FLG2 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	FLG2
Entrez Gene ID	388698
Full Name	filaggrin family member 2
Synonyms	IFPS
General protein information	Preferred Names filaggrin family member 2 Names filaggrin-2 ifapsoriasin intermediate filament-associated and psoriasis susceptibility protein
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 1 Map Location: 1q21.3
Summary	The filaggrin-like protein encoded by this gene is upregulated by calcium, proteolyzed by calpain 1, and is involved in epithelial homeostasis. The encoded protein is required for proper cornification in skin, with defects in this gene being associated with skin diseases. This protein also has a function in skin barrier protection. In fact, in addition to providing a physical barrier, C-terminal fragments of this protein display antimicrobial activity against P. aeruginosa. [provided by RefSeq, Dec 2015].
Disorder MIM:	616284

mRNA and Protein(s)

mRNA	Protein	Name
NM_001014342.2	NP_001014364.1	filaggrin-2
NM_001014342.3	NP_001014364.1	filaggrin-2
XM_011509531.2	XP_011507833.1	filaggrin-2 isoform X1

Pathways from BioSystems

Homologies

	FLG2	XP_001109011.2
Homo sapiens (human)	FLG2	NP_001014364.1

Gene Ontology
Bibliography

Related articles in PubMed

GATA3 regulates FLG and FLG2 expression in human primary keratinocytes.
Zeitvogel J, Jokmin N, Rieker S, Klug I, Brandenberger C, Werfel T
Scientific reports7(1)11847(2017 Sep)

Expression of Cornified Envelope Proteins in Skin and Its Relationship with Atopic Dermatitis Phenotype.
Trzeciak M, Sakowicz-Burkiewicz M, Wesserling M, Dobaczewska D, Gle? J, Nowicki R, Pawelczyk T
Acta dermato-venereologica97(1)36-41(2017 01)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Levels of FLG, FLG2 and SPRR3 mRNAs and proteins were reduced in AD skin.
Title: Expression of Cornified Envelope Proteins in Skin and Its Relationship with Atopic Dermatitis Phenotype.

results indicate that filaggrin-2 was expressed in the oral mucosa under certain pathological conditions ( lichen planus, leukokeratosis and leukoplakia), demonstrating that an aberrant protein expression, together with filaggrin, indicates the altered differentiation program including hyperkeratosis that occurs in these diseases.
Title: The expression profile of filaggrin-2 in the normal and pathologic human oral mucosa.

Data suggest that innate immunity of skin involves FLG2, which is expressed in high abundance in upper epidermis/eccrine sweat glands; C-terminal peptide fragments of FLG2 exhibit antimicrobial functions against replication of Pseudomonas aeruginosa.
Title: Skin-Derived C-Terminal Filaggrin-2 Fragments Are Pseudomonas aeruginosa-Directed Antimicrobials Targeting Bacterial Replication.

These findings suggest that filaggrin-2 may play an overlapping role with filaggrin in epithelial cornification; however, it may also have a partially distinct role in the molecular processes of cornification.
Title: Expression of filaggrin-2 protein in the epidermis of human skin diseases: a comparative analysis with filaggrin.

In an African American cohort with Atopic dermatitis (AD), FLG2 mutations were associated with more persistent AD.
Title: Filaggrin-2 variation is associated with more persistent atopic dermatitis in African American subjects.

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)
OHu20126	NM_001014342.3 Latest version!	Homo sapiens filaggrin family member 2 (FLG2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
OHu79951	XM_011509531.2 Latest version!	Homo sapiens filaggrin family member 2 (FLG2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
View Old Accession Versions >>
OHu20126	NM_001014342.2	Homo sapiens filaggrin family member 2 (FLG2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
Hide Old Accession Versions >>

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** 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 ( NM_001014342.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001014364.1 Homo sapiens filaggrin family member 2 (FLG2), mRNA.

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CloneID	OHu20126
Clone ID Related Accession (Same CDS sequence)	NM_001014342.2 , NM_001014342.3
Accession Version	NM_001014342.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7176bp) 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	2019-02-16
Organism	Homo sapiens(human)
Product	filaggrin-2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AY827490.1, AL356504.5, BX095286.1 and BC108269.1. On Jun 2, 2007 this sequence version replaced NM_001014342.1. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BX095286.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2145893, SAMEA2147596 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGACCGACC TCTTGAGAAG TGTTGTCACC GTAATTGATG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AGTGTGGCAC ACTGAGCAAG GGTGAACTAA AGGAACTTCT GGAGAAAGAG 
CTTCATCCAG TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTCAT CATGCATATG 
CTGGATCGAG ATCATGACAG AAGATTGGAC TTTACTGAGT TTCTTTTGAT GATATTCAAG 
CTGACTATGG CCTGCAACAA GGTCCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCACCG ACACCAAGAA GAAGAAAGTG AAACAGAAGA GGATGAAGAG 
GATACACCAG GACATAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGATATAGTT CTGGGCACTC AAGGGGAACT GTGAAATGTA GACATGGGTC CAACTCCAGG 
AGGCTAGGAA GACAAGGTAA TTTATCCAGC TCTGGGAACC AAGAGGGATC TCAGAAAAGA 
TACCACAGGT CCAGCTGTGG TCATTCATGG AGTGGTGGCA AAGACAGACA TGGTTCCAGC 
TCTGTAGAAC TGAGAGAAAG AATAAACAAG TCACACATTA GCCCTTCTAG GGAATCTGGG 
GAGGAGTATG AATCTGGATC TGGATCAAAC AGTTGGGAAA GGAAAGGTCA TGGTGGTCTG 
TCATGTGGAT TGGAGACTAG TGGGCATGAA TCAAACTCTA CTCAGTCAAG AATTAGAGAA 
CAAAAGCTTG GGTCTAGCTG TTCAGGTTCA GGAGACAGTG GGAGGCGAAG TCATGCATGT 
GGTTATAGCA ATTCAAGTGG GTGTGGAAGG CCACAAAATG CTTCAAGTTC TTGTCAGTCA 
CATAGATTTG GAGGGCAAGG AAATCAATTT AGCTATATTC AGTCAGGCTG TCAGTCAGGA 
ATTAAGGGAG GACAAGGCCA TGGCTGTGTC TCAGGAGGTC AGCCCTCTGG ATGTGGTCAA 
CCTGAGTCTA ACCCCTGTAG TCAGTCCTAT AGTCAGAGAG GATATGGAGC TAGAGAAAAT 
GGTCAACCAC AGAACTGTGG AGGACAATGG AGAACAGGCT CAAGTCAGTC CTCTTGCTGT 
GGACAATATG GGTCTGGAGG TAGCCAGTCT TGTAGTAATG GTCAACATGA ATATGGTTCC 
TGTGGCCGCT TTTCAAACTC TTCTAGTTCA AATGAATTTT CCAAATGTGA TCAATATGGG 
TCTGGTTCAA GTCAGTCTAC TAGCTTTGAA CAACATGGAA CAGGCTTGAG TCAGTCCTCT 
GGGTTCGAAC AACATGTATG TGGCTCAGGT CAAACTTGTG GCCAGCATGA GTCTACATCA 
AGTCAATCCT TGGGCTATGA CCAGCATGGG TCTAGCTCAG GTAAGACATC TGGCTTTGGA 
CAACATGGGT CTGGCTCAGG TCAGTCCTCT GGCTTTGGAC AATGTGGGTC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA GCATGGGTCT GTCTCAGGAC AATCCTCTGG TTTTGGACAG 
CATGGGTCTG TCTCAGGACA ATCCTCTGGT TTTGGACAAC ATGAGTCTAG ATCACGTCAG 
TCTAGCTATG GCCAACATGG TTCTGGCTCA AGTCAATCAT CTGGCTATGG CCAATATGGG 
TCTAGAGAGA CATCTGGCTT TGGACAACAT GGGTTGGGCT CAGGTCAATC CACTGGCTTT 
GGCCAATATG GATCGGGCTC AGGTCAGTCC TCTGGCTTTG GACAACATGG GTCTGGCTCA 
GGACAATCCT CTGGCTTTGG ACAACATGAG TCTAGATCAG GTCAGTCTAG TTATGGCCAA 
CACAGTTCTG GCTCAAGTCA GTCATCTGGC TATGGCCAAC ATGGGTCTAG ACAGACATCT 
GGCTTTGGAC AACATGGGTC AGGCTCAAGT CAATCCACTG GCTTTGGCCA ATATGGATCA 
GGCTCAGGTC AGTCCTCTGG CTTTGGACAA CATGTTTCTG GCTCAGGACA ATCCTCTGGT 
TTTGGACAAC ATGAGTCTAG ATCAGGTCAT TCTAGCTATG GCCAACATGG TTTTGGCTCA 
AGTCAATCAT CTGGCTATGG TCAACATGGG TCAAGTTCAG GACAGACATC TGGATTTGGA 
CAACACGAGT TAAGCTCAGG TCAGTCTTCC AGCTTTGGCC AACATGGATC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA ACATGGGTCT GGCTCAGGAC AATCCTCTGG CTTTGGACAA 
CATGAGTCTA GATCAGGTCA GTCTAGCTAT GGCCAACACA GTTCTGGCTC AAGTCAGTCA 
TCTGGCTATG GCCAACATGG GTCTAGACAG ACATCTGGCT TTGGACAACA TGGGTCAGGC 
TCAAGTCAAT CCACTGGCTT TGGCCAATAT GGATCAGGCT CAGGTCAGTC CGCTGGCTTT 
GGACAACATG GGTCTGGCTC AGGACAATCC TCTGGCTTTG GACAGCATGA GTCTAGATCA 
CATCAGTCCA GCTATGGCCA ACATGGTTCT GGCTCAAGTC AATCATCTGG CTATGGTCAA 
CATGGGTCAA GTTCGGGACA GACATCTGGC TTTGGACAAC ACAGGTCAAG CTCAGGTCAA 
TACTCTGGCT TTGGACAACA TGGATCAGGC TCAGGTCAGT CCAGTGGCTT TGGACAACAT 
GGGACTGGCT CAGGACAATA CTCTGGTTTT GGACAACATG AGTCTAGATC ACATCAGTCT 
AGCTATGGCC AACATGGTTC TGGCTCAAGT CAGTCATCTG GCTATGGTCA ACATGGGTCA 
AGTTCAGGAC AGACTTTTGG ATTTGGACAA CACAGGTCAG GCTCAGGTCA ATCCTCTGGC 
TTTGGCCAAC ATGGATCAGG CTCAGGTCAG TCCTCTGGCT TTGGACAACA TGAGTCAGGC 
TCAGGAAAAT CCTCTGGCTT TGGACAGCAT GAGTCTAGAT CAAGTCAGTC TAATTATGGC 
CAACATGGTT CTGGCTCAAG TCAGTCATCT GGCTATGGTC AACATGGGTC TAGTTCAGGA 
CAGACAACTG GCTTTGGACA ACACAGGTCA AGCTCAGGCC AATACTCAGG CTTTGGACAA 
CATGGATCAG GCTCAGATCA GTCCTCTGGC TTTGGACAAC ATGGGACTGG TTCAGGACAA 
TCCTCTGGTT TTGGACAATA TGAGTCTAGA TCACGTCAGT CTAGCTATGG CCAACATGGT 
TCTGGCTCAA GTCAATCATC TGGCTATGGT CAACATGGGT CAAATTCAGG ACAGACATCT 
GGATTTGGAC AACACAGGCC AGGCTCAGGT CAGTCCTCTG GCTTTGGCCA ATATGGATCG 
GGCTCAGGTC AGTCTTCTGG CTTTGGACAA CATGGGTCAG GCACAGGTAA ATCCTCTGGC 
TTTGCACAGC ATGAGTACAG ATCAGGTCAG TCTAGCTATG GCCAACATGG TACTGGCTCC 
AGTCAATCAT CTGGCTGTGG CCAACATGAG TCTGGCTCAG GTCCAACCAC AAGTTTTGGA 
CAGCATGTGT CTGGCTCAGA CAATTTCTCT AGTTCTGGAC AACATATATC TGACTCAGGT 
CAGTCCACTG GATTTGGCCA ATATGGTTCA GGCTCAGGTC AATCAACTGG CTTGGGCCAG 
GGTGAATCTC AACAAGTAGA GTCAGGATCC ACAGTTCATG GGAGACAGGA AACTACTCAT 
GGTCAGACAA TAAATACCAC TAGACATAGC CAGTCTGGTC AAGGACAATC CACACAGACA 
GGGTCCAGGG TAACTAGAAG ACGAAGATCT AGCCAAAGTG AGAACAGTGA CAGTGAAGTG 
CACTCAAAGG TCTCACACAG ACATTCAGAA CACATTCACA CACAAGCTGG ATCTCACTAC 
CCAAAGTCAG GATCCACAGT TCGCAGAAGA CAAGGAACTA CTCATGGACA GAGAGGAGAT 
ACCACTAGAC ATGGCCATTC TGGTCATGGA CAGTCTACAC AGACAGGTTC CAGAACATCT 
GGAAGACAGA GATTTAGCCA CAGTGATGCC ACTGACAGTG AAGTGCACTC AGGGGTCTCA 
CATAGACCAC ACTCACAAGA ACAAACTCAC AGCCAAGCTG GATCTCAACA TGGAGAGTCA 
GAATCCACAG TTCATGAGAG ACATGAAACT ACTTATGGAC AGACAGGAGA GGCCACTGGA 
CATGGCCACT CTGGTCATGG ACAGTCCACA CAGAGAGGGT CCAGGACAAC TGGAAGAAGG 
GGATCTGGCC ATAGTGAGTC CAGTGACAGT GAAGTGCACT CAGGGGGCTC ACACAGACCA 
CAATCACAAG AACAAACTCA TGGCCAAGCC GGATCTCAAC ATGGAGAGTC AGGATCCACA 
GTTCATGGGA GACACGGAAC TACTCATGGA CAGACAGGAG ATACCACTAG ACATGCCCAC 
TATCATCATG GAAAATCCAC ACAGAGAGGG TCCAGTACAA CTGGAAGAAG GGGATCTGGC 
CACAGTGAGT CCAGTGACAG TGAAGTGCAC TCAGGGGGCT CGCACACACA TTCAGGACAC 
ACTCACGGCC AAAGTGGATC TCAACATGGA GAGTCAGAAT CCATAATTCA TGACAGACAC 
AGAATTACTC ATGGACAGAC AGGAGATACC ACTAGACATT CCTACTCTGG TCATGAACAA 
ACCACACAGA CAGGGTCCAG GACAACTGGA AGACAGAGAA CTAGCCACAG TGAGTCCACT 
GACAGTGAAG TGCACTCAGG GGGCTCACAC AGACCACACT CACGAGAACA CACTTACGGC 
CAAGCCGGAT CTCAACATGA AGAGCCAGAA TTCACAGTTC ATGAGAGACA CGGAACTACT 
CATGGACAGA TAGGAGATAC CACTGGACAT TCCCACTCTG GTCATGGACA GTCCACACAG 
AGAGGGTCCA GGACAACTGG AAGACAGAGA TCTAGCCACA GTGAGTCCAG TGACAGTGAA 
GTGCACTCAG GGGTCTCACA CACACATACA GGACACACTC ATGGTCAAGC TGGATCTCAA 
CATGGACAGT CAGAATCCAT AGTTCCTGAG AGACATGGAA CTACTCATGG ACAGACAGGA 
GATACCACTA GACATGCCCA CTATCATCAT GGATTAACCA CACAGACAGG GTCCAGGACT 
ACTGGAAGAA GGGGATCTGG CCACAGTGAG TACAGTGACA GTGAAGGGTA CTCAGGAGTC 
TCACATACAC ATTCAGGACA CACTCATGGC CAAGCCAGAT CTCAACATGG AGAGTCAGAA 
TCCATAGTTC ATGAGAGACA TGGAACTATA CATGGACAGA CAGGCGATAC CACCAGACAT 
GCCCACTCTG GTCATGGACA GTCCACACAG ACAGGGTCCA GGACCACTGG AAGAAGGTCA 
TCTGGCCACA GTGAGTACAG TGACAGTGAA GGGCACTCAG GGTTCTCACA AAGACCACAC 
TCACGAGGAC ACACTCACGG CCAGGCTGGA TCTCAACATG GAGAGTCAGA ATCCATAGTT 
GACGAGAGAC ATGGAACTAC TCATGGACAG ACAGGAGATA CCAGTGGACA TTCTCAATCT 
GGTCATGGAC AGTCCACACA GTCAGGATCC AGTACAACTG GAAGAAGGAG ATCTGGCCAC 
AGTGAGTCCA GTGACAGTGA AGTGCACTCA GGGGGCTCAC ATACACATTC AGGACACACA 
CACAGCCAAG CCAGGTCTCA ACATGGAGAG TCAGAATCCA CAGTTCACAA GAGACACCAA 
ACTACTCATG GACAGACAGG AGATACCACT GAACATGGCC ACCCTAGTCA TGGACAAACC 
ATACAGACAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTACAGTGAC 
AGTGAAGGGC CCTCAGGGGT CTCACACACA CATTCAGGAC ACACTCACGG TCAAGCTGGA 
TCTCACTATC CAGAGTCAGG ATCCTCAGTT CATGAGAGAC ACGGAACTAC TCATGGACAA 
ACAGCAGATA CCACTAGACA TGGCCACTCT GGTCATGGAC AGTCCACACA GAGAGGGTCC 
AGGACAACTG GAAGAAGGGC ATCTGGCCAC AGTGAGTACA GTGACAGTGA AGGGCACTCA 
GGGGTCTCAC ACACACATTC AGGACACGCT CATGGCCAAG CCGGATCTCA ACATGGAGAG 
TCAGGATCCT CAGTTCATGA GAGACACGGA ACTACTCATG GACAGACAGG AGATACCACT 
AGACATGCTC ACTCTGGTCA TGGACAGTCC ACACAGAGAG GGTCAAGGAC AGCTGGAAGA 
AGGGGATCTG GCCACAGTGA GTCCAGTGAC AGTGAAGTGC ACTCAGGGGT CTCACACACA 
CATTCAGGAC ACACTTATGG CCAAGCCAGA TCTCAACATG GAGAGTCAGG ATCTGCCATT 
CACGGGAGAC AGGGAACTAT ACATGGACAG ACAGGAGATA CCACTAGACA TGGCCAGTCT 
GGTCATGGAC AGTCCACACA GACAGGTTCC AGGACAACTG GAAGACAAAG ATCTAGTCAC 
AGTGAGTCCA GTGATAGTGA AGTGCACTCA GAGGCCTCAC CCACACATTC AGGACACACT 
CACAGCCAAG CCGGATCTCG ACATGGACAG TCAGGATCCT CAGGTCATGG GAGACAGGGA 
ACTACTCATG GACAGACAGG AGATACCACT AGACATGCCC ACTATGGTTA TGGACAATCC 
ACACAGAGAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTCCAGTGAC 
AGTGAAGTGC ACTCATGGGG CTCACACACA CATTCAGGAC ACATTCAGGG CCAAGCTGGA 
TCTCAACAAA GACAGCCAGG ATCCACAGTT CATGGGAGAC TGGAAACTAC TCATGGACAG 
ACAGGAGATA CCACTAGACA TGGCCATTCT GGTTATGGAC AATCCACACA GACAGGTTCC 
AGATCTAGTA GAGCAAGTCA TTTTCAGTCA CATAGTAGTG AAAGGCAAAG GCATGGATCA 
AGTCAGGTTT GGAAACATGG CAGCTATGGA CCTGCAGAAT ATGACTATGG GCACACTGGG 
TATGGGCCTT CTGGTGGCAG CAGAAAAAGC ATCAGTAATT CTCACCTTTC ATGGTCAACA 
GACAGCACTG CAAACAAGCA ACTGTCTAGA CATTGA

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

RefSeq	NP_001014364.1
CDS	74..7249
Translation	MTDLLRSVVTVIDVFYKYTKQDGECGTLSKGELKELLEKELHPVLKNPDDPDTVDVIMHMLDRDHDRRLDFTEFLLMIFKLTMACNKVLSKEYCKASGSKKHRRGHRHQEEESETEEDEEDTPGHKSGYRHSSWSEGEEHGYSSGHSRGTVKCRHGSNSRRLGRQGNLSSSGNQEGSQKRYHRSSCGHSWSGGKDRHGSSSVELRERINKSHISPSRESGEEYESGSGSNSWERKGHGGLSCGLETSGHESNSTQSRIREQKLGSSCSGSGDSGRRSHACGYSNSSGCGRPQNASSSCQSHRFGGQGNQFSYIQSGCQSGIKGGQGHGCVSGGQPSGCGQPESNPCSQSYSQRGYGARENGQPQNCGGQWRTGSSQSSCCGQYGSGGSQSCSNGQHEYGSCGRFSNSSSSNEFSKCDQYGSGSSQSTSFEQHGTGLSQSSGFEQHVCGSGQTCGQHESTSSQSLGYDQHGSSSGKTSGFGQHGSGSGQSSGFGQCGSGSGQSSGFGQHGSVSGQSSGFGQHGSVSGQSSGFGQHESRSRQSSYGQHGSGSSQSSGYGQYGSRETSGFGQHGLGSGQSTGFGQYGSGSGQSSGFGQHGSGSGQSSGFGQHESRSGQSSYGQHSSGSSQSSGYGQHGSRQTSGFGQHGSGSSQSTGFGQYGSGSGQSSGFGQHVSGSGQSSGFGQHESRSGHSSYGQHGFGSSQSSGYGQHGSSSGQTSGFGQHELSSGQSSSFGQHGSGSGQSSGFGQHGSGSGQSSGFGQHESRSGQSSYGQHSSGSSQSSGYGQHGSRQTSGFGQHGSGSSQSTGFGQYGSGSGQSAGFGQHGSGSGQSSGFGQHESRSHQSSYGQHGSGSSQSSGYGQHGSSSGQTSGFGQHRSSSGQYSGFGQHGSGSGQSSGFGQHGTGSGQYSGFGQHESRSHQSSYGQHGSGSSQSSGYGQHGSSSGQTFGFGQHRSGSGQSSGFGQHGSGSGQSSGFGQHESGSGKSSGFGQHESRSSQSNYGQHGSGSSQSSGYGQHGSSSGQTTGFGQHRSSSGQYSGFGQHGSGSDQSSGFGQHGTGSGQSSGFGQYESRSRQSSYGQHGSGSSQSSGYGQHGSNSGQTSGFGQHRPGSGQSSGFGQYGSGSGQSSGFGQHGSGTGKSSGFAQHEYRSGQSSYGQHGTGSSQSSGCGQHESGSGPTTSFGQHVSGSDNFSSSGQHISDSGQSTGFGQYGSGSGQSTGLGQGESQQVESGSTVHGRQETTHGQTINTTRHSQSGQGQSTQTGSRVTRRRRSSQSENSDSEVHSKVSHRHSEHIHTQAGSHYPKSGSTVRRRQGTTHGQRGDTTRHGHSGHGQSTQTGSRTSGRQRFSHSDATDSEVHSGVSHRPHSQEQTHSQAGSQHGESESTVHERHETTYGQTGEATGHGHSGHGQSTQRGSRTTGRRGSGHSESSDSEVHSGGSHRPQSQEQTHGQAGSQHGESGSTVHGRHGTTHGQTGDTTRHAHYHHGKSTQRGSSTTGRRGSGHSESSDSEVHSGGSHTHSGHTHGQSGSQHGESESIIHDRHRITHGQTGDTTRHSYSGHEQTTQTGSRTTGRQRTSHSESTDSEVHSGGSHRPHSREHTYGQAGSQHEEPEFTVHERHGTTHGQIGDTTGHSHSGHGQSTQRGSRTTGRQRSSHSESSDSEVHSGVSHTHTGHTHGQAGSQHGQSESIVPERHGTTHGQTGDTTRHAHYHHGLTTQTGSRTTGRRGSGHSEYSDSEGYSGVSHTHSGHTHGQARSQHGESESIVHERHGTIHGQTGDTTRHAHSGHGQSTQTGSRTTGRRSSGHSEYSDSEGHSGFSQRPHSRGHTHGQAGSQHGESESIVDERHGTTHGQTGDTSGHSQSGHGQSTQSGSSTTGRRRSGHSESSDSEVHSGGSHTHSGHTHSQARSQHGESESTVHKRHQTTHGQTGDTTEHGHPSHGQTIQTGSRTTGRRGSGHSEYSDSEGPSGVSHTHSGHTHGQAGSHYPESGSSVHERHGTTHGQTADTTRHGHSGHGQSTQRGSRTTGRRASGHSEYSDSEGHSGVSHTHSGHAHGQAGSQHGESGSSVHERHGTTHGQTGDTTRHAHSGHGQSTQRGSRTAGRRGSGHSESSDSEVHSGVSHTHSGHTYGQARSQHGESGSAIHGRQGTIHGQTGDTTRHGQSGHGQSTQTGSRTTGRQRSSHSESSDSEVHSEASPTHSGHTHSQAGSRHGQSGSSGHGRQGTTHGQTGDTTRHAHYGYGQSTQRGSRTTGRRGSGHSESSDSEVHSWGSHTHSGHIQGQAGSQQRQPGSTVHGRLETTHGQTGDTTRHGHSGYGQSTQTGSRSSRASHFQSHSSERQRHGSSQVWKHGSYGPAEYDYGHTGYGPSGGSRKSISNSHLSWSTDSTANKQLSRH

Target ORF information:

RefSeq Version	NM_001014342.2
Organism	Homo sapiens(human)
Definition	Homo sapiens filaggrin family member 2 (FLG2), mRNA.

Target ORF information:

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

NM_001014342.2

ORF Insert Sequence:

ATGACCGACC TCTTGAGAAG TGTTGTCACC GTAATTGATG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AGTGTGGCAC ACTGAGCAAG GGTGAACTAA AGGAACTTCT GGAGAAAGAG 
CTTCATCCAG TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTCAT CATGCATATG 
CTGGATCGAG ATCATGACAG AAGATTGGAC TTTACTGAGT TTCTTTTGAT GATATTCAAG 
CTGACTATGG CCTGCAACAA GGTCCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCACCG ACACCAAGAA GAAGAAAGTG AAACAGAAGA GGATGAAGAG 
GATACACCAG GACATAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGATATAGTT CTGGGCACTC AAGGGGAACT GTGAAATGTA GACATGGGTC CAACTCCAGG 
AGGCTAGGAA GACAAGGTAA TTTATCCAGC TCTGGGAACC AAGAGGGATC TCAGAAAAGA 
TACCACAGGT CCAGCTGTGG TCATTCATGG AGTGGTGGCA AAGACAGACA TGGTTCCAGC 
TCTGTAGAAC TGAGAGAAAG AATAAACAAG TCACACATTA GCCCTTCTAG GGAATCTGGG 
GAGGAGTATG AATCTGGATC TGGATCAAAC AGTTGGGAAA GGAAAGGTCA TGGTGGTCTG 
TCATGTGGAT TGGAGACTAG TGGGCATGAA TCAAACTCTA CTCAGTCAAG AATTAGAGAA 
CAAAAGCTTG GGTCTAGCTG TTCAGGTTCA GGAGACAGTG GGAGGCGAAG TCATGCATGT 
GGTTATAGCA ATTCAAGTGG GTGTGGAAGG CCACAAAATG CTTCAAGTTC TTGTCAGTCA 
CATAGATTTG GAGGGCAAGG AAATCAATTT AGCTATATTC AGTCAGGCTG TCAGTCAGGA 
ATTAAGGGAG GACAAGGCCA TGGCTGTGTC TCAGGAGGTC AGCCCTCTGG ATGTGGTCAA 
CCTGAGTCTA ACCCCTGTAG TCAGTCCTAT AGTCAGAGAG GATATGGAGC TAGAGAAAAT 
GGTCAACCAC AGAACTGTGG AGGACAATGG AGAACAGGCT CAAGTCAGTC CTCTTGCTGT 
GGACAATATG GGTCTGGAGG TAGCCAGTCT TGTAGTAATG GTCAACATGA ATATGGTTCC 
TGTGGCCGCT TTTCAAACTC TTCTAGTTCA AATGAATTTT CCAAATGTGA TCAATATGGG 
TCTGGTTCAA GTCAGTCTAC TAGCTTTGAA CAACATGGAA CAGGCTTGAG TCAGTCCTCT 
GGGTTCGAAC AACATGTATG TGGCTCAGGT CAAACTTGTG GCCAGCATGA GTCTACATCA 
AGTCAATCCT TGGGCTATGA CCAGCATGGG TCTAGCTCAG GTAAGACATC TGGCTTTGGA 
CAACATGGGT CTGGCTCAGG TCAGTCCTCT GGCTTTGGAC AATGTGGGTC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA GCATGGGTCT GTCTCAGGAC AATCCTCTGG TTTTGGACAG 
CATGGGTCTG TCTCAGGACA ATCCTCTGGT TTTGGACAAC ATGAGTCTAG ATCACGTCAG 
TCTAGCTATG GCCAACATGG TTCTGGCTCA AGTCAATCAT CTGGCTATGG CCAATATGGG 
TCTAGAGAGA CATCTGGCTT TGGACAACAT GGGTTGGGCT CAGGTCAATC CACTGGCTTT 
GGCCAATATG GATCGGGCTC AGGTCAGTCC TCTGGCTTTG GACAACATGG GTCTGGCTCA 
GGACAATCCT CTGGCTTTGG ACAACATGAG TCTAGATCAG GTCAGTCTAG TTATGGCCAA 
CACAGTTCTG GCTCAAGTCA GTCATCTGGC TATGGCCAAC ATGGGTCTAG ACAGACATCT 
GGCTTTGGAC AACATGGGTC AGGCTCAAGT CAATCCACTG GCTTTGGCCA ATATGGATCA 
GGCTCAGGTC AGTCCTCTGG CTTTGGACAA CATGTTTCTG GCTCAGGACA ATCCTCTGGT 
TTTGGACAAC ATGAGTCTAG ATCAGGTCAT TCTAGCTATG GCCAACATGG TTTTGGCTCA 
AGTCAATCAT CTGGCTATGG TCAACATGGG TCAAGTTCAG GACAGACATC TGGATTTGGA 
CAACACGAGT TAAGCTCAGG TCAGTCTTCC AGCTTTGGCC AACATGGATC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA ACATGGGTCT GGCTCAGGAC AATCCTCTGG CTTTGGACAA 
CATGAGTCTA GATCAGGTCA GTCTAGCTAT GGCCAACACA GTTCTGGCTC AAGTCAGTCA 
TCTGGCTATG GCCAACATGG GTCTAGACAG ACATCTGGCT TTGGACAACA TGGGTCAGGC 
TCAAGTCAAT CCACTGGCTT TGGCCAATAT GGATCAGGCT CAGGTCAGTC CGCTGGCTTT 
GGACAACATG GGTCTGGCTC AGGACAATCC TCTGGCTTTG GACAGCATGA GTCTAGATCA 
CATCAGTCCA GCTATGGCCA ACATGGTTCT GGCTCAAGTC AATCATCTGG CTATGGTCAA 
CATGGGTCAA GTTCGGGACA GACATCTGGC TTTGGACAAC ACAGGTCAAG CTCAGGTCAA 
TACTCTGGCT TTGGACAACA TGGATCAGGC TCAGGTCAGT CCAGTGGCTT TGGACAACAT 
GGGACTGGCT CAGGACAATA CTCTGGTTTT GGACAACATG AGTCTAGATC ACATCAGTCT 
AGCTATGGCC AACATGGTTC TGGCTCAAGT CAGTCATCTG GCTATGGTCA ACATGGGTCA 
AGTTCAGGAC AGACTTTTGG ATTTGGACAA CACAGGTCAG GCTCAGGTCA ATCCTCTGGC 
TTTGGCCAAC ATGGATCAGG CTCAGGTCAG TCCTCTGGCT TTGGACAACA TGAGTCAGGC 
TCAGGAAAAT CCTCTGGCTT TGGACAGCAT GAGTCTAGAT CAAGTCAGTC TAATTATGGC 
CAACATGGTT CTGGCTCAAG TCAGTCATCT GGCTATGGTC AACATGGGTC TAGTTCAGGA 
CAGACAACTG GCTTTGGACA ACACAGGTCA AGCTCAGGCC AATACTCAGG CTTTGGACAA 
CATGGATCAG GCTCAGATCA GTCCTCTGGC TTTGGACAAC ATGGGACTGG TTCAGGACAA 
TCCTCTGGTT TTGGACAATA TGAGTCTAGA TCACGTCAGT CTAGCTATGG CCAACATGGT 
TCTGGCTCAA GTCAATCATC TGGCTATGGT CAACATGGGT CAAATTCAGG ACAGACATCT 
GGATTTGGAC AACACAGGCC AGGCTCAGGT CAGTCCTCTG GCTTTGGCCA ATATGGATCG 
GGCTCAGGTC AGTCTTCTGG CTTTGGACAA CATGGGTCAG GCACAGGTAA ATCCTCTGGC 
TTTGCACAGC ATGAGTACAG ATCAGGTCAG TCTAGCTATG GCCAACATGG TACTGGCTCC 
AGTCAATCAT CTGGCTGTGG CCAACATGAG TCTGGCTCAG GTCCAACCAC AAGTTTTGGA 
CAGCATGTGT CTGGCTCAGA CAATTTCTCT AGTTCTGGAC AACATATATC TGACTCAGGT 
CAGTCCACTG GATTTGGCCA ATATGGTTCA GGCTCAGGTC AATCAACTGG CTTGGGCCAG 
GGTGAATCTC AACAAGTAGA GTCAGGATCC ACAGTTCATG GGAGACAGGA AACTACTCAT 
GGTCAGACAA TAAATACCAC TAGACATAGC CAGTCTGGTC AAGGACAATC CACACAGACA 
GGGTCCAGGG TAACTAGAAG ACGAAGATCT AGCCAAAGTG AGAACAGTGA CAGTGAAGTG 
CACTCAAAGG TCTCACACAG ACATTCAGAA CACATTCACA CACAAGCTGG ATCTCACTAC 
CCAAAGTCAG GATCCACAGT TCGCAGAAGA CAAGGAACTA CTCATGGACA GAGAGGAGAT 
ACCACTAGAC ATGGCCATTC TGGTCATGGA CAGTCTACAC AGACAGGTTC CAGAACATCT 
GGAAGACAGA GATTTAGCCA CAGTGATGCC ACTGACAGTG AAGTGCACTC AGGGGTCTCA 
CATAGACCAC ACTCACAAGA ACAAACTCAC AGCCAAGCTG GATCTCAACA TGGAGAGTCA 
GAATCCACAG TTCATGAGAG ACATGAAACT ACTTATGGAC AGACAGGAGA GGCCACTGGA 
CATGGCCACT CTGGTCATGG ACAGTCCACA CAGAGAGGGT CCAGGACAAC TGGAAGAAGG 
GGATCTGGCC ATAGTGAGTC CAGTGACAGT GAAGTGCACT CAGGGGGCTC ACACAGACCA 
CAATCACAAG AACAAACTCA TGGCCAAGCC GGATCTCAAC ATGGAGAGTC AGGATCCACA 
GTTCATGGGA GACACGGAAC TACTCATGGA CAGACAGGAG ATACCACTAG ACATGCCCAC 
TATCATCATG GAAAATCCAC ACAGAGAGGG TCCAGTACAA CTGGAAGAAG GGGATCTGGC 
CACAGTGAGT CCAGTGACAG TGAAGTGCAC TCAGGGGGCT CGCACACACA TTCAGGACAC 
ACTCACGGCC AAAGTGGATC TCAACATGGA GAGTCAGAAT CCATAATTCA TGACAGACAC 
AGAATTACTC ATGGACAGAC AGGAGATACC ACTAGACATT CCTACTCTGG TCATGAACAA 
ACCACACAGA CAGGGTCCAG GACAACTGGA AGACAGAGAA CTAGCCACAG TGAGTCCACT 
GACAGTGAAG TGCACTCAGG GGGCTCACAC AGACCACACT CACGAGAACA CACTTACGGC 
CAAGCCGGAT CTCAACATGA AGAGCCAGAA TTCACAGTTC ATGAGAGACA CGGAACTACT 
CATGGACAGA TAGGAGATAC CACTGGACAT TCCCACTCTG GTCATGGACA GTCCACACAG 
AGAGGGTCCA GGACAACTGG AAGACAGAGA TCTAGCCACA GTGAGTCCAG TGACAGTGAA 
GTGCACTCAG GGGTCTCACA CACACATACA GGACACACTC ATGGTCAAGC TGGATCTCAA 
CATGGACAGT CAGAATCCAT AGTTCCTGAG AGACATGGAA CTACTCATGG ACAGACAGGA 
GATACCACTA GACATGCCCA CTATCATCAT GGATTAACCA CACAGACAGG GTCCAGGACT 
ACTGGAAGAA GGGGATCTGG CCACAGTGAG TACAGTGACA GTGAAGGGTA CTCAGGAGTC 
TCACATACAC ATTCAGGACA CACTCATGGC CAAGCCAGAT CTCAACATGG AGAGTCAGAA 
TCCATAGTTC ATGAGAGACA TGGAACTATA CATGGACAGA CAGGCGATAC CACCAGACAT 
GCCCACTCTG GTCATGGACA GTCCACACAG ACAGGGTCCA GGACCACTGG AAGAAGGTCA 
TCTGGCCACA GTGAGTACAG TGACAGTGAA GGGCACTCAG GGTTCTCACA AAGACCACAC 
TCACGAGGAC ACACTCACGG CCAGGCTGGA TCTCAACATG GAGAGTCAGA ATCCATAGTT 
GACGAGAGAC ATGGAACTAC TCATGGACAG ACAGGAGATA CCAGTGGACA TTCTCAATCT 
GGTCATGGAC AGTCCACACA GTCAGGATCC AGTACAACTG GAAGAAGGAG ATCTGGCCAC 
AGTGAGTCCA GTGACAGTGA AGTGCACTCA GGGGGCTCAC ATACACATTC AGGACACACA 
CACAGCCAAG CCAGGTCTCA ACATGGAGAG TCAGAATCCA CAGTTCACAA GAGACACCAA 
ACTACTCATG GACAGACAGG AGATACCACT GAACATGGCC ACCCTAGTCA TGGACAAACC 
ATACAGACAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTACAGTGAC 
AGTGAAGGGC CCTCAGGGGT CTCACACACA CATTCAGGAC ACACTCACGG TCAAGCTGGA 
TCTCACTATC CAGAGTCAGG ATCCTCAGTT CATGAGAGAC ACGGAACTAC TCATGGACAA 
ACAGCAGATA CCACTAGACA TGGCCACTCT GGTCATGGAC AGTCCACACA GAGAGGGTCC 
AGGACAACTG GAAGAAGGGC ATCTGGCCAC AGTGAGTACA GTGACAGTGA AGGGCACTCA 
GGGGTCTCAC ACACACATTC AGGACACGCT CATGGCCAAG CCGGATCTCA ACATGGAGAG 
TCAGGATCCT CAGTTCATGA GAGACACGGA ACTACTCATG GACAGACAGG AGATACCACT 
AGACATGCTC ACTCTGGTCA TGGACAGTCC ACACAGAGAG GGTCAAGGAC AGCTGGAAGA 
AGGGGATCTG GCCACAGTGA GTCCAGTGAC AGTGAAGTGC ACTCAGGGGT CTCACACACA 
CATTCAGGAC ACACTTATGG CCAAGCCAGA TCTCAACATG GAGAGTCAGG ATCTGCCATT 
CACGGGAGAC AGGGAACTAT ACATGGACAG ACAGGAGATA CCACTAGACA TGGCCAGTCT 
GGTCATGGAC AGTCCACACA GACAGGTTCC AGGACAACTG GAAGACAAAG ATCTAGTCAC 
AGTGAGTCCA GTGATAGTGA AGTGCACTCA GAGGCCTCAC CCACACATTC AGGACACACT 
CACAGCCAAG CCGGATCTCG ACATGGACAG TCAGGATCCT CAGGTCATGG GAGACAGGGA 
ACTACTCATG GACAGACAGG AGATACCACT AGACATGCCC ACTATGGTTA TGGACAATCC 
ACACAGAGAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTCCAGTGAC 
AGTGAAGTGC ACTCATGGGG CTCACACACA CATTCAGGAC ACATTCAGGG CCAAGCTGGA 
TCTCAACAAA GACAGCCAGG ATCCACAGTT CATGGGAGAC TGGAAACTAC TCATGGACAG 
ACAGGAGATA CCACTAGACA TGGCCATTCT GGTTATGGAC AATCCACACA GACAGGTTCC 
AGATCTAGTA GAGCAAGTCA TTTTCAGTCA CATAGTAGTG AAAGGCAAAG GCATGGATCA 
AGTCAGGTTT GGAAACATGG CAGCTATGGA CCTGCAGAAT ATGACTATGG GCACACTGGG 
TATGGGCCTT CTGGTGGCAG CAGAAAAAGC ATCAGTAATT CTCACCTTTC ATGGTCAACA 
GACAGCACTG CAAACAAGCA ACTGTCTAGA CATTGA

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

FLG2 ( NM_001014342.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_001014364.1 Homo sapiens filaggrin family member 2 (FLG2), mRNA.

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CloneID	OHu20126
Clone ID Related Accession (Same CDS sequence)	NM_001014342.2 , NM_001014342.3
Accession Version	NM_001014342.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7176bp) 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	2019-07-01
Organism	Homo sapiens(human)
Product	filaggrin-2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AY827490.1, AL356504.5, BX095286.1 and BC108269.1. On May 17, 2019 this sequence version replaced NM_001014342.2. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: BX095286.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA2145893, SAMEA2147596 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000388718.5/ ENSP00000373370.4 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGACCGACC TCTTGAGAAG TGTTGTCACC GTAATTGATG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AGTGTGGCAC ACTGAGCAAG GGTGAACTAA AGGAACTTCT GGAGAAAGAG 
CTTCATCCAG TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTCAT CATGCATATG 
CTGGATCGAG ATCATGACAG AAGATTGGAC TTTACTGAGT TTCTTTTGAT GATATTCAAG 
CTGACTATGG CCTGCAACAA GGTCCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCACCG ACACCAAGAA GAAGAAAGTG AAACAGAAGA GGATGAAGAG 
GATACACCAG GACATAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGATATAGTT CTGGGCACTC AAGGGGAACT GTGAAATGTA GACATGGGTC CAACTCCAGG 
AGGCTAGGAA GACAAGGTAA TTTATCCAGC TCTGGGAACC AAGAGGGATC TCAGAAAAGA 
TACCACAGGT CCAGCTGTGG TCATTCATGG AGTGGTGGCA AAGACAGACA TGGTTCCAGC 
TCTGTAGAAC TGAGAGAAAG AATAAACAAG TCACACATTA GCCCTTCTAG GGAATCTGGG 
GAGGAGTATG AATCTGGATC TGGATCAAAC AGTTGGGAAA GGAAAGGTCA TGGTGGTCTG 
TCATGTGGAT TGGAGACTAG TGGGCATGAA TCAAACTCTA CTCAGTCAAG AATTAGAGAA 
CAAAAGCTTG GGTCTAGCTG TTCAGGTTCA GGAGACAGTG GGAGGCGAAG TCATGCATGT 
GGTTATAGCA ATTCAAGTGG GTGTGGAAGG CCACAAAATG CTTCAAGTTC TTGTCAGTCA 
CATAGATTTG GAGGGCAAGG AAATCAATTT AGCTATATTC AGTCAGGCTG TCAGTCAGGA 
ATTAAGGGAG GACAAGGCCA TGGCTGTGTC TCAGGAGGTC AGCCCTCTGG ATGTGGTCAA 
CCTGAGTCTA ACCCCTGTAG TCAGTCCTAT AGTCAGAGAG GATATGGAGC TAGAGAAAAT 
GGTCAACCAC AGAACTGTGG AGGACAATGG AGAACAGGCT CAAGTCAGTC CTCTTGCTGT 
GGACAATATG GGTCTGGAGG TAGCCAGTCT TGTAGTAATG GTCAACATGA ATATGGTTCC 
TGTGGCCGCT TTTCAAACTC TTCTAGTTCA AATGAATTTT CCAAATGTGA TCAATATGGG 
TCTGGTTCAA GTCAGTCTAC TAGCTTTGAA CAACATGGAA CAGGCTTGAG TCAGTCCTCT 
GGGTTCGAAC AACATGTATG TGGCTCAGGT CAAACTTGTG GCCAGCATGA GTCTACATCA 
AGTCAATCCT TGGGCTATGA CCAGCATGGG TCTAGCTCAG GTAAGACATC TGGCTTTGGA 
CAACATGGGT CTGGCTCAGG TCAGTCCTCT GGCTTTGGAC AATGTGGGTC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA GCATGGGTCT GTCTCAGGAC AATCCTCTGG TTTTGGACAG 
CATGGGTCTG TCTCAGGACA ATCCTCTGGT TTTGGACAAC ATGAGTCTAG ATCACGTCAG 
TCTAGCTATG GCCAACATGG TTCTGGCTCA AGTCAATCAT CTGGCTATGG CCAATATGGG 
TCTAGAGAGA CATCTGGCTT TGGACAACAT GGGTTGGGCT CAGGTCAATC CACTGGCTTT 
GGCCAATATG GATCGGGCTC AGGTCAGTCC TCTGGCTTTG GACAACATGG GTCTGGCTCA 
GGACAATCCT CTGGCTTTGG ACAACATGAG TCTAGATCAG GTCAGTCTAG TTATGGCCAA 
CACAGTTCTG GCTCAAGTCA GTCATCTGGC TATGGCCAAC ATGGGTCTAG ACAGACATCT 
GGCTTTGGAC AACATGGGTC AGGCTCAAGT CAATCCACTG GCTTTGGCCA ATATGGATCA 
GGCTCAGGTC AGTCCTCTGG CTTTGGACAA CATGTTTCTG GCTCAGGACA ATCCTCTGGT 
TTTGGACAAC ATGAGTCTAG ATCAGGTCAT TCTAGCTATG GCCAACATGG TTTTGGCTCA 
AGTCAATCAT CTGGCTATGG TCAACATGGG TCAAGTTCAG GACAGACATC TGGATTTGGA 
CAACACGAGT TAAGCTCAGG TCAGTCTTCC AGCTTTGGCC AACATGGATC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA ACATGGGTCT GGCTCAGGAC AATCCTCTGG CTTTGGACAA 
CATGAGTCTA GATCAGGTCA GTCTAGCTAT GGCCAACACA GTTCTGGCTC AAGTCAGTCA 
TCTGGCTATG GCCAACATGG GTCTAGACAG ACATCTGGCT TTGGACAACA TGGGTCAGGC 
TCAAGTCAAT CCACTGGCTT TGGCCAATAT GGATCAGGCT CAGGTCAGTC CGCTGGCTTT 
GGACAACATG GGTCTGGCTC AGGACAATCC TCTGGCTTTG GACAGCATGA GTCTAGATCA 
CATCAGTCCA GCTATGGCCA ACATGGTTCT GGCTCAAGTC AATCATCTGG CTATGGTCAA 
CATGGGTCAA GTTCGGGACA GACATCTGGC TTTGGACAAC ACAGGTCAAG CTCAGGTCAA 
TACTCTGGCT TTGGACAACA TGGATCAGGC TCAGGTCAGT CCAGTGGCTT TGGACAACAT 
GGGACTGGCT CAGGACAATA CTCTGGTTTT GGACAACATG AGTCTAGATC ACATCAGTCT 
AGCTATGGCC AACATGGTTC TGGCTCAAGT CAGTCATCTG GCTATGGTCA ACATGGGTCA 
AGTTCAGGAC AGACTTTTGG ATTTGGACAA CACAGGTCAG GCTCAGGTCA ATCCTCTGGC 
TTTGGCCAAC ATGGATCAGG CTCAGGTCAG TCCTCTGGCT TTGGACAACA TGAGTCAGGC 
TCAGGAAAAT CCTCTGGCTT TGGACAGCAT GAGTCTAGAT CAAGTCAGTC TAATTATGGC 
CAACATGGTT CTGGCTCAAG TCAGTCATCT GGCTATGGTC AACATGGGTC TAGTTCAGGA 
CAGACAACTG GCTTTGGACA ACACAGGTCA AGCTCAGGCC AATACTCAGG CTTTGGACAA 
CATGGATCAG GCTCAGATCA GTCCTCTGGC TTTGGACAAC ATGGGACTGG TTCAGGACAA 
TCCTCTGGTT TTGGACAATA TGAGTCTAGA TCACGTCAGT CTAGCTATGG CCAACATGGT 
TCTGGCTCAA GTCAATCATC TGGCTATGGT CAACATGGGT CAAATTCAGG ACAGACATCT 
GGATTTGGAC AACACAGGCC AGGCTCAGGT CAGTCCTCTG GCTTTGGCCA ATATGGATCG 
GGCTCAGGTC AGTCTTCTGG CTTTGGACAA CATGGGTCAG GCACAGGTAA ATCCTCTGGC 
TTTGCACAGC ATGAGTACAG ATCAGGTCAG TCTAGCTATG GCCAACATGG TACTGGCTCC 
AGTCAATCAT CTGGCTGTGG CCAACATGAG TCTGGCTCAG GTCCAACCAC AAGTTTTGGA 
CAGCATGTGT CTGGCTCAGA CAATTTCTCT AGTTCTGGAC AACATATATC TGACTCAGGT 
CAGTCCACTG GATTTGGCCA ATATGGTTCA GGCTCAGGTC AATCAACTGG CTTGGGCCAG 
GGTGAATCTC AACAAGTAGA GTCAGGATCC ACAGTTCATG GGAGACAGGA AACTACTCAT 
GGTCAGACAA TAAATACCAC TAGACATAGC CAGTCTGGTC AAGGACAATC CACACAGACA 
GGGTCCAGGG TAACTAGAAG ACGAAGATCT AGCCAAAGTG AGAACAGTGA CAGTGAAGTG 
CACTCAAAGG TCTCACACAG ACATTCAGAA CACATTCACA CACAAGCTGG ATCTCACTAC 
CCAAAGTCAG GATCCACAGT TCGCAGAAGA CAAGGAACTA CTCATGGACA GAGAGGAGAT 
ACCACTAGAC ATGGCCATTC TGGTCATGGA CAGTCTACAC AGACAGGTTC CAGAACATCT 
GGAAGACAGA GATTTAGCCA CAGTGATGCC ACTGACAGTG AAGTGCACTC AGGGGTCTCA 
CATAGACCAC ACTCACAAGA ACAAACTCAC AGCCAAGCTG GATCTCAACA TGGAGAGTCA 
GAATCCACAG TTCATGAGAG ACATGAAACT ACTTATGGAC AGACAGGAGA GGCCACTGGA 
CATGGCCACT CTGGTCATGG ACAGTCCACA CAGAGAGGGT CCAGGACAAC TGGAAGAAGG 
GGATCTGGCC ATAGTGAGTC CAGTGACAGT GAAGTGCACT CAGGGGGCTC ACACAGACCA 
CAATCACAAG AACAAACTCA TGGCCAAGCC GGATCTCAAC ATGGAGAGTC AGGATCCACA 
GTTCATGGGA GACACGGAAC TACTCATGGA CAGACAGGAG ATACCACTAG ACATGCCCAC 
TATCATCATG GAAAATCCAC ACAGAGAGGG TCCAGTACAA CTGGAAGAAG GGGATCTGGC 
CACAGTGAGT CCAGTGACAG TGAAGTGCAC TCAGGGGGCT CGCACACACA TTCAGGACAC 
ACTCACGGCC AAAGTGGATC TCAACATGGA GAGTCAGAAT CCATAATTCA TGACAGACAC 
AGAATTACTC ATGGACAGAC AGGAGATACC ACTAGACATT CCTACTCTGG TCATGAACAA 
ACCACACAGA CAGGGTCCAG GACAACTGGA AGACAGAGAA CTAGCCACAG TGAGTCCACT 
GACAGTGAAG TGCACTCAGG GGGCTCACAC AGACCACACT CACGAGAACA CACTTACGGC 
CAAGCCGGAT CTCAACATGA AGAGCCAGAA TTCACAGTTC ATGAGAGACA CGGAACTACT 
CATGGACAGA TAGGAGATAC CACTGGACAT TCCCACTCTG GTCATGGACA GTCCACACAG 
AGAGGGTCCA GGACAACTGG AAGACAGAGA TCTAGCCACA GTGAGTCCAG TGACAGTGAA 
GTGCACTCAG GGGTCTCACA CACACATACA GGACACACTC ATGGTCAAGC TGGATCTCAA 
CATGGACAGT CAGAATCCAT AGTTCCTGAG AGACATGGAA CTACTCATGG ACAGACAGGA 
GATACCACTA GACATGCCCA CTATCATCAT GGATTAACCA CACAGACAGG GTCCAGGACT 
ACTGGAAGAA GGGGATCTGG CCACAGTGAG TACAGTGACA GTGAAGGGTA CTCAGGAGTC 
TCACATACAC ATTCAGGACA CACTCATGGC CAAGCCAGAT CTCAACATGG AGAGTCAGAA 
TCCATAGTTC ATGAGAGACA TGGAACTATA CATGGACAGA CAGGCGATAC CACCAGACAT 
GCCCACTCTG GTCATGGACA GTCCACACAG ACAGGGTCCA GGACCACTGG AAGAAGGTCA 
TCTGGCCACA GTGAGTACAG TGACAGTGAA GGGCACTCAG GGTTCTCACA AAGACCACAC 
TCACGAGGAC ACACTCACGG CCAGGCTGGA TCTCAACATG GAGAGTCAGA ATCCATAGTT 
GACGAGAGAC ATGGAACTAC TCATGGACAG ACAGGAGATA CCAGTGGACA TTCTCAATCT 
GGTCATGGAC AGTCCACACA GTCAGGATCC AGTACAACTG GAAGAAGGAG ATCTGGCCAC 
AGTGAGTCCA GTGACAGTGA AGTGCACTCA GGGGGCTCAC ATACACATTC AGGACACACA 
CACAGCCAAG CCAGGTCTCA ACATGGAGAG TCAGAATCCA CAGTTCACAA GAGACACCAA 
ACTACTCATG GACAGACAGG AGATACCACT GAACATGGCC ACCCTAGTCA TGGACAAACC 
ATACAGACAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTACAGTGAC 
AGTGAAGGGC CCTCAGGGGT CTCACACACA CATTCAGGAC ACACTCACGG TCAAGCTGGA 
TCTCACTATC CAGAGTCAGG ATCCTCAGTT CATGAGAGAC ACGGAACTAC TCATGGACAA 
ACAGCAGATA CCACTAGACA TGGCCACTCT GGTCATGGAC AGTCCACACA GAGAGGGTCC 
AGGACAACTG GAAGAAGGGC ATCTGGCCAC AGTGAGTACA GTGACAGTGA AGGGCACTCA 
GGGGTCTCAC ACACACATTC AGGACACGCT CATGGCCAAG CCGGATCTCA ACATGGAGAG 
TCAGGATCCT CAGTTCATGA GAGACACGGA ACTACTCATG GACAGACAGG AGATACCACT 
AGACATGCTC ACTCTGGTCA TGGACAGTCC ACACAGAGAG GGTCAAGGAC AGCTGGAAGA 
AGGGGATCTG GCCACAGTGA GTCCAGTGAC AGTGAAGTGC ACTCAGGGGT CTCACACACA 
CATTCAGGAC ACACTTATGG CCAAGCCAGA TCTCAACATG GAGAGTCAGG ATCTGCCATT 
CACGGGAGAC AGGGAACTAT ACATGGACAG ACAGGAGATA CCACTAGACA TGGCCAGTCT 
GGTCATGGAC AGTCCACACA GACAGGTTCC AGGACAACTG GAAGACAAAG ATCTAGTCAC 
AGTGAGTCCA GTGATAGTGA AGTGCACTCA GAGGCCTCAC CCACACATTC AGGACACACT 
CACAGCCAAG CCGGATCTCG ACATGGACAG TCAGGATCCT CAGGTCATGG GAGACAGGGA 
ACTACTCATG GACAGACAGG AGATACCACT AGACATGCCC ACTATGGTTA TGGACAATCC 
ACACAGAGAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTCCAGTGAC 
AGTGAAGTGC ACTCATGGGG CTCACACACA CATTCAGGAC ACATTCAGGG CCAAGCTGGA 
TCTCAACAAA GACAGCCAGG ATCCACAGTT CATGGGAGAC TGGAAACTAC TCATGGACAG 
ACAGGAGATA CCACTAGACA TGGCCATTCT GGTTATGGAC AATCCACACA GACAGGTTCC 
AGATCTAGTA GAGCAAGTCA TTTTCAGTCA CATAGTAGTG AAAGGCAAAG GCATGGATCA 
AGTCAGGTTT GGAAACATGG CAGCTATGGA CCTGCAGAAT ATGACTATGG GCACACTGGG 
TATGGGCCTT CTGGTGGCAG CAGAAAAAGC ATCAGTAATT CTCACCTTTC ATGGTCAACA 
GACAGCACTG CAAACAAGCA ACTGTCTAGA CATTGA

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

RefSeq	NP_001014364.1
CDS	74..7249
Translation	MTDLLRSVVTVIDVFYKYTKQDGECGTLSKGELKELLEKELHPVLKNPDDPDTVDVIMHMLDRDHDRRLDFTEFLLMIFKLTMACNKVLSKEYCKASGSKKHRRGHRHQEEESETEEDEEDTPGHKSGYRHSSWSEGEEHGYSSGHSRGTVKCRHGSNSRRLGRQGNLSSSGNQEGSQKRYHRSSCGHSWSGGKDRHGSSSVELRERINKSHISPSRESGEEYESGSGSNSWERKGHGGLSCGLETSGHESNSTQSRIREQKLGSSCSGSGDSGRRSHACGYSNSSGCGRPQNASSSCQSHRFGGQGNQFSYIQSGCQSGIKGGQGHGCVSGGQPSGCGQPESNPCSQSYSQRGYGARENGQPQNCGGQWRTGSSQSSCCGQYGSGGSQSCSNGQHEYGSCGRFSNSSSSNEFSKCDQYGSGSSQSTSFEQHGTGLSQSSGFEQHVCGSGQTCGQHESTSSQSLGYDQHGSSSGKTSGFGQHGSGSGQSSGFGQCGSGSGQSSGFGQHGSVSGQSSGFGQHGSVSGQSSGFGQHESRSRQSSYGQHGSGSSQSSGYGQYGSRETSGFGQHGLGSGQSTGFGQYGSGSGQSSGFGQHGSGSGQSSGFGQHESRSGQSSYGQHSSGSSQSSGYGQHGSRQTSGFGQHGSGSSQSTGFGQYGSGSGQSSGFGQHVSGSGQSSGFGQHESRSGHSSYGQHGFGSSQSSGYGQHGSSSGQTSGFGQHELSSGQSSSFGQHGSGSGQSSGFGQHGSGSGQSSGFGQHESRSGQSSYGQHSSGSSQSSGYGQHGSRQTSGFGQHGSGSSQSTGFGQYGSGSGQSAGFGQHGSGSGQSSGFGQHESRSHQSSYGQHGSGSSQSSGYGQHGSSSGQTSGFGQHRSSSGQYSGFGQHGSGSGQSSGFGQHGTGSGQYSGFGQHESRSHQSSYGQHGSGSSQSSGYGQHGSSSGQTFGFGQHRSGSGQSSGFGQHGSGSGQSSGFGQHESGSGKSSGFGQHESRSSQSNYGQHGSGSSQSSGYGQHGSSSGQTTGFGQHRSSSGQYSGFGQHGSGSDQSSGFGQHGTGSGQSSGFGQYESRSRQSSYGQHGSGSSQSSGYGQHGSNSGQTSGFGQHRPGSGQSSGFGQYGSGSGQSSGFGQHGSGTGKSSGFAQHEYRSGQSSYGQHGTGSSQSSGCGQHESGSGPTTSFGQHVSGSDNFSSSGQHISDSGQSTGFGQYGSGSGQSTGLGQGESQQVESGSTVHGRQETTHGQTINTTRHSQSGQGQSTQTGSRVTRRRRSSQSENSDSEVHSKVSHRHSEHIHTQAGSHYPKSGSTVRRRQGTTHGQRGDTTRHGHSGHGQSTQTGSRTSGRQRFSHSDATDSEVHSGVSHRPHSQEQTHSQAGSQHGESESTVHERHETTYGQTGEATGHGHSGHGQSTQRGSRTTGRRGSGHSESSDSEVHSGGSHRPQSQEQTHGQAGSQHGESGSTVHGRHGTTHGQTGDTTRHAHYHHGKSTQRGSSTTGRRGSGHSESSDSEVHSGGSHTHSGHTHGQSGSQHGESESIIHDRHRITHGQTGDTTRHSYSGHEQTTQTGSRTTGRQRTSHSESTDSEVHSGGSHRPHSREHTYGQAGSQHEEPEFTVHERHGTTHGQIGDTTGHSHSGHGQSTQRGSRTTGRQRSSHSESSDSEVHSGVSHTHTGHTHGQAGSQHGQSESIVPERHGTTHGQTGDTTRHAHYHHGLTTQTGSRTTGRRGSGHSEYSDSEGYSGVSHTHSGHTHGQARSQHGESESIVHERHGTIHGQTGDTTRHAHSGHGQSTQTGSRTTGRRSSGHSEYSDSEGHSGFSQRPHSRGHTHGQAGSQHGESESIVDERHGTTHGQTGDTSGHSQSGHGQSTQSGSSTTGRRRSGHSESSDSEVHSGGSHTHSGHTHSQARSQHGESESTVHKRHQTTHGQTGDTTEHGHPSHGQTIQTGSRTTGRRGSGHSEYSDSEGPSGVSHTHSGHTHGQAGSHYPESGSSVHERHGTTHGQTADTTRHGHSGHGQSTQRGSRTTGRRASGHSEYSDSEGHSGVSHTHSGHAHGQAGSQHGESGSSVHERHGTTHGQTGDTTRHAHSGHGQSTQRGSRTAGRRGSGHSESSDSEVHSGVSHTHSGHTYGQARSQHGESGSAIHGRQGTIHGQTGDTTRHGQSGHGQSTQTGSRTTGRQRSSHSESSDSEVHSEASPTHSGHTHSQAGSRHGQSGSSGHGRQGTTHGQTGDTTRHAHYGYGQSTQRGSRTTGRRGSGHSESSDSEVHSWGSHTHSGHIQGQAGSQQRQPGSTVHGRLETTHGQTGDTTRHGHSGYGQSTQTGSRSSRASHFQSHSSERQRHGSSQVWKHGSYGPAEYDYGHTGYGPSGGSRKSISNSHLSWSTDSTANKQLSRH

Target ORF information:

RefSeq Version	NM_001014342.3
Organism	Homo sapiens(human)
Definition	Homo sapiens filaggrin family member 2 (FLG2), mRNA.

Target ORF information:

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

NM_001014342.3

ORF Insert Sequence:

ATGACCGACC TCTTGAGAAG TGTTGTCACC GTAATTGATG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AGTGTGGCAC ACTGAGCAAG GGTGAACTAA AGGAACTTCT GGAGAAAGAG 
CTTCATCCAG TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTCAT CATGCATATG 
CTGGATCGAG ATCATGACAG AAGATTGGAC TTTACTGAGT TTCTTTTGAT GATATTCAAG 
CTGACTATGG CCTGCAACAA GGTCCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCACCG ACACCAAGAA GAAGAAAGTG AAACAGAAGA GGATGAAGAG 
GATACACCAG GACATAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGATATAGTT CTGGGCACTC AAGGGGAACT GTGAAATGTA GACATGGGTC CAACTCCAGG 
AGGCTAGGAA GACAAGGTAA TTTATCCAGC TCTGGGAACC AAGAGGGATC TCAGAAAAGA 
TACCACAGGT CCAGCTGTGG TCATTCATGG AGTGGTGGCA AAGACAGACA TGGTTCCAGC 
TCTGTAGAAC TGAGAGAAAG AATAAACAAG TCACACATTA GCCCTTCTAG GGAATCTGGG 
GAGGAGTATG AATCTGGATC TGGATCAAAC AGTTGGGAAA GGAAAGGTCA TGGTGGTCTG 
TCATGTGGAT TGGAGACTAG TGGGCATGAA TCAAACTCTA CTCAGTCAAG AATTAGAGAA 
CAAAAGCTTG GGTCTAGCTG TTCAGGTTCA GGAGACAGTG GGAGGCGAAG TCATGCATGT 
GGTTATAGCA ATTCAAGTGG GTGTGGAAGG CCACAAAATG CTTCAAGTTC TTGTCAGTCA 
CATAGATTTG GAGGGCAAGG AAATCAATTT AGCTATATTC AGTCAGGCTG TCAGTCAGGA 
ATTAAGGGAG GACAAGGCCA TGGCTGTGTC TCAGGAGGTC AGCCCTCTGG ATGTGGTCAA 
CCTGAGTCTA ACCCCTGTAG TCAGTCCTAT AGTCAGAGAG GATATGGAGC TAGAGAAAAT 
GGTCAACCAC AGAACTGTGG AGGACAATGG AGAACAGGCT CAAGTCAGTC CTCTTGCTGT 
GGACAATATG GGTCTGGAGG TAGCCAGTCT TGTAGTAATG GTCAACATGA ATATGGTTCC 
TGTGGCCGCT TTTCAAACTC TTCTAGTTCA AATGAATTTT CCAAATGTGA TCAATATGGG 
TCTGGTTCAA GTCAGTCTAC TAGCTTTGAA CAACATGGAA CAGGCTTGAG TCAGTCCTCT 
GGGTTCGAAC AACATGTATG TGGCTCAGGT CAAACTTGTG GCCAGCATGA GTCTACATCA 
AGTCAATCCT TGGGCTATGA CCAGCATGGG TCTAGCTCAG GTAAGACATC TGGCTTTGGA 
CAACATGGGT CTGGCTCAGG TCAGTCCTCT GGCTTTGGAC AATGTGGGTC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA GCATGGGTCT GTCTCAGGAC AATCCTCTGG TTTTGGACAG 
CATGGGTCTG TCTCAGGACA ATCCTCTGGT TTTGGACAAC ATGAGTCTAG ATCACGTCAG 
TCTAGCTATG GCCAACATGG TTCTGGCTCA AGTCAATCAT CTGGCTATGG CCAATATGGG 
TCTAGAGAGA CATCTGGCTT TGGACAACAT GGGTTGGGCT CAGGTCAATC CACTGGCTTT 
GGCCAATATG GATCGGGCTC AGGTCAGTCC TCTGGCTTTG GACAACATGG GTCTGGCTCA 
GGACAATCCT CTGGCTTTGG ACAACATGAG TCTAGATCAG GTCAGTCTAG TTATGGCCAA 
CACAGTTCTG GCTCAAGTCA GTCATCTGGC TATGGCCAAC ATGGGTCTAG ACAGACATCT 
GGCTTTGGAC AACATGGGTC AGGCTCAAGT CAATCCACTG GCTTTGGCCA ATATGGATCA 
GGCTCAGGTC AGTCCTCTGG CTTTGGACAA CATGTTTCTG GCTCAGGACA ATCCTCTGGT 
TTTGGACAAC ATGAGTCTAG ATCAGGTCAT TCTAGCTATG GCCAACATGG TTTTGGCTCA 
AGTCAATCAT CTGGCTATGG TCAACATGGG TCAAGTTCAG GACAGACATC TGGATTTGGA 
CAACACGAGT TAAGCTCAGG TCAGTCTTCC AGCTTTGGCC AACATGGATC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA ACATGGGTCT GGCTCAGGAC AATCCTCTGG CTTTGGACAA 
CATGAGTCTA GATCAGGTCA GTCTAGCTAT GGCCAACACA GTTCTGGCTC AAGTCAGTCA 
TCTGGCTATG GCCAACATGG GTCTAGACAG ACATCTGGCT TTGGACAACA TGGGTCAGGC 
TCAAGTCAAT CCACTGGCTT TGGCCAATAT GGATCAGGCT CAGGTCAGTC CGCTGGCTTT 
GGACAACATG GGTCTGGCTC AGGACAATCC TCTGGCTTTG GACAGCATGA GTCTAGATCA 
CATCAGTCCA GCTATGGCCA ACATGGTTCT GGCTCAAGTC AATCATCTGG CTATGGTCAA 
CATGGGTCAA GTTCGGGACA GACATCTGGC TTTGGACAAC ACAGGTCAAG CTCAGGTCAA 
TACTCTGGCT TTGGACAACA TGGATCAGGC TCAGGTCAGT CCAGTGGCTT TGGACAACAT 
GGGACTGGCT CAGGACAATA CTCTGGTTTT GGACAACATG AGTCTAGATC ACATCAGTCT 
AGCTATGGCC AACATGGTTC TGGCTCAAGT CAGTCATCTG GCTATGGTCA ACATGGGTCA 
AGTTCAGGAC AGACTTTTGG ATTTGGACAA CACAGGTCAG GCTCAGGTCA ATCCTCTGGC 
TTTGGCCAAC ATGGATCAGG CTCAGGTCAG TCCTCTGGCT TTGGACAACA TGAGTCAGGC 
TCAGGAAAAT CCTCTGGCTT TGGACAGCAT GAGTCTAGAT CAAGTCAGTC TAATTATGGC 
CAACATGGTT CTGGCTCAAG TCAGTCATCT GGCTATGGTC AACATGGGTC TAGTTCAGGA 
CAGACAACTG GCTTTGGACA ACACAGGTCA AGCTCAGGCC AATACTCAGG CTTTGGACAA 
CATGGATCAG GCTCAGATCA GTCCTCTGGC TTTGGACAAC ATGGGACTGG TTCAGGACAA 
TCCTCTGGTT TTGGACAATA TGAGTCTAGA TCACGTCAGT CTAGCTATGG CCAACATGGT 
TCTGGCTCAA GTCAATCATC TGGCTATGGT CAACATGGGT CAAATTCAGG ACAGACATCT 
GGATTTGGAC AACACAGGCC AGGCTCAGGT CAGTCCTCTG GCTTTGGCCA ATATGGATCG 
GGCTCAGGTC AGTCTTCTGG CTTTGGACAA CATGGGTCAG GCACAGGTAA ATCCTCTGGC 
TTTGCACAGC ATGAGTACAG ATCAGGTCAG TCTAGCTATG GCCAACATGG TACTGGCTCC 
AGTCAATCAT CTGGCTGTGG CCAACATGAG TCTGGCTCAG GTCCAACCAC AAGTTTTGGA 
CAGCATGTGT CTGGCTCAGA CAATTTCTCT AGTTCTGGAC AACATATATC TGACTCAGGT 
CAGTCCACTG GATTTGGCCA ATATGGTTCA GGCTCAGGTC AATCAACTGG CTTGGGCCAG 
GGTGAATCTC AACAAGTAGA GTCAGGATCC ACAGTTCATG GGAGACAGGA AACTACTCAT 
GGTCAGACAA TAAATACCAC TAGACATAGC CAGTCTGGTC AAGGACAATC CACACAGACA 
GGGTCCAGGG TAACTAGAAG ACGAAGATCT AGCCAAAGTG AGAACAGTGA CAGTGAAGTG 
CACTCAAAGG TCTCACACAG ACATTCAGAA CACATTCACA CACAAGCTGG ATCTCACTAC 
CCAAAGTCAG GATCCACAGT TCGCAGAAGA CAAGGAACTA CTCATGGACA GAGAGGAGAT 
ACCACTAGAC ATGGCCATTC TGGTCATGGA CAGTCTACAC AGACAGGTTC CAGAACATCT 
GGAAGACAGA GATTTAGCCA CAGTGATGCC ACTGACAGTG AAGTGCACTC AGGGGTCTCA 
CATAGACCAC ACTCACAAGA ACAAACTCAC AGCCAAGCTG GATCTCAACA TGGAGAGTCA 
GAATCCACAG TTCATGAGAG ACATGAAACT ACTTATGGAC AGACAGGAGA GGCCACTGGA 
CATGGCCACT CTGGTCATGG ACAGTCCACA CAGAGAGGGT CCAGGACAAC TGGAAGAAGG 
GGATCTGGCC ATAGTGAGTC CAGTGACAGT GAAGTGCACT CAGGGGGCTC ACACAGACCA 
CAATCACAAG AACAAACTCA TGGCCAAGCC GGATCTCAAC ATGGAGAGTC AGGATCCACA 
GTTCATGGGA GACACGGAAC TACTCATGGA CAGACAGGAG ATACCACTAG ACATGCCCAC 
TATCATCATG GAAAATCCAC ACAGAGAGGG TCCAGTACAA CTGGAAGAAG GGGATCTGGC 
CACAGTGAGT CCAGTGACAG TGAAGTGCAC TCAGGGGGCT CGCACACACA TTCAGGACAC 
ACTCACGGCC AAAGTGGATC TCAACATGGA GAGTCAGAAT CCATAATTCA TGACAGACAC 
AGAATTACTC ATGGACAGAC AGGAGATACC ACTAGACATT CCTACTCTGG TCATGAACAA 
ACCACACAGA CAGGGTCCAG GACAACTGGA AGACAGAGAA CTAGCCACAG TGAGTCCACT 
GACAGTGAAG TGCACTCAGG GGGCTCACAC AGACCACACT CACGAGAACA CACTTACGGC 
CAAGCCGGAT CTCAACATGA AGAGCCAGAA TTCACAGTTC ATGAGAGACA CGGAACTACT 
CATGGACAGA TAGGAGATAC CACTGGACAT TCCCACTCTG GTCATGGACA GTCCACACAG 
AGAGGGTCCA GGACAACTGG AAGACAGAGA TCTAGCCACA GTGAGTCCAG TGACAGTGAA 
GTGCACTCAG GGGTCTCACA CACACATACA GGACACACTC ATGGTCAAGC TGGATCTCAA 
CATGGACAGT CAGAATCCAT AGTTCCTGAG AGACATGGAA CTACTCATGG ACAGACAGGA 
GATACCACTA GACATGCCCA CTATCATCAT GGATTAACCA CACAGACAGG GTCCAGGACT 
ACTGGAAGAA GGGGATCTGG CCACAGTGAG TACAGTGACA GTGAAGGGTA CTCAGGAGTC 
TCACATACAC ATTCAGGACA CACTCATGGC CAAGCCAGAT CTCAACATGG AGAGTCAGAA 
TCCATAGTTC ATGAGAGACA TGGAACTATA CATGGACAGA CAGGCGATAC CACCAGACAT 
GCCCACTCTG GTCATGGACA GTCCACACAG ACAGGGTCCA GGACCACTGG AAGAAGGTCA 
TCTGGCCACA GTGAGTACAG TGACAGTGAA GGGCACTCAG GGTTCTCACA AAGACCACAC 
TCACGAGGAC ACACTCACGG CCAGGCTGGA TCTCAACATG GAGAGTCAGA ATCCATAGTT 
GACGAGAGAC ATGGAACTAC TCATGGACAG ACAGGAGATA CCAGTGGACA TTCTCAATCT 
GGTCATGGAC AGTCCACACA GTCAGGATCC AGTACAACTG GAAGAAGGAG ATCTGGCCAC 
AGTGAGTCCA GTGACAGTGA AGTGCACTCA GGGGGCTCAC ATACACATTC AGGACACACA 
CACAGCCAAG CCAGGTCTCA ACATGGAGAG TCAGAATCCA CAGTTCACAA GAGACACCAA 
ACTACTCATG GACAGACAGG AGATACCACT GAACATGGCC ACCCTAGTCA TGGACAAACC 
ATACAGACAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTACAGTGAC 
AGTGAAGGGC CCTCAGGGGT CTCACACACA CATTCAGGAC ACACTCACGG TCAAGCTGGA 
TCTCACTATC CAGAGTCAGG ATCCTCAGTT CATGAGAGAC ACGGAACTAC TCATGGACAA 
ACAGCAGATA CCACTAGACA TGGCCACTCT GGTCATGGAC AGTCCACACA GAGAGGGTCC 
AGGACAACTG GAAGAAGGGC ATCTGGCCAC AGTGAGTACA GTGACAGTGA AGGGCACTCA 
GGGGTCTCAC ACACACATTC AGGACACGCT CATGGCCAAG CCGGATCTCA ACATGGAGAG 
TCAGGATCCT CAGTTCATGA GAGACACGGA ACTACTCATG GACAGACAGG AGATACCACT 
AGACATGCTC ACTCTGGTCA TGGACAGTCC ACACAGAGAG GGTCAAGGAC AGCTGGAAGA 
AGGGGATCTG GCCACAGTGA GTCCAGTGAC AGTGAAGTGC ACTCAGGGGT CTCACACACA 
CATTCAGGAC ACACTTATGG CCAAGCCAGA TCTCAACATG GAGAGTCAGG ATCTGCCATT 
CACGGGAGAC AGGGAACTAT ACATGGACAG ACAGGAGATA CCACTAGACA TGGCCAGTCT 
GGTCATGGAC AGTCCACACA GACAGGTTCC AGGACAACTG GAAGACAAAG ATCTAGTCAC 
AGTGAGTCCA GTGATAGTGA AGTGCACTCA GAGGCCTCAC CCACACATTC AGGACACACT 
CACAGCCAAG CCGGATCTCG ACATGGACAG TCAGGATCCT CAGGTCATGG GAGACAGGGA 
ACTACTCATG GACAGACAGG AGATACCACT AGACATGCCC ACTATGGTTA TGGACAATCC 
ACACAGAGAG GGTCCAGGAC AACTGGAAGA AGGGGATCTG GCCACAGTGA GTCCAGTGAC 
AGTGAAGTGC ACTCATGGGG CTCACACACA CATTCAGGAC ACATTCAGGG CCAAGCTGGA 
TCTCAACAAA GACAGCCAGG ATCCACAGTT CATGGGAGAC TGGAAACTAC TCATGGACAG 
ACAGGAGATA CCACTAGACA TGGCCATTCT GGTTATGGAC AATCCACACA GACAGGTTCC 
AGATCTAGTA GAGCAAGTCA TTTTCAGTCA CATAGTAGTG AAAGGCAAAG GCATGGATCA 
AGTCAGGTTT GGAAACATGG CAGCTATGGA CCTGCAGAAT ATGACTATGG GCACACTGGG 
TATGGGCCTT CTGGTGGCAG CAGAAAAAGC ATCAGTAATT CTCACCTTTC ATGGTCAACA 
GACAGCACTG CAAACAAGCA ACTGTCTAGA CATTGA

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

FLG2 ( XM_011509531.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011507833.1 Homo sapiens filaggrin family member 2 (FLG2), transcript variant X1, mRNA.

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CloneID	OHu79951
Clone ID Related Accession (Same CDS sequence)	XM_011509531.2
Accession Version	XM_011509531.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6720bp) 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	2019-12-05
Organism	Homo sapiens(human)
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 (NC_000001.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011509531.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCGACC TCTTGAGAAG TGTTGTCACC GTAATTGATG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AGTGTGGCAC ACTGAGCAAG GGTGAACTAA AGGAACTTCT GGAGAAAGAG 
CTTCATCCAG TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTCAT CATGCATATG 
CTGGATCGAG ATCATGACAG AAGATTGGAC TTTACTGAGT TTCTTTTGAT GATATTCAAG 
CTGACTATGG CCTGCAACAA GGTCCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCACCG ACACCAAGAA GAAGAAAGTG AAACAGAAGA GGATGAAGAG 
GATACACCAG GACATAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGATATAGTT CTGGGCACTC AAGGGGAACT GTGAAATGTA GACATGGGTC CAACTCCAGG 
AGGCTAGGAA GACAAGGTAA TTTATCCAGC TCTGGGAACC AAGAGGGATC TCAGAAAAGA 
TACCACAGGT CCAGCTGTGG TCATTCATGG AGTGGTGGCA AAGACAGACA TGGTTCCAGC 
TCTGTAGAAC TGAGAGAAAG AATAAACAAG TCACACATTA GCCCTTCTAG GGAATCTGGG 
GAGGAGTATG AATCTGGATC TGGATCAAAC AGTTGGGAAA GGAAAGGTCA TGGTGGTCTG 
TCATGTGGAT TGGAGACTAG TGGGCATGAA TCAAACTCTA CTCAGTCAAG AATTAGAGAA 
CAAAAGCTTG GGTCTAGCTG TTCAGGTTCA GGAGACAGTG GGAGGCGAAG TCATGCATGT 
GGTTATAGCA ATTCAAGTGG GTGTGGAAGG CCACAAAATG CTTCAAGTTC TTGTCAGTCA 
CATAGATTTG GAGGGCAAGG AAATCAATTT AGCTATATTC AGTCAGGCTG TCAGTCAGGA 
ATTAAGGGAG GACAAGGCCA TGGCTGTGTC TCAGGAGGTC AGCCCTCTGG ATGTGGTCAA 
CCTGAGTCTA ACCCCTGTAG TCAGTCCTAT AGTCAGAGAG GATATGGAGC TAGAGAAAAT 
GGTCAACCAC AGAACTGTGG AGGACAATGG AGAACAGGCT CAAGTCAGTC CTCTTGCTGT 
GGACAATATG GGTCTGGAGG TAGCCAGTCT TGTAGTAATG GTCAACATGA ATATGGTTCC 
TGTGGCCGCT TTTCAAACTC TTCTAGTTCA AATGAATTTT CCAAATGTGA TCAATATGGG 
TCTGGTTCAA GTCAGTCTAC TAGCTTTGAA CAACATGGAA CAGGCTTGAG TCAGTCCTCT 
GGGTTCGAAC AACATGTATG TGGCTCAGGT CAAACTTGTG GCCAGCATGA GTCTACATCA 
AGTCAATCCT TGGGCTATGA CCAGCATGGG TCTAGCTCAG GTAAGACATC TGGCTTTGGA 
CAACATGGGT CTGGCTCAGG TCAGTCCTCT GGCTTTGGAC AATGTGGGTC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA GCATGGGTCT GTCTCAGGAC AATCCTCTGG TTTTGGACAG 
CATGGGTCTG TCTCAGGACA ATCCTCTGGT TTTGGACAAC ATGAGTCTAG ATCACGTCAG 
TCTAGCTATG GCCAACATGG TTCTGGCTCA AGTCAATCAT CTGGCTATGG CCAATATGGG 
TCTAGAGAGA CATCTGGCTT TGGACAACAT GGGTTGGGCT CAGGTCAATC CACTGGCTTT 
GGCCAATATG GATCGGGCTC AGGTCAGTCC TCTGGCTTTG GACAACATGG GTCTGGCTCA 
GGACAATCCT CTGGCTTTGG ACAACATGAG TCTAGATCAG GTCAGTCTAG CTATGGCCAA 
CACAGTTCTG GCTCAAGTCA GTCATCTGGC TATGGCCAAC ATGGGTCTAG ACAGACATCT 
GGCTTTGGAC AACATGGGTC AGGCTCAAGT CAATCCACTG GCTTTGGCCA ATATGGATCA 
GGCTCAGGTC AGTCCGCTGG CTTTGGACAA CATGGGTCTG GCTCAGGACA ATCCTCTGGC 
TTTGGACAGC ATGAGTCTAG ATCACATCAG TCCAGCTATG GCCAACATGG TTCTGGCTCA 
AGTCAATCAT CTGGCTATGG TCAACATGGG TCAAGTTCGG GACAGACATC TGGCTTTGGA 
CAACACAGGT CAAGCTCAGG TCAATACTCT GGCTTTGGAC AACATGGATC AGGCTCAGGT 
CAGTCCAGTG GCTTTGGACA ACATGGGACT GGCTCAGGAC AATACTCTGG TTTTGGACAA 
CATGAGTCTA GATCACATCA GTCTAGCTAT GGCCAACATG GTTCTGGCTC AAGTCAGTCA 
TCTGGCTATG GTCAACATGG GTCAAGTTCA GGACAGACTT TTGGATTTGG ACAACACAGG 
TCAGGCTCAG GTCAATCCTC TGGCTTTGGC CAACATGGAT CAGGCTCAGG TCAGTCCTCT 
GGCTTTGGAC AACATGAGTC AGGCTCAGGA AAATCCTCTG GCTTTGGACA GCATGAGTCT 
AGATCAAGTC AGTCTAATTA TGGCCAACAT GGTTCTGGCT CAAGTCAGTC ATCTGGCTAT 
GGTCAACATG GGTCTAGTTC AGGACAGACA ACTGGCTTTG GACAACACAG GTCAAGCTCA 
GGCCAATACT CAGGCTTTGG ACAACATGGA TCAGGCTCAG ATCAGTCCTC TGGCTTTGGA 
CAACATGGGA CTGGTTCAGG ACAATCCTCT GGTTTTGGAC AATATGAGTC TAGATCACGT 
CAGTCTAGCT ATGGCCAACA TGGTTCTGGC TCAAGTCAAT CATCTGGCTA TGGTCAACAT 
GGGTCAAATT CAGGACAGAC ATCTGGATTT GGACAACACA GGCCAGGCTC AGGTCAGTCC 
TCTGGCTTTG GCCAATATGG ATCGGGCTCA GGTCAGTCTT CTGGCTTTGG ACAACATGGG 
TCAGGCACAG GTAAATCCTC TGGCTTTGCA CAGCATGAGT ACAGATCAGG TCAGTCTAGC 
TATGGCCAAC ATGGTACTGG CTCCAGTCAA TCATCTGGCT GTGGCCAACA TGAGTCTGGC 
TCAGGTCCAA CCACAAGTTT TGGACAGCAT GTGTCTGGCT CAGACAATTT CTCTAGTTCT 
GGACAACATA TATCTGACTC AGGTCAGTCC ACTGGATTTG GCCAATATGG TTCAGGCTCA 
GGTCAATCAA CTGGCTTGGG CCAGGGTGAA TCTCAACAAG TAGAGTCAGG ATCCACAGTT 
CATGGGAGAC AGGAAACTAC TCATGGTCAG ACAATAAATA CCACTAGACA TAGCCAGTCT 
GGTCAAGGAC AATCCACACA GACAGGGTCC AGGGTAACTA GAAGACGAAG ATCTAGCCAA 
AGTGAGAACA GTGACAGTGA AGTGCACTCA AAGGTCTCAC ACAGACATTC AGAACACATT 
CACACACAAG CTGGATCTCA CTACCCAAAG TCAGGATCCA CAGTTCGCAG AAGACAAGGA 
ACTACTCATG GACAGAGAGG AGATACCACT AGACATGGCC ATTCTGGTCA TGGACAGTCT 
ACACAGACAG GTTCCAGAAC ATCTGGAAGA CAGAGATTTA GCCACAGTGA TGCCACTGAC 
AGTGAAGTGC ACTCAGGGGT CTCACATAGA CCACACTCAC AAGAACAAAC TCACAGCCAA 
GCTGGATCTC AACATGGAGA GTCAGAATCC ACAGTTCATG AGAGACATGA AACTACTTAT 
GGACAGACAG GAGAGGCCAC TGGACATGGC CACTCTGGTC ATGGACAGTC CACACAGAGA 
GGGTCCAGGA CAACTGGAAG AAGGGGATCT GGCCATAGTG AGTCCAGTGA CAGTGAAGTG 
CACTCAGGGG GCTCACACAG ACCACAATCA CAAGAACAAA CTCATGGCCA AGCCGGATCT 
CAACATGGAG AGTCAGGATC CACAGTTCAT GGGAGACACG GAACTACTCA TGGACAGACA 
GGAGATACCA CTAGACATGC CCACTATCAT CATGGAAAAT CCACACAGAG AGGGTCCAGT 
ACAACTGGAA GAAGGGGATC TGGCCACAGT GAGTCCAGTG ACAGTGAAGT GCACTCAGGG 
GGCTCGCACA CACATTCAGG ACACACTCAC GGCCAAAGTG GATCTCAACA TGGAGAGTCA 
GAATCCATAA TTCATGACAG ACACAGAATT ACTCATGGAC AGACAGGAGA TACCACTAGA 
CATTCCTACT CTGGTCATGA ACAAACCACA CAGACAGGGT CCAGGACAAC TGGAAGACAG 
AGAACTAGCC ACAGTGAGTC CACTGACAGT GAAGTGCACT CAGGGGGCTC ACACAGACCA 
CACTCACGAG AACACACTTA CGGCCAAGCC GGATCTCAAC ATGAAGAGCC AGAATTCACA 
GTTCATGAGA GACACGGAAC TACTCATGGA CAGATAGGAG ATACCACTGG ACATTCCCAC 
TCTGGTCATG GACAGTCCAC ACAGAGAGGG TCCAGGACAA CTGGAAGACA GAGATCTAGC 
CACAGTGAGT CCAGTGACAG TGAAGTGCAC TCAGGGGTCT CACACACACA TACAGGACAC 
ACTCATGGTC AAGCTGGATC TCAACATGGA CAGTCAGAAT CCATAGTTCC TGAGAGACAT 
GGAACTACTC ATGGACAGAC AGGAGATACC ACTAGACATG CCCACTATCA TCATGGATTA 
ACCACACAGA CAGGGTCCAG GACTACTGGA AGAAGGGGAT CTGGCCACAG TGAGTACAGT 
GACAGTGAAG GGTACTCAGG AGTCTCACAT ACACATTCAG GACACACTCA TGGCCAAGCC 
AGATCTCAAC ATGGAGAGTC AGAATCCATA GTTCATGAGA GACATGGAAC TATACATGGA 
CAGACAGGCG ATACCACCAG ACATGCCCAC TCTGGTCATG GACAGTCCAC ACAGACAGGG 
TCCAGGACCA CTGGAAGAAG GTCATCTGGC CACAGTGAGT ACAGTGACAG TGAAGGGCAC 
TCAGGGTTCT CACAAAGACC ACACTCACGA GGACACACTC ACGGCCAGGC TGGATCTCAA 
CATGGAGAGT CAGAATCCAT AGTTGACGAG AGACATGGAA CTACTCATGG ACAGACAGGA 
GATACCAGTG GACATTCTCA ATCTGGTCAT GGACAGTCCA CACAGTCAGG ATCCAGTACA 
ACTGGAAGAA GGAGATCTGG CCACAGTGAG TCCAGTGACA GTGAAGTGCA CTCAGGGGGC 
TCACATACAC ATTCAGGACA CACACACAGC CAAGCCAGGT CTCAACATGG AGAGTCAGAA 
TCCACAGTTC ACAAGAGACA CCAAACTACT CATGGACAGA CAGGAGATAC CACTGAACAT 
GGCCACCCTA GTCATGGACA AACCATACAG ACAGGGTCCA GGACAACTGG AAGAAGGGGA 
TCTGGCCACA GTGAGTACAG TGACAGTGAA GGGCCCTCAG GGGTCTCACA CACACATTCA 
GGACACACTC ACGGTCAAGC TGGATCTCAC TATCCAGAGT CAGGATCCTC AGTTCATGAG 
AGACACGGAA CTACTCATGG ACAAACAGCA GATACCACTA GACATGGCCA CTCTGGTCAT 
GGACAGTCCA CACAGAGAGG GTCCAGGACA ACTGGAAGAA GGGCATCTGG CCACAGTGAG 
TACAGTGACA GTGAAGGGCA CTCAGGGGTC TCACACACAC ATTCAGGACA CGCTCATGGC 
CAAGCCGGAT CTCAACATGG AGAGTCAGGA TCCTCAGTTC ATGAGAGACA CGGAACTACT 
CATGGACAGA CAGGAGATAC CACTAGACAT GCTCACTCTG GTCATGGACA GTCCACACAG 
AGAGGGTCAA GGACAGCTGG AAGAAGGGGA TCTGGCCACA GTGAGTCCAG TGACAGTGAA 
GTGCACTCAG GGGTCTCACA CACACATTCA GGACACACTT ATGGCCAAGC CAGATCTCAA 
CATGGAGAGT CAGGATCTGC CATTCACGGG AGACAGGGAA CTATACATGG ACAGACAGGA 
GATACCACTA GACATGGCCA GTCTGGTCAT GGACAGTCCA CACAGACAGG TTCCAGGACA 
ACTGGAAGAC AAAGATCTAG TCACAGTGAG TCCAGTGATA GTGAAGTGCA CTCAGAGGCC 
TCACCCACAC ATTCAGGACA CACTCACAGC CAAGCCGGAT CTCGACATGG ACAGTCAGGA 
TCCTCAGGTC ATGGGAGACA GGGAACTACT CATGGACAGA CAGGAGATAC CACTAGACAT 
GCCCACTATG GTTATGGACA ATCCACACAG AGAGGGTCCA GGACAACTGG AAGAAGGGGA 
TCTGGCCACA GTGAGTCCAG TGACAGTGAA GTGCACTCAT GGGGCTCACA CACACATTCA 
GGACACATTC AGGGCCAAGC TGGATCTCAA CAAAGACAGC CAGGATCCAC AGTTCATGGG 
AGACTGGAAA CTACTCATGG ACAGACAGGA GATACCACTA GACATGGCCA TTCTGGTTAT 
GGACAATCCA CACAGACAGG TTCCAGATCT AGTAGAGCAA GTCATTTTCA GTCACATAGT 
AGTGAAAGGC AAAGGCATGG ATCAAGTCAG GTTTGGAAAC ATGGCAGCTA TGGACCTGCA 
GAATATGACT ATGGGCACAC TGGGTATGGG CCTTCTGGTG GCAGCAGAAA AAGCATCAGT 
AATTCTCACC TTTCATGGTC AACAGACAGC ACTGCAAACA AGCAACTGTC TAGACATTGA

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

RefSeq	XP_011507833.1
CDS	96..6815
Translation	MTDLLRSVVTVIDVFYKYTKQDGECGTLSKGELKELLEKELHPVLKNPDDPDTVDVIMHMLDRDHDRRLDFTEFLLMIFKLTMACNKVLSKEYCKASGSKKHRRGHRHQEEESETEEDEEDTPGHKSGYRHSSWSEGEEHGYSSGHSRGTVKCRHGSNSRRLGRQGNLSSSGNQEGSQKRYHRSSCGHSWSGGKDRHGSSSVELRERINKSHISPSRESGEEYESGSGSNSWERKGHGGLSCGLETSGHESNSTQSRIREQKLGSSCSGSGDSGRRSHACGYSNSSGCGRPQNASSSCQSHRFGGQGNQFSYIQSGCQSGIKGGQGHGCVSGGQPSGCGQPESNPCSQSYSQRGYGARENGQPQNCGGQWRTGSSQSSCCGQYGSGGSQSCSNGQHEYGSCGRFSNSSSSNEFSKCDQYGSGSSQSTSFEQHGTGLSQSSGFEQHVCGSGQTCGQHESTSSQSLGYDQHGSSSGKTSGFGQHGSGSGQSSGFGQCGSGSGQSSGFGQHGSVSGQSSGFGQHGSVSGQSSGFGQHESRSRQSSYGQHGSGSSQSSGYGQYGSRETSGFGQHGLGSGQSTGFGQYGSGSGQSSGFGQHGSGSGQSSGFGQHESRSGQSSYGQHSSGSSQSSGYGQHGSRQTSGFGQHGSGSSQSTGFGQYGSGSGQSAGFGQHGSGSGQSSGFGQHESRSHQSSYGQHGSGSSQSSGYGQHGSSSGQTSGFGQHRSSSGQYSGFGQHGSGSGQSSGFGQHGTGSGQYSGFGQHESRSHQSSYGQHGSGSSQSSGYGQHGSSSGQTFGFGQHRSGSGQSSGFGQHGSGSGQSSGFGQHESGSGKSSGFGQHESRSSQSNYGQHGSGSSQSSGYGQHGSSSGQTTGFGQHRSSSGQYSGFGQHGSGSDQSSGFGQHGTGSGQSSGFGQYESRSRQSSYGQHGSGSSQSSGYGQHGSNSGQTSGFGQHRPGSGQSSGFGQYGSGSGQSSGFGQHGSGTGKSSGFAQHEYRSGQSSYGQHGTGSSQSSGCGQHESGSGPTTSFGQHVSGSDNFSSSGQHISDSGQSTGFGQYGSGSGQSTGLGQGESQQVESGSTVHGRQETTHGQTINTTRHSQSGQGQSTQTGSRVTRRRRSSQSENSDSEVHSKVSHRHSEHIHTQAGSHYPKSGSTVRRRQGTTHGQRGDTTRHGHSGHGQSTQTGSRTSGRQRFSHSDATDSEVHSGVSHRPHSQEQTHSQAGSQHGESESTVHERHETTYGQTGEATGHGHSGHGQSTQRGSRTTGRRGSGHSESSDSEVHSGGSHRPQSQEQTHGQAGSQHGESGSTVHGRHGTTHGQTGDTTRHAHYHHGKSTQRGSSTTGRRGSGHSESSDSEVHSGGSHTHSGHTHGQSGSQHGESESIIHDRHRITHGQTGDTTRHSYSGHEQTTQTGSRTTGRQRTSHSESTDSEVHSGGSHRPHSREHTYGQAGSQHEEPEFTVHERHGTTHGQIGDTTGHSHSGHGQSTQRGSRTTGRQRSSHSESSDSEVHSGVSHTHTGHTHGQAGSQHGQSESIVPERHGTTHGQTGDTTRHAHYHHGLTTQTGSRTTGRRGSGHSEYSDSEGYSGVSHTHSGHTHGQARSQHGESESIVHERHGTIHGQTGDTTRHAHSGHGQSTQTGSRTTGRRSSGHSEYSDSEGHSGFSQRPHSRGHTHGQAGSQHGESESIVDERHGTTHGQTGDTSGHSQSGHGQSTQSGSSTTGRRRSGHSESSDSEVHSGGSHTHSGHTHSQARSQHGESESTVHKRHQTTHGQTGDTTEHGHPSHGQTIQTGSRTTGRRGSGHSEYSDSEGPSGVSHTHSGHTHGQAGSHYPESGSSVHERHGTTHGQTADTTRHGHSGHGQSTQRGSRTTGRRASGHSEYSDSEGHSGVSHTHSGHAHGQAGSQHGESGSSVHERHGTTHGQTGDTTRHAHSGHGQSTQRGSRTAGRRGSGHSESSDSEVHSGVSHTHSGHTYGQARSQHGESGSAIHGRQGTIHGQTGDTTRHGQSGHGQSTQTGSRTTGRQRSSHSESSDSEVHSEASPTHSGHTHSQAGSRHGQSGSSGHGRQGTTHGQTGDTTRHAHYGYGQSTQRGSRTTGRRGSGHSESSDSEVHSWGSHTHSGHIQGQAGSQQRQPGSTVHGRLETTHGQTGDTTRHGHSGYGQSTQTGSRSSRASHFQSHSSERQRHGSSQVWKHGSYGPAEYDYGHTGYGPSGGSRKSISNSHLSWSTDSTANKQLSRH

Target ORF information:

RefSeq Version	XM_011509531.2
Organism	Homo sapiens(human)
Definition	Homo sapiens 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_011509531.2

ORF Insert Sequence:

ATGACCGACC TCTTGAGAAG TGTTGTCACC GTAATTGATG TTTTCTACAA ATACACCAAG 
CAAGATGGGG AGTGTGGCAC ACTGAGCAAG GGTGAACTAA AGGAACTTCT GGAGAAAGAG 
CTTCATCCAG TTCTGAAGAA CCCAGATGAT CCAGACACAG TGGATGTCAT CATGCATATG 
CTGGATCGAG ATCATGACAG AAGATTGGAC TTTACTGAGT TTCTTTTGAT GATATTCAAG 
CTGACTATGG CCTGCAACAA GGTCCTCAGC AAAGAATACT GCAAAGCTTC AGGGTCAAAG 
AAGCATAGGC GTGGTCACCG ACACCAAGAA GAAGAAAGTG AAACAGAAGA GGATGAAGAG 
GATACACCAG GACATAAATC AGGTTACAGA CATTCAAGTT GGAGTGAGGG AGAGGAGCAT 
GGATATAGTT CTGGGCACTC AAGGGGAACT GTGAAATGTA GACATGGGTC CAACTCCAGG 
AGGCTAGGAA GACAAGGTAA TTTATCCAGC TCTGGGAACC AAGAGGGATC TCAGAAAAGA 
TACCACAGGT CCAGCTGTGG TCATTCATGG AGTGGTGGCA AAGACAGACA TGGTTCCAGC 
TCTGTAGAAC TGAGAGAAAG AATAAACAAG TCACACATTA GCCCTTCTAG GGAATCTGGG 
GAGGAGTATG AATCTGGATC TGGATCAAAC AGTTGGGAAA GGAAAGGTCA TGGTGGTCTG 
TCATGTGGAT TGGAGACTAG TGGGCATGAA TCAAACTCTA CTCAGTCAAG AATTAGAGAA 
CAAAAGCTTG GGTCTAGCTG TTCAGGTTCA GGAGACAGTG GGAGGCGAAG TCATGCATGT 
GGTTATAGCA ATTCAAGTGG GTGTGGAAGG CCACAAAATG CTTCAAGTTC TTGTCAGTCA 
CATAGATTTG GAGGGCAAGG AAATCAATTT AGCTATATTC AGTCAGGCTG TCAGTCAGGA 
ATTAAGGGAG GACAAGGCCA TGGCTGTGTC TCAGGAGGTC AGCCCTCTGG ATGTGGTCAA 
CCTGAGTCTA ACCCCTGTAG TCAGTCCTAT AGTCAGAGAG GATATGGAGC TAGAGAAAAT 
GGTCAACCAC AGAACTGTGG AGGACAATGG AGAACAGGCT CAAGTCAGTC CTCTTGCTGT 
GGACAATATG GGTCTGGAGG TAGCCAGTCT TGTAGTAATG GTCAACATGA ATATGGTTCC 
TGTGGCCGCT TTTCAAACTC TTCTAGTTCA AATGAATTTT CCAAATGTGA TCAATATGGG 
TCTGGTTCAA GTCAGTCTAC TAGCTTTGAA CAACATGGAA CAGGCTTGAG TCAGTCCTCT 
GGGTTCGAAC AACATGTATG TGGCTCAGGT CAAACTTGTG GCCAGCATGA GTCTACATCA 
AGTCAATCCT TGGGCTATGA CCAGCATGGG TCTAGCTCAG GTAAGACATC TGGCTTTGGA 
CAACATGGGT CTGGCTCAGG TCAGTCCTCT GGCTTTGGAC AATGTGGGTC AGGCTCAGGT 
CAGTCCTCTG GCTTTGGACA GCATGGGTCT GTCTCAGGAC AATCCTCTGG TTTTGGACAG 
CATGGGTCTG TCTCAGGACA ATCCTCTGGT TTTGGACAAC ATGAGTCTAG ATCACGTCAG 
TCTAGCTATG GCCAACATGG TTCTGGCTCA AGTCAATCAT CTGGCTATGG CCAATATGGG 
TCTAGAGAGA CATCTGGCTT TGGACAACAT GGGTTGGGCT CAGGTCAATC CACTGGCTTT 
GGCCAATATG GATCGGGCTC AGGTCAGTCC TCTGGCTTTG GACAACATGG GTCTGGCTCA 
GGACAATCCT CTGGCTTTGG ACAACATGAG TCTAGATCAG GTCAGTCTAG CTATGGCCAA 
CACAGTTCTG GCTCAAGTCA GTCATCTGGC TATGGCCAAC ATGGGTCTAG ACAGACATCT 
GGCTTTGGAC AACATGGGTC AGGCTCAAGT CAATCCACTG GCTTTGGCCA ATATGGATCA 
GGCTCAGGTC AGTCCGCTGG CTTTGGACAA CATGGGTCTG GCTCAGGACA ATCCTCTGGC 
TTTGGACAGC ATGAGTCTAG ATCACATCAG TCCAGCTATG GCCAACATGG TTCTGGCTCA 
AGTCAATCAT CTGGCTATGG TCAACATGGG TCAAGTTCGG GACAGACATC TGGCTTTGGA 
CAACACAGGT CAAGCTCAGG TCAATACTCT GGCTTTGGAC AACATGGATC AGGCTCAGGT 
CAGTCCAGTG GCTTTGGACA ACATGGGACT GGCTCAGGAC AATACTCTGG TTTTGGACAA 
CATGAGTCTA GATCACATCA GTCTAGCTAT GGCCAACATG GTTCTGGCTC AAGTCAGTCA 
TCTGGCTATG GTCAACATGG GTCAAGTTCA GGACAGACTT TTGGATTTGG ACAACACAGG 
TCAGGCTCAG GTCAATCCTC TGGCTTTGGC CAACATGGAT CAGGCTCAGG TCAGTCCTCT 
GGCTTTGGAC AACATGAGTC AGGCTCAGGA AAATCCTCTG GCTTTGGACA GCATGAGTCT 
AGATCAAGTC AGTCTAATTA TGGCCAACAT GGTTCTGGCT CAAGTCAGTC ATCTGGCTAT 
GGTCAACATG GGTCTAGTTC AGGACAGACA ACTGGCTTTG GACAACACAG GTCAAGCTCA 
GGCCAATACT CAGGCTTTGG ACAACATGGA TCAGGCTCAG ATCAGTCCTC TGGCTTTGGA 
CAACATGGGA CTGGTTCAGG ACAATCCTCT GGTTTTGGAC AATATGAGTC TAGATCACGT 
CAGTCTAGCT ATGGCCAACA TGGTTCTGGC TCAAGTCAAT CATCTGGCTA TGGTCAACAT 
GGGTCAAATT CAGGACAGAC ATCTGGATTT GGACAACACA GGCCAGGCTC AGGTCAGTCC 
TCTGGCTTTG GCCAATATGG ATCGGGCTCA GGTCAGTCTT CTGGCTTTGG ACAACATGGG 
TCAGGCACAG GTAAATCCTC TGGCTTTGCA CAGCATGAGT ACAGATCAGG TCAGTCTAGC 
TATGGCCAAC ATGGTACTGG CTCCAGTCAA TCATCTGGCT GTGGCCAACA TGAGTCTGGC 
TCAGGTCCAA CCACAAGTTT TGGACAGCAT GTGTCTGGCT CAGACAATTT CTCTAGTTCT 
GGACAACATA TATCTGACTC AGGTCAGTCC ACTGGATTTG GCCAATATGG TTCAGGCTCA 
GGTCAATCAA CTGGCTTGGG CCAGGGTGAA TCTCAACAAG TAGAGTCAGG ATCCACAGTT 
CATGGGAGAC AGGAAACTAC TCATGGTCAG ACAATAAATA CCACTAGACA TAGCCAGTCT 
GGTCAAGGAC AATCCACACA GACAGGGTCC AGGGTAACTA GAAGACGAAG ATCTAGCCAA 
AGTGAGAACA GTGACAGTGA AGTGCACTCA AAGGTCTCAC ACAGACATTC AGAACACATT 
CACACACAAG CTGGATCTCA CTACCCAAAG TCAGGATCCA CAGTTCGCAG AAGACAAGGA 
ACTACTCATG GACAGAGAGG AGATACCACT AGACATGGCC ATTCTGGTCA TGGACAGTCT 
ACACAGACAG GTTCCAGAAC ATCTGGAAGA CAGAGATTTA GCCACAGTGA TGCCACTGAC 
AGTGAAGTGC ACTCAGGGGT CTCACATAGA CCACACTCAC AAGAACAAAC TCACAGCCAA 
GCTGGATCTC AACATGGAGA GTCAGAATCC ACAGTTCATG AGAGACATGA AACTACTTAT 
GGACAGACAG GAGAGGCCAC TGGACATGGC CACTCTGGTC ATGGACAGTC CACACAGAGA 
GGGTCCAGGA CAACTGGAAG AAGGGGATCT GGCCATAGTG AGTCCAGTGA CAGTGAAGTG 
CACTCAGGGG GCTCACACAG ACCACAATCA CAAGAACAAA CTCATGGCCA AGCCGGATCT 
CAACATGGAG AGTCAGGATC CACAGTTCAT GGGAGACACG GAACTACTCA TGGACAGACA 
GGAGATACCA CTAGACATGC CCACTATCAT CATGGAAAAT CCACACAGAG AGGGTCCAGT 
ACAACTGGAA GAAGGGGATC TGGCCACAGT GAGTCCAGTG ACAGTGAAGT GCACTCAGGG 
GGCTCGCACA CACATTCAGG ACACACTCAC GGCCAAAGTG GATCTCAACA TGGAGAGTCA 
GAATCCATAA TTCATGACAG ACACAGAATT ACTCATGGAC AGACAGGAGA TACCACTAGA 
CATTCCTACT CTGGTCATGA ACAAACCACA CAGACAGGGT CCAGGACAAC TGGAAGACAG 
AGAACTAGCC ACAGTGAGTC CACTGACAGT GAAGTGCACT CAGGGGGCTC ACACAGACCA 
CACTCACGAG AACACACTTA CGGCCAAGCC GGATCTCAAC ATGAAGAGCC AGAATTCACA 
GTTCATGAGA GACACGGAAC TACTCATGGA CAGATAGGAG ATACCACTGG ACATTCCCAC 
TCTGGTCATG GACAGTCCAC ACAGAGAGGG TCCAGGACAA CTGGAAGACA GAGATCTAGC 
CACAGTGAGT CCAGTGACAG TGAAGTGCAC TCAGGGGTCT CACACACACA TACAGGACAC 
ACTCATGGTC AAGCTGGATC TCAACATGGA CAGTCAGAAT CCATAGTTCC TGAGAGACAT 
GGAACTACTC ATGGACAGAC AGGAGATACC ACTAGACATG CCCACTATCA TCATGGATTA 
ACCACACAGA CAGGGTCCAG GACTACTGGA AGAAGGGGAT CTGGCCACAG TGAGTACAGT 
GACAGTGAAG GGTACTCAGG AGTCTCACAT ACACATTCAG GACACACTCA TGGCCAAGCC 
AGATCTCAAC ATGGAGAGTC AGAATCCATA GTTCATGAGA GACATGGAAC TATACATGGA 
CAGACAGGCG ATACCACCAG ACATGCCCAC TCTGGTCATG GACAGTCCAC ACAGACAGGG 
TCCAGGACCA CTGGAAGAAG GTCATCTGGC CACAGTGAGT ACAGTGACAG TGAAGGGCAC 
TCAGGGTTCT CACAAAGACC ACACTCACGA GGACACACTC ACGGCCAGGC TGGATCTCAA 
CATGGAGAGT CAGAATCCAT AGTTGACGAG AGACATGGAA CTACTCATGG ACAGACAGGA 
GATACCAGTG GACATTCTCA ATCTGGTCAT GGACAGTCCA CACAGTCAGG ATCCAGTACA 
ACTGGAAGAA GGAGATCTGG CCACAGTGAG TCCAGTGACA GTGAAGTGCA CTCAGGGGGC 
TCACATACAC ATTCAGGACA CACACACAGC CAAGCCAGGT CTCAACATGG AGAGTCAGAA 
TCCACAGTTC ACAAGAGACA CCAAACTACT CATGGACAGA CAGGAGATAC CACTGAACAT 
GGCCACCCTA GTCATGGACA AACCATACAG ACAGGGTCCA GGACAACTGG AAGAAGGGGA 
TCTGGCCACA GTGAGTACAG TGACAGTGAA GGGCCCTCAG GGGTCTCACA CACACATTCA 
GGACACACTC ACGGTCAAGC TGGATCTCAC TATCCAGAGT CAGGATCCTC AGTTCATGAG 
AGACACGGAA CTACTCATGG ACAAACAGCA GATACCACTA GACATGGCCA CTCTGGTCAT 
GGACAGTCCA CACAGAGAGG GTCCAGGACA ACTGGAAGAA GGGCATCTGG CCACAGTGAG 
TACAGTGACA GTGAAGGGCA CTCAGGGGTC TCACACACAC ATTCAGGACA CGCTCATGGC 
CAAGCCGGAT CTCAACATGG AGAGTCAGGA TCCTCAGTTC ATGAGAGACA CGGAACTACT 
CATGGACAGA CAGGAGATAC CACTAGACAT GCTCACTCTG GTCATGGACA GTCCACACAG 
AGAGGGTCAA GGACAGCTGG AAGAAGGGGA TCTGGCCACA GTGAGTCCAG TGACAGTGAA 
GTGCACTCAG GGGTCTCACA CACACATTCA GGACACACTT ATGGCCAAGC CAGATCTCAA 
CATGGAGAGT CAGGATCTGC CATTCACGGG AGACAGGGAA CTATACATGG ACAGACAGGA 
GATACCACTA GACATGGCCA GTCTGGTCAT GGACAGTCCA CACAGACAGG TTCCAGGACA 
ACTGGAAGAC AAAGATCTAG TCACAGTGAG TCCAGTGATA GTGAAGTGCA CTCAGAGGCC 
TCACCCACAC ATTCAGGACA CACTCACAGC CAAGCCGGAT CTCGACATGG ACAGTCAGGA 
TCCTCAGGTC ATGGGAGACA GGGAACTACT CATGGACAGA CAGGAGATAC CACTAGACAT 
GCCCACTATG GTTATGGACA ATCCACACAG AGAGGGTCCA GGACAACTGG AAGAAGGGGA 
TCTGGCCACA GTGAGTCCAG TGACAGTGAA GTGCACTCAT GGGGCTCACA CACACATTCA 
GGACACATTC AGGGCCAAGC TGGATCTCAA CAAAGACAGC CAGGATCCAC AGTTCATGGG 
AGACTGGAAA CTACTCATGG ACAGACAGGA GATACCACTA GACATGGCCA TTCTGGTTAT 
GGACAATCCA CACAGACAGG TTCCAGATCT AGTAGAGCAA GTCATTTTCA GTCACATAGT 
AGTGAAAGGC AAAGGCATGG ATCAAGTCAG GTTTGGAAAC ATGGCAGCTA TGGACCTGCA 
GAATATGACT ATGGGCACAC TGGGTATGGG CCTTCTGGTG GCAGCAGAAA AAGCATCAGT 
AATTCTCACC TTTCATGGTC AACAGACAGC ACTGCAAACA AGCAACTGTC TAGACATTGA

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

PubMed

GATA3 regulates FLG and FLG2 expression in human primary keratinocytes.
Scientific reports7(1)11847(2017 Sep)
Zeitvogel J,Jokmin N,Rieker S,Klug I,Brandenberger C,Werfel T

Expression of Cornified Envelope Proteins in Skin and Its Relationship with Atopic Dermatitis Phenotype.
Acta dermato-venereologica97(1)36-41(2017 01)
Trzeciak M,Sakowicz-Burkiewicz M,Wesserling M,Dobaczewska D,Gle? J,Nowicki R,Pawelczyk T

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FLG2 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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