LOC105267010 cDNA ORF clone, Fopius arisanus

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105267010
Entrez Gene ID	105267010
Full Name	Down syndrome cell adhesion molecule-like protein Dscam2
Gene Type	protein-coding
Organism	Fopius arisanus

mRNA and Protein(s)

mRNA	Protein	Name
XM_011305578.1	XP_011303880.1	Down syndrome cell adhesion molecule-like protein Dscam2

Pathways from BioSystems
Gene Ontology

The following LOC105267010 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105267010 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
OFo49378	XM_011305578.1 Latest version!	Fopius arisanus Down syndrome cell adhesion molecule-like protein Dscam2 (LOC105267010), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC105267010 ( XM_011305578.1 ) cDNA ORF clone, Fopius arisanus -> XP_011303880.1 Fopius arisanus Down syndrome cell adhesion molecule-like protein Dscam2 (LOC105267010), mRNA.

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CloneID	OFo49378
Clone ID Related Accession (Same CDS sequence)	XM_011305578.1
Accession Version	XM_011305578.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3864bp) 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	2015-02-09
Organism	Fopius arisanus
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_011887782.1) and transcript sequence (GBYB01011145.1) 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 :: Fopius arisanus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## assembly gap :: added 294 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGAGCTACT CAGCTGCATT AGCTGTCAAT GTGCCGCCGC GTTGGATTCT GGAACCGACT 
GATAAAGCAT TTGCTCAAGG ATCTGACGCT CGGGTTGAAT GCAAAGCCGA TGGTTTCCCT 
AAGCCGCAAG TCACATGGAA AAGAGCTGCC GGCGACACAC CAGGTGATTA CACAGATCTG 
AAACTCAACA ATCCCGACAT CAGTGTAGAG GATGGTACTC TTTCCATTAA CAACATTCAA 
AAAACCAATG AAGGATACTA TCTCTGTGAG GCCGTTAACG GAATTGGATC AGGACTCTCT 
GCCGTTATTC TCATTTCTGT CCAAGCCCCA CCTCACTTCG AAATTAAACT CCGAAATCAG 
ACTGCCCGTA GAGGAGAGCC TGCAGTACTC CAATGTGAAG CGCAAGGCGA AAAACCAATT 
GGAATCCTGT GGAACATGAA CAACAAGAGG CTGGACCCGA AAAGTGACTC TCGATATACA 
ATTCGTGAAG AAATTCTTAC TAATGGAGTT TTGGCTGATT TGAGTATCAA ACGTACTGAG 
AGGAGTGACT CTGCGTTGTT TAGCTGCGTC GCGACAAATG CGTTTGGCAG TGATGATACC 
AGCATCAATA TGATCGTTCA AGAAGTTCCT GAGGTTCCCT ATGGTCTTAA AGTTTTGGAT 
AAGTCTGGGA GATCTGTGCA GTTGTCGTGG GCAGCACCTT ACCACGGAAA CAGTCCCATC 
AAACGTTACA TCATTGAGTA TAAAATGAGT AAAGGAACTT GGGAGGCCGA TGTTGATCGC 
GTTCTCGTAC CTAGCTCTCA GCAGAATGTT GCCAGTGTAT TCAATTTGAG ACCTGCCACT 
ACTTATCATC TCCGAATTAT TGCTGAAAAT GAAATTGGCA CTTCTGATCC ATCTGATACC 
GTCACTATCA TCACAGCAGA GGAAGCCCCT TCTGGACCCC CAAGCGCTGT GAGAGTAGAA 
GCTCTAGATC AACACACTCT TAAGGTAACC TGGAAACCTC CATCACGTGA AGACTGGAAT 
GGCGAAATCT TAGGCTACTA CGTTGGATAC CGTCTATCAT CATCATCGGA AAAACCTTAC 
ATGTTCGAAA CAGTAGAATT CTCCAAGGAA GATGGAAAAG AACATCATCT TCAGATAATG 
AATCTAAAAA CCTATACTCA GTACAGTGTG GTAGTTCAAG CATTCAACAA AGTGGGCTCT 
GGCCCTATGA CTGAGGAGCG TCGTGCACAC ACGGCTGAAG GTGTTCCTGA ACAACCCCCT 
CATGATACAA CCTGCACCAC CCTGACATCT CAAACAATCA GAGTATCGTG GGTCTCTCCA 
CCGCTCAGTG CAGCTAATGG CGTCATTACC GGATATAAAG TGATTTACGG GCCCTCAGAT 
ACTTGGTATG ATGAGAATAC TCAGGATACG AAGATTACTT CTTCAAGTGA AACCATCCTC 
CACGGATTGA AAAAGTATAC CAACTACTCG ATGCAAGTGC TGGCCTTTAC CTCCGGAGGA 
GACGGCGTTA AATCTGCACC CATTCATTGT CAGACTGAAC AGGACGCTCC CGAAGCACCG 
ATTGCAGTGA AAGCCCTCGT AATGTCTCCA GAATCTGTTC TTGTATCTTG GAGACCTCCA 
AGCCAACCAA ACGGAGTCAT TTCCCAATAC ACTATCTACA CAAAGTCCGA TAATGCTGAG 
GAAGCTGCCA ATCAGAAAGT ACCACCTAAT CAATTGACCT ACGAGGCCAC TGGACTCGAT 
AAACAGAGGA GATATGACTT CTGGGTAACC GCTAGCACTA ACATTGGAGA AGGAGAGGCT 
TCCAAAATTG TTTCTTTAGC TCCAAACACC AGAGTTCCAG CTAAGATCGC TTCATTCGAT 
GATAAATTCA CTGCTACATA TAAAGAAGAT GTTAAACTTC CCTGTTTAGC TGTGGGCGTT 
CCAGCTCCTG AAGTTACCTG GAAAGTTCGT GATGCTAAGC TTCAGCCGAG CGATAGATTG 
AGACAGCTGC CAGAGGGATC ATTATTCATC AAAGAAGTAG ATAGAGCAGA CGCTGGAGAA 
TATTCTTGTT ACGTTGAAAA TTCGTTTGGA CATGACACGG TCACTCATCA GTTGATTGTC 
CAGGCCCCAC CGCATTCTCC TCAAGTAACT TTTACGAGTA CGACGACAAA CTCATTAACA 
ATGAAACTGC GACCTCACCC TAATGATAAT ACACCCATTC ATGGTTACAC GATTCATTAT 
AAACCGGAAT TTGGAGAATG GGATACGGTG CAGATCAGCT CTAGTGTGCA GAAGTATACA 
CTTGAGAATT TATTCTGTGG GTCCAGATAT CAAATTTATG TTACTGCTTA TAATGGAATC 
GGAACTGGTG ATAGGTCTGA TATATTGAAT ACTAGAACCA AAGGGTCAAA ACCAATTATT 
CCGGAAGCTT CTCGCTTCAT CGAAGTTTCT ACGAACAGCA TCACACTACA CCTAAATGCT 
TGGTCTGATG GAGGATGTCC TATGCTGTAT TTTGTGGTGG AATACAAGAA GAAATCTCAT 
GCAGAATGGA TACAAGTGTC GAATAATGTA AAACCAGGCG GCAACTTCGT AGTCCTTGAC 
CTCGACCCAG CAAACTGGTA TCAACTTCGT GTGACAGCGC ACAATAATGC CGGATTTGCG 
GTAGCAGAAT ATGAATTTGC AACATTAACT GTAACTGGAG GCACCATTGC ACCGGCTCGC 
GAGATTCCTG ATGTTAACCG GGGCGGCAGC AGTGACGATG ATCCCATGAA GATATTCATG 
GCAAATTTAA ATCTCGTAGT ACCTGTAGTT GCTGCCCTCC TTGTTATCAT CGTTGCCGTC 
ATTGTTATTT GTGTTTTACG TGGAAGAGGT CATGGTGGAG GTGACAAAGA TGATGTCGTT 
TATCAGCAGA CTGGTGCTAT CGGTGCTACC TTAGACAAGC GCAGACCAGA CCTCCGGGAC 
GAACTTGGGT ATATCGCTCC ACCAAATCGT AAATTGCCTC CTGTGCCTGG CTCGAACTAC 
AATACGTGTG ATCGTATCAA GCGAGGTACA GTCATAAGTA CAACAGGGTC ATTTAGAAGT 
CATTCGACGT GGGATCCACG GCGTCATATG TACGAAGAAC TATCTCACTG TGCCCCGAAT 
CGAAGATGTC CACCACCACC CATAATGAGC AGTCCAGACG CTTTATCCCG AAGAGGTATG 
GAAGATGAAA TTTGCCCATA TGCAACCTTC CATTTACTTG GTTTCCGAGA GGAAATGGAT 
CCAAGCAAGG CCATGCAATT CCAAACATTT CCACATCCGG CCAATGGTCA CTCTGGCACC 
ATGGGACCTC CAGCTGGGCA TCCAACAAAT GCATCTGCTC ATAGCCGTTC AGGATCTCAA 
TCAATGCCAC GACAGAATGG GAGATACTCG CGAGTGCCAT CCCAAGGCGG TCAAACCGTT 
TTTTCTCCGG AATATGATGA TCCTGCTAAC TGTGCTCCTG AAGAAGATCA GTATGGATCG 
CAGTATGGAC AATATGGAGC TCCTTATGAC CACTATGGAT CTCGAGGTTC TGTTGGGCGC 
CGTAGCGTTG GCTCAGCTCG CAATCTTCCT CTTTCCAATT CACCTGAACC ACCCCCACCG 
CCACCAAGGA ACCATGATCA GAACAACTCA AGTTTTAATG ACAGCAAGGA GAGCAATGAG 
ATCAGTGAAG CTGAGTGCGA TCGTGATCAA CTTCAGATGA GTCGTAATTA TGGTGTTAAT 
GCGCGCGGCA AGGATGGCAT GACAACCGAG GAGATGCGCA AGCTCATTGA GAGGAATTCA 
AATGAAGCCA CCGGCAGGGA AGCAGGCGCC TCCTACGGGG GTCACGGGGG ACTCCTCACA 
CCCTACGATA CTGTGGCAGT GTAA

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

RefSeq	XP_011303880.1
CDS	144..4007
Translation	MSYSAALAVNVPPRWILEPTDKAFAQGSDARVECKADGFPKPQVTWKRAAGDTPGDYTDLKLNNPDISVEDGTLSINNIQKTNEGYYLCEAVNGIGSGLSAVILISVQAPPHFEIKLRNQTARRGEPAVLQCEAQGEKPIGILWNMNNKRLDPKSDSRYTIREEILTNGVLADLSIKRTERSDSALFSCVATNAFGSDDTSINMIVQEVPEVPYGLKVLDKSGRSVQLSWAAPYHGNSPIKRYIIEYKMSKGTWEADVDRVLVPSSQQNVASVFNLRPATTYHLRIIAENEIGTSDPSDTVTIITAEEAPSGPPSAVRVEALDQHTLKVTWKPPSREDWNGEILGYYVGYRLSSSSEKPYMFETVEFSKEDGKEHHLQIMNLKTYTQYSVVVQAFNKVGSGPMTEERRAHTAEGVPEQPPHDTTCTTLTSQTIRVSWVSPPLSAANGVITGYKVIYGPSDTWYDENTQDTKITSSSETILHGLKKYTNYSMQVLAFTSGGDGVKSAPIHCQTEQDAPEAPIAVKALVMSPESVLVSWRPPSQPNGVISQYTIYTKSDNAEEAANQKVPPNQLTYEATGLDKQRRYDFWVTASTNIGEGEASKIVSLAPNTRVPAKIASFDDKFTATYKEDVKLPCLAVGVPAPEVTWKVRDAKLQPSDRLRQLPEGSLFIKEVDRADAGEYSCYVENSFGHDTVTHQLIVQAPPHSPQVTFTSTTTNSLTMKLRPHPNDNTPIHGYTIHYKPEFGEWDTVQISSSVQKYTLENLFCGSRYQIYVTAYNGIGTGDRSDILNTRTKGSKPIIPEASRFIEVSTNSITLHLNAWSDGGCPMLYFVVEYKKKSHAEWIQVSNNVKPGGNFVVLDLDPANWYQLRVTAHNNAGFAVAEYEFATLTVTGGTIAPAREIPDVNRGGSSDDDPMKIFMANLNLVVPVVAALLVIIVAVIVICVLRGRGHGGGDKDDVVYQQTGAIGATLDKRRPDLRDELGYIAPPNRKLPPVPGSNYNTCDRIKRGTVISTTGSFRSHSTWDPRRHMYEELSHCAPNRRCPPPPIMSSPDALSRRGMEDEICPYATFHLLGFREEMDPSKAMQFQTFPHPANGHSGTMGPPAGHPTNASAHSRSGSQSMPRQNGRYSRVPSQGGQTVFSPEYDDPANCAPEEDQYGSQYGQYGAPYDHYGSRGSVGRRSVGSARNLPLSNSPEPPPPPPRNHDQNNSSFNDSKESNEISEAECDRDQLQMSRNYGVNARGKDGMTTEEMRKLIERNSNEATGREAGASYGGHGGLLTPYDTVAV

Target ORF information:

RefSeq Version	XM_011305578.1
Organism	Fopius arisanus
Definition	Fopius arisanus Down syndrome cell adhesion molecule-like protein Dscam2 (LOC105267010), mRNA.

Target ORF information:

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

XM_011305578.1

ORF Insert Sequence:

ATGAGCTACT CAGCTGCATT AGCTGTCAAT GTGCCGCCGC GTTGGATTCT GGAACCGACT 
GATAAAGCAT TTGCTCAAGG ATCTGACGCT CGGGTTGAAT GCAAAGCCGA TGGTTTCCCT 
AAGCCGCAAG TCACATGGAA AAGAGCTGCC GGCGACACAC CAGGTGATTA CACAGATCTG 
AAACTCAACA ATCCCGACAT CAGTGTAGAG GATGGTACTC TTTCCATTAA CAACATTCAA 
AAAACCAATG AAGGATACTA TCTCTGTGAG GCCGTTAACG GAATTGGATC AGGACTCTCT 
GCCGTTATTC TCATTTCTGT CCAAGCCCCA CCTCACTTCG AAATTAAACT CCGAAATCAG 
ACTGCCCGTA GAGGAGAGCC TGCAGTACTC CAATGTGAAG CGCAAGGCGA AAAACCAATT 
GGAATCCTGT GGAACATGAA CAACAAGAGG CTGGACCCGA AAAGTGACTC TCGATATACA 
ATTCGTGAAG AAATTCTTAC TAATGGAGTT TTGGCTGATT TGAGTATCAA ACGTACTGAG 
AGGAGTGACT CTGCGTTGTT TAGCTGCGTC GCGACAAATG CGTTTGGCAG TGATGATACC 
AGCATCAATA TGATCGTTCA AGAAGTTCCT GAGGTTCCCT ATGGTCTTAA AGTTTTGGAT 
AAGTCTGGGA GATCTGTGCA GTTGTCGTGG GCAGCACCTT ACCACGGAAA CAGTCCCATC 
AAACGTTACA TCATTGAGTA TAAAATGAGT AAAGGAACTT GGGAGGCCGA TGTTGATCGC 
GTTCTCGTAC CTAGCTCTCA GCAGAATGTT GCCAGTGTAT TCAATTTGAG ACCTGCCACT 
ACTTATCATC TCCGAATTAT TGCTGAAAAT GAAATTGGCA CTTCTGATCC ATCTGATACC 
GTCACTATCA TCACAGCAGA GGAAGCCCCT TCTGGACCCC CAAGCGCTGT GAGAGTAGAA 
GCTCTAGATC AACACACTCT TAAGGTAACC TGGAAACCTC CATCACGTGA AGACTGGAAT 
GGCGAAATCT TAGGCTACTA CGTTGGATAC CGTCTATCAT CATCATCGGA AAAACCTTAC 
ATGTTCGAAA CAGTAGAATT CTCCAAGGAA GATGGAAAAG AACATCATCT TCAGATAATG 
AATCTAAAAA CCTATACTCA GTACAGTGTG GTAGTTCAAG CATTCAACAA AGTGGGCTCT 
GGCCCTATGA CTGAGGAGCG TCGTGCACAC ACGGCTGAAG GTGTTCCTGA ACAACCCCCT 
CATGATACAA CCTGCACCAC CCTGACATCT CAAACAATCA GAGTATCGTG GGTCTCTCCA 
CCGCTCAGTG CAGCTAATGG CGTCATTACC GGATATAAAG TGATTTACGG GCCCTCAGAT 
ACTTGGTATG ATGAGAATAC TCAGGATACG AAGATTACTT CTTCAAGTGA AACCATCCTC 
CACGGATTGA AAAAGTATAC CAACTACTCG ATGCAAGTGC TGGCCTTTAC CTCCGGAGGA 
GACGGCGTTA AATCTGCACC CATTCATTGT CAGACTGAAC AGGACGCTCC CGAAGCACCG 
ATTGCAGTGA AAGCCCTCGT AATGTCTCCA GAATCTGTTC TTGTATCTTG GAGACCTCCA 
AGCCAACCAA ACGGAGTCAT TTCCCAATAC ACTATCTACA CAAAGTCCGA TAATGCTGAG 
GAAGCTGCCA ATCAGAAAGT ACCACCTAAT CAATTGACCT ACGAGGCCAC TGGACTCGAT 
AAACAGAGGA GATATGACTT CTGGGTAACC GCTAGCACTA ACATTGGAGA AGGAGAGGCT 
TCCAAAATTG TTTCTTTAGC TCCAAACACC AGAGTTCCAG CTAAGATCGC TTCATTCGAT 
GATAAATTCA CTGCTACATA TAAAGAAGAT GTTAAACTTC CCTGTTTAGC TGTGGGCGTT 
CCAGCTCCTG AAGTTACCTG GAAAGTTCGT GATGCTAAGC TTCAGCCGAG CGATAGATTG 
AGACAGCTGC CAGAGGGATC ATTATTCATC AAAGAAGTAG ATAGAGCAGA CGCTGGAGAA 
TATTCTTGTT ACGTTGAAAA TTCGTTTGGA CATGACACGG TCACTCATCA GTTGATTGTC 
CAGGCCCCAC CGCATTCTCC TCAAGTAACT TTTACGAGTA CGACGACAAA CTCATTAACA 
ATGAAACTGC GACCTCACCC TAATGATAAT ACACCCATTC ATGGTTACAC GATTCATTAT 
AAACCGGAAT TTGGAGAATG GGATACGGTG CAGATCAGCT CTAGTGTGCA GAAGTATACA 
CTTGAGAATT TATTCTGTGG GTCCAGATAT CAAATTTATG TTACTGCTTA TAATGGAATC 
GGAACTGGTG ATAGGTCTGA TATATTGAAT ACTAGAACCA AAGGGTCAAA ACCAATTATT 
CCGGAAGCTT CTCGCTTCAT CGAAGTTTCT ACGAACAGCA TCACACTACA CCTAAATGCT 
TGGTCTGATG GAGGATGTCC TATGCTGTAT TTTGTGGTGG AATACAAGAA GAAATCTCAT 
GCAGAATGGA TACAAGTGTC GAATAATGTA AAACCAGGCG GCAACTTCGT AGTCCTTGAC 
CTCGACCCAG CAAACTGGTA TCAACTTCGT GTGACAGCGC ACAATAATGC CGGATTTGCG 
GTAGCAGAAT ATGAATTTGC AACATTAACT GTAACTGGAG GCACCATTGC ACCGGCTCGC 
GAGATTCCTG ATGTTAACCG GGGCGGCAGC AGTGACGATG ATCCCATGAA GATATTCATG 
GCAAATTTAA ATCTCGTAGT ACCTGTAGTT GCTGCCCTCC TTGTTATCAT CGTTGCCGTC 
ATTGTTATTT GTGTTTTACG TGGAAGAGGT CATGGTGGAG GTGACAAAGA TGATGTCGTT 
TATCAGCAGA CTGGTGCTAT CGGTGCTACC TTAGACAAGC GCAGACCAGA CCTCCGGGAC 
GAACTTGGGT ATATCGCTCC ACCAAATCGT AAATTGCCTC CTGTGCCTGG CTCGAACTAC 
AATACGTGTG ATCGTATCAA GCGAGGTACA GTCATAAGTA CAACAGGGTC ATTTAGAAGT 
CATTCGACGT GGGATCCACG GCGTCATATG TACGAAGAAC TATCTCACTG TGCCCCGAAT 
CGAAGATGTC CACCACCACC CATAATGAGC AGTCCAGACG CTTTATCCCG AAGAGGTATG 
GAAGATGAAA TTTGCCCATA TGCAACCTTC CATTTACTTG GTTTCCGAGA GGAAATGGAT 
CCAAGCAAGG CCATGCAATT CCAAACATTT CCACATCCGG CCAATGGTCA CTCTGGCACC 
ATGGGACCTC CAGCTGGGCA TCCAACAAAT GCATCTGCTC ATAGCCGTTC AGGATCTCAA 
TCAATGCCAC GACAGAATGG GAGATACTCG CGAGTGCCAT CCCAAGGCGG TCAAACCGTT 
TTTTCTCCGG AATATGATGA TCCTGCTAAC TGTGCTCCTG AAGAAGATCA GTATGGATCG 
CAGTATGGAC AATATGGAGC TCCTTATGAC CACTATGGAT CTCGAGGTTC TGTTGGGCGC 
CGTAGCGTTG GCTCAGCTCG CAATCTTCCT CTTTCCAATT CACCTGAACC ACCCCCACCG 
CCACCAAGGA ACCATGATCA GAACAACTCA AGTTTTAATG ACAGCAAGGA GAGCAATGAG 
ATCAGTGAAG CTGAGTGCGA TCGTGATCAA CTTCAGATGA GTCGTAATTA TGGTGTTAAT 
GCGCGCGGCA AGGATGGCAT GACAACCGAG GAGATGCGCA AGCTCATTGA GAGGAATTCA 
AATGAAGCCA CCGGCAGGGA AGCAGGCGCC TCCTACGGGG GTCACGGGGG ACTCCTCACA 
CCCTACGATA CTGTGGCAGT GTAA