CGGACGGGTC TCTGTTATTC CATCAGTTCA GTGTGTCCCA GTTTCGACCC 
GACGTCCACT CGACCGGCTA CCGATGCATC GCCTACAACC ACGTAGGCCT CATTAAGAGT 
CGATTGGTGC AGATAAAAGG AGTGGTTGCT CACAAGTTTA GCGCGTCCGT TTTCGACGCA 
TATGCCGTCA GAGGGAATTC CGCTCTACTA CGATGCCATA TACCTGCCAA CGTGCGAGAT 
TTCGTGCGAG TTTCGTCGTG GACGCGACAA GACGGTGTAA CTGTTGGAAC TCTTGGGGAA 
TCAGCGCTGG ACAAAAGATA CATCATGCTC TCGTCAGGAG AGCTTTTGAT CCGATCTGCG 
AAGCCTGCAG ACTCGACGCA CAGCTTTAGA TGTACGCTCC ACAACGTGCT CACAGGTCAG 
AGCACCGTCA GTCAAAGTGC TGGGAAGGTC ATCGTAACAG AGGCGAACGG AGTTCTCCCA 
GTTAAGATTA CGGAATACAG GAGCAATGTG CATGTCGAGG AAGGAGACCG CGCGTATCTT 
CCCTGCATCA GTCAAGGGCA TCCGTCGCCC AAGACGACAT GGTACCGGAG CGATAGCTCG 
GGTTCCCCGA ATCCTCTGCT CGCGTCCGAT CGGCATCACA TTCTCGATGG CCTGATGGTG 
ATCTCGGCCG CGACGCCTGG GGACTCCGGT CGCTATGTCT GCGTTGTGAA CAACTCAGCT 
GGAGAAGAAA GAGCTCAAAC AGATTTGTAC GTCAGCGTGC CCCTCATTGC CCGAGTTGAG 
CCCAACATTC AGGTCGTGGA CGTTGGGCGC ACTGCCAACA TGAGTTGCCG AATCAGCGGG 
CAACCGATTC ACAGCGTCGT GTGGACAAAG GATGGTCAAC CTCTCAACAA AGGTCCCCGA 
TTCAATTTCC TCTCGAGTGA AGTGCTGCAG GTATTAGAAA TATCTCCGGT GCACAGACAG 
GACCGTGGAA TGTACCAGTG TCTGGTGGGA AACTCGAAAG ATTCTGCGCA GGGTACGACT 
CAACTCATTA TCGGAGAGGA TGCGCCTGTG CTCGAACATG CATTCCGTGA ACTCACTCTC 
AAACCCGGAA GCATGGCGTC GTTGAAGTGC TCCGCGTCCG GAAACCCTCT ACCACAAATT 
ACCTGGACCT TGGACAGTCA AGCTGTTCCA GAGGTTTATC ACATCCGGAT CGGTGACTAC 
GTCAGTGGCG AGCGGTCTGT GCACAGCTAC GTGAACATCA CGGCTGTCCG AGTCGAAGAT 
GGTGGAGTCT ACTCCTGCAT TGCGAAGAAC GGCGTCGGCC GTGCTGAGCA TTCTGCGCGT 
TTGCAGGTTT ACGGCAAGCC ACACATCCGC ACTATGAGTC CCAAGACTGC GTTAGCAGGA 
GAAGCCGTCA GGATTCATTG CCCCGCTGCG GGCTATCCGC TCAAGAGCAT CCACTGGATC 
AGAGAGAATC GCACTCTCCC CCAAAACCAT CGTCAGAAAG TTTTCGAGAA CGGAACTTTA 
GTCATCGCGG ACGTGGAACG GCGAACCGAC GACGGTCAAT ATACTTGCGT TGTGACCGGA 
GAGCACAATG TCGTGGTATC AAAACAACTC AAACTCACAG TGATGATTCC ACCGATCGTG 
AACCCGTTCA CGTTTCCTGA GGACCTGACC CAGGGGAAGC GAGCAGGAGC GGCTTGCATC 
GTCTCGGACG GAGACCTCCC GATTCGCATT AGCTGGTTCA AGGATGGCCA GCCTCTGGCC 
CCGAGTTTGA AAGCGTCGGT GACTGCGGCC AACGACTACA CTTCCTTCTT GTCGTTCACA 
TCGGTAGACC AACTGCACTC CGGTAATTAC ACGTGTGTTG CAACGAACCC CGCAGCTTCG 
TCGAACTACA CCGCGCCGAT GGTCGTCCAG GTGCCGCCCA AGTGGCTGAC GGAGCCACTC 
GACAGACACG CCATCGTGGG AGAACCTATT GTTTTCGACT GTCAAGCGTC CGGACACCCT 
CTGCCAAATA TCAGATGGAA GAAACAACAA AAGAGCGACT TCGCCGTGAT AATTAGCAAC 
GCCAACATCC AGATACTTGA GAACGGCTCA CTGTCAATAC GCGAAGTTTC CCGAGAAGAT 
GCGGGACCCT ATATGTGCCA GGCGGTCAAT GGAGTCGGTC CCGGAATCTC CAAGGTCATC 
AATCTCGACG TGCATGTGGC CGCCCACTTC GAGAGAAAGT TCCAAGCGCT CACAGTACGT 
CGAGGCGACA GCTTTCAACT GAGCTGCCGA GCCATTGGGG AGCCGCCATT AGTCGTCACT 
TGGACTAGGG ATCGGCAGCC TTTCAACCCG AACCTGGAAC CAAGATACGT AGTTCAAGAA 
CTCAACACGA AGGAGGCGTT CGAATATAAG ATACACGTCG GCTCAGCCGA TCGGAAAGAT 
TCCTCACTGT TCAGCTGTTA CGCAGAGAAT GCTTTCGGCA GAGACGACAC GAACTTCCAG 
GTTGTCGTTC AAGAAGCTCC AGAGAAGCCC CGGGAGCTCG ACATTGCGTC GGTAACCAGC 
AGATCCGCTA CTTTAACTTG GCAACATCCA TACAGCGGTA ACAGTCCAAT CCTACGCTAT 
ATCCTGGAAT ACAAAAAGAT CAAAGAGGGC TGGGATCAAG CCCATGTGAG TACAGTCGAG 
TCAGCTGAAC TTCGGGTGAC TGTAACCTCT TTGAAGCCGA AGACGGAATA CGAGATCAGG 
CTAAAGGCGG AAAACGCGCT AGGAATGAGC GAAGCCAGCC TGGCGGTCAC AGTTACGACT 
GATGAGGAGG CGCCGAGCTC AGTGCCCCGA AACATCAAGA TAAGTTCGAC GGGATCTTCA 
AGTCTACATG TTGCTTGGGA GGCACCTGAG GGCACCGATG AAGGGGCAGC GAGTGTCCAA 
GGCTACTACG TCGGGTACAA AATTGCCGAC AAGAGCGAGT CGTTCTCTTA CAAAACTCTA 
GACGTTTCCG AAATTCCTCA AGGTCAACAA TTGGAAACCA ACATCAGAGA ACTCAAGAAA 
AGCACAAAAT ACGTTGTAGT CGTTCAAGCG TTCAACAGCA AAGGAGCCGG ACCCGTCTCT 
GATGAAGTCA TTTCTCAAAC TCTCGAAATA GATCCCCCTC CGGCGGCGAA CCTCAAACTA 
GTCTCTTCGA CCTCGTCGTC GGTGCACCTT GCGTGGAATA TTGCAAGGGA GCAACCTATT 
AACGGCTACA TCGTTTTCTA TCGTGATACA AGCGCTACAG GGCTCTGGCA AGAAAATGCT 
CTCCCAGCCG AAAAGTCTTC CCATGTCGTA AGGAATTTAT CCTGTGGTAG AGCCTACACG 
TTCTACATTT TGGCCCACAA CGGGGCCGGC AAAGGACCTC ACAGTAATCA CGTTCAGGCG 
AAAACAGAAG GATCAACACC CGAGGCGCCC GCCACGACTC GAGAGTTCCT CTCATCGAAC 
ACGACCTGCG TCTCGGTTGA TCTTGCGTCG TGGAAATCCG GTGGATGCAC CATTTCAACG 
TTCGTTCTGC ATTATCGTTT GGACGGAGAC TCCGATTGGA GCAGTCCCGG CTCCAGGGCG 
TTCGATGCGT CGGTCAATTC GATTCAGCAA ACTGTCGCGA TTTGCGACCT GGTCCCGGCG 
ACCTGGTACA CGTTGTCGGT GGCTGCGCAC AGCGAAGCGG GGGAGACCGA AACCGAATAC 
CCGTTCTCGA CGCTCACCCT CGCAGGAGGC ACGATTCCGC CGCCTCATTC AACAAGAGAT 
CGTTCTCCAC CGTACGGATC TGTTACACCT TTAGTTGTTC CATTTATTGT CAGTTTACTG 
GTGGTTGTTT CGGCGGCTAT CGGAGCCTGT TTCTGGTTCG GGAGGATGAG AAACAGCCGC 
GAGCCCCATT CGAGGGATCA AGGCGACAAC TCAAAGTGTT TGCAACACTG CAACCAGGAC 
ACGCTCCCTA TGGCGGTCTG GGAGAAGATG GAGGCGAACA AACACGCATC CTTGCAATAC 
ATGTCGTCTC CGTGCCACGG AACGATCCGC AGACCCCCTG GCGGGGTCGG CGAACGCGGA 
TTCTACGGCG GGGACACCAT TCAGGGAAGC ATAGCGGGAA TTCCTCGAGA ATGGCGTGGT 
CCCGGAGACG AACACACGTA CGACGTTCCT TTTCACAGAC AACACGCGAC TCACCATCTG 
GCGAATAGCG GCGTTGTCGT GGGGGGAGGC GTCGGCGGCG GTGGACAATA CCAGATGGCG 
GCTAATCAAA CTAGTCAGCT CAACCATGTC TGTGACGCAG GTGAAGTTGT CTTGATTGGA 
GCCAGCGGTG AGGAGCTCCG ACATCCAGCT TACCTCTACT CGAAACCGAA AAGGAAAGGC 
CCCGGCGGAG GCACCTGGGG ATCTCCTTCG ATGGGAGGTT CACTTCTAAT GGGAGCCTCG 
GAAGGGGGTT CACCGTCCCA GACTAGCCCC AGCTCTTCGC CTTACCACGA GACCCGTCGG 
GAAACTCTCT CCAGAAGGTT CTCATCGGAA ATGTTGGATT TGGATGAAAC ATCGTGA

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

RefSeq	XP_028967207.1
CDS	43..4659
Translation	MEFSSDTGAVVPCSAQGQPTPQIRWEKKDGSPAVPIPGVRDIRPDGSLLFHQFSVSQFRPDVHSTGYRCIAYNHVGLIKSRLVQIKGVVAHKFSASVFDAYAVRGNSALLRCHIPANVRDFVRVSSWTRQDGVTVGTLGESALDKRYIMLSSGELLIRSAKPADSTHSFRCTLHNVLTGQSTVSQSAGKVIVTEANGVLPVKITEYRSNVHVEEGDRAYLPCISQGHPSPKTTWYRSDSSGSPNPLLASDRHHILDGLMVISAATPGDSGRYVCVVNNSAGEERAQTDLYVSVPLIARVEPNIQVVDVGRTANMSCRISGQPIHSVVWTKDGQPLNKGPRFNFLSSEVLQVLEISPVHRQDRGMYQCLVGNSKDSAQGTTQLIIGEDAPVLEHAFRELTLKPGSMASLKCSASGNPLPQITWTLDSQAVPEVYHIRIGDYVSGERSVHSYVNITAVRVEDGGVYSCIAKNGVGRAEHSARLQVYGKPHIRTMSPKTALAGEAVRIHCPAAGYPLKSIHWIRENRTLPQNHRQKVFENGTLVIADVERRTDDGQYTCVVTGEHNVVVSKQLKLTVMIPPIVNPFTFPEDLTQGKRAGAACIVSDGDLPIRISWFKDGQPLAPSLKASVTAANDYTSFLSFTSVDQLHSGNYTCVATNPAASSNYTAPMVVQVPPKWLTEPLDRHAIVGEPIVFDCQASGHPLPNIRWKKQQKSDFAVIISNANIQILENGSLSIREVSREDAGPYMCQAVNGVGPGISKVINLDVHVAAHFERKFQALTVRRGDSFQLSCRAIGEPPLVVTWTRDRQPFNPNLEPRYVVQELNTKEAFEYKIHVGSADRKDSSLFSCYAENAFGRDDTNFQVVVQEAPEKPRELDIASVTSRSATLTWQHPYSGNSPILRYILEYKKIKEGWDQAHVSTVESAELRVTVTSLKPKTEYEIRLKAENALGMSEASLAVTVTTDEEAPSSVPRNIKISSTGSSSLHVAWEAPEGTDEGAASVQGYYVGYKIADKSESFSYKTLDVSEIPQGQQLETNIRELKKSTKYVVVVQAFNSKGAGPVSDEVISQTLEIDPPPAANLKLVSSTSSSVHLAWNIAREQPINGYIVFYRDTSATGLWQENALPAEKSSHVVRNLSCGRAYTFYILAHNGAGKGPHSNHVQAKTEGSTPEAPATTREFLSSNTTCVSVDLASWKSGGCTISTFVLHYRLDGDSDWSSPGSRAFDASVNSIQQTVAICDLVPATWYTLSVAAHSEAGETETEYPFSTLTLAGGTIPPPHSTRDRSPPYGSVTPLVVPFIVSLLVVVSAAIGACFWFGRMRNSREPHSRDQGDNSKCLQHCNQDTLPMAVWEKMEANKHASLQYMSSPCHGTIRRPPGGVGERGFYGGDTIQGSIAGIPREWRGPGDEHTYDVPFHRQHATHHLANSGVVVGGGVGGGGQYQMAANQTSQLNHVCDAGEVVLIGASGEELRHPAYLYSKPKRKGPGGGTWGSPSMGGSLLMGASEGGSPSQTSPSSSPYHETRRETLSRRFSSEMLDLDETS

Target ORF information:

RefSeq Version	XM_029111374.1
Organism	Galendromus occidentalis(western predatory mite)
Definition	Metaseiulus occidentalis Down syndrome cell adhesion molecule-like protein Dscam2 (LOC100904710), mRNA.

Target ORF information:

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

XM_029111374.1

ORF Insert Sequence:

ATGGAATTCT CATCTGACAC GGGCGCCGTG GTCCCATGCA GCGCTCAAGG ACAACCAACG 
CCTCAGATCC GCTGGGAGAA AAAGGATGGC TCGCCCGCTG TTCCCATACC GGGAGTTCGA 
GACATACGGC CGGACGGGTC TCTGTTATTC CATCAGTTCA GTGTGTCCCA GTTTCGACCC 
GACGTCCACT CGACCGGCTA CCGATGCATC GCCTACAACC ACGTAGGCCT CATTAAGAGT 
CGATTGGTGC AGATAAAAGG AGTGGTTGCT CACAAGTTTA GCGCGTCCGT TTTCGACGCA 
TATGCCGTCA GAGGGAATTC CGCTCTACTA CGATGCCATA TACCTGCCAA CGTGCGAGAT 
TTCGTGCGAG TTTCGTCGTG GACGCGACAA GACGGTGTAA CTGTTGGAAC TCTTGGGGAA 
TCAGCGCTGG ACAAAAGATA CATCATGCTC TCGTCAGGAG AGCTTTTGAT CCGATCTGCG 
AAGCCTGCAG ACTCGACGCA CAGCTTTAGA TGTACGCTCC ACAACGTGCT CACAGGTCAG 
AGCACCGTCA GTCAAAGTGC TGGGAAGGTC ATCGTAACAG AGGCGAACGG AGTTCTCCCA 
GTTAAGATTA CGGAATACAG GAGCAATGTG CATGTCGAGG AAGGAGACCG CGCGTATCTT 
CCCTGCATCA GTCAAGGGCA TCCGTCGCCC AAGACGACAT GGTACCGGAG CGATAGCTCG 
GGTTCCCCGA ATCCTCTGCT CGCGTCCGAT CGGCATCACA TTCTCGATGG CCTGATGGTG 
ATCTCGGCCG CGACGCCTGG GGACTCCGGT CGCTATGTCT GCGTTGTGAA CAACTCAGCT 
GGAGAAGAAA GAGCTCAAAC AGATTTGTAC GTCAGCGTGC CCCTCATTGC CCGAGTTGAG 
CCCAACATTC AGGTCGTGGA CGTTGGGCGC ACTGCCAACA TGAGTTGCCG AATCAGCGGG 
CAACCGATTC ACAGCGTCGT GTGGACAAAG GATGGTCAAC CTCTCAACAA AGGTCCCCGA 
TTCAATTTCC TCTCGAGTGA AGTGCTGCAG GTATTAGAAA TATCTCCGGT GCACAGACAG 
GACCGTGGAA TGTACCAGTG TCTGGTGGGA AACTCGAAAG ATTCTGCGCA GGGTACGACT 
CAACTCATTA TCGGAGAGGA TGCGCCTGTG CTCGAACATG CATTCCGTGA ACTCACTCTC 
AAACCCGGAA GCATGGCGTC GTTGAAGTGC TCCGCGTCCG GAAACCCTCT ACCACAAATT 
ACCTGGACCT TGGACAGTCA AGCTGTTCCA GAGGTTTATC ACATCCGGAT CGGTGACTAC 
GTCAGTGGCG AGCGGTCTGT GCACAGCTAC GTGAACATCA CGGCTGTCCG AGTCGAAGAT 
GGTGGAGTCT ACTCCTGCAT TGCGAAGAAC GGCGTCGGCC GTGCTGAGCA TTCTGCGCGT 
TTGCAGGTTT ACGGCAAGCC ACACATCCGC ACTATGAGTC CCAAGACTGC GTTAGCAGGA 
GAAGCCGTCA GGATTCATTG CCCCGCTGCG GGCTATCCGC TCAAGAGCAT CCACTGGATC 
AGAGAGAATC GCACTCTCCC CCAAAACCAT CGTCAGAAAG TTTTCGAGAA CGGAACTTTA 
GTCATCGCGG ACGTGGAACG GCGAACCGAC GACGGTCAAT ATACTTGCGT TGTGACCGGA 
GAGCACAATG TCGTGGTATC AAAACAACTC AAACTCACAG TGATGATTCC ACCGATCGTG 
AACCCGTTCA CGTTTCCTGA GGACCTGACC CAGGGGAAGC GAGCAGGAGC GGCTTGCATC 
GTCTCGGACG GAGACCTCCC GATTCGCATT AGCTGGTTCA AGGATGGCCA GCCTCTGGCC 
CCGAGTTTGA AAGCGTCGGT GACTGCGGCC AACGACTACA CTTCCTTCTT GTCGTTCACA 
TCGGTAGACC AACTGCACTC CGGTAATTAC ACGTGTGTTG CAACGAACCC CGCAGCTTCG 
TCGAACTACA CCGCGCCGAT GGTCGTCCAG GTGCCGCCCA AGTGGCTGAC GGAGCCACTC 
GACAGACACG CCATCGTGGG AGAACCTATT GTTTTCGACT GTCAAGCGTC CGGACACCCT 
CTGCCAAATA TCAGATGGAA GAAACAACAA AAGAGCGACT TCGCCGTGAT AATTAGCAAC 
GCCAACATCC AGATACTTGA GAACGGCTCA CTGTCAATAC GCGAAGTTTC CCGAGAAGAT 
GCGGGACCCT ATATGTGCCA GGCGGTCAAT GGAGTCGGTC CCGGAATCTC CAAGGTCATC 
AATCTCGACG TGCATGTGGC CGCCCACTTC GAGAGAAAGT TCCAAGCGCT CACAGTACGT 
CGAGGCGACA GCTTTCAACT GAGCTGCCGA GCCATTGGGG AGCCGCCATT AGTCGTCACT 
TGGACTAGGG ATCGGCAGCC TTTCAACCCG AACCTGGAAC CAAGATACGT AGTTCAAGAA 
CTCAACACGA AGGAGGCGTT CGAATATAAG ATACACGTCG GCTCAGCCGA TCGGAAAGAT 
TCCTCACTGT TCAGCTGTTA CGCAGAGAAT GCTTTCGGCA GAGACGACAC GAACTTCCAG 
GTTGTCGTTC AAGAAGCTCC AGAGAAGCCC CGGGAGCTCG ACATTGCGTC GGTAACCAGC 
AGATCCGCTA CTTTAACTTG GCAACATCCA TACAGCGGTA ACAGTCCAAT CCTACGCTAT 
ATCCTGGAAT ACAAAAAGAT CAAAGAGGGC TGGGATCAAG CCCATGTGAG TACAGTCGAG 
TCAGCTGAAC TTCGGGTGAC TGTAACCTCT TTGAAGCCGA AGACGGAATA CGAGATCAGG 
CTAAAGGCGG AAAACGCGCT AGGAATGAGC GAAGCCAGCC TGGCGGTCAC AGTTACGACT 
GATGAGGAGG CGCCGAGCTC AGTGCCCCGA AACATCAAGA TAAGTTCGAC GGGATCTTCA 
AGTCTACATG TTGCTTGGGA GGCACCTGAG GGCACCGATG AAGGGGCAGC GAGTGTCCAA 
GGCTACTACG TCGGGTACAA AATTGCCGAC AAGAGCGAGT CGTTCTCTTA CAAAACTCTA 
GACGTTTCCG AAATTCCTCA AGGTCAACAA TTGGAAACCA ACATCAGAGA ACTCAAGAAA 
AGCACAAAAT ACGTTGTAGT CGTTCAAGCG TTCAACAGCA AAGGAGCCGG ACCCGTCTCT 
GATGAAGTCA TTTCTCAAAC TCTCGAAATA GATCCCCCTC CGGCGGCGAA CCTCAAACTA 
GTCTCTTCGA CCTCGTCGTC GGTGCACCTT GCGTGGAATA TTGCAAGGGA GCAACCTATT 
AACGGCTACA TCGTTTTCTA TCGTGATACA AGCGCTACAG GGCTCTGGCA AGAAAATGCT 
CTCCCAGCCG AAAAGTCTTC CCATGTCGTA AGGAATTTAT CCTGTGGTAG AGCCTACACG 
TTCTACATTT TGGCCCACAA CGGGGCCGGC AAAGGACCTC ACAGTAATCA CGTTCAGGCG 
AAAACAGAAG GATCAACACC CGAGGCGCCC GCCACGACTC GAGAGTTCCT CTCATCGAAC 
ACGACCTGCG TCTCGGTTGA TCTTGCGTCG TGGAAATCCG GTGGATGCAC CATTTCAACG 
TTCGTTCTGC ATTATCGTTT GGACGGAGAC TCCGATTGGA GCAGTCCCGG CTCCAGGGCG 
TTCGATGCGT CGGTCAATTC GATTCAGCAA ACTGTCGCGA TTTGCGACCT GGTCCCGGCG 
ACCTGGTACA CGTTGTCGGT GGCTGCGCAC AGCGAAGCGG GGGAGACCGA AACCGAATAC 
CCGTTCTCGA CGCTCACCCT CGCAGGAGGC ACGATTCCGC CGCCTCATTC AACAAGAGAT 
CGTTCTCCAC CGTACGGATC TGTTACACCT TTAGTTGTTC CATTTATTGT CAGTTTACTG 
GTGGTTGTTT CGGCGGCTAT CGGAGCCTGT TTCTGGTTCG GGAGGATGAG AAACAGCCGC 
GAGCCCCATT CGAGGGATCA AGGCGACAAC TCAAAGTGTT TGCAACACTG CAACCAGGAC 
ACGCTCCCTA TGGCGGTCTG GGAGAAGATG GAGGCGAACA AACACGCATC CTTGCAATAC 
ATGTCGTCTC CGTGCCACGG AACGATCCGC AGACCCCCTG GCGGGGTCGG CGAACGCGGA 
TTCTACGGCG GGGACACCAT TCAGGGAAGC ATAGCGGGAA TTCCTCGAGA ATGGCGTGGT 
CCCGGAGACG AACACACGTA CGACGTTCCT TTTCACAGAC AACACGCGAC TCACCATCTG 
GCGAATAGCG GCGTTGTCGT GGGGGGAGGC GTCGGCGGCG GTGGACAATA CCAGATGGCG 
GCTAATCAAA CTAGTCAGCT CAACCATGTC TGTGACGCAG GTGAAGTTGT CTTGATTGGA 
GCCAGCGGTG AGGAGCTCCG ACATCCAGCT TACCTCTACT CGAAACCGAA AAGGAAAGGC 
CCCGGCGGAG GCACCTGGGG ATCTCCTTCG ATGGGAGGTT CACTTCTAAT GGGAGCCTCG 
GAAGGGGGTT CACCGTCCCA GACTAGCCCC AGCTCTTCGC CTTACCACGA GACCCGTCGG 
GAAACTCTCT CCAGAAGGTT CTCATCGGAA ATGTTGGATT TGGATGAAAC ATCGTGA

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

LOC100904710 ( XM_018639398.1 ) cDNA ORF clone, Galendromus occidentalis(western predatory mite) -> XP_018494914.1 Metaseiulus occidentalis Down syndrome cell adhesion molecule homolog (LOC100904710), mRNA.

Price & Availability↑

CloneID	OGa57302
Clone ID Related Accession (Same CDS sequence)	XM_018639398.1
Accession Version	XM_018639398.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4563bp) 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	2016-10-11
Organism	Galendromus occidentalis(western predatory mite)
Product	Down syndrome cell adhesion molecule homolog
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003805424.1) 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 :: Metaseiulus occidentalis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 15% of CDS bases ##RefSeq-Attributes-END##

ATGCGGCGGA AGGCTTCAGG AAGTGCCACT CGGACCCTGA CATCGTCATA CCCCGTCGAT 
AGAGGACCGA CATTCGTTTT GGAGCCGTCT TCTTCGATGG AATTCTCATC TGACACGGGC 
GCCGTGGTCC CATGCAGCGC TCAAGGACAA CCAACGCCTC AGATCCGCTG GGAGAAAAAG 
GATGGCTCGC CCGCTGTTCC CATACCGGGA GTTCGAGACA TACGGCCGGA CGGGTCTCTG 
TTATTCCATC AGTTCAGTGT GTCCCAGTTT CGACCCGACG TCCACTCGAC CGGCTACCGA 
TGCATCGCCT ACAACCACGT AGGCCTCATT AAGAGTCGAT TGGTGCAGAT AAAAGGAGTG 
GTTGCTCACA AGTTTAGCGC GTCCGTTTTC GACGCATATG CCGTCAGAGG GAATTCCGCT 
CTACTACGAT GCCATATACC TGCCAACGTG CGAGATTTCG TGCGAGTTTC GTCGTGGACG 
CGACAAGACG CGCTGGACAA AAGATACATC ATGCTCTCGT CAGGAGAGCT TTTGATCCGA 
TCTGCGAAGC CTGCAGACTC GACGCACAGC TTTAGATGTA CGCTCCACAA CGTGCTCACA 
GGTCAGAGCA CCGTCAGTCA AAGTGCTGGG AAGGTCATCG TAACAGAGGC GAACGGAGTT 
CTCCCAGTTA AGATTACGGA ATACAGGAGC AATGTGCATG TCGAGGAAGG AGACCGCGCG 
TATCTTCCCT GCATCAGTCA AGGGCATCCG TCGCCCAAGA CGACATGGTA CCGGAGCGAT 
AGCTCGGGTT CCCCGAATCC TCTGCTCGCG TCCGATCGGC ATCACATTCT CGATGGCCTG 
ATGGTGATCT CGGCCGCGAC GCCTGGGGAC TCCGGTCGCT ATGTCTGCGT TGTGAACAAC 
TCAGCTGGAG AAGAAAGAGC TCAAACAGAT TTGTACGTCA GCGTGCCCCT CATTGCCCGA 
GTTGAGCCCA ACATTCAGGT CGTGGACGTT GGGCGCACTG CCAACATGAG TTGCCGAATC 
AGCGGGCAAC CGATTCACAG CGTCGTGTGG ACAAAGGATG GTCAACCTCT CAACAAAGGT 
CCCCGATTCA ATTTCCTCTC GAGTGAAGTG CTGCAGGTAT TAGAAATATC TCCGGTGCAC 
AGACAGGACC GTGGAATGTA CCAGTGTCTG GTGGGAAACT CGAAAGATTC TGCGCAGGGT 
ACGACTCAAC TCATTATCGG AGAGGATGCG CCTGTGCTCG AACATGCATT CCGTGAACTC 
ACTCTCAAAC CCGGAAGCAT GGCGTCGTTG AAGTGCTCCG CGTCCGGAAA CCCTCTACCA 
CAAATTACCT GGACCTTGGA CAGTCAAGCT GTTCCAGAGG TTTATCACAT CCGGATCGGT 
GACTACGTCA GTGGCGAGCG GTCTGTGCAC AGCTACGTGA ACATCACGGC TGTCCGAGTC 
GAAGATGGTG GAGTCTACTC CTGCATTGCG AAGAACGGCG TCGGCCGTGC TGAGCATTCT 
GCGCGTTTGC AGGTTTACGG CAAGCCACAC ATCCGCACTA TGAGTCCCAA GACTGCGTTA 
GCAGGAGAAG CCGTCAGGAT TCATTGCCCC GCTGCGGGCT ATCCGCTCAA GAGCATCCAC 
TGGATCAGAG AGAATCGCAC TCTCCCCCAA AACCATCGTC AGAAAGTTTT CGAGAACGGA 
ACTTTAGTCA TCGCGGACGT GGAACGGCGA ACCGACGACG GTCAATATAC TTGCGTTGTG 
ACCGGAGAGC ACAATGTCGT GGTATCAAAA CAACTCAAAC TCACAGTGAT GATTCCACCG 
ATCGTGAACC CGTTCACGTT TCCTGAGGAC CTGACCCAGG GGAAGCGAGC AGGAGCGGCT 
TGCATCGTCT CGGACGGAGA CCTCCCGATT CGCATTAGCT GGTTCAAGGA TGGCCAGCCT 
CTGGCCCCGA GTTTGAAAGC GTCGGTGACT GCGGCCAACG ACTACACTTC CTTCTTGTCG 
TTCACATCGG TAGACCAACT GCACTCCGGT AATTACACGT GTGTTGCAAC GAACCCCGCA 
GCTTCGTCGA ACTACACCGC GCCGATGGTC GTCCAGGTGC CGCCCAAGTG GCTGACGGAG 
CCACTCGACA GACACGCCAT CGTGGGAGAA CCTATTGTTT TCGACTGTCA AGCGTCCGGA 
CACCCTCTGC CAAATATCAG ATGGAAGAAA CAACAAAGTA AGCATTCACT CCTTCCTGAC 
ATTCGTCTCC GCGACTTCGC CGTGATAATT AGCAACGCCA ACATCCAGAT ACTTGAGAAC 
GGCTCACTGT CAATACGCGA AGTTTCCCGA GAAGATGCGG GACCCTATAT GTGCCAGGCG 
GTCAATGGAG TCGGTCCCGG AATCTCCAAG GTCATCAATC TCGACGTGCA TGTGGCCGCC 
CACTTCGAGA GAAAGTTCCA AGCGCTCACA GTACGTCGAG GCGACAGCTT TCAACTGAGC 
TGCCGAGCCA TTGGGGAGCC GCCATTAGTC GTCACTTGGA CTAGGGATCG GCAGCCTTTC 
AACCCGAACC TGGAACCAAG ATACGTAGTT CAAGAACTCA ACACGAAGGA GGCGTTCGAA 
TATAAGATAC ACGTCGGCTC AGCCGATCGG AAAGATTCCT CACTGTTCAG CTGTTACGCA 
GAGAATGCTT TCGGCAGAGA CGACACGAAC TTCCAGGTTG TCGTTCAAGA AGCTCCAGAG 
AAGCCCCGGG AGCTCGACAT TGCGTCGGTA ACCAGCAGAT CCGCTACTTT AACTTGGCAA 
CATCCATACA GCGGTAACAG TCCAATCCTA CGCTATATCC TGGAATACAA AAAGATCAAA 
GGTATGTTCC GGGATGTTTG CATCCAGGGC TGGGATCAAG CCCATGTGAG TACAGTCGAG 
TCAGCTGAAC TTCGGGTGAC TGTAACCTCT TTGAAGCCGA AGACGGAATA CGAGATCAGG 
CTAAAGGCGG AAAACGCGCT AGGAATGAGC GAAGCCAGCC TGGCGGTCAC AGTTACGACT 
GATGAGGAGG CGCCGAGCTC AGTGCCCCGA AACATCAAGA TAAGTTCGAC GGGATCTTCA 
AGTCTACATG TTGCTTGGGA GGCACCTGAG GGCACCGATG AAGGGGCAGC GAGTGTCCAA 
GGCTACTACG TCGGGTACAA AATTGCCGAC AAGAGCGAGT CGTTCTCTTA CAAAACTCTA 
GACGTTTCCG AAATTCCTCA AGGTCAACAA TTGGAAACCA ACATCAGAGA ACTCAAGAAA 
AGCACAAAAT ACGTTGTAGT CGTTCAAGCG TTCAACAGCA AAGGAGCCGG ACCCGTCTCT 
GATGAAGTCA TTTCTCAAAC TCTCGAAATA GATCCCCCTC CGGCGGCGAA CCTCAAACTA 
GTCTCTTCGA CCTCGTCGTC GGTGCACCTT GCGTGGAATA TTGCAAGGGA GCAACCTATT 
AACGGCTACA TCGTTTTCTA TCGTGATACA AGCGCTACAG GGCTCTGGCA AGAAAATGCT 
CTCCCAGCCG AAAAGTCTTC CCATGTCGTA AGGAATTTAT CCTGTGGTAG AGCCTACACG 
TTCTACATTT TGGCCCACAA CGGGGCCGGC AAAGGACCTC ACAGTAATCA CGTTCAGGCG 
AAAACAGAAG GATCAACACC CGAGGCGCCC GCCACGACTC GAGAGTTCCT CTCATCGAAC 
ACGACCTGCG TCTCGGTTGA TCTTGCGTCG TGGAAATCCG GTGGATGCAC CATTTCAACG 
TTCGTTCTGC ATTATCGTTT GGACGGAGAC TCCGATTGGA GCAGTCCCGG CTCCAGGGCG 
TTCGATGCGT CGGTCAATTC GATTCAGCAA ACTGTCGCGA TTTGCGACCT GGTCCCGGCG 
ACCTGGTACA CGTTGTCGGT GGCTGCGCAC AGCGAAGCGG GGGAGACCGA AACCGAATAC 
CCGTTCTCGA CGCTCACCCT CGCAGGAGGC GACAACTCAA AGTGTTTGCA ACACTGCAAC 
CAGGACACGC TCCCTATGGC GGTCTGGGAG AAGATGGAGG CGAACAAACA CGCATCCTTG 
CAATACATGT CGTCTCCGTG CCACGGAACG ATCCGCAGAC CCCCTGGCGG GGTCGGCGAA 
CGCGGATTCT ACGGCGGGGA CACCATTCAG GGAAGCATAG CGGGAATTCC TCGAGAATGG 
CGTGGTCCCG GAGACGAACA CACGTACGAC GTTCCTTTTC ACAGACAACA CGCGACTCAC 
CATCTGGCGA ATAGCGGCGT TGTCGTGGGG GGAGGCGTCG GCGGCGGTGG ACAATACCAG 
ATGGCGGCTA ATCAAACTAG TCAGCTCAAC CATGTCTGTG ACGCAGGTGA AGTTGTCTTG 
ATTGGAGCCA GCGGTGAGGA GCTCCGACAT CCAGCTTACC TCTACTCGAA ACCGAAAAGG 
AAAGGCCCCG GCGGAGGCAC CTGGGGATCT CCTTCGATGG GAGGTTCACT TCTAATGGGA 
GCCTCGGAAG GGGGTTCACC GTCCCAGACT AGCCCCAGCT CTTCGCCTTA CCACGAGACC 
CGTCGGGAAA CTCTCTCCAG AAGGTTCTCA TCGGAAATGT TGGATTTGGA TGAAACATCG 
TGA

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

RefSeq	XP_018494914.1
CDS	1..4563
Translation	MRRKASGSATRTLTSSYPVDRGPTFVLEPSSSMEFSSDTGAVVPCSAQGQPTPQIRWEKKDGSPAVPIPGVRDIRPDGSLLFHQFSVSQFRPDVHSTGYRCIAYNHVGLIKSRLVQIKGVVAHKFSASVFDAYAVRGNSALLRCHIPANVRDFVRVSSWTRQDALDKRYIMLSSGELLIRSAKPADSTHSFRCTLHNVLTGQSTVSQSAGKVIVTEANGVLPVKITEYRSNVHVEEGDRAYLPCISQGHPSPKTTWYRSDSSGSPNPLLASDRHHILDGLMVISAATPGDSGRYVCVVNNSAGEERAQTDLYVSVPLIARVEPNIQVVDVGRTANMSCRISGQPIHSVVWTKDGQPLNKGPRFNFLSSEVLQVLEISPVHRQDRGMYQCLVGNSKDSAQGTTQLIIGEDAPVLEHAFRELTLKPGSMASLKCSASGNPLPQITWTLDSQAVPEVYHIRIGDYVSGERSVHSYVNITAVRVEDGGVYSCIAKNGVGRAEHSARLQVYGKPHIRTMSPKTALAGEAVRIHCPAAGYPLKSIHWIRENRTLPQNHRQKVFENGTLVIADVERRTDDGQYTCVVTGEHNVVVSKQLKLTVMIPPIVNPFTFPEDLTQGKRAGAACIVSDGDLPIRISWFKDGQPLAPSLKASVTAANDYTSFLSFTSVDQLHSGNYTCVATNPAASSNYTAPMVVQVPPKWLTEPLDRHAIVGEPIVFDCQASGHPLPNIRWKKQQSKHSLLPDIRLRDFAVIISNANIQILENGSLSIREVSREDAGPYMCQAVNGVGPGISKVINLDVHVAAHFERKFQALTVRRGDSFQLSCRAIGEPPLVVTWTRDRQPFNPNLEPRYVVQELNTKEAFEYKIHVGSADRKDSSLFSCYAENAFGRDDTNFQVVVQEAPEKPRELDIASVTSRSATLTWQHPYSGNSPILRYILEYKKIKGMFRDVCIQGWDQAHVSTVESAELRVTVTSLKPKTEYEIRLKAENALGMSEASLAVTVTTDEEAPSSVPRNIKISSTGSSSLHVAWEAPEGTDEGAASVQGYYVGYKIADKSESFSYKTLDVSEIPQGQQLETNIRELKKSTKYVVVVQAFNSKGAGPVSDEVISQTLEIDPPPAANLKLVSSTSSSVHLAWNIAREQPINGYIVFYRDTSATGLWQENALPAEKSSHVVRNLSCGRAYTFYILAHNGAGKGPHSNHVQAKTEGSTPEAPATTREFLSSNTTCVSVDLASWKSGGCTISTFVLHYRLDGDSDWSSPGSRAFDASVNSIQQTVAICDLVPATWYTLSVAAHSEAGETETEYPFSTLTLAGGDNSKCLQHCNQDTLPMAVWEKMEANKHASLQYMSSPCHGTIRRPPGGVGERGFYGGDTIQGSIAGIPREWRGPGDEHTYDVPFHRQHATHHLANSGVVVGGGVGGGGQYQMAANQTSQLNHVCDAGEVVLIGASGEELRHPAYLYSKPKRKGPGGGTWGSPSMGGSLLMGASEGGSPSQTSPSSSPYHETRRETLSRRFSSEMLDLDETS

Target ORF information:

RefSeq Version	XM_018639398.1
Organism	Galendromus occidentalis(western predatory mite)
Definition	Metaseiulus occidentalis Down syndrome cell adhesion molecule homolog (LOC100904710), mRNA.

Target ORF information:

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

XM_018639398.1

ORF Insert Sequence:

ATGCGGCGGA AGGCTTCAGG AAGTGCCACT CGGACCCTGA CATCGTCATA CCCCGTCGAT 
AGAGGACCGA CATTCGTTTT GGAGCCGTCT TCTTCGATGG AATTCTCATC TGACACGGGC 
GCCGTGGTCC CATGCAGCGC TCAAGGACAA CCAACGCCTC AGATCCGCTG GGAGAAAAAG 
GATGGCTCGC CCGCTGTTCC CATACCGGGA GTTCGAGACA TACGGCCGGA CGGGTCTCTG 
TTATTCCATC AGTTCAGTGT GTCCCAGTTT CGACCCGACG TCCACTCGAC CGGCTACCGA 
TGCATCGCCT ACAACCACGT AGGCCTCATT AAGAGTCGAT TGGTGCAGAT AAAAGGAGTG 
GTTGCTCACA AGTTTAGCGC GTCCGTTTTC GACGCATATG CCGTCAGAGG GAATTCCGCT 
CTACTACGAT GCCATATACC TGCCAACGTG CGAGATTTCG TGCGAGTTTC GTCGTGGACG 
CGACAAGACG CGCTGGACAA AAGATACATC ATGCTCTCGT CAGGAGAGCT TTTGATCCGA 
TCTGCGAAGC CTGCAGACTC GACGCACAGC TTTAGATGTA CGCTCCACAA CGTGCTCACA 
GGTCAGAGCA CCGTCAGTCA AAGTGCTGGG AAGGTCATCG TAACAGAGGC GAACGGAGTT 
CTCCCAGTTA AGATTACGGA ATACAGGAGC AATGTGCATG TCGAGGAAGG AGACCGCGCG 
TATCTTCCCT GCATCAGTCA AGGGCATCCG TCGCCCAAGA CGACATGGTA CCGGAGCGAT 
AGCTCGGGTT CCCCGAATCC TCTGCTCGCG TCCGATCGGC ATCACATTCT CGATGGCCTG 
ATGGTGATCT CGGCCGCGAC GCCTGGGGAC TCCGGTCGCT ATGTCTGCGT TGTGAACAAC 
TCAGCTGGAG AAGAAAGAGC TCAAACAGAT TTGTACGTCA GCGTGCCCCT CATTGCCCGA 
GTTGAGCCCA ACATTCAGGT CGTGGACGTT GGGCGCACTG CCAACATGAG TTGCCGAATC 
AGCGGGCAAC CGATTCACAG CGTCGTGTGG ACAAAGGATG GTCAACCTCT CAACAAAGGT 
CCCCGATTCA ATTTCCTCTC GAGTGAAGTG CTGCAGGTAT TAGAAATATC TCCGGTGCAC 
AGACAGGACC GTGGAATGTA CCAGTGTCTG GTGGGAAACT CGAAAGATTC TGCGCAGGGT 
ACGACTCAAC TCATTATCGG AGAGGATGCG CCTGTGCTCG AACATGCATT CCGTGAACTC 
ACTCTCAAAC CCGGAAGCAT GGCGTCGTTG AAGTGCTCCG CGTCCGGAAA CCCTCTACCA 
CAAATTACCT GGACCTTGGA CAGTCAAGCT GTTCCAGAGG TTTATCACAT CCGGATCGGT 
GACTACGTCA GTGGCGAGCG GTCTGTGCAC AGCTACGTGA ACATCACGGC TGTCCGAGTC 
GAAGATGGTG GAGTCTACTC CTGCATTGCG AAGAACGGCG TCGGCCGTGC TGAGCATTCT 
GCGCGTTTGC AGGTTTACGG CAAGCCACAC ATCCGCACTA TGAGTCCCAA GACTGCGTTA 
GCAGGAGAAG CCGTCAGGAT TCATTGCCCC GCTGCGGGCT ATCCGCTCAA GAGCATCCAC 
TGGATCAGAG AGAATCGCAC TCTCCCCCAA AACCATCGTC AGAAAGTTTT CGAGAACGGA 
ACTTTAGTCA TCGCGGACGT GGAACGGCGA ACCGACGACG GTCAATATAC TTGCGTTGTG 
ACCGGAGAGC ACAATGTCGT GGTATCAAAA CAACTCAAAC TCACAGTGAT GATTCCACCG 
ATCGTGAACC CGTTCACGTT TCCTGAGGAC CTGACCCAGG GGAAGCGAGC AGGAGCGGCT 
TGCATCGTCT CGGACGGAGA CCTCCCGATT CGCATTAGCT GGTTCAAGGA TGGCCAGCCT 
CTGGCCCCGA GTTTGAAAGC GTCGGTGACT GCGGCCAACG ACTACACTTC CTTCTTGTCG 
TTCACATCGG TAGACCAACT GCACTCCGGT AATTACACGT GTGTTGCAAC GAACCCCGCA 
GCTTCGTCGA ACTACACCGC GCCGATGGTC GTCCAGGTGC CGCCCAAGTG GCTGACGGAG 
CCACTCGACA GACACGCCAT CGTGGGAGAA CCTATTGTTT TCGACTGTCA AGCGTCCGGA 
CACCCTCTGC CAAATATCAG ATGGAAGAAA CAACAAAGTA AGCATTCACT CCTTCCTGAC 
ATTCGTCTCC GCGACTTCGC CGTGATAATT AGCAACGCCA ACATCCAGAT ACTTGAGAAC 
GGCTCACTGT CAATACGCGA AGTTTCCCGA GAAGATGCGG GACCCTATAT GTGCCAGGCG 
GTCAATGGAG TCGGTCCCGG AATCTCCAAG GTCATCAATC TCGACGTGCA TGTGGCCGCC 
CACTTCGAGA GAAAGTTCCA AGCGCTCACA GTACGTCGAG GCGACAGCTT TCAACTGAGC 
TGCCGAGCCA TTGGGGAGCC GCCATTAGTC GTCACTTGGA CTAGGGATCG GCAGCCTTTC 
AACCCGAACC TGGAACCAAG ATACGTAGTT CAAGAACTCA ACACGAAGGA GGCGTTCGAA 
TATAAGATAC ACGTCGGCTC AGCCGATCGG AAAGATTCCT CACTGTTCAG CTGTTACGCA 
GAGAATGCTT TCGGCAGAGA CGACACGAAC TTCCAGGTTG TCGTTCAAGA AGCTCCAGAG 
AAGCCCCGGG AGCTCGACAT TGCGTCGGTA ACCAGCAGAT CCGCTACTTT AACTTGGCAA 
CATCCATACA GCGGTAACAG TCCAATCCTA CGCTATATCC TGGAATACAA AAAGATCAAA 
GGTATGTTCC GGGATGTTTG CATCCAGGGC TGGGATCAAG CCCATGTGAG TACAGTCGAG 
TCAGCTGAAC TTCGGGTGAC TGTAACCTCT TTGAAGCCGA AGACGGAATA CGAGATCAGG 
CTAAAGGCGG AAAACGCGCT AGGAATGAGC GAAGCCAGCC TGGCGGTCAC AGTTACGACT 
GATGAGGAGG CGCCGAGCTC AGTGCCCCGA AACATCAAGA TAAGTTCGAC GGGATCTTCA 
AGTCTACATG TTGCTTGGGA GGCACCTGAG GGCACCGATG AAGGGGCAGC GAGTGTCCAA 
GGCTACTACG TCGGGTACAA AATTGCCGAC AAGAGCGAGT CGTTCTCTTA CAAAACTCTA 
GACGTTTCCG AAATTCCTCA AGGTCAACAA TTGGAAACCA ACATCAGAGA ACTCAAGAAA 
AGCACAAAAT ACGTTGTAGT CGTTCAAGCG TTCAACAGCA AAGGAGCCGG ACCCGTCTCT 
GATGAAGTCA TTTCTCAAAC TCTCGAAATA GATCCCCCTC CGGCGGCGAA CCTCAAACTA 
GTCTCTTCGA CCTCGTCGTC GGTGCACCTT GCGTGGAATA TTGCAAGGGA GCAACCTATT 
AACGGCTACA TCGTTTTCTA TCGTGATACA AGCGCTACAG GGCTCTGGCA AGAAAATGCT 
CTCCCAGCCG AAAAGTCTTC CCATGTCGTA AGGAATTTAT CCTGTGGTAG AGCCTACACG 
TTCTACATTT TGGCCCACAA CGGGGCCGGC AAAGGACCTC ACAGTAATCA CGTTCAGGCG 
AAAACAGAAG GATCAACACC CGAGGCGCCC GCCACGACTC GAGAGTTCCT CTCATCGAAC 
ACGACCTGCG TCTCGGTTGA TCTTGCGTCG TGGAAATCCG GTGGATGCAC CATTTCAACG 
TTCGTTCTGC ATTATCGTTT GGACGGAGAC TCCGATTGGA GCAGTCCCGG CTCCAGGGCG 
TTCGATGCGT CGGTCAATTC GATTCAGCAA ACTGTCGCGA TTTGCGACCT GGTCCCGGCG 
ACCTGGTACA CGTTGTCGGT GGCTGCGCAC AGCGAAGCGG GGGAGACCGA AACCGAATAC 
CCGTTCTCGA CGCTCACCCT CGCAGGAGGC GACAACTCAA AGTGTTTGCA ACACTGCAAC 
CAGGACACGC TCCCTATGGC GGTCTGGGAG AAGATGGAGG CGAACAAACA CGCATCCTTG 
CAATACATGT CGTCTCCGTG CCACGGAACG ATCCGCAGAC CCCCTGGCGG GGTCGGCGAA 
CGCGGATTCT ACGGCGGGGA CACCATTCAG GGAAGCATAG CGGGAATTCC TCGAGAATGG 
CGTGGTCCCG GAGACGAACA CACGTACGAC GTTCCTTTTC ACAGACAACA CGCGACTCAC 
CATCTGGCGA ATAGCGGCGT TGTCGTGGGG GGAGGCGTCG GCGGCGGTGG ACAATACCAG 
ATGGCGGCTA ATCAAACTAG TCAGCTCAAC CATGTCTGTG ACGCAGGTGA AGTTGTCTTG 
ATTGGAGCCA GCGGTGAGGA GCTCCGACAT CCAGCTTACC TCTACTCGAA ACCGAAAAGG 
AAAGGCCCCG GCGGAGGCAC CTGGGGATCT CCTTCGATGG GAGGTTCACT TCTAATGGGA 
GCCTCGGAAG GGGGTTCACC GTCCCAGACT AGCCCCAGCT CTTCGCCTTA CCACGAGACC 
CGTCGGGAAA CTCTCTCCAG AAGGTTCTCA TCGGAAATGT TGGATTTGGA TGAAACATCG 
TGA