FLG2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	FLG2
Entrez Gene ID	100480898
Full Name	filaggrin family member 2
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019793725.1	XP_019649284.1	filaggrin-2 isoform X1
XM_019793726.1	XP_019649285.1	filaggrin-2 isoform X2

Pathways from BioSystems
Gene Ontology

The following FLG2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FLG2 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
OAc100686	XM_019793725.1 Latest version!	Ailuropoda melanoleuca filaggrin family member 2 (FLG2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00
OAc100687	XM_019793726.1 Latest version!	Ailuropoda melanoleuca filaggrin family member 2 (FLG2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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)

FLG2 ( XM_019793725.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019649284.1 Ailuropoda melanoleuca filaggrin family member 2 (FLG2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc100686
Clone ID Related Accession (Same CDS sequence)	XM_019793725.1
Accession Version	XM_019793725.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6750bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	filaggrin-2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003220132.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGACCGACC TCTTGAGAAG TGTTGTCACG GTCATTGACG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AATGTCGCAC ACTGAGCAAG GATGAACTAA AGGAACTTCT GGAGAAAGAG 
TTTCGTCCAA TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTTAT CATGCACATG 
CTAGATCGAG ATCATGACCG AAGACTGGAC TTTACTGAGT TTCTTCTGAT GGTATTCAAG 
CTGGCTATGG CCTGCAACAA GGTTCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCATCG ACACCAAAAG GAAGAAAGTG AAACAGAAGA GGAAGAAGAA 
GATACACTGG GACAGAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGTTATGGTT CTGAGGGCTT AAGGGGACGA ATGAAACATA GACATGGGCC AAACTCAAGG 
AGGCTGGGAA GGCAAGGTAG TTTATCTAGC TCAGGAAACC AAGAGGAATT TGAGAAAAGA 
CGCCGTGGGT CTAGCTCTGG TCACTCATGG AATAGTGGCA AAGAAAGACA TGGTTCCAGC 
TCTGGAGAGC TGGGGGAAAG AAGAAACAAG TCACATGTTA GCCCCTCTAG GGAGTCTGAA 
AAGGAATATG AATCTGGATC TGGATCAAAG AGTAGGAGAA GGAAGAGTCA TGGTGGTCTG 
TCACATGGAT TGGATGCTAG TGGACTTGAA TTAAACTCTA CTCAGTCAAG AGAGAGTAGA 
GGACAAAAGC TTGGATCTAG CTCTAGAAGC TCAGGAAACA ATGGAAGGCA AAGCTATGCA 
TGTGGTTCCA GCAATTCAGG TGGGTGTGGA AGGCCACAAA ATGCTTCTAC TTCTTGTCAT 
GAAGGTAGAT TTGGAGGGCA AGGAAATCAA TCTAGCTGTA CCCAGTCAGG ATATCAATCA 
GGAAGTAGTG GAGGACTAGG TCATGGATGT AATTCAGGAG GTCAGTCTTC TGGATATGGT 
CAGCATGAGC CTAGCTCCTG CAGCCAGTCT TCTAGTCAGA GAGAATATGG ATCTAGAGCA 
TGTGGTCAAA CACAGAACTG TGGAAGACAA CAGAGAACAG GTTCAAGTCA GTCCTCTTGC 
TGTGAACAGT ATGGGTCTGG AACAAGTCAG TCTTCTAGTT ATGGTCAATA TGAATCTGGT 
TCTTGTGGAC ATTTTTCAAA ATCTCATCAA AAAGGGTCTG GTTCAAATGA ATTTACTAAC 
TGTGGACAAC ATGGGTCTGG CTCTGGACAG TCCTCTGGCT TTGGAAAACA TGGGTCAGCC 
TCAGGTCAAT CCTCTGGCTT TGGATATGGC TCTGGTTCAT GTCAGTCCTC TGGCTTTGGA 
CAACATGAGT TTGGCTCAGG ACAGTCCTCT GGCTTTGGAC AACATGGATC CATCTCAGGT 
CAGTCCTCTA GCTTTGGACA ACAGGGATCT GGCTCAGGTC AGTCCTCTAG TTTTGGCCAA 
CATGGGTCAA GCTTAGGACA GGCCTCTGGC TTTAGCCAGC ATGGGTCTGG CTCAGGACAG 
TCCTCTGGCT TTGGACAACA CAGATCCAGC TCAGATCAGT CCTCTAGCTT TGGACAACAG 
GGATCTTTCT CAGGTCATTC CTCTGGTTTT GGTCAGCATG GGTCTGTCTC AGGACAGTCG 
TTTGGTTATG GACAACATGG GTTTGGTGGA CATGAATCTT CTAGCTCTGG ACAACATAGA 
TATGGCTCAG GTCAATCCTC CAGCTTTGGA TATGGATCTA GCAAACATCA GTCCCCTACC 
TCTGGGACTG GCTCAGGCCA TTCATTGGGC TTTGGACAAC ATGAGTCTAG ATCAGGTCAG 
TCTAGCTATG GCCAACATAG TTCCAGCTCA GGGCAATCTG CCAGTTTTGG CTCTGGGTCT 
TCCTCAGGCA AGTCCTCTAA ACATAGTCAA TGTGAATCTA ACTCAAGACA GTCTTCTAGT 
TATGATCAAC ATGAGGTTAA CTCAGGTCAA TCCACTGGCT ATGACAAATA TGACCCTAGG 
CTAGGAGGAG AAGAAAGCTA TAGGACCTGT TCTGGAAAAG GGTCTCCAAA ATCTGAAAGT 
CCTATACCAG ATTCACCTGA AACTCAGACA AGGGAAACAA CTAAAGGGAG ACATGAAACT 
ACTCATGCAC AGTCAGGAGA CATCAGTGGA CATGCCGGGT TTGGGCACAG TCAAGCCACC 
AGGACAGAAT CGAGGAGGAC TGCAAGAAAG GGATCTAGTC TCAGTGAGCC CAGTAACACT 
GAATGGCACT CAGAAGTCCC ACAGACACAT GCAGGATCCT CTCATGGCCA CACTGGATCT 
CAACAAGGAG ACTCAGGATC CGCAGCTAAA GGGAGACAGG GAAATACTCC TGCACAGTCA 
CGAGAAACCA GTAGACATGG CCAGTTAGGT CATGGACAAG CCACAAGTAC AGAAATGAGT 
AGGACAGCAG GAAGGGAGTC TACTGTCAGT GAGTCCAGTG ACACTGAAAG GCACTCGGGA 
GTCTCACAGA CACACACAGG ATCCTCTCAT GGCCACACTG GATCTCATCA TGCAGGGTCA 
GGATCCACAG CTCCAGGGAG ACAGGGAACT AGTCACAGAC AGTCAGGAGA CACCAGTAGA 
CATGTCCAAA CCAGTGATGG ACAAGCCACC AGGACAGCGT CCAGTAGGGC TACAAGAAGG 
AGATCCAGTG GTAGTGAGTC CAGTGACACG GAAAGGCACA CAGGCGTCCC ACAGACACAT 
GCAAGATCCT CTCATGACCA CACTGTATCT CAACATGGAG AGTCAGGATC CACAGCTAAA 
GGAAGACAAG GAACTACTCA TGCACTGTCA GCAGATGCCA GGGGACATGC TGGGTTAGGG 
CATGGTCAAG CCACCAGGAC AGAATCCAAT AGGACTGCAA GAAGGGGATC CAGTCTCAGT 
GAATCCAGTC ACACTGAAAG GCACTCAGGA GTCTCACAGA CACACGCAGG ATCCTCTCAT 
GGTCACACTG GATCTCAACA TGGAGAGTCA GGATCCATAG CTCTAGGGAG ACAGGGAACT 
ACACATGAAC AGTCAGGACA TACCAATAGA CATGCTCAGT CGGGTCATGG ACAAACGACA 
AGGGCAGGTT CCAGTAGGAC TGCAAGAACG GGATCTAGTC TCAGTGAGTC CAGTGACACC 
GAAAAGCACT CAGGAGTTCC ACAGACACAT GCAGGATCCT CTCATGACCA CTCTGGATCT 
CATCAACGAG AGTCTGGATC ATCAGCTACA GGGAGACATG GAACTACTCA TGCACAGTCA 
GGAGATACCA GCAGACATAC CCAAACTGGT CATGGACTAG CCACCGGGAC ACAGTCCAGC 
AGAGCTACAA GAAGGAGATC CAGTGGCAGT GAGTCCAGTG ACACTGACAG GCACTCAGTT 
AACCCACAGA CACACACAGG ATCCTCTCTA GGCCACACCG GATCTCAGCA AGGAGACTCA 
GGATCTACAG CTCTAGGGAG ACAGGGAACT ACTCACGGAC AGTCAGGAAA TGCCAGGGGA 
CATGCTGGGT TAGGGCATGG TCAAGCCACC AGGACAGAAT CCAATAGGAC TGCAAGAAGG 
GGATCCAGTC TCAGTGAATC CAGTCACACT GAAAGGCACT CAGGAGTCTC ACAGACACAC 
GCAGGATCCT CTCATGGTCA CACTGGATCT CAACATGGAG AGTCAGGATC CATAGCTCTA 
GGGAGACAGG GAACTACACA TGAACAGTCA GGACATACCA ATAGACATGC TCAGTCGGGT 
CATGGACAAA CGACAAGGGC AGGTTCCAGT AGGACTGCAA GAACGGGATC TAGTCTCAGT 
GAGTCCAGTG ACACCGAAAA GCACTCAGGA GTTCCACAGA CACATGCAGG ATCCTCTCAT 
GACCACTCTG GATCTCATCA ACGAGAGTCT GGATCATCAG CTACAGGGAG ACATGGAACT 
ACTCATGCAC AGTCAGGAGA TACCAGCAGA CATACCCAAA CTGGTCATGG ACTAGCCACC 
GGGACACAGT CCAGCAGAGC TACAAGAAGG AGATCCAGTG GCAGTGAGTC CAGTGACACT 
GACAGGCACT CAGTTAACCC ACAGACACAC ACAGGATCCT CTCTAGGCCA CACCGGATCT 
CAGCAAGGAG ACTCAGGATC TACAGCTCTA GGGAGACAGG GAACTACTCA CGGACAGTCA 
GGAAATGCCA GGGGACATGC TGGGTTAGGG CATGGTCAAG CCACCAGGAC AGAATCCAAT 
AGGACTGCAA GAAGGGGATC CAGTCTCAGT GAATCCAGTC ACACTGAAAG GCACTCAGGA 
GTCTCACAGA CACACGCAGG ATCCTCTCAT GGTCACACTG GATCTCAACA TGGAGAGTCA 
GGATCCATAG CTCTAGGGAG ACAGGGAACT ACACATGAAC AGTCAGGACA TACCAATAGA 
CATGCTCAGT CGGGTCATGG ACAAACGACA AGGGCAGGTT CCAGTAGGAC TGCAAGAACG 
GGATCTAGTC TCAGTGAGTC CAGTGACACC GAAAAGCACT CAGGAGTTCC ACAGACACAC 
GCAGGATCCT CTCATGACCA CTTTGGATCT CATCAACGAG AGTCTGGATC ATCAGCTACA 
GGGAGACATG GAACTACTCA TGCACAGTCA GGACATTCCA GTGGACATAC CCAAACTGGT 
CATGGACAAG CCACCGGGAC ACAGTCCAGC AGGGCTACAA GGAGATCCAG TGTCAGTGAG 
TCCAGTGACA CTGAATGGCA CTCAGGTGTC CCACAGACAC ATGCAGGATC CTCTCATGGC 
CACACTGGAT CTCAAAAAGG AGAGTCGGGA ACAACAGCTA CAGGGAGACA GGGAACTACT 
CATGCACAGT CAGGAGATAC CAGTAGACGT TCCCAAACCA GTCATGGACA AGCCACCAGG 
ACAGCATCCA GTAGGGCGAC AAGAAGGAGA TCCAGGGGTA GTGAGTCCAG TGACACAGAG 
AGGCACTCAG GAGTCTCACA GACACACACA GGATTCTCTC ATGGCCCCAC TCGATCTCAA 
CATGGGGAGT CAGGATCCAC TGCTAAAGGG AGACAGGGAA CTACTCATAC ACAGTCAGGA 
CATTCCAGTG GACATACCCA AACTGGTCAT GGACAAGCCA CCGGGACACA GTCCAGCAGG 
GCTACAAGGA GATCCAGTGT CAGTGAGTCC AGTGACACTG AATGGCACTC AGGTGTCCCA 
CAGACACATG CAGGATCCTC TCATGGCCAC ACTGGATCTC AAAAAGGAGA GTCAGGAACA 
ACAGCTACAA GGAGACAGGG AACTACTCAT GCACAGTCAG GAGATACCAG TAGACGTTCC 
CAAGCCAGTG ATGGACAAGC CACCAGGACA GCATCCAGTA GGGCTACAAG AAGGAGATCC 
AGGGGTAGTG AGTCCAGTGA CACAGAGGGG CACTCTCACT CCCATGAGCT GACAGGAGAC 
AAATCTACAT ACTCAGGCTC TGTCCAGGGT CAGACCACAT CTTCCCATGG GCAATTAGGA 
ACTGGCACAA TAGAGAGACG TGCGTCCAGC CATACACAGT CACATGATAC CCATAGGCAG 
TCCAAGGACA GCATAAGGAA ACAGTCACAT AGCAGTCATC ACCAATCTAG AGTAAGTCAT 
TCTCAGTCAC AGATTAGTGG AAGACAACAT GGTTCAGGTC AAGGTTGGAA ACATGGCAGT 
TATGGAAGTG CAGAATATGA CTATGGGCAG TCTGGGTATG GACCTTCTGG GGGCAGCAGA 
ACAAGCAGCC GCAATTCTAG CCCTTTGAGG TCATTGGATA GAGCTGCAAA CAATCAAGTG 
TCTACACATG GACCATCAGT TTCTCGATTT GACCATACAG GATCAAAAGC AACTGAAATA 
ATAAGAAGAC AAAGTTCAAG TCATGGACAG TCAAGTGATT CCCATAATCA GTCTGGATCC 
AATGTAACTA GAAGACAGGG ATCTATTCAT GGGCATTCAG TAGTAAGTCA TGAACCATCA 
AATGACACCC ATGTTCAATA TGGAAGTTGG GGATCTATTA CTCATAGGCA GTCAAGCAAC 
CATTCTATAT CCAGCCATGG ACAGTCCATA TCAGATCACA GCTATTCAAA ATCTAATTCA 
ACTCTAAGGC ATGGATCCCA TAGTGATAAT AAAGAGCATT CAGAAGATTG GGGGAAACAG 
ATTCATGAAC CATCAGGGTC TAGGCATGGA CAGTCAGAAT TCAATACTAT AGGTATATAT 
GGATCCAGCC AGCAGCACTT AGGAGATATA TCTTCTCATG AGCAGGTAAG ATCCAGCACA 
ACTTTAGTAA GACAGGGATT AAGTAATAGA CAATCAGGAG ACATCCAAGG TCAATCTGGA 
TCCAGCACTA ATGAAAGACA ACTATATAGC CATGGACTAT CAAGTGACAG CTATGGGCAG 
TCAATTGACA GCAGAAGCAG AAGTCAAGGA TTCATTTCCA GTCACTCTCA TGATAGTCAA 
GACCTTACAG GAACTGAAGA ATGTGGGTAT AAATATTCAT CAAGCAGTAC AATCATGTGG 
ACGGGGGAAA AGCAAAAGCA AGGGCCTGAA TCAAGTTTGT TAGGAAGCAC CAGAATATAT 
AGTCAGGATG TGGATGATAA GCAGGCAAGA AACATGGAAG CCAGAGGTTG CCATAAAAGG 
GAGAGAACAG ACTCAGGTTC CCTTCACTTA GATAGCAAAA CTCCGCTCTA TGAATATGTC 
CAAGAACAAA GGTATTATTA CTTTGAATAA

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

RefSeq	XP_019649284.1
CDS	72..6821
Translation	MTDLLRSVVTVIDVFYKYTKQDGECRTLSKDELKELLEKEFRPILKNPDDPDTVDVIMHMLDRDHDRRLDFTEFLLMVFKLAMACNKVLSKEYCKASGSKKHRRGHRHQKEESETEEEEEDTLGQKSGYRHSSWSEGEEHGYGSEGLRGRMKHRHGPNSRRLGRQGSLSSSGNQEEFEKRRRGSSSGHSWNSGKERHGSSSGELGERRNKSHVSPSRESEKEYESGSGSKSRRRKSHGGLSHGLDASGLELNSTQSRESRGQKLGSSSRSSGNNGRQSYACGSSNSGGCGRPQNASTSCHEGRFGGQGNQSSCTQSGYQSGSSGGLGHGCNSGGQSSGYGQHEPSSCSQSSSQREYGSRACGQTQNCGRQQRTGSSQSSCCEQYGSGTSQSSSYGQYESGSCGHFSKSHQKGSGSNEFTNCGQHGSGSGQSSGFGKHGSASGQSSGFGYGSGSCQSSGFGQHEFGSGQSSGFGQHGSISGQSSSFGQQGSGSGQSSSFGQHGSSLGQASGFSQHGSGSGQSSGFGQHRSSSDQSSSFGQQGSFSGHSSGFGQHGSVSGQSFGYGQHGFGGHESSSSGQHRYGSGQSSSFGYGSSKHQSPTSGTGSGHSLGFGQHESRSGQSSYGQHSSSSGQSASFGSGSSSGKSSKHSQCESNSRQSSSYDQHEVNSGQSTGYDKYDPRLGGEESYRTCSGKGSPKSESPIPDSPETQTRETTKGRHETTHAQSGDISGHAGFGHSQATRTESRRTARKGSSLSEPSNTEWHSEVPQTHAGSSHGHTGSQQGDSGSAAKGRQGNTPAQSRETSRHGQLGHGQATSTEMSRTAGRESTVSESSDTERHSGVSQTHTGSSHGHTGSHHAGSGSTAPGRQGTSHRQSGDTSRHVQTSDGQATRTASSRATRRRSSGSESSDTERHTGVPQTHARSSHDHTVSQHGESGSTAKGRQGTTHALSADARGHAGLGHGQATRTESNRTARRGSSLSESSHTERHSGVSQTHAGSSHGHTGSQHGESGSIALGRQGTTHEQSGHTNRHAQSGHGQTTRAGSSRTARTGSSLSESSDTEKHSGVPQTHAGSSHDHSGSHQRESGSSATGRHGTTHAQSGDTSRHTQTGHGLATGTQSSRATRRRSSGSESSDTDRHSVNPQTHTGSSLGHTGSQQGDSGSTALGRQGTTHGQSGNARGHAGLGHGQATRTESNRTARRGSSLSESSHTERHSGVSQTHAGSSHGHTGSQHGESGSIALGRQGTTHEQSGHTNRHAQSGHGQTTRAGSSRTARTGSSLSESSDTEKHSGVPQTHAGSSHDHSGSHQRESGSSATGRHGTTHAQSGDTSRHTQTGHGLATGTQSSRATRRRSSGSESSDTDRHSVNPQTHTGSSLGHTGSQQGDSGSTALGRQGTTHGQSGNARGHAGLGHGQATRTESNRTARRGSSLSESSHTERHSGVSQTHAGSSHGHTGSQHGESGSIALGRQGTTHEQSGHTNRHAQSGHGQTTRAGSSRTARTGSSLSESSDTEKHSGVPQTHAGSSHDHFGSHQRESGSSATGRHGTTHAQSGHSSGHTQTGHGQATGTQSSRATRRSSVSESSDTEWHSGVPQTHAGSSHGHTGSQKGESGTTATGRQGTTHAQSGDTSRRSQTSHGQATRTASSRATRRRSRGSESSDTERHSGVSQTHTGFSHGPTRSQHGESGSTAKGRQGTTHTQSGHSSGHTQTGHGQATGTQSSRATRRSSVSESSDTEWHSGVPQTHAGSSHGHTGSQKGESGTTATRRQGTTHAQSGDTSRRSQASDGQATRTASSRATRRRSRGSESSDTEGHSHSHELTGDKSTYSGSVQGQTTSSHGQLGTGTIERRASSHTQSHDTHRQSKDSIRKQSHSSHHQSRVSHSQSQISGRQHGSGQGWKHGSYGSAEYDYGQSGYGPSGGSRTSSRNSSPLRSLDRAANNQVSTHGPSVSRFDHTGSKATEIIRRQSSSHGQSSDSHNQSGSNVTRRQGSIHGHSVVSHEPSNDTHVQYGSWGSITHRQSSNHSISSHGQSISDHSYSKSNSTLRHGSHSDNKEHSEDWGKQIHEPSGSRHGQSEFNTIGIYGSSQQHLGDISSHEQVRSSTTLVRQGLSNRQSGDIQGQSGSSTNERQLYSHGLSSDSYGQSIDSRSRSQGFISSHSHDSQDLTGTEECGYKYSSSSTIMWTGEKQKQGPESSLLGSTRIYSQDVDDKQARNMEARGCHKRERTDSGSLHLDSKTPLYEYVQEQRYYYFE

Target ORF information:

RefSeq Version	XM_019793725.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca filaggrin family member 2 (FLG2), transcript variant X1, mRNA.

Target ORF information:

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

XM_019793725.1

ORF Insert Sequence:

ATGACCGACC TCTTGAGAAG TGTTGTCACG GTCATTGACG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AATGTCGCAC ACTGAGCAAG GATGAACTAA AGGAACTTCT GGAGAAAGAG 
TTTCGTCCAA TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTTAT CATGCACATG 
CTAGATCGAG ATCATGACCG AAGACTGGAC TTTACTGAGT TTCTTCTGAT GGTATTCAAG 
CTGGCTATGG CCTGCAACAA GGTTCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCATCG ACACCAAAAG GAAGAAAGTG AAACAGAAGA GGAAGAAGAA 
GATACACTGG GACAGAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGTTATGGTT CTGAGGGCTT AAGGGGACGA ATGAAACATA GACATGGGCC AAACTCAAGG 
AGGCTGGGAA GGCAAGGTAG TTTATCTAGC TCAGGAAACC AAGAGGAATT TGAGAAAAGA 
CGCCGTGGGT CTAGCTCTGG TCACTCATGG AATAGTGGCA AAGAAAGACA TGGTTCCAGC 
TCTGGAGAGC TGGGGGAAAG AAGAAACAAG TCACATGTTA GCCCCTCTAG GGAGTCTGAA 
AAGGAATATG AATCTGGATC TGGATCAAAG AGTAGGAGAA GGAAGAGTCA TGGTGGTCTG 
TCACATGGAT TGGATGCTAG TGGACTTGAA TTAAACTCTA CTCAGTCAAG AGAGAGTAGA 
GGACAAAAGC TTGGATCTAG CTCTAGAAGC TCAGGAAACA ATGGAAGGCA AAGCTATGCA 
TGTGGTTCCA GCAATTCAGG TGGGTGTGGA AGGCCACAAA ATGCTTCTAC TTCTTGTCAT 
GAAGGTAGAT TTGGAGGGCA AGGAAATCAA TCTAGCTGTA CCCAGTCAGG ATATCAATCA 
GGAAGTAGTG GAGGACTAGG TCATGGATGT AATTCAGGAG GTCAGTCTTC TGGATATGGT 
CAGCATGAGC CTAGCTCCTG CAGCCAGTCT TCTAGTCAGA GAGAATATGG ATCTAGAGCA 
TGTGGTCAAA CACAGAACTG TGGAAGACAA CAGAGAACAG GTTCAAGTCA GTCCTCTTGC 
TGTGAACAGT ATGGGTCTGG AACAAGTCAG TCTTCTAGTT ATGGTCAATA TGAATCTGGT 
TCTTGTGGAC ATTTTTCAAA ATCTCATCAA AAAGGGTCTG GTTCAAATGA ATTTACTAAC 
TGTGGACAAC ATGGGTCTGG CTCTGGACAG TCCTCTGGCT TTGGAAAACA TGGGTCAGCC 
TCAGGTCAAT CCTCTGGCTT TGGATATGGC TCTGGTTCAT GTCAGTCCTC TGGCTTTGGA 
CAACATGAGT TTGGCTCAGG ACAGTCCTCT GGCTTTGGAC AACATGGATC CATCTCAGGT 
CAGTCCTCTA GCTTTGGACA ACAGGGATCT GGCTCAGGTC AGTCCTCTAG TTTTGGCCAA 
CATGGGTCAA GCTTAGGACA GGCCTCTGGC TTTAGCCAGC ATGGGTCTGG CTCAGGACAG 
TCCTCTGGCT TTGGACAACA CAGATCCAGC TCAGATCAGT CCTCTAGCTT TGGACAACAG 
GGATCTTTCT CAGGTCATTC CTCTGGTTTT GGTCAGCATG GGTCTGTCTC AGGACAGTCG 
TTTGGTTATG GACAACATGG GTTTGGTGGA CATGAATCTT CTAGCTCTGG ACAACATAGA 
TATGGCTCAG GTCAATCCTC CAGCTTTGGA TATGGATCTA GCAAACATCA GTCCCCTACC 
TCTGGGACTG GCTCAGGCCA TTCATTGGGC TTTGGACAAC ATGAGTCTAG ATCAGGTCAG 
TCTAGCTATG GCCAACATAG TTCCAGCTCA GGGCAATCTG CCAGTTTTGG CTCTGGGTCT 
TCCTCAGGCA AGTCCTCTAA ACATAGTCAA TGTGAATCTA ACTCAAGACA GTCTTCTAGT 
TATGATCAAC ATGAGGTTAA CTCAGGTCAA TCCACTGGCT ATGACAAATA TGACCCTAGG 
CTAGGAGGAG AAGAAAGCTA TAGGACCTGT TCTGGAAAAG GGTCTCCAAA ATCTGAAAGT 
CCTATACCAG ATTCACCTGA AACTCAGACA AGGGAAACAA CTAAAGGGAG ACATGAAACT 
ACTCATGCAC AGTCAGGAGA CATCAGTGGA CATGCCGGGT TTGGGCACAG TCAAGCCACC 
AGGACAGAAT CGAGGAGGAC TGCAAGAAAG GGATCTAGTC TCAGTGAGCC CAGTAACACT 
GAATGGCACT CAGAAGTCCC ACAGACACAT GCAGGATCCT CTCATGGCCA CACTGGATCT 
CAACAAGGAG ACTCAGGATC CGCAGCTAAA GGGAGACAGG GAAATACTCC TGCACAGTCA 
CGAGAAACCA GTAGACATGG CCAGTTAGGT CATGGACAAG CCACAAGTAC AGAAATGAGT 
AGGACAGCAG GAAGGGAGTC TACTGTCAGT GAGTCCAGTG ACACTGAAAG GCACTCGGGA 
GTCTCACAGA CACACACAGG ATCCTCTCAT GGCCACACTG GATCTCATCA TGCAGGGTCA 
GGATCCACAG CTCCAGGGAG ACAGGGAACT AGTCACAGAC AGTCAGGAGA CACCAGTAGA 
CATGTCCAAA CCAGTGATGG ACAAGCCACC AGGACAGCGT CCAGTAGGGC TACAAGAAGG 
AGATCCAGTG GTAGTGAGTC CAGTGACACG GAAAGGCACA CAGGCGTCCC ACAGACACAT 
GCAAGATCCT CTCATGACCA CACTGTATCT CAACATGGAG AGTCAGGATC CACAGCTAAA 
GGAAGACAAG GAACTACTCA TGCACTGTCA GCAGATGCCA GGGGACATGC TGGGTTAGGG 
CATGGTCAAG CCACCAGGAC AGAATCCAAT AGGACTGCAA GAAGGGGATC CAGTCTCAGT 
GAATCCAGTC ACACTGAAAG GCACTCAGGA GTCTCACAGA CACACGCAGG ATCCTCTCAT 
GGTCACACTG GATCTCAACA TGGAGAGTCA GGATCCATAG CTCTAGGGAG ACAGGGAACT 
ACACATGAAC AGTCAGGACA TACCAATAGA CATGCTCAGT CGGGTCATGG ACAAACGACA 
AGGGCAGGTT CCAGTAGGAC TGCAAGAACG GGATCTAGTC TCAGTGAGTC CAGTGACACC 
GAAAAGCACT CAGGAGTTCC ACAGACACAT GCAGGATCCT CTCATGACCA CTCTGGATCT 
CATCAACGAG AGTCTGGATC ATCAGCTACA GGGAGACATG GAACTACTCA TGCACAGTCA 
GGAGATACCA GCAGACATAC CCAAACTGGT CATGGACTAG CCACCGGGAC ACAGTCCAGC 
AGAGCTACAA GAAGGAGATC CAGTGGCAGT GAGTCCAGTG ACACTGACAG GCACTCAGTT 
AACCCACAGA CACACACAGG ATCCTCTCTA GGCCACACCG GATCTCAGCA AGGAGACTCA 
GGATCTACAG CTCTAGGGAG ACAGGGAACT ACTCACGGAC AGTCAGGAAA TGCCAGGGGA 
CATGCTGGGT TAGGGCATGG TCAAGCCACC AGGACAGAAT CCAATAGGAC TGCAAGAAGG 
GGATCCAGTC TCAGTGAATC CAGTCACACT GAAAGGCACT CAGGAGTCTC ACAGACACAC 
GCAGGATCCT CTCATGGTCA CACTGGATCT CAACATGGAG AGTCAGGATC CATAGCTCTA 
GGGAGACAGG GAACTACACA TGAACAGTCA GGACATACCA ATAGACATGC TCAGTCGGGT 
CATGGACAAA CGACAAGGGC AGGTTCCAGT AGGACTGCAA GAACGGGATC TAGTCTCAGT 
GAGTCCAGTG ACACCGAAAA GCACTCAGGA GTTCCACAGA CACATGCAGG ATCCTCTCAT 
GACCACTCTG GATCTCATCA ACGAGAGTCT GGATCATCAG CTACAGGGAG ACATGGAACT 
ACTCATGCAC AGTCAGGAGA TACCAGCAGA CATACCCAAA CTGGTCATGG ACTAGCCACC 
GGGACACAGT CCAGCAGAGC TACAAGAAGG AGATCCAGTG GCAGTGAGTC CAGTGACACT 
GACAGGCACT CAGTTAACCC ACAGACACAC ACAGGATCCT CTCTAGGCCA CACCGGATCT 
CAGCAAGGAG ACTCAGGATC TACAGCTCTA GGGAGACAGG GAACTACTCA CGGACAGTCA 
GGAAATGCCA GGGGACATGC TGGGTTAGGG CATGGTCAAG CCACCAGGAC AGAATCCAAT 
AGGACTGCAA GAAGGGGATC CAGTCTCAGT GAATCCAGTC ACACTGAAAG GCACTCAGGA 
GTCTCACAGA CACACGCAGG ATCCTCTCAT GGTCACACTG GATCTCAACA TGGAGAGTCA 
GGATCCATAG CTCTAGGGAG ACAGGGAACT ACACATGAAC AGTCAGGACA TACCAATAGA 
CATGCTCAGT CGGGTCATGG ACAAACGACA AGGGCAGGTT CCAGTAGGAC TGCAAGAACG 
GGATCTAGTC TCAGTGAGTC CAGTGACACC GAAAAGCACT CAGGAGTTCC ACAGACACAC 
GCAGGATCCT CTCATGACCA CTTTGGATCT CATCAACGAG AGTCTGGATC ATCAGCTACA 
GGGAGACATG GAACTACTCA TGCACAGTCA GGACATTCCA GTGGACATAC CCAAACTGGT 
CATGGACAAG CCACCGGGAC ACAGTCCAGC AGGGCTACAA GGAGATCCAG TGTCAGTGAG 
TCCAGTGACA CTGAATGGCA CTCAGGTGTC CCACAGACAC ATGCAGGATC CTCTCATGGC 
CACACTGGAT CTCAAAAAGG AGAGTCGGGA ACAACAGCTA CAGGGAGACA GGGAACTACT 
CATGCACAGT CAGGAGATAC CAGTAGACGT TCCCAAACCA GTCATGGACA AGCCACCAGG 
ACAGCATCCA GTAGGGCGAC AAGAAGGAGA TCCAGGGGTA GTGAGTCCAG TGACACAGAG 
AGGCACTCAG GAGTCTCACA GACACACACA GGATTCTCTC ATGGCCCCAC TCGATCTCAA 
CATGGGGAGT CAGGATCCAC TGCTAAAGGG AGACAGGGAA CTACTCATAC ACAGTCAGGA 
CATTCCAGTG GACATACCCA AACTGGTCAT GGACAAGCCA CCGGGACACA GTCCAGCAGG 
GCTACAAGGA GATCCAGTGT CAGTGAGTCC AGTGACACTG AATGGCACTC AGGTGTCCCA 
CAGACACATG CAGGATCCTC TCATGGCCAC ACTGGATCTC AAAAAGGAGA GTCAGGAACA 
ACAGCTACAA GGAGACAGGG AACTACTCAT GCACAGTCAG GAGATACCAG TAGACGTTCC 
CAAGCCAGTG ATGGACAAGC CACCAGGACA GCATCCAGTA GGGCTACAAG AAGGAGATCC 
AGGGGTAGTG AGTCCAGTGA CACAGAGGGG CACTCTCACT CCCATGAGCT GACAGGAGAC 
AAATCTACAT ACTCAGGCTC TGTCCAGGGT CAGACCACAT CTTCCCATGG GCAATTAGGA 
ACTGGCACAA TAGAGAGACG TGCGTCCAGC CATACACAGT CACATGATAC CCATAGGCAG 
TCCAAGGACA GCATAAGGAA ACAGTCACAT AGCAGTCATC ACCAATCTAG AGTAAGTCAT 
TCTCAGTCAC AGATTAGTGG AAGACAACAT GGTTCAGGTC AAGGTTGGAA ACATGGCAGT 
TATGGAAGTG CAGAATATGA CTATGGGCAG TCTGGGTATG GACCTTCTGG GGGCAGCAGA 
ACAAGCAGCC GCAATTCTAG CCCTTTGAGG TCATTGGATA GAGCTGCAAA CAATCAAGTG 
TCTACACATG GACCATCAGT TTCTCGATTT GACCATACAG GATCAAAAGC AACTGAAATA 
ATAAGAAGAC AAAGTTCAAG TCATGGACAG TCAAGTGATT CCCATAATCA GTCTGGATCC 
AATGTAACTA GAAGACAGGG ATCTATTCAT GGGCATTCAG TAGTAAGTCA TGAACCATCA 
AATGACACCC ATGTTCAATA TGGAAGTTGG GGATCTATTA CTCATAGGCA GTCAAGCAAC 
CATTCTATAT CCAGCCATGG ACAGTCCATA TCAGATCACA GCTATTCAAA ATCTAATTCA 
ACTCTAAGGC ATGGATCCCA TAGTGATAAT AAAGAGCATT CAGAAGATTG GGGGAAACAG 
ATTCATGAAC CATCAGGGTC TAGGCATGGA CAGTCAGAAT TCAATACTAT AGGTATATAT 
GGATCCAGCC AGCAGCACTT AGGAGATATA TCTTCTCATG AGCAGGTAAG ATCCAGCACA 
ACTTTAGTAA GACAGGGATT AAGTAATAGA CAATCAGGAG ACATCCAAGG TCAATCTGGA 
TCCAGCACTA ATGAAAGACA ACTATATAGC CATGGACTAT CAAGTGACAG CTATGGGCAG 
TCAATTGACA GCAGAAGCAG AAGTCAAGGA TTCATTTCCA GTCACTCTCA TGATAGTCAA 
GACCTTACAG GAACTGAAGA ATGTGGGTAT AAATATTCAT CAAGCAGTAC AATCATGTGG 
ACGGGGGAAA AGCAAAAGCA AGGGCCTGAA TCAAGTTTGT TAGGAAGCAC CAGAATATAT 
AGTCAGGATG TGGATGATAA GCAGGCAAGA AACATGGAAG CCAGAGGTTG CCATAAAAGG 
GAGAGAACAG ACTCAGGTTC CCTTCACTTA GATAGCAAAA CTCCGCTCTA TGAATATGTC 
CAAGAACAAA GGTATTATTA CTTTGAATAA

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

FLG2 ( XM_019793726.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019649285.1 Ailuropoda melanoleuca filaggrin family member 2 (FLG2), transcript variant X2, mRNA.

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CloneID	OAc100687
Clone ID Related Accession (Same CDS sequence)	XM_019793726.1
Accession Version	XM_019793726.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5625bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	filaggrin-2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003220132.1) 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 :: Ailuropoda melanoleuca Annotation Release 102 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##

ATGACCGACC TCTTGAGAAG TGTTGTCACG GTCATTGACG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AATGTCGCAC ACTGAGCAAG GATGAACTAA AGGAACTTCT GGAGAAAGAG 
TTTCGTCCAA TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTTAT CATGCACATG 
CTAGATCGAG ATCATGACCG AAGACTGGAC TTTACTGAGT TTCTTCTGAT GGTATTCAAG 
CTGGCTATGG CCTGCAACAA GGTTCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCATCG ACACCAAAAG GAAGAAAGTG AAACAGAAGA GGAAGAAGAA 
GATACACTGG GACAGAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGTTATGGTT CTGAGGGCTT AAGGGGACGA ATGAAACATA GACATGGGCC AAACTCAAGG 
AGGCTGGGAA GGCAAGGTAG TTTATCTAGC TCAGGAAACC AAGAGGAATT TGAGAAAAGA 
CGCCGTGGGT CTAGCTCTGG TCACTCATGG AATAGTGGCA AAGAAAGACA TGGTTCCAGC 
TCTGGAGAGC TGGGGGAAAG AAGAAACAAG TCACATGTTA GCCCCTCTAG GGAGTCTGAA 
AAGGAATATG AATCTGGATC TGGATCAAAG AGTAGGAGAA GGAAGAGTCA TGGTGGTCTG 
TCACATGGAT TGGATGCTAG TGGACTTGAA TTAAACTCTA CTCAGTCAAG AGAGAGTAGA 
GGACAAAAGC TTGGATCTAG CTCTAGAAGC TCAGGAAACA ATGGAAGGCA AAGCTATGCA 
TGTGGTTCCA GCAATTCAGG TGGGTGTGGA AGGCCACAAA ATGCTTCTAC TTCTTGTCAT 
GAAGGTAGAT TTGGAGGGCA AGGAAATCAA TCTAGCTGTA CCCAGTCAGG ATATCAATCA 
GGAAGTAGTG GAGGACTAGG TCATGGATGT AATTCAGGAG GTCAGTCTTC TGGATATGGT 
CAGCATGAGC CTAGCTCCTG CAGCCAGTCT TCTAGTCAGA GAGAATATGG ATCTAGAGCA 
TGTGGTCAAA CACAGAACTG TGGAAGACAA CAGAGAACAG GTTCAAGTCA GTCCTCTTGC 
TGTGAACAGT ATGGGTCTGG AACAAGTCAG TCTTCTAGTT ATGGTCAATA TGAATCTGGT 
TCTTGTGGAC ATTTTTCAAA ATCTCATCAA AAAGGGTCTG GTTCAAATGA ATTTACTAAC 
TGTGGACAAC ATGGGTCTGG CTCTGGACAG TCCTCTGGCT TTGGAAAACA TGGGTCAGCC 
TCAGGTCAAT CCTCTGGCTT TGGATATGGC TCTGGTTCAT GTCAGTCCTC TGGCTTTGGA 
CAACATGAGT TTGGCTCAGG ACAGTCCTCT GGCTTTGGAC AACATGGATC CATCTCAGGT 
CAGTCCTCTA GCTTTGGACA ACAGGGATCT GGCTCAGGTC AGTCCTCTAG TTTTGGCCAA 
CATGGGTCAA GCTTAGGACA GGCCTCTGGC TTTAGCCAGC ATGGGTCTGG CTCAGGACAG 
TCCTCTGGCT TTGGACAACA CAGATCCAGC TCAGATCAGT CCTCTAGCTT TGGACAACAG 
GGATCTTTCT CAGGTCATTC CTCTGGTTTT GGTCAGCATG GGTCTGTCTC AGGACAGTCG 
TTTGGTTATG GACAACATGG GTTTGGTGGA CATGAATCTT CTAGCTCTGG ACAACATAGA 
TATGGCTCAG GTCAATCCTC CAGCTTTGGA TATGGATCTA GCAAACATCA GTCCCCTACC 
TCTGGGACTG GCTCAGGCCA TTCATTGGGC TTTGGACAAC ATGAGTCTAG ATCAGGTCAG 
TCTAGCTATG GCCAACATAG TTCCAGCTCA GGGCAATCTG CCAGTTTTGG CTCTGGGTCT 
TCCTCAGGCA AGTCCTCTAA ACATAGTCAA TGTGAATCTA ACTCAAGACA GTCTTCTAGT 
TATGATCAAC ATGAGGTTAA CTCAGGTCAA TCCACTGGCT ATGACAAATA TGACCCTAGG 
CTAGGAGGAG AAGAAAGCTA TAGGACCTGT TCTGGAAAAG GGTCTCCAAA ATCTGAAAGT 
CCTATACCAG ATTCACCTGA AACTCAGACA AGGGAAACAA CTAAAGGGAG ACATGAAACT 
ACTCATGCAC AGTCAGGAGA CATCAGTGGA CATGCCGGGT TTGGGCACAG TCAAGCCACC 
AGGACAGAAT CGAGGAGGAC TGCAAGAAAG GGATCTAGTC TCAGTGAGCC CAGTAACACT 
GAATGGCACT CAGAAGTCCC ACAGACACAT GCAGGATCCT CTCATGGCCA CACTGGATCT 
CAACAAGGAG ACTCAGGATC CGCAGCTAAA GGGAGACAGG GAAATACTCC TGCACAGTCA 
CGAGAAACCA GTAGACATGG CCAGTTAGGT CATGGACAAG CCACAAGTAC AGAAATGAGT 
AGGACAGCAG GAAGGGAGTC TACTGTCAGT GAGTCCAGTG ACACTGAAAG GCACTCGGGA 
GTCTCACAGA CACACACAGG ATCCTCTCAT GGCCACACTG GATCTCATCA TGCAGGGTCA 
GGATCCACAG CTCCAGGGAG ACAGGGAACT AGTCACAGAC AGTCAGGAGA CACCAGTAGA 
CATGTCCAAA CCAGTGATGG ACAAGCCACC AGGACAGCGT CCAGTAGGGC TACAAGAAGG 
AGATCCAGTG GTAGTGAGTC CAGTGACACG GAAAGGCACA CAGGCGTCCC ACAGACACAT 
GCAAGATCCT CTCATGACCA CACTGTATCT CAACATGGAG AGTCAGGATC CACAGCTAAA 
GGAAGACAAG GAACTACTCA TGCACTGTCA GCAGATGCCA GGGGACATGC TGGGTTAGGG 
CATGGTCAAG CCACCAGGAC AGAATCCAAT AGGACTGCAA GAAGGGGATC CAGTCTCAGT 
GAATCCAGTC ACACTGAAAG GCACTCAGGA GTCTCACAGA CACACGCAGG ATCCTCTCAT 
GGTCACACTG GATCTCAACA TGGAGAGTCA GGATCCATAG CTCTAGGGAG ACAGGGAACT 
ACACATGAAC AGTCAGGACA TACCAATAGA CATGCTCAGT CGGGTCATGG ACAAACGACA 
AGGGCAGGTT CCAGTAGGAC TGCAAGAACG GGATCTAGTC TCAGTGAGTC CAGTGACACC 
GAAAAGCACT CAGGAGTTCC ACAGACACAT GCAGGATCCT CTCATGACCA CTCTGGATCT 
CAACAACGAG AGTCTGGATC ATCAGCTACA GGGAGACATG GAACTACTCA TGCACAGTCA 
GGACATTCCA TTGGACATAC CCAAACTGGT CATGGACAAG CCACCGGGAC ACAGTCCAGC 
AGGGCTACAA GGAGATCCAG TGTCAGTGAG TCCAGTGACA CTGAATGGCA CTCAGGTGTC 
CCACAGACAC ATGCAGGATC CTCTCATGGC CACACTGGAT CTCAAAAAGG AGAGTCGGGA 
ACAACAGCTA CAGGGAGACA GGGAACTACT CATGCACAGT CAGGAGATAC CAGTAGACAT 
TCCCAAACCA GTCATGGACA AGCCACCAGG ACAGCATCCA GTAGGGCGAC AAGAAGGAGA 
TCCAGGGGTA GTGAGTCCAG TGACACAGAG AGGCACTCAG GAGTCTCACA GACACACGCA 
GGATCCTCTC ATGGTCACAC TGGATCTCAA CATGGAGAGT CAGGATCCAT AGCTCTAGGG 
AGACAGGGAA CTACACATGA ACAGTCAGGA CATACCAATA GACATGCTCA GTCGGGTCAT 
GGACAAACGA CAAGGGCAGG TTCCAGTAGG ACTGCAAGAA CGGGATCTAG TCTCAGTGAG 
TCCAGTGACA CCGAAAAGCA CTCAGGAGTT CCACAGACAC ATGCAGGATC CTCTCATGAC 
CACTCTGGAT CTCAACAACG AGAGTCTGGA TCATCAGCTA CAGGGAGACA TGGAACTACT 
CATGCACAGT CAGGACATTC CATTGGACAT ACCCAAACTG GTCATGGACA AGCCACCGGG 
ACACAGTCCA GCAGGGCTAC AAGGAGATCC AGTGTCAGTG AGTCCAGTGA CACTGAATGG 
CACTCAGGTG TCCCACAGAC ACATGCAGGA TCCTCTCATG GCCACACTGG ATCTCAAAAA 
GGAGAGTCGG GAACAACAGC TACAGGGAGA CAGGGAACTA CTCATGCACA GTCAGGAGAT 
ACCAGTAGAC ATTCCCAAAC CAGTCATGGA CAAGCCACCA GGACAGCATC CAGTAGGGCG 
ACAAGAAGGA GATCCAGGGG TAGTGAGTCC AGTGACACAG AGGGGCACTC TCACTCCCAT 
GAGCTGACAG GAGACAAATC TACATACTCA GGCTCTGTCC AGGGTCAGAC CACATCTTCC 
CATGGGCAAT TAGGAACTGG CACAATAGAG AGACGTGGGT CCAGCCATAC ACAGTCACAT 
GATACCCATA GGCAGTCCAA GGACAGCATA AGGAAACAGT CACATAGCAG TCATCACCAA 
TCTAGAGTAA GTCATTCTCA GTCACAGATT AGTGGAAGAC AACATGGTTC AGGTCAAGGT 
TGGAAACATG GCAGTTATGG AAGTGCAGAA TATGACTATG GGCAGTCTGG GTATGGACCT 
TCTGGGGGCA GCAGAACAAG CAGCCGCAAT TCTAGCCCTT TGAGGTCATT GGATAGAGCT 
GCAAACAATC AAGTGTCTAC ACATGGACCA TCAGTTTCTC GATTTGACCA TACAGGATCA 
AAAGCAACTG AAATAATAAG AAGACAAAGT TCAAGTCATG GACAGTCAAG TGATTCCCAT 
AATCAGTCTG GATCCAATGT AACTAGAAGA CAGGGATCTA TTCATGGGCA TTCAGTAGTA 
AGTCATGAAC CATCAAATGA CACCCATGTT CAATATGGAA GTTGGGGATC TATTACTCAT 
AGGCAGTCAA GCAACCATTC TATATCCAGC CATGGACAGT CCATATCAGA TCACAGCTAT 
TCAAAATCTA ATTCAACTCT AAGGCATGGA TCCCATAGTG ATAATAAAGA GCATTCAGAA 
GATTGGGGGA AACAGATTCA TGAACCATCA GGGTCTAGGC ATGGACAGTC AGAATTCAAT 
ACTATAGGTA TATATGGATC CAGCCAGCAG CACTTAGGAG ATATATCTTC TCATGAGCAG 
GTAAGATCCA GCACAACTTT AGTAAGACAG GGATTAAGTA ATAGACAATC AGGAGACATC 
CAAGGTCAAT CTGGATCCAG CACTAATGAA AGACAACTAT ATAGCCATGG ACTATCAAGT 
GACAGCTATG GGCAGTCAAT TGACAGCAGA AGCAGAAGTC AAGGATTCAT TTCCAGTCAC 
TCTCATGATA GTCAAGACCT TACAGGAACT GAAGAATGTG GGTATAAATA TTCATCAAGC 
AGTACAATCA TGTGGACGGG GGAAAAGCAA AAGCAAGGGC CTGAATCAAG TTTGTTAGGA 
AGCACCAGAA TATATAGTCA GGATGTGGAT GATAAGCAGG CAAGAAACAT GGAAGCCAGA 
GGTTGCCATA AAAGGGAGAG AACAGACTCA GGTTCCCTTC ACTTAGATAG CAAAACTCCG 
CTCTATGAAT ATGTCCAAGA ACAAAGGTAT TATTACTTTG AATAA

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

RefSeq	XP_019649285.1
CDS	72..5696
Translation	MTDLLRSVVTVIDVFYKYTKQDGECRTLSKDELKELLEKEFRPILKNPDDPDTVDVIMHMLDRDHDRRLDFTEFLLMVFKLAMACNKVLSKEYCKASGSKKHRRGHRHQKEESETEEEEEDTLGQKSGYRHSSWSEGEEHGYGSEGLRGRMKHRHGPNSRRLGRQGSLSSSGNQEEFEKRRRGSSSGHSWNSGKERHGSSSGELGERRNKSHVSPSRESEKEYESGSGSKSRRRKSHGGLSHGLDASGLELNSTQSRESRGQKLGSSSRSSGNNGRQSYACGSSNSGGCGRPQNASTSCHEGRFGGQGNQSSCTQSGYQSGSSGGLGHGCNSGGQSSGYGQHEPSSCSQSSSQREYGSRACGQTQNCGRQQRTGSSQSSCCEQYGSGTSQSSSYGQYESGSCGHFSKSHQKGSGSNEFTNCGQHGSGSGQSSGFGKHGSASGQSSGFGYGSGSCQSSGFGQHEFGSGQSSGFGQHGSISGQSSSFGQQGSGSGQSSSFGQHGSSLGQASGFSQHGSGSGQSSGFGQHRSSSDQSSSFGQQGSFSGHSSGFGQHGSVSGQSFGYGQHGFGGHESSSSGQHRYGSGQSSSFGYGSSKHQSPTSGTGSGHSLGFGQHESRSGQSSYGQHSSSSGQSASFGSGSSSGKSSKHSQCESNSRQSSSYDQHEVNSGQSTGYDKYDPRLGGEESYRTCSGKGSPKSESPIPDSPETQTRETTKGRHETTHAQSGDISGHAGFGHSQATRTESRRTARKGSSLSEPSNTEWHSEVPQTHAGSSHGHTGSQQGDSGSAAKGRQGNTPAQSRETSRHGQLGHGQATSTEMSRTAGRESTVSESSDTERHSGVSQTHTGSSHGHTGSHHAGSGSTAPGRQGTSHRQSGDTSRHVQTSDGQATRTASSRATRRRSSGSESSDTERHTGVPQTHARSSHDHTVSQHGESGSTAKGRQGTTHALSADARGHAGLGHGQATRTESNRTARRGSSLSESSHTERHSGVSQTHAGSSHGHTGSQHGESGSIALGRQGTTHEQSGHTNRHAQSGHGQTTRAGSSRTARTGSSLSESSDTEKHSGVPQTHAGSSHDHSGSQQRESGSSATGRHGTTHAQSGHSIGHTQTGHGQATGTQSSRATRRSSVSESSDTEWHSGVPQTHAGSSHGHTGSQKGESGTTATGRQGTTHAQSGDTSRHSQTSHGQATRTASSRATRRRSRGSESSDTERHSGVSQTHAGSSHGHTGSQHGESGSIALGRQGTTHEQSGHTNRHAQSGHGQTTRAGSSRTARTGSSLSESSDTEKHSGVPQTHAGSSHDHSGSQQRESGSSATGRHGTTHAQSGHSIGHTQTGHGQATGTQSSRATRRSSVSESSDTEWHSGVPQTHAGSSHGHTGSQKGESGTTATGRQGTTHAQSGDTSRHSQTSHGQATRTASSRATRRRSRGSESSDTEGHSHSHELTGDKSTYSGSVQGQTTSSHGQLGTGTIERRGSSHTQSHDTHRQSKDSIRKQSHSSHHQSRVSHSQSQISGRQHGSGQGWKHGSYGSAEYDYGQSGYGPSGGSRTSSRNSSPLRSLDRAANNQVSTHGPSVSRFDHTGSKATEIIRRQSSSHGQSSDSHNQSGSNVTRRQGSIHGHSVVSHEPSNDTHVQYGSWGSITHRQSSNHSISSHGQSISDHSYSKSNSTLRHGSHSDNKEHSEDWGKQIHEPSGSRHGQSEFNTIGIYGSSQQHLGDISSHEQVRSSTTLVRQGLSNRQSGDIQGQSGSSTNERQLYSHGLSSDSYGQSIDSRSRSQGFISSHSHDSQDLTGTEECGYKYSSSSTIMWTGEKQKQGPESSLLGSTRIYSQDVDDKQARNMEARGCHKRERTDSGSLHLDSKTPLYEYVQEQRYYYFE

Target ORF information:

RefSeq Version	XM_019793726.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca filaggrin family member 2 (FLG2), transcript variant X2, mRNA.

Target ORF information:

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

XM_019793726.1

ORF Insert Sequence:

ATGACCGACC TCTTGAGAAG TGTTGTCACG GTCATTGACG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AATGTCGCAC ACTGAGCAAG GATGAACTAA AGGAACTTCT GGAGAAAGAG 
TTTCGTCCAA TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTTAT CATGCACATG 
CTAGATCGAG ATCATGACCG AAGACTGGAC TTTACTGAGT TTCTTCTGAT GGTATTCAAG 
CTGGCTATGG CCTGCAACAA GGTTCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCATCG ACACCAAAAG GAAGAAAGTG AAACAGAAGA GGAAGAAGAA 
GATACACTGG GACAGAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGTTATGGTT CTGAGGGCTT AAGGGGACGA ATGAAACATA GACATGGGCC AAACTCAAGG 
AGGCTGGGAA GGCAAGGTAG TTTATCTAGC TCAGGAAACC AAGAGGAATT TGAGAAAAGA 
CGCCGTGGGT CTAGCTCTGG TCACTCATGG AATAGTGGCA AAGAAAGACA TGGTTCCAGC 
TCTGGAGAGC TGGGGGAAAG AAGAAACAAG TCACATGTTA GCCCCTCTAG GGAGTCTGAA 
AAGGAATATG AATCTGGATC TGGATCAAAG AGTAGGAGAA GGAAGAGTCA TGGTGGTCTG 
TCACATGGAT TGGATGCTAG TGGACTTGAA TTAAACTCTA CTCAGTCAAG AGAGAGTAGA 
GGACAAAAGC TTGGATCTAG CTCTAGAAGC TCAGGAAACA ATGGAAGGCA AAGCTATGCA 
TGTGGTTCCA GCAATTCAGG TGGGTGTGGA AGGCCACAAA ATGCTTCTAC TTCTTGTCAT 
GAAGGTAGAT TTGGAGGGCA AGGAAATCAA TCTAGCTGTA CCCAGTCAGG ATATCAATCA 
GGAAGTAGTG GAGGACTAGG TCATGGATGT AATTCAGGAG GTCAGTCTTC TGGATATGGT 
CAGCATGAGC CTAGCTCCTG CAGCCAGTCT TCTAGTCAGA GAGAATATGG ATCTAGAGCA 
TGTGGTCAAA CACAGAACTG TGGAAGACAA CAGAGAACAG GTTCAAGTCA GTCCTCTTGC 
TGTGAACAGT ATGGGTCTGG AACAAGTCAG TCTTCTAGTT ATGGTCAATA TGAATCTGGT 
TCTTGTGGAC ATTTTTCAAA ATCTCATCAA AAAGGGTCTG GTTCAAATGA ATTTACTAAC 
TGTGGACAAC ATGGGTCTGG CTCTGGACAG TCCTCTGGCT TTGGAAAACA TGGGTCAGCC 
TCAGGTCAAT CCTCTGGCTT TGGATATGGC TCTGGTTCAT GTCAGTCCTC TGGCTTTGGA 
CAACATGAGT TTGGCTCAGG ACAGTCCTCT GGCTTTGGAC AACATGGATC CATCTCAGGT 
CAGTCCTCTA GCTTTGGACA ACAGGGATCT GGCTCAGGTC AGTCCTCTAG TTTTGGCCAA 
CATGGGTCAA GCTTAGGACA GGCCTCTGGC TTTAGCCAGC ATGGGTCTGG CTCAGGACAG 
TCCTCTGGCT TTGGACAACA CAGATCCAGC TCAGATCAGT CCTCTAGCTT TGGACAACAG 
GGATCTTTCT CAGGTCATTC CTCTGGTTTT GGTCAGCATG GGTCTGTCTC AGGACAGTCG 
TTTGGTTATG GACAACATGG GTTTGGTGGA CATGAATCTT CTAGCTCTGG ACAACATAGA 
TATGGCTCAG GTCAATCCTC CAGCTTTGGA TATGGATCTA GCAAACATCA GTCCCCTACC 
TCTGGGACTG GCTCAGGCCA TTCATTGGGC TTTGGACAAC ATGAGTCTAG ATCAGGTCAG 
TCTAGCTATG GCCAACATAG TTCCAGCTCA GGGCAATCTG CCAGTTTTGG CTCTGGGTCT 
TCCTCAGGCA AGTCCTCTAA ACATAGTCAA TGTGAATCTA ACTCAAGACA GTCTTCTAGT 
TATGATCAAC ATGAGGTTAA CTCAGGTCAA TCCACTGGCT ATGACAAATA TGACCCTAGG 
CTAGGAGGAG AAGAAAGCTA TAGGACCTGT TCTGGAAAAG GGTCTCCAAA ATCTGAAAGT 
CCTATACCAG ATTCACCTGA AACTCAGACA AGGGAAACAA CTAAAGGGAG ACATGAAACT 
ACTCATGCAC AGTCAGGAGA CATCAGTGGA CATGCCGGGT TTGGGCACAG TCAAGCCACC 
AGGACAGAAT CGAGGAGGAC TGCAAGAAAG GGATCTAGTC TCAGTGAGCC CAGTAACACT 
GAATGGCACT CAGAAGTCCC ACAGACACAT GCAGGATCCT CTCATGGCCA CACTGGATCT 
CAACAAGGAG ACTCAGGATC CGCAGCTAAA GGGAGACAGG GAAATACTCC TGCACAGTCA 
CGAGAAACCA GTAGACATGG CCAGTTAGGT CATGGACAAG CCACAAGTAC AGAAATGAGT 
AGGACAGCAG GAAGGGAGTC TACTGTCAGT GAGTCCAGTG ACACTGAAAG GCACTCGGGA 
GTCTCACAGA CACACACAGG ATCCTCTCAT GGCCACACTG GATCTCATCA TGCAGGGTCA 
GGATCCACAG CTCCAGGGAG ACAGGGAACT AGTCACAGAC AGTCAGGAGA CACCAGTAGA 
CATGTCCAAA CCAGTGATGG ACAAGCCACC AGGACAGCGT CCAGTAGGGC TACAAGAAGG 
AGATCCAGTG GTAGTGAGTC CAGTGACACG GAAAGGCACA CAGGCGTCCC ACAGACACAT 
GCAAGATCCT CTCATGACCA CACTGTATCT CAACATGGAG AGTCAGGATC CACAGCTAAA 
GGAAGACAAG GAACTACTCA TGCACTGTCA GCAGATGCCA GGGGACATGC TGGGTTAGGG 
CATGGTCAAG CCACCAGGAC AGAATCCAAT AGGACTGCAA GAAGGGGATC CAGTCTCAGT 
GAATCCAGTC ACACTGAAAG GCACTCAGGA GTCTCACAGA CACACGCAGG ATCCTCTCAT 
GGTCACACTG GATCTCAACA TGGAGAGTCA GGATCCATAG CTCTAGGGAG ACAGGGAACT 
ACACATGAAC AGTCAGGACA TACCAATAGA CATGCTCAGT CGGGTCATGG ACAAACGACA 
AGGGCAGGTT CCAGTAGGAC TGCAAGAACG GGATCTAGTC TCAGTGAGTC CAGTGACACC 
GAAAAGCACT CAGGAGTTCC ACAGACACAT GCAGGATCCT CTCATGACCA CTCTGGATCT 
CAACAACGAG AGTCTGGATC ATCAGCTACA GGGAGACATG GAACTACTCA TGCACAGTCA 
GGACATTCCA TTGGACATAC CCAAACTGGT CATGGACAAG CCACCGGGAC ACAGTCCAGC 
AGGGCTACAA GGAGATCCAG TGTCAGTGAG TCCAGTGACA CTGAATGGCA CTCAGGTGTC 
CCACAGACAC ATGCAGGATC CTCTCATGGC CACACTGGAT CTCAAAAAGG AGAGTCGGGA 
ACAACAGCTA CAGGGAGACA GGGAACTACT CATGCACAGT CAGGAGATAC CAGTAGACAT 
TCCCAAACCA GTCATGGACA AGCCACCAGG ACAGCATCCA GTAGGGCGAC AAGAAGGAGA 
TCCAGGGGTA GTGAGTCCAG TGACACAGAG AGGCACTCAG GAGTCTCACA GACACACGCA 
GGATCCTCTC ATGGTCACAC TGGATCTCAA CATGGAGAGT CAGGATCCAT AGCTCTAGGG 
AGACAGGGAA CTACACATGA ACAGTCAGGA CATACCAATA GACATGCTCA GTCGGGTCAT 
GGACAAACGA CAAGGGCAGG TTCCAGTAGG ACTGCAAGAA CGGGATCTAG TCTCAGTGAG 
TCCAGTGACA CCGAAAAGCA CTCAGGAGTT CCACAGACAC ATGCAGGATC CTCTCATGAC 
CACTCTGGAT CTCAACAACG AGAGTCTGGA TCATCAGCTA CAGGGAGACA TGGAACTACT 
CATGCACAGT CAGGACATTC CATTGGACAT ACCCAAACTG GTCATGGACA AGCCACCGGG 
ACACAGTCCA GCAGGGCTAC AAGGAGATCC AGTGTCAGTG AGTCCAGTGA CACTGAATGG 
CACTCAGGTG TCCCACAGAC ACATGCAGGA TCCTCTCATG GCCACACTGG ATCTCAAAAA 
GGAGAGTCGG GAACAACAGC TACAGGGAGA CAGGGAACTA CTCATGCACA GTCAGGAGAT 
ACCAGTAGAC ATTCCCAAAC CAGTCATGGA CAAGCCACCA GGACAGCATC CAGTAGGGCG 
ACAAGAAGGA GATCCAGGGG TAGTGAGTCC AGTGACACAG AGGGGCACTC TCACTCCCAT 
GAGCTGACAG GAGACAAATC TACATACTCA GGCTCTGTCC AGGGTCAGAC CACATCTTCC 
CATGGGCAAT TAGGAACTGG CACAATAGAG AGACGTGGGT CCAGCCATAC ACAGTCACAT 
GATACCCATA GGCAGTCCAA GGACAGCATA AGGAAACAGT CACATAGCAG TCATCACCAA 
TCTAGAGTAA GTCATTCTCA GTCACAGATT AGTGGAAGAC AACATGGTTC AGGTCAAGGT 
TGGAAACATG GCAGTTATGG AAGTGCAGAA TATGACTATG GGCAGTCTGG GTATGGACCT 
TCTGGGGGCA GCAGAACAAG CAGCCGCAAT TCTAGCCCTT TGAGGTCATT GGATAGAGCT 
GCAAACAATC AAGTGTCTAC ACATGGACCA TCAGTTTCTC GATTTGACCA TACAGGATCA 
AAAGCAACTG AAATAATAAG AAGACAAAGT TCAAGTCATG GACAGTCAAG TGATTCCCAT 
AATCAGTCTG GATCCAATGT AACTAGAAGA CAGGGATCTA TTCATGGGCA TTCAGTAGTA 
AGTCATGAAC CATCAAATGA CACCCATGTT CAATATGGAA GTTGGGGATC TATTACTCAT 
AGGCAGTCAA GCAACCATTC TATATCCAGC CATGGACAGT CCATATCAGA TCACAGCTAT 
TCAAAATCTA ATTCAACTCT AAGGCATGGA TCCCATAGTG ATAATAAAGA GCATTCAGAA 
GATTGGGGGA AACAGATTCA TGAACCATCA GGGTCTAGGC ATGGACAGTC AGAATTCAAT 
ACTATAGGTA TATATGGATC CAGCCAGCAG CACTTAGGAG ATATATCTTC TCATGAGCAG 
GTAAGATCCA GCACAACTTT AGTAAGACAG GGATTAAGTA ATAGACAATC AGGAGACATC 
CAAGGTCAAT CTGGATCCAG CACTAATGAA AGACAACTAT ATAGCCATGG ACTATCAAGT 
GACAGCTATG GGCAGTCAAT TGACAGCAGA AGCAGAAGTC AAGGATTCAT TTCCAGTCAC 
TCTCATGATA GTCAAGACCT TACAGGAACT GAAGAATGTG GGTATAAATA TTCATCAAGC 
AGTACAATCA TGTGGACGGG GGAAAAGCAA AAGCAAGGGC CTGAATCAAG TTTGTTAGGA 
AGCACCAGAA TATATAGTCA GGATGTGGAT GATAAGCAGG CAAGAAACAT GGAAGCCAGA 
GGTTGCCATA AAAGGGAGAG AACAGACTCA GGTTCCCTTC ACTTAGATAG CAAAACTCCG 
CTCTATGAAT ATGTCCAAGA ACAAAGGTAT TATTACTTTG AATAA

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

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FLG2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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