FMN2 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	FMN2
Entrez Gene ID	100220308
Full Name	formin 2
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_012572477.1	XP_012427931.1	formin-2
XM_030268218.1	XP_030124078.1	formin-2 isoform X2
XM_030268221.1	XP_030124081.1	formin-2 isoform X5
XM_030268220.1	XP_030124080.1	formin-2 isoform X4
XM_030268217.1	XP_030124077.1	formin-2 isoform X1
XM_030268219.1	XP_030124079.1	formin-2 isoform X3

Pathways from BioSystems
Gene Ontology

The following FMN2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FMN2 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)
OTd15251	XM_012572477.1 Latest version!	Taeniopygia guttata formin 2 (FMN2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd42227	XM_030268217.1 Latest version!	Taeniopygia guttata formin 2 (FMN2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd42228	XM_030268218.1 Latest version!	Taeniopygia guttata formin 2 (FMN2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd42229	XM_030268219.1 Latest version!	Taeniopygia guttata formin 2 (FMN2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd42230	XM_030268220.1 Latest version!	Taeniopygia guttata formin 2 (FMN2), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd42231	XM_030268221.1 Latest version!	Taeniopygia guttata formin 2 (FMN2), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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*Business Day

** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

FMN2 ( XM_012572477.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_012427931.1 Taeniopygia guttata formin 2 (FMN2), mRNA.

Price & Availability↑

CloneID	OTd15251
Clone ID Related Accession (Same CDS sequence)	XM_012572477.1
Accession Version	XM_012572477.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5109bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	formin-2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002198511.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAGT TGAAATCTAC AGTCCTAGAA 
AAAGAGAAGC AATGCACAGA TGGTGTACAG CGGGCACAGG ATGCTTTTGA GGTGAAATCT 
GAGGAGCGTG CCAGTGTCAT CCAACAACTT GAGCAAACTA TTGAGGATCT GAGGACAAAA 
ATTGCAGAAC TAGAGAAACA ATTTCCTGCC GCAGAGGTAC AGACTGCTGG GAGGGAGCAG 
GAAAATGAGC ATGCACATGC AGACTCTGGG GAACTCAGCA GTGTGACTCT TCAAAGGAAT 
GAAGAGGAGA CCACAACCAG GACTGTGTCA CAGGCGAGAT CTGTACAAAC GTCACCAACA 
GAGGATTATT TAACACATAA AATGCCTTCA GCCAGTGCAC TGCCACAGCC ACCCCCACCA 
CCACACTTGG AAGGGGGCAA AAGTGAAGGG CCTACTCAGA ATTTGCCAGC TCTAGAACTA 
CAGCCCACAT TCTGTTCTGA AATCTCCTTA ATTCTGTCAC CGAAGCTAAT CTCAGTGCCA 
CTGGATGCAA GCCAATCAGT ACAGAGTATA CCACAGTCAC CTCTTCCAGG ACCCAAAGTT 
GATTTGTCCC TTGCATTTGA AGGAGAGACT GAAACGAAAG TTTCCCATCA GCCTCTAAGC 
ACTGTAGATG TAACTTGTAG TGAACATCCT CCTTCCTTGC CCCCAGAGCC CACATGTAGC 
ATTCCCCCAT CGCTGCCACT GACTGAACAG GCTGCCCCCC TGCCTGGAAC ACATGGCCAT 
TCCTTTGTTA CTCCCATGTC TGTGGCCGGA TTACCACTGC CACCACCTCT GCCTGGCTCA 
GGACTCTCTG CTTCTGCTGT CTCAGCACTG ACACACCTGG ACCATTCTTT ACCAGGTGCC 
ATGATGTCAC CTCTCCCTCC TCCTCCACAT TTTCCAAGTG GGGAGATAAC AACTCTGCCT 
CCAGCTCCTC TCCTTCCATG TCCTGGATTC CCTCCACAAC CTTTGCCTGG AGCAGGAGTA 
CCAGCTGCTC TGCCTGGTTG GGGTATCCCA CCTCCCCCTC CACCACCACC ACCTTTACCT 
GGAGCTGCTG TCCCTCCTCC ACCTCCTCCT CTGCCCAGCC TGGGATTTGC ACCCCCACCA 
CCACTGCTTC CTGGAGCAGG ACTGCCACCA CCTCCTCCAC CTCTGCCTGG AGGGGGCATT 
CCACCACCTC CTCCTCCACC GCCACCTCTG CCTGGTGCTG CTGTGCCCCC TCCATCTCCT 
CCACCGCCAC CTCTGCCTGG TGCTGCTGTG CCCCCTCCAC CTCCTCACAC CTCTGCTGCT 
TCCTTAATTC CTCCACCACT TCTGATTGGT CTAAATATGC CCCCTCCACC ACCTAAGCCT 
GGTGCTGGTG TCCCTCCACC ACCCCCTCCT TTGCCTGGGT TGGGGATGCC TCCTCCAGCC 
CCACCACCCC TTCCAGCACC AGTCCAGGGC AGCAGCTACC CAGCATTCCC ACAGGGCTGT 
GGTTTTCTTC CTCCTCCATT ACCATCTGGT TTATTTGCAA TGGGGATGAA TCAGGAAAAA 
GGGAGCAGGA AACACGTAAT AGAGCCTACT CGGCCAATGA AGCCTCTTTA CTGGACAAGA 
ATTCAGCTCC ACAGTAAAAC AGATTCTAGT GCTTCACTTG TGTGGGAAAA AATTGAAGAG 
CCTTCCATAG ATTATCATGA GTTTGAAGAA CTGTTTTCTA AAACAGCTGT TAAAGAGAGG 
AAGAAACCCA TTTCGGACAC CATTACAAAA AGAAAGACTA AACAAGTTGT CAAGTTGTTA 
AGTAACAAAA GATCTCAAGC TGTTGGAATA TTAATGTCTA GCCTTCATTT AGACATGAAA 
GACATTCAGC GTGCTGTTGT GAACTTGGAC AACTCTGTGG TTGACCTAGA GACGCTGCAA 
GCTCTGTATG AGAATAGAGC ACAATCAGAT GAACTAGAAA AAATAGAAAA GCATAGCAAG 
GCATCCAAGG AGAAAGAAAA CGCCAAGTCT TTGGATAAGC CAGAACAGTT CCTCTATGAA 
CTCTCACTGA TTCCAAACTT TTCAGAACGT GTGTTTTGCA TCCTGTTCCA GTCAACATTT 
TCAGAAAGCA TTGGTTCAAT CCATCGCAAA CTTGAATTGT TACAGAAACT GTGTGAGACA 
TTGAAGAATG AATCAGGAGT TATGCGGGTT CTGGGTTTGG TTCTTGCCTT TGGAAATTAC 
ATGAATGGTG GAAACAGGAC ACGAGGACAG GCTGATGGGT TTGGATTAGA TATCCTGCCA 
AAACTGAAAG ATGTCAAGAG CAGTGATAAC AGCCGAAGTC TTCTATCGTA CATTGTCTCA 
TATTATTTGC GTAATTTTGA TGAGGATGCT GGAAGAGAAC AATGCATCTT CCCTCTTCCG 
GATCCACAGG ATCTCTTCCA GGCTTCACAA CTGAAGTTTG ATGATTTTCA AAAAGATCTC 
CGCAAAATGA AGAAAGATTT GCGAGCATGT GAGACAGAAG CAGCAAAAGT TTATCAGCTA 
TCACTAGAAG AGCACCTACA GCCCTTCAAA GACAACATGG AGCAATTCAT TAGTCAAGCC 
AAAATAGACC AAGAAAATGA AGAGAAATCA CTGACAGAAG CACATAAAAG CTTTTTGGAA 
ACTACAGCCT ATTTCTCTAT GAAACCAAAA ATGGGTGAGA AGGAGGTGTC CCCACATTCT 
TTCTTCAGTA TTTGGCATGA ATTCAGTTCT GACTTCAAAG ACTTTTGGAA GAAGGAAAAC 
AAACTTATTC TTCAAGAAAG AGTCAAAGAA GCAGAGGAAG TCTGCAGACA GAAAAAGGGG 
AAGTCGCTAT ACAATATTAG ACAAAAACAT GACTCTGGAA TTAAAGCAAA GATAAGTATG 
AAAATCTGA

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

RefSeq	XP_012427931.1
CDS	43..5151
Translation	MQAIKTVEKEVIFLKETLFTESFLKQQKCSRSPESRQLQEQQPLEGAVCSSQCCTEHVPAEPSASSTLCKKAAPADGREAQQAFASLASPPPANKPGSLEGILPAGQRNEIQEDGLIVKGAALQKIMGNQDGKLKKNTGDVQEGGEDASGPKDTDGTKKVSGGRRGLGKHAKGGESGKKKGKSDSRPSVFSNLRIRKNLSKAKDGNSSSREDVLESQALQPGELDSTHSIVTKTPDISISADEGGLSDTDVEHFEIRNETVPAAAETQDGQRTSSGSDTDIYSFHSAAEQEDLLSDIQQAIRLQQQQQQGAINIGTEDPVAKTMGRHMANSQATSLDFERFFSVTTTDKERSPDTEGAFPAVSEIVENIPVSCATEWEPKEAVNSTGSPGNGLFETQERQLLIEEQPVAGVDAVASELQDGLNRAAVKNGSQAHSSTEPFPSPVADAEAKIAEVQAVDSQGSVTEGGIPDAGRDHAAETQEGKHTLSASQEELSNGLSTEMKNGSLSSEGTADSPMLGSRCFKPYLINACYIKTTTRQLSSPNHSPSPSPSQSPLFTRRQESFHKKEKVSIRKKRSASLAGLFSRSADWTEEVSNHKSEITEKVSSADYLEHKGFREKFQTERVPLNHSRKSSGVQASTETFPNVFSGRTLLEKLFSQQENAPQEEAEKLCSRIIAMGLLLPFTDCFREPCNQSAKQSTPTFDQDQLYTWAAVSQPTHSRDYTEGSFPRRIPSAWPPPKPPDEEQRLKSSEEELKSTVLEKEKQCTDGVQRAQDAFEVKSEERASVIQQLEQTIEDLRTKIAELEKQFPAAEVQTAGREQENEHAHADSGELSSVTLQRNEEETTTRTVSQARSVQTSPTEDYLTHKMPSASALPQPPPPPHLEGGKSEGPTQNLPALELQPTFCSEISLILSPKLISVPLDASQSVQSIPQSPLPGPKVDLSLAFEGETETKVSHQPLSTVDVTCSEHPPSLPPEPTCSIPPSLPLTEQAAPLPGTHGHSFVTPMSVAGLPLPPPLPGSGLSASAVSALTHLDHSLPGAMMSPLPPPPHFPSGEITTLPPAPLLPCPGFPPQPLPGAGVPAALPGWGIPPPPPPPPPLPGAAVPPPPPPLPSLGFAPPPPLLPGAGLPPPPPPLPGGGIPPPPPPPPPLPGAAVPPPSPPPPPLPGAAVPPPPPHTSAASLIPPPLLIGLNMPPPPPKPGAGVPPPPPPLPGLGMPPPAPPPLPAPVQGSSYPAFPQGCGFLPPPLPSGLFAMGMNQEKGSRKHVIEPTRPMKPLYWTRIQLHSKTDSSASLVWEKIEEPSIDYHEFEELFSKTAVKERKKPISDTITKRKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQRAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHSKASKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESIGSIHRKLELLQKLCETLKNESGVMRVLGLVLAFGNYMNGGNRTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGREQCIFPLPDPQDLFQASQLKFDDFQKDLRKMKKDLRACETEAAKVYQLSLEEHLQPFKDNMEQFISQAKIDQENEEKSLTEAHKSFLETTAYFSMKPKMGEKEVSPHSFFSIWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKGKSLYNIRQKHDSGIKAKISMKI

Target ORF information:

RefSeq Version	XM_012572477.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata formin 2 (FMN2), mRNA.

Target ORF information:

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

XM_012572477.1

ORF Insert Sequence:

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAGT TGAAATCTAC AGTCCTAGAA 
AAAGAGAAGC AATGCACAGA TGGTGTACAG CGGGCACAGG ATGCTTTTGA GGTGAAATCT 
GAGGAGCGTG CCAGTGTCAT CCAACAACTT GAGCAAACTA TTGAGGATCT GAGGACAAAA 
ATTGCAGAAC TAGAGAAACA ATTTCCTGCC GCAGAGGTAC AGACTGCTGG GAGGGAGCAG 
GAAAATGAGC ATGCACATGC AGACTCTGGG GAACTCAGCA GTGTGACTCT TCAAAGGAAT 
GAAGAGGAGA CCACAACCAG GACTGTGTCA CAGGCGAGAT CTGTACAAAC GTCACCAACA 
GAGGATTATT TAACACATAA AATGCCTTCA GCCAGTGCAC TGCCACAGCC ACCCCCACCA 
CCACACTTGG AAGGGGGCAA AAGTGAAGGG CCTACTCAGA ATTTGCCAGC TCTAGAACTA 
CAGCCCACAT TCTGTTCTGA AATCTCCTTA ATTCTGTCAC CGAAGCTAAT CTCAGTGCCA 
CTGGATGCAA GCCAATCAGT ACAGAGTATA CCACAGTCAC CTCTTCCAGG ACCCAAAGTT 
GATTTGTCCC TTGCATTTGA AGGAGAGACT GAAACGAAAG TTTCCCATCA GCCTCTAAGC 
ACTGTAGATG TAACTTGTAG TGAACATCCT CCTTCCTTGC CCCCAGAGCC CACATGTAGC 
ATTCCCCCAT CGCTGCCACT GACTGAACAG GCTGCCCCCC TGCCTGGAAC ACATGGCCAT 
TCCTTTGTTA CTCCCATGTC TGTGGCCGGA TTACCACTGC CACCACCTCT GCCTGGCTCA 
GGACTCTCTG CTTCTGCTGT CTCAGCACTG ACACACCTGG ACCATTCTTT ACCAGGTGCC 
ATGATGTCAC CTCTCCCTCC TCCTCCACAT TTTCCAAGTG GGGAGATAAC AACTCTGCCT 
CCAGCTCCTC TCCTTCCATG TCCTGGATTC CCTCCACAAC CTTTGCCTGG AGCAGGAGTA 
CCAGCTGCTC TGCCTGGTTG GGGTATCCCA CCTCCCCCTC CACCACCACC ACCTTTACCT 
GGAGCTGCTG TCCCTCCTCC ACCTCCTCCT CTGCCCAGCC TGGGATTTGC ACCCCCACCA 
CCACTGCTTC CTGGAGCAGG ACTGCCACCA CCTCCTCCAC CTCTGCCTGG AGGGGGCATT 
CCACCACCTC CTCCTCCACC GCCACCTCTG CCTGGTGCTG CTGTGCCCCC TCCATCTCCT 
CCACCGCCAC CTCTGCCTGG TGCTGCTGTG CCCCCTCCAC CTCCTCACAC CTCTGCTGCT 
TCCTTAATTC CTCCACCACT TCTGATTGGT CTAAATATGC CCCCTCCACC ACCTAAGCCT 
GGTGCTGGTG TCCCTCCACC ACCCCCTCCT TTGCCTGGGT TGGGGATGCC TCCTCCAGCC 
CCACCACCCC TTCCAGCACC AGTCCAGGGC AGCAGCTACC CAGCATTCCC ACAGGGCTGT 
GGTTTTCTTC CTCCTCCATT ACCATCTGGT TTATTTGCAA TGGGGATGAA TCAGGAAAAA 
GGGAGCAGGA AACACGTAAT AGAGCCTACT CGGCCAATGA AGCCTCTTTA CTGGACAAGA 
ATTCAGCTCC ACAGTAAAAC AGATTCTAGT GCTTCACTTG TGTGGGAAAA AATTGAAGAG 
CCTTCCATAG ATTATCATGA GTTTGAAGAA CTGTTTTCTA AAACAGCTGT TAAAGAGAGG 
AAGAAACCCA TTTCGGACAC CATTACAAAA AGAAAGACTA AACAAGTTGT CAAGTTGTTA 
AGTAACAAAA GATCTCAAGC TGTTGGAATA TTAATGTCTA GCCTTCATTT AGACATGAAA 
GACATTCAGC GTGCTGTTGT GAACTTGGAC AACTCTGTGG TTGACCTAGA GACGCTGCAA 
GCTCTGTATG AGAATAGAGC ACAATCAGAT GAACTAGAAA AAATAGAAAA GCATAGCAAG 
GCATCCAAGG AGAAAGAAAA CGCCAAGTCT TTGGATAAGC CAGAACAGTT CCTCTATGAA 
CTCTCACTGA TTCCAAACTT TTCAGAACGT GTGTTTTGCA TCCTGTTCCA GTCAACATTT 
TCAGAAAGCA TTGGTTCAAT CCATCGCAAA CTTGAATTGT TACAGAAACT GTGTGAGACA 
TTGAAGAATG AATCAGGAGT TATGCGGGTT CTGGGTTTGG TTCTTGCCTT TGGAAATTAC 
ATGAATGGTG GAAACAGGAC ACGAGGACAG GCTGATGGGT TTGGATTAGA TATCCTGCCA 
AAACTGAAAG ATGTCAAGAG CAGTGATAAC AGCCGAAGTC TTCTATCGTA CATTGTCTCA 
TATTATTTGC GTAATTTTGA TGAGGATGCT GGAAGAGAAC AATGCATCTT CCCTCTTCCG 
GATCCACAGG ATCTCTTCCA GGCTTCACAA CTGAAGTTTG ATGATTTTCA AAAAGATCTC 
CGCAAAATGA AGAAAGATTT GCGAGCATGT GAGACAGAAG CAGCAAAAGT TTATCAGCTA 
TCACTAGAAG AGCACCTACA GCCCTTCAAA GACAACATGG AGCAATTCAT TAGTCAAGCC 
AAAATAGACC AAGAAAATGA AGAGAAATCA CTGACAGAAG CACATAAAAG CTTTTTGGAA 
ACTACAGCCT ATTTCTCTAT GAAACCAAAA ATGGGTGAGA AGGAGGTGTC CCCACATTCT 
TTCTTCAGTA TTTGGCATGA ATTCAGTTCT GACTTCAAAG ACTTTTGGAA GAAGGAAAAC 
AAACTTATTC TTCAAGAAAG AGTCAAAGAA GCAGAGGAAG TCTGCAGACA GAAAAAGGGG 
AAGTCGCTAT ACAATATTAG ACAAAAACAT GACTCTGGAA TTAAAGCAAA GATAAGTATG 
AAAATCTGA

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

FMN2 ( XM_030268217.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030124077.1 Taeniopygia guttata formin 2 (FMN2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OTd42227
Clone ID Related Accession (Same CDS sequence)	XM_030268217.1
Accession Version	XM_030268217.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5334bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	formin-2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044214.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAAG CTGGAGAGTT GAAATCTACA 
GTCCTAGAAA AAGAGAAGCA ATGCACAGAT GGTGTACAGC GGGCACAGAA AGAAGACTGT 
TCCACAGTAC CTGGGTCCTG GGATGCTTTT GAGGTGAAAT CTGAGGAGCG TGCCAGTGTC 
ATCCAACAAC TTGAGCAAAC TATTGAGGAT CTGAGGACAA AAATTGCAGA ACTAGAGAAA 
CAATTTCCTG CCGCAGAGGT ACAGACTGCT GGGAGGGAGC AGGAAAATGA GCATGCACAT 
GCAGACTCTG GGGAACTCAG CAGTGTGACT CTTCAAAGGA ATGAAGAGGA GACCACAACC 
AGGACTGTGT CACAGGCGAG ATCTGTACAA ACGTCACCAA CAGAGGATTA TTTAACACAT 
AAAATGCCTT CAGCCAGTGC ACTGCCACAG CCACCCCCAC CACCACACTT GGAAGGGGGC 
AAAAGTGAAG GGCCTACTCA GAATTTGCCA GCTCTAGAAC TACAGCCCAC ATTCTGTTCT 
GAAATCTCCT TAATTCTGTC ACCGAAGCTA ATCTCAGTGC CACTGGATGC AAGCCAATCA 
GTACAGAGTA TACCACAGTC ACCTCTTCCA GGACCCAAAG TTGATTTGTC CCTTGCATTT 
GAAGGAGAGA CTGAAACGAA AGTTTCCCAT CAGCCTCTAA GCACTGTAGA TGTAACTTGT 
AGTGAACATC CTCCTTCCTT GCCCCCAGAG CCCACATGTA GCATTCCCCC ATCGCTGCCA 
CTGACTGAAC AGGCTGCCCC CCTGCCTGGA ACACATGGCC ATTCCTTTGT TACTCCCATG 
TCTGTGGCCG GATTACCACT GCCACCACCT CTGCCTGGCT CAGGACTCTC TGCTTCTGCT 
GTCTCAGCAC TGACACACCT GGACCATTCT TTACCAGGTG CCATGATGTC ACCTCTCCCT 
CCTCCTCCAC ATTTTCCAAG TGGGGAGATA ACAACTCTGC CTCCAGCTCC TCTCCTTCCA 
TGTCCTGGAT TCCCTCCACA ACCTTTGCCT GGAGCAGGAG TACCAGCTGC TCTGCCTGGT 
TGGGGTATCC CACCTCCCCC TCCACCACCA CCACCTTTAC CTGGAGCTGC TGTCCCTCCT 
CCACCTCCTC CTCTGCCCAG CCTGGGATTT GCACCCCCAC CACCACTGCT TCCTGGAGCA 
GGACTGCCAC CACCTCCTCC ACCTCTGCCT GGAGGGGGCA TTCCACCACC TCCTCCTCCA 
CCGCCACCTC TGCCTGGTGC TGCTGTGCCC CCTCCACCTC CTCCACCGCC ACCTCTGCCT 
GGTGCTGCTG TGCCCCCTCC ACCTCCTCCA CCACCTCTGC CTGGTGTAGC TGTGCCCCCT 
CCACCTCCTC CACCACCTCT GCCTGGTGTA GCTGTGCCCC CTCCACCCCC TCCACCACCT 
CTGCCTGGTG TAGCTGTGCC CCCTCCACCT CCTCCACCAC CTCTGCCTGG TGTAGCTGTG 
CCGCCTCCAC CTCCTCCACC ACCTCTGCCT GGTGTGGCTG TGCCTCCTCC ACCTCCTCCA 
CCACCTCTGC CTGGTCTAGC TGTGCCCCCT CCACCACCTC TGCCTGGTGC TGGTGTCCCT 
CCACCACCCC CTCCTTTGCC TGGGTTGGGG ATGCCTCCTC CAGCCCCACC ACCCCTTCCA 
GCACCAGTCC AGGGCAGCAG CTACCCAGCA GTCCCACAGG GCTGTGGTTT TCTTCCTCCT 
CCATTACCAT CTGGTTTATT TGCAATGGGG ATGAATCAGG AAAAAGGGAG CAGGAAACAC 
GTAATAGAGC CTACTCGGCC AATGAAGCCT CTTTACTGGA CAAGAATTCA GCTCCACAGT 
AAAACAGATT CTAGTGCTTC ACTTGTGTGG GAAAAAATTG AAGAGCCTTC CATAGATTAT 
CATGAGTTTG AAGAACTGTT TTCTAAAACA GCTGTTAAAG AGAGGAAGAA ACCCATTTCG 
GACACCATTA CAAAAAGAAA GACTAAACAA GTTGTCAAGT TGTTAAGTAA CAAAAGATCT 
CAAGCTGTTG GAATATTAAT GTCTAGCCTT CATTTAGACA TGAAAGACAT TCAGCGTGCT 
GTTGTGAACT TGGACAACTC TGTGGTTGAC CTAGAGACGC TGCAAGCTCT GTATGAGAAT 
AGAGCACAAT CAGATGAACT AGAAAAAATA GAAAAGCATA GCAAGGCATC CAAGGAGAAA 
GAAAACGCCA AGTCTTTGGA TAAGCCAGAA CAGTTCCTCT ATGAACTCTC ACTGATTCCA 
AACTTTTCAG AACGTGTGTT TTGCATCCTG TTCCAGTCAA CATTTTCAGA AAGCATTGGT 
TCAATCCATC GCAAACTTGA ATTGTTACAG AAACTGTGTG AGACATTGAA GAATGAATCA 
GGAGTTATGC GGGTTCTGGG TTTGGTTCTT GCCTTTGGAA ATTACATGAA TGGTGGAAAC 
AGGACACGAG GACAGGCTGA TGGGTTTGGA TTAGATATCC TGCCAAAACT GAAAGATGTC 
AAGAGCAGTG ATAACAGCCG AAGTCTTCTA TCGTACATTG TCTCATATTA TTTGCGTAAT 
TTTGATGAGG ATGCTGGAAG AGAACAATGC ATCTTCCCTC TTCCGGATCC ACAGGATCTC 
TTCCAGGCTT CACAACTGAA GTTTGATGAT TTTCAAAAAG ATCTCCGCAA AATGAAGAAA 
GATTTGCGAG CATGTGAGAC AGAAGCAGCA AAAGTTTATC AGCTATCACT AGAAGAGCAC 
CTACAGCCCT TCAAAGACAA CATGGAGCAA TTCATTAGTC AAGCCAAAAT AGACCAAGAA 
AATGAAGAGA AATCACTGAC AGAAGCACAT AAAAGCTTTT TGGAAACTAC AGCCTATTTC 
TCTATGAAAC CAAAAATGGG TGAGAAGGAG GTGTCCCCAC ATTCTTTCTT CAGTATTTGG 
CATGAATTCA GTTCTGACTT CAAAGACTTT TGGAAGAAGG AAAACAAACT TATTCTTCAA 
GAAAGAGTCA AAGAAGCAGA GGAAGTCTGC AGACAGAAAA AGGGGAAGTC GCTATACAAT 
ATTAGACAAA AACATGACTC TGGAATTAAA GCAAAGATAA GTATGAAAAT CTGA

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

RefSeq	XP_030124077.1
CDS	44..5377
Translation	MQAIKTVEKEVIFLKETLFTESFLKQQKCSRSPESRQLQEQQPLEGAVCSSQCCTEHVPAEPSASSTLCKKAAPADGREAQQAFASLASPPPANKPGSLEGILPAGQRNEIQEDGLIVKGAALQKIMGNQDGKLKKNTGDVQEGGEDASGPKDTDGTKKVSGGRRGLGKHAKGGESGKKKGKSDSRPSVFSNLRIRKNLSKAKDGNSSSREDVLESQALQPGELDSTHSIVTKTPDISISADEGGLSDTDVEHFEIRNETVPAAAETQDGQRTSSGSDTDIYSFHSAAEQEDLLSDIQQAIRLQQQQQQGAINIGTEDPVAKTMGRHMANSQATSLDFERFFSVTTTDKERSPDTEGAFPAVSEIVENIPVSCATEWEPKEAVNSTGSPGNGLFETQERQLLIEEQPVAGVDAVASELQDGLNRAAVKNGSQAHSSTEPFPSPVADAEAKIAEVQAVDSQGSVTEGGIPDAGRDHAAETQEGKHTLSASQEELSNGLSTEMKNGSLSSEGTADSPMLGSRCFKPYLINACYIKTTTRQLSSPNHSPSPSPSQSPLFTRRQESFHKKEKVSIRKKRSASLAGLFSRSADWTEEVSNHKSEITEKVSSADYLEHKGFREKFQTERVPLNHSRKSSGVQASTETFPNVFSGRTLLEKLFSQQENAPQEEAEKLCSRIIAMGLLLPFTDCFREPCNQSAKQSTPTFDQDQLYTWAAVSQPTHSRDYTEGSFPRRIPSAWPPPKPPDEEQRLKSSEEEAGELKSTVLEKEKQCTDGVQRAQKEDCSTVPGSWDAFEVKSEERASVIQQLEQTIEDLRTKIAELEKQFPAAEVQTAGREQENEHAHADSGELSSVTLQRNEEETTTRTVSQARSVQTSPTEDYLTHKMPSASALPQPPPPPHLEGGKSEGPTQNLPALELQPTFCSEISLILSPKLISVPLDASQSVQSIPQSPLPGPKVDLSLAFEGETETKVSHQPLSTVDVTCSEHPPSLPPEPTCSIPPSLPLTEQAAPLPGTHGHSFVTPMSVAGLPLPPPLPGSGLSASAVSALTHLDHSLPGAMMSPLPPPPHFPSGEITTLPPAPLLPCPGFPPQPLPGAGVPAALPGWGIPPPPPPPPPLPGAAVPPPPPPLPSLGFAPPPPLLPGAGLPPPPPPLPGGGIPPPPPPPPPLPGAAVPPPPPPPPPLPGAAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGLAVPPPPPLPGAGVPPPPPPLPGLGMPPPAPPPLPAPVQGSSYPAVPQGCGFLPPPLPSGLFAMGMNQEKGSRKHVIEPTRPMKPLYWTRIQLHSKTDSSASLVWEKIEEPSIDYHEFEELFSKTAVKERKKPISDTITKRKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQRAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHSKASKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESIGSIHRKLELLQKLCETLKNESGVMRVLGLVLAFGNYMNGGNRTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGREQCIFPLPDPQDLFQASQLKFDDFQKDLRKMKKDLRACETEAAKVYQLSLEEHLQPFKDNMEQFISQAKIDQENEEKSLTEAHKSFLETTAYFSMKPKMGEKEVSPHSFFSIWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKGKSLYNIRQKHDSGIKAKISMKI

Target ORF information:

RefSeq Version	XM_030268217.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata formin 2 (FMN2), transcript variant X1, mRNA.

Target ORF information:

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

XM_030268217.1

ORF Insert Sequence:

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAAG CTGGAGAGTT GAAATCTACA 
GTCCTAGAAA AAGAGAAGCA ATGCACAGAT GGTGTACAGC GGGCACAGAA AGAAGACTGT 
TCCACAGTAC CTGGGTCCTG GGATGCTTTT GAGGTGAAAT CTGAGGAGCG TGCCAGTGTC 
ATCCAACAAC TTGAGCAAAC TATTGAGGAT CTGAGGACAA AAATTGCAGA ACTAGAGAAA 
CAATTTCCTG CCGCAGAGGT ACAGACTGCT GGGAGGGAGC AGGAAAATGA GCATGCACAT 
GCAGACTCTG GGGAACTCAG CAGTGTGACT CTTCAAAGGA ATGAAGAGGA GACCACAACC 
AGGACTGTGT CACAGGCGAG ATCTGTACAA ACGTCACCAA CAGAGGATTA TTTAACACAT 
AAAATGCCTT CAGCCAGTGC ACTGCCACAG CCACCCCCAC CACCACACTT GGAAGGGGGC 
AAAAGTGAAG GGCCTACTCA GAATTTGCCA GCTCTAGAAC TACAGCCCAC ATTCTGTTCT 
GAAATCTCCT TAATTCTGTC ACCGAAGCTA ATCTCAGTGC CACTGGATGC AAGCCAATCA 
GTACAGAGTA TACCACAGTC ACCTCTTCCA GGACCCAAAG TTGATTTGTC CCTTGCATTT 
GAAGGAGAGA CTGAAACGAA AGTTTCCCAT CAGCCTCTAA GCACTGTAGA TGTAACTTGT 
AGTGAACATC CTCCTTCCTT GCCCCCAGAG CCCACATGTA GCATTCCCCC ATCGCTGCCA 
CTGACTGAAC AGGCTGCCCC CCTGCCTGGA ACACATGGCC ATTCCTTTGT TACTCCCATG 
TCTGTGGCCG GATTACCACT GCCACCACCT CTGCCTGGCT CAGGACTCTC TGCTTCTGCT 
GTCTCAGCAC TGACACACCT GGACCATTCT TTACCAGGTG CCATGATGTC ACCTCTCCCT 
CCTCCTCCAC ATTTTCCAAG TGGGGAGATA ACAACTCTGC CTCCAGCTCC TCTCCTTCCA 
TGTCCTGGAT TCCCTCCACA ACCTTTGCCT GGAGCAGGAG TACCAGCTGC TCTGCCTGGT 
TGGGGTATCC CACCTCCCCC TCCACCACCA CCACCTTTAC CTGGAGCTGC TGTCCCTCCT 
CCACCTCCTC CTCTGCCCAG CCTGGGATTT GCACCCCCAC CACCACTGCT TCCTGGAGCA 
GGACTGCCAC CACCTCCTCC ACCTCTGCCT GGAGGGGGCA TTCCACCACC TCCTCCTCCA 
CCGCCACCTC TGCCTGGTGC TGCTGTGCCC CCTCCACCTC CTCCACCGCC ACCTCTGCCT 
GGTGCTGCTG TGCCCCCTCC ACCTCCTCCA CCACCTCTGC CTGGTGTAGC TGTGCCCCCT 
CCACCTCCTC CACCACCTCT GCCTGGTGTA GCTGTGCCCC CTCCACCCCC TCCACCACCT 
CTGCCTGGTG TAGCTGTGCC CCCTCCACCT CCTCCACCAC CTCTGCCTGG TGTAGCTGTG 
CCGCCTCCAC CTCCTCCACC ACCTCTGCCT GGTGTGGCTG TGCCTCCTCC ACCTCCTCCA 
CCACCTCTGC CTGGTCTAGC TGTGCCCCCT CCACCACCTC TGCCTGGTGC TGGTGTCCCT 
CCACCACCCC CTCCTTTGCC TGGGTTGGGG ATGCCTCCTC CAGCCCCACC ACCCCTTCCA 
GCACCAGTCC AGGGCAGCAG CTACCCAGCA GTCCCACAGG GCTGTGGTTT TCTTCCTCCT 
CCATTACCAT CTGGTTTATT TGCAATGGGG ATGAATCAGG AAAAAGGGAG CAGGAAACAC 
GTAATAGAGC CTACTCGGCC AATGAAGCCT CTTTACTGGA CAAGAATTCA GCTCCACAGT 
AAAACAGATT CTAGTGCTTC ACTTGTGTGG GAAAAAATTG AAGAGCCTTC CATAGATTAT 
CATGAGTTTG AAGAACTGTT TTCTAAAACA GCTGTTAAAG AGAGGAAGAA ACCCATTTCG 
GACACCATTA CAAAAAGAAA GACTAAACAA GTTGTCAAGT TGTTAAGTAA CAAAAGATCT 
CAAGCTGTTG GAATATTAAT GTCTAGCCTT CATTTAGACA TGAAAGACAT TCAGCGTGCT 
GTTGTGAACT TGGACAACTC TGTGGTTGAC CTAGAGACGC TGCAAGCTCT GTATGAGAAT 
AGAGCACAAT CAGATGAACT AGAAAAAATA GAAAAGCATA GCAAGGCATC CAAGGAGAAA 
GAAAACGCCA AGTCTTTGGA TAAGCCAGAA CAGTTCCTCT ATGAACTCTC ACTGATTCCA 
AACTTTTCAG AACGTGTGTT TTGCATCCTG TTCCAGTCAA CATTTTCAGA AAGCATTGGT 
TCAATCCATC GCAAACTTGA ATTGTTACAG AAACTGTGTG AGACATTGAA GAATGAATCA 
GGAGTTATGC GGGTTCTGGG TTTGGTTCTT GCCTTTGGAA ATTACATGAA TGGTGGAAAC 
AGGACACGAG GACAGGCTGA TGGGTTTGGA TTAGATATCC TGCCAAAACT GAAAGATGTC 
AAGAGCAGTG ATAACAGCCG AAGTCTTCTA TCGTACATTG TCTCATATTA TTTGCGTAAT 
TTTGATGAGG ATGCTGGAAG AGAACAATGC ATCTTCCCTC TTCCGGATCC ACAGGATCTC 
TTCCAGGCTT CACAACTGAA GTTTGATGAT TTTCAAAAAG ATCTCCGCAA AATGAAGAAA 
GATTTGCGAG CATGTGAGAC AGAAGCAGCA AAAGTTTATC AGCTATCACT AGAAGAGCAC 
CTACAGCCCT TCAAAGACAA CATGGAGCAA TTCATTAGTC AAGCCAAAAT AGACCAAGAA 
AATGAAGAGA AATCACTGAC AGAAGCACAT AAAAGCTTTT TGGAAACTAC AGCCTATTTC 
TCTATGAAAC CAAAAATGGG TGAGAAGGAG GTGTCCCCAC ATTCTTTCTT CAGTATTTGG 
CATGAATTCA GTTCTGACTT CAAAGACTTT TGGAAGAAGG AAAACAAACT TATTCTTCAA 
GAAAGAGTCA AAGAAGCAGA GGAAGTCTGC AGACAGAAAA AGGGGAAGTC GCTATACAAT 
ATTAGACAAA AACATGACTC TGGAATTAAA GCAAAGATAA GTATGAAAAT CTGA

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

FMN2 ( XM_030268218.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030124078.1 Taeniopygia guttata formin 2 (FMN2), transcript variant X2, mRNA.

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CloneID	OTd42228
Clone ID Related Accession (Same CDS sequence)	XM_030268218.1
Accession Version	XM_030268218.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5325bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	formin-2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044214.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAGT TGAAATCTAC AGTCCTAGAA 
AAAGAGAAGC AATGCACAGA TGGTGTACAG CGGGCACAGA AAGAAGACTG TTCCACAGTA 
CCTGGGTCCT GGGATGCTTT TGAGGTGAAA TCTGAGGAGC GTGCCAGTGT CATCCAACAA 
CTTGAGCAAA CTATTGAGGA TCTGAGGACA AAAATTGCAG AACTAGAGAA ACAATTTCCT 
GCCGCAGAGG TACAGACTGC TGGGAGGGAG CAGGAAAATG AGCATGCACA TGCAGACTCT 
GGGGAACTCA GCAGTGTGAC TCTTCAAAGG AATGAAGAGG AGACCACAAC CAGGACTGTG 
TCACAGGCGA GATCTGTACA AACGTCACCA ACAGAGGATT ATTTAACACA TAAAATGCCT 
TCAGCCAGTG CACTGCCACA GCCACCCCCA CCACCACACT TGGAAGGGGG CAAAAGTGAA 
GGGCCTACTC AGAATTTGCC AGCTCTAGAA CTACAGCCCA CATTCTGTTC TGAAATCTCC 
TTAATTCTGT CACCGAAGCT AATCTCAGTG CCACTGGATG CAAGCCAATC AGTACAGAGT 
ATACCACAGT CACCTCTTCC AGGACCCAAA GTTGATTTGT CCCTTGCATT TGAAGGAGAG 
ACTGAAACGA AAGTTTCCCA TCAGCCTCTA AGCACTGTAG ATGTAACTTG TAGTGAACAT 
CCTCCTTCCT TGCCCCCAGA GCCCACATGT AGCATTCCCC CATCGCTGCC ACTGACTGAA 
CAGGCTGCCC CCCTGCCTGG AACACATGGC CATTCCTTTG TTACTCCCAT GTCTGTGGCC 
GGATTACCAC TGCCACCACC TCTGCCTGGC TCAGGACTCT CTGCTTCTGC TGTCTCAGCA 
CTGACACACC TGGACCATTC TTTACCAGGT GCCATGATGT CACCTCTCCC TCCTCCTCCA 
CATTTTCCAA GTGGGGAGAT AACAACTCTG CCTCCAGCTC CTCTCCTTCC ATGTCCTGGA 
TTCCCTCCAC AACCTTTGCC TGGAGCAGGA GTACCAGCTG CTCTGCCTGG TTGGGGTATC 
CCACCTCCCC CTCCACCACC ACCACCTTTA CCTGGAGCTG CTGTCCCTCC TCCACCTCCT 
CCTCTGCCCA GCCTGGGATT TGCACCCCCA CCACCACTGC TTCCTGGAGC AGGACTGCCA 
CCACCTCCTC CACCTCTGCC TGGAGGGGGC ATTCCACCAC CTCCTCCTCC ACCGCCACCT 
CTGCCTGGTG CTGCTGTGCC CCCTCCACCT CCTCCACCGC CACCTCTGCC TGGTGCTGCT 
GTGCCCCCTC CACCTCCTCC ACCACCTCTG CCTGGTGTAG CTGTGCCCCC TCCACCTCCT 
CCACCACCTC TGCCTGGTGT AGCTGTGCCC CCTCCACCCC CTCCACCACC TCTGCCTGGT 
GTAGCTGTGC CCCCTCCACC TCCTCCACCA CCTCTGCCTG GTGTAGCTGT GCCGCCTCCA 
CCTCCTCCAC CACCTCTGCC TGGTGTGGCT GTGCCTCCTC CACCTCCTCC ACCACCTCTG 
CCTGGTCTAG CTGTGCCCCC TCCACCACCT CTGCCTGGTG CTGGTGTCCC TCCACCACCC 
CCTCCTTTGC CTGGGTTGGG GATGCCTCCT CCAGCCCCAC CACCCCTTCC AGCACCAGTC 
CAGGGCAGCA GCTACCCAGC AGTCCCACAG GGCTGTGGTT TTCTTCCTCC TCCATTACCA 
TCTGGTTTAT TTGCAATGGG GATGAATCAG GAAAAAGGGA GCAGGAAACA CGTAATAGAG 
CCTACTCGGC CAATGAAGCC TCTTTACTGG ACAAGAATTC AGCTCCACAG TAAAACAGAT 
TCTAGTGCTT CACTTGTGTG GGAAAAAATT GAAGAGCCTT CCATAGATTA TCATGAGTTT 
GAAGAACTGT TTTCTAAAAC AGCTGTTAAA GAGAGGAAGA AACCCATTTC GGACACCATT 
ACAAAAAGAA AGACTAAACA AGTTGTCAAG TTGTTAAGTA ACAAAAGATC TCAAGCTGTT 
GGAATATTAA TGTCTAGCCT TCATTTAGAC ATGAAAGACA TTCAGCGTGC TGTTGTGAAC 
TTGGACAACT CTGTGGTTGA CCTAGAGACG CTGCAAGCTC TGTATGAGAA TAGAGCACAA 
TCAGATGAAC TAGAAAAAAT AGAAAAGCAT AGCAAGGCAT CCAAGGAGAA AGAAAACGCC 
AAGTCTTTGG ATAAGCCAGA ACAGTTCCTC TATGAACTCT CACTGATTCC AAACTTTTCA 
GAACGTGTGT TTTGCATCCT GTTCCAGTCA ACATTTTCAG AAAGCATTGG TTCAATCCAT 
CGCAAACTTG AATTGTTACA GAAACTGTGT GAGACATTGA AGAATGAATC AGGAGTTATG 
CGGGTTCTGG GTTTGGTTCT TGCCTTTGGA AATTACATGA ATGGTGGAAA CAGGACACGA 
GGACAGGCTG ATGGGTTTGG ATTAGATATC CTGCCAAAAC TGAAAGATGT CAAGAGCAGT 
GATAACAGCC GAAGTCTTCT ATCGTACATT GTCTCATATT ATTTGCGTAA TTTTGATGAG 
GATGCTGGAA GAGAACAATG CATCTTCCCT CTTCCGGATC CACAGGATCT CTTCCAGGCT 
TCACAACTGA AGTTTGATGA TTTTCAAAAA GATCTCCGCA AAATGAAGAA AGATTTGCGA 
GCATGTGAGA CAGAAGCAGC AAAAGTTTAT CAGCTATCAC TAGAAGAGCA CCTACAGCCC 
TTCAAAGACA ACATGGAGCA ATTCATTAGT CAAGCCAAAA TAGACCAAGA AAATGAAGAG 
AAATCACTGA CAGAAGCACA TAAAAGCTTT TTGGAAACTA CAGCCTATTT CTCTATGAAA 
CCAAAAATGG GTGAGAAGGA GGTGTCCCCA CATTCTTTCT TCAGTATTTG GCATGAATTC 
AGTTCTGACT TCAAAGACTT TTGGAAGAAG GAAAACAAAC TTATTCTTCA AGAAAGAGTC 
AAAGAAGCAG AGGAAGTCTG CAGACAGAAA AAGGGGAAGT CGCTATACAA TATTAGACAA 
AAACATGACT CTGGAATTAA AGCAAAGATA AGTATGAAAA TCTGA

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

RefSeq	XP_030124078.1
CDS	44..5368
Translation	MQAIKTVEKEVIFLKETLFTESFLKQQKCSRSPESRQLQEQQPLEGAVCSSQCCTEHVPAEPSASSTLCKKAAPADGREAQQAFASLASPPPANKPGSLEGILPAGQRNEIQEDGLIVKGAALQKIMGNQDGKLKKNTGDVQEGGEDASGPKDTDGTKKVSGGRRGLGKHAKGGESGKKKGKSDSRPSVFSNLRIRKNLSKAKDGNSSSREDVLESQALQPGELDSTHSIVTKTPDISISADEGGLSDTDVEHFEIRNETVPAAAETQDGQRTSSGSDTDIYSFHSAAEQEDLLSDIQQAIRLQQQQQQGAINIGTEDPVAKTMGRHMANSQATSLDFERFFSVTTTDKERSPDTEGAFPAVSEIVENIPVSCATEWEPKEAVNSTGSPGNGLFETQERQLLIEEQPVAGVDAVASELQDGLNRAAVKNGSQAHSSTEPFPSPVADAEAKIAEVQAVDSQGSVTEGGIPDAGRDHAAETQEGKHTLSASQEELSNGLSTEMKNGSLSSEGTADSPMLGSRCFKPYLINACYIKTTTRQLSSPNHSPSPSPSQSPLFTRRQESFHKKEKVSIRKKRSASLAGLFSRSADWTEEVSNHKSEITEKVSSADYLEHKGFREKFQTERVPLNHSRKSSGVQASTETFPNVFSGRTLLEKLFSQQENAPQEEAEKLCSRIIAMGLLLPFTDCFREPCNQSAKQSTPTFDQDQLYTWAAVSQPTHSRDYTEGSFPRRIPSAWPPPKPPDEEQRLKSSEEELKSTVLEKEKQCTDGVQRAQKEDCSTVPGSWDAFEVKSEERASVIQQLEQTIEDLRTKIAELEKQFPAAEVQTAGREQENEHAHADSGELSSVTLQRNEEETTTRTVSQARSVQTSPTEDYLTHKMPSASALPQPPPPPHLEGGKSEGPTQNLPALELQPTFCSEISLILSPKLISVPLDASQSVQSIPQSPLPGPKVDLSLAFEGETETKVSHQPLSTVDVTCSEHPPSLPPEPTCSIPPSLPLTEQAAPLPGTHGHSFVTPMSVAGLPLPPPLPGSGLSASAVSALTHLDHSLPGAMMSPLPPPPHFPSGEITTLPPAPLLPCPGFPPQPLPGAGVPAALPGWGIPPPPPPPPPLPGAAVPPPPPPLPSLGFAPPPPLLPGAGLPPPPPPLPGGGIPPPPPPPPPLPGAAVPPPPPPPPPLPGAAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGLAVPPPPPLPGAGVPPPPPPLPGLGMPPPAPPPLPAPVQGSSYPAVPQGCGFLPPPLPSGLFAMGMNQEKGSRKHVIEPTRPMKPLYWTRIQLHSKTDSSASLVWEKIEEPSIDYHEFEELFSKTAVKERKKPISDTITKRKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQRAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHSKASKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESIGSIHRKLELLQKLCETLKNESGVMRVLGLVLAFGNYMNGGNRTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGREQCIFPLPDPQDLFQASQLKFDDFQKDLRKMKKDLRACETEAAKVYQLSLEEHLQPFKDNMEQFISQAKIDQENEEKSLTEAHKSFLETTAYFSMKPKMGEKEVSPHSFFSIWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKGKSLYNIRQKHDSGIKAKISMKI

Target ORF information:

RefSeq Version	XM_030268218.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata formin 2 (FMN2), transcript variant X2, mRNA.

Target ORF information:

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

XM_030268218.1

ORF Insert Sequence:

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAGT TGAAATCTAC AGTCCTAGAA 
AAAGAGAAGC AATGCACAGA TGGTGTACAG CGGGCACAGA AAGAAGACTG TTCCACAGTA 
CCTGGGTCCT GGGATGCTTT TGAGGTGAAA TCTGAGGAGC GTGCCAGTGT CATCCAACAA 
CTTGAGCAAA CTATTGAGGA TCTGAGGACA AAAATTGCAG AACTAGAGAA ACAATTTCCT 
GCCGCAGAGG TACAGACTGC TGGGAGGGAG CAGGAAAATG AGCATGCACA TGCAGACTCT 
GGGGAACTCA GCAGTGTGAC TCTTCAAAGG AATGAAGAGG AGACCACAAC CAGGACTGTG 
TCACAGGCGA GATCTGTACA AACGTCACCA ACAGAGGATT ATTTAACACA TAAAATGCCT 
TCAGCCAGTG CACTGCCACA GCCACCCCCA CCACCACACT TGGAAGGGGG CAAAAGTGAA 
GGGCCTACTC AGAATTTGCC AGCTCTAGAA CTACAGCCCA CATTCTGTTC TGAAATCTCC 
TTAATTCTGT CACCGAAGCT AATCTCAGTG CCACTGGATG CAAGCCAATC AGTACAGAGT 
ATACCACAGT CACCTCTTCC AGGACCCAAA GTTGATTTGT CCCTTGCATT TGAAGGAGAG 
ACTGAAACGA AAGTTTCCCA TCAGCCTCTA AGCACTGTAG ATGTAACTTG TAGTGAACAT 
CCTCCTTCCT TGCCCCCAGA GCCCACATGT AGCATTCCCC CATCGCTGCC ACTGACTGAA 
CAGGCTGCCC CCCTGCCTGG AACACATGGC CATTCCTTTG TTACTCCCAT GTCTGTGGCC 
GGATTACCAC TGCCACCACC TCTGCCTGGC TCAGGACTCT CTGCTTCTGC TGTCTCAGCA 
CTGACACACC TGGACCATTC TTTACCAGGT GCCATGATGT CACCTCTCCC TCCTCCTCCA 
CATTTTCCAA GTGGGGAGAT AACAACTCTG CCTCCAGCTC CTCTCCTTCC ATGTCCTGGA 
TTCCCTCCAC AACCTTTGCC TGGAGCAGGA GTACCAGCTG CTCTGCCTGG TTGGGGTATC 
CCACCTCCCC CTCCACCACC ACCACCTTTA CCTGGAGCTG CTGTCCCTCC TCCACCTCCT 
CCTCTGCCCA GCCTGGGATT TGCACCCCCA CCACCACTGC TTCCTGGAGC AGGACTGCCA 
CCACCTCCTC CACCTCTGCC TGGAGGGGGC ATTCCACCAC CTCCTCCTCC ACCGCCACCT 
CTGCCTGGTG CTGCTGTGCC CCCTCCACCT CCTCCACCGC CACCTCTGCC TGGTGCTGCT 
GTGCCCCCTC CACCTCCTCC ACCACCTCTG CCTGGTGTAG CTGTGCCCCC TCCACCTCCT 
CCACCACCTC TGCCTGGTGT AGCTGTGCCC CCTCCACCCC CTCCACCACC TCTGCCTGGT 
GTAGCTGTGC CCCCTCCACC TCCTCCACCA CCTCTGCCTG GTGTAGCTGT GCCGCCTCCA 
CCTCCTCCAC CACCTCTGCC TGGTGTGGCT GTGCCTCCTC CACCTCCTCC ACCACCTCTG 
CCTGGTCTAG CTGTGCCCCC TCCACCACCT CTGCCTGGTG CTGGTGTCCC TCCACCACCC 
CCTCCTTTGC CTGGGTTGGG GATGCCTCCT CCAGCCCCAC CACCCCTTCC AGCACCAGTC 
CAGGGCAGCA GCTACCCAGC AGTCCCACAG GGCTGTGGTT TTCTTCCTCC TCCATTACCA 
TCTGGTTTAT TTGCAATGGG GATGAATCAG GAAAAAGGGA GCAGGAAACA CGTAATAGAG 
CCTACTCGGC CAATGAAGCC TCTTTACTGG ACAAGAATTC AGCTCCACAG TAAAACAGAT 
TCTAGTGCTT CACTTGTGTG GGAAAAAATT GAAGAGCCTT CCATAGATTA TCATGAGTTT 
GAAGAACTGT TTTCTAAAAC AGCTGTTAAA GAGAGGAAGA AACCCATTTC GGACACCATT 
ACAAAAAGAA AGACTAAACA AGTTGTCAAG TTGTTAAGTA ACAAAAGATC TCAAGCTGTT 
GGAATATTAA TGTCTAGCCT TCATTTAGAC ATGAAAGACA TTCAGCGTGC TGTTGTGAAC 
TTGGACAACT CTGTGGTTGA CCTAGAGACG CTGCAAGCTC TGTATGAGAA TAGAGCACAA 
TCAGATGAAC TAGAAAAAAT AGAAAAGCAT AGCAAGGCAT CCAAGGAGAA AGAAAACGCC 
AAGTCTTTGG ATAAGCCAGA ACAGTTCCTC TATGAACTCT CACTGATTCC AAACTTTTCA 
GAACGTGTGT TTTGCATCCT GTTCCAGTCA ACATTTTCAG AAAGCATTGG TTCAATCCAT 
CGCAAACTTG AATTGTTACA GAAACTGTGT GAGACATTGA AGAATGAATC AGGAGTTATG 
CGGGTTCTGG GTTTGGTTCT TGCCTTTGGA AATTACATGA ATGGTGGAAA CAGGACACGA 
GGACAGGCTG ATGGGTTTGG ATTAGATATC CTGCCAAAAC TGAAAGATGT CAAGAGCAGT 
GATAACAGCC GAAGTCTTCT ATCGTACATT GTCTCATATT ATTTGCGTAA TTTTGATGAG 
GATGCTGGAA GAGAACAATG CATCTTCCCT CTTCCGGATC CACAGGATCT CTTCCAGGCT 
TCACAACTGA AGTTTGATGA TTTTCAAAAA GATCTCCGCA AAATGAAGAA AGATTTGCGA 
GCATGTGAGA CAGAAGCAGC AAAAGTTTAT CAGCTATCAC TAGAAGAGCA CCTACAGCCC 
TTCAAAGACA ACATGGAGCA ATTCATTAGT CAAGCCAAAA TAGACCAAGA AAATGAAGAG 
AAATCACTGA CAGAAGCACA TAAAAGCTTT TTGGAAACTA CAGCCTATTT CTCTATGAAA 
CCAAAAATGG GTGAGAAGGA GGTGTCCCCA CATTCTTTCT TCAGTATTTG GCATGAATTC 
AGTTCTGACT TCAAAGACTT TTGGAAGAAG GAAAACAAAC TTATTCTTCA AGAAAGAGTC 
AAAGAAGCAG AGGAAGTCTG CAGACAGAAA AAGGGGAAGT CGCTATACAA TATTAGACAA 
AAACATGACT CTGGAATTAA AGCAAAGATA AGTATGAAAA TCTGA

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

FMN2 ( XM_030268219.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030124079.1 Taeniopygia guttata formin 2 (FMN2), transcript variant X3, mRNA.

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CloneID	OTd42229
Clone ID Related Accession (Same CDS sequence)	XM_030268219.1
Accession Version	XM_030268219.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5325bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	formin-2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044214.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAAG CTGGAGAGTT GAAATCTACA 
GTCCTAGAAA AAGAGAAGCA ATGCACAGAT GGTGTACAGC GGGCACAGAA AGAAGACTGT 
TCCACAGTAC CTGGGTCCTG GGATGCTTTT GAGGTGAAAT CTGAGGAGCG TGCCAGTGTC 
ATCCAACAAC TTGAGCAAAC TATTGAGGAT CTGAGGACAA AAATTGCAGA ACTAGAGAAA 
CAATTTCCTG CCGCAGAGGT ACAGACTGCT GGGAGGGAGC AGGAAAATGA GCATGCACAT 
GCAGACTCTG GGGAACTCAG CAGTGTGACT CTTCAAAGGA ATGAAGAGGA GACCACAACC 
AGGACTGTGT CACAGGCGAG ATCTGTACAA ACGTCACCAA CAGAGGATTA TTTAACACAT 
AAAATGCCTT CAGCCAGTGC ACTGCCACAG CCACCCCCAC CACCACACTT GGAAGGGGGC 
AAAAGTGAAG GGCCTACTCA GAATTTGCCA GCTCTAGAAC TACAGCCCAC ATTCTGTTCT 
GAAATCTCCT TAATTCTGTC ACCGAAGCTA ATCTCAGTGC CACTGGATGC AAGCCAATCA 
GTACAGAGTA TACCACAGTC ACCTCTTCCA GGACCCAAAG TTGATTTGTC CCTTGCATTT 
GAAGGAGAGA CTGAAACGAA AGTTTCCCAT CAGCCTCTAA GCACTGTAGA TGTAACTTGT 
AGTGAACATC CTCCTTCCTT GCCCCCAGAG CCCACATGTA GCATTCCCCC ATCGCTGCCA 
CTGACTGAAC AGGCTGCCCC CCTGCCTGGA ACACATGGCC ATTCCTTTGT TACTCCCATG 
TCTGTGGCCG GATTACCACT GCCACCACCT CTGCCTGGCT CAGGACTCTC TGCTTCTGCT 
GTCTCAGCAC TGACACACCT GGACCATTCT TTACCAGGTG CCATGATGTC ACCTCTCCCT 
CCTCCTCCAC ATTTTCCAAG TGGGGAGATA ACAACTCTGC CTCCAGCTCC TCTCCTTCCA 
TGTCCTGGAT TCCCTCCACA ACCTTTGCCT GGAGCAGGAG TACCAGCTGC TCTGCCTGGT 
TGGGGTATCC CACCTCCCCC TCCACCACCA CCACCTTTAC CTGGAGCTGC TGTCCCTCCT 
CCACCTCCTC CTCTGCCCAG CCTGGGATTT GCACCCCCAC CACCACTGCT TCCTGGAGCA 
GGACTGCCAC CACCTCCTCC ACCTCTGCCT GGAGGGGGCA TTCCACCACC TCCTCCTCCA 
CCGCCACCTC TGCCTGGTGC TGCTGTGCCC CCTCCACCTC CTCCACCGCC ACCTCTGCCT 
GGTGCTGCTG TGCCCCCTCC ACCTCCTCCA CCACCTCTGC CTGGTGTAGC TGTGCCCCCT 
CCACCTCCTC CACCACCTCT GCCTGGTGTA GCTGTGCCCC CTCCACCCCC TCCACCACCT 
CTGCCTGGTG TAGCTGTGCC CCCTCCACCT CCTCCACCAC CTCTGCCTGG TGTAGCTGTG 
CCGCCTCCAC CTCCTCCACC ACCTCTGCCT GGTGTGGCTG TGCCTCCTCC ACCTCCTCCA 
CCACCTCTGC CTGGTCTAGC TGTGCCCCCT CCACCACCTC TGCCTGGTGC TGGTGTCCCT 
CCACCACCCC CTCCTTTGCC TGGGTTGGGG ATGCCTCCTC CAGCCCCACC ACCCCTTCCA 
GCACCAGTCC AGGGCAGCAG CTACCCAGCA GTCCCACAGG GCTGTGGTTT TCTTCCTCCT 
CCATTACCAT CTGGTTTATT TGCAATGGGG ATGAATCAGG AAAAAGGGAG CAGGAAACAC 
GTAATAGAGC CTACTCGGCC AATGAAGCCT CTTTACTGGA CAAGAATTCA GCTCCACAGT 
AAAACAGATT CTAGTGCTTC ACTTGTGTGG GAAAAAATTG AAGAGCCTTC CATAGATTAT 
CATGAGTTTG AAGAACTGTT TTCTAAAACA GCTGTTAAAG AGAGGAAGAA ACCCATTTCG 
GACACCATTA CAAAAAGAAA GACTAAACAA GTTGTCAAGT TGTTAAGTAA CAAAAGATCT 
CAAGCTGTTG GAATATTAAT GTCTAGCCTT CATTTAGACA TGAAAGACAT TCAGCGTGCT 
GTTGTGAACT TGGACAACTC TGTGGTTGAC CTAGAGACGC TGCAAGCTCT GTATGAGAAT 
AGAGCACAAT CAGATGAACT AGAAAAAATA GAAAAGCATA GCAAGGCATC CAAGGAGAAA 
GAAAACGCCA AGTCTTTGGA TAAGCCAGAA CAGTTCCTCT ATGAACTCTC ACTGATTCCA 
AACTTTTCAG AACGTGTGTT TTGCATCCTG TTCCAGTCAA CATTTTCAGA AAGCATTGGT 
TCAATCCATC GCAAACTTGA ATTGTTACAG AAACTGTGTG AGACATTGAA GAATGAATCA 
GGAGTTATGC GGGTTCTGGG TTTGGTTCTT GCCTTTGGAA ATTACATGAA TGGTGGAAAC 
AGGACACGAG GACAGGCTGA TGGGTTTGGA TTAGATATCC TGCCAAAACT GAAAGATGTC 
AAGAGCAGTG ATAACAGCCG AAGTCTTCTA TCGTACATTG TCTCATATTA TTTGCGTAAT 
TTTGATGAGG ATGCTGGAAG AGAACAATGC ATCTTCCCTC TTCCGGATCC ACAGGATCTC 
TTCCAGGCTT CACAACTGAA GTTTGATGAT TTTCAAAAAG ATCTCCGCAA AATGAAGAAA 
GATTTGCGAG CATGTGAGAC AGAAGCAGCA AAAGTTTATC AGCTATCACT AGAAGAGCAC 
CTACAGCCCT TCAAAGACAA CATGGAGCAA TTCATTAGTC AAGCCAAAAT AGACCAAGAA 
AATGAAGAGA AATCACTGAC AGAAGCACAT AAAAGCTTTT TGGAAACTAC AGCCTATTTC 
TCTATGAAAC CAAAAATGGG TGAGAAGGAG GTGTCCCCAC ATTCTTTCTT CAGTATTTGG 
CATGAATTCA GTTCTGACTT CAAAGACTTT TGGAAGAAGG AAAACAAACT TATTCTTCAA 
GAAAGAGTCA AAGAAGCAGA GGAAGTCTGC AGACAGAAAA AGGGGAAGTC GCTATACAAT 
ATTAGACAAA AACATGACTC TGGAATTCTT TTCCATCTAC TCTGA

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

RefSeq	XP_030124079.1
CDS	44..5368
Translation	MQAIKTVEKEVIFLKETLFTESFLKQQKCSRSPESRQLQEQQPLEGAVCSSQCCTEHVPAEPSASSTLCKKAAPADGREAQQAFASLASPPPANKPGSLEGILPAGQRNEIQEDGLIVKGAALQKIMGNQDGKLKKNTGDVQEGGEDASGPKDTDGTKKVSGGRRGLGKHAKGGESGKKKGKSDSRPSVFSNLRIRKNLSKAKDGNSSSREDVLESQALQPGELDSTHSIVTKTPDISISADEGGLSDTDVEHFEIRNETVPAAAETQDGQRTSSGSDTDIYSFHSAAEQEDLLSDIQQAIRLQQQQQQGAINIGTEDPVAKTMGRHMANSQATSLDFERFFSVTTTDKERSPDTEGAFPAVSEIVENIPVSCATEWEPKEAVNSTGSPGNGLFETQERQLLIEEQPVAGVDAVASELQDGLNRAAVKNGSQAHSSTEPFPSPVADAEAKIAEVQAVDSQGSVTEGGIPDAGRDHAAETQEGKHTLSASQEELSNGLSTEMKNGSLSSEGTADSPMLGSRCFKPYLINACYIKTTTRQLSSPNHSPSPSPSQSPLFTRRQESFHKKEKVSIRKKRSASLAGLFSRSADWTEEVSNHKSEITEKVSSADYLEHKGFREKFQTERVPLNHSRKSSGVQASTETFPNVFSGRTLLEKLFSQQENAPQEEAEKLCSRIIAMGLLLPFTDCFREPCNQSAKQSTPTFDQDQLYTWAAVSQPTHSRDYTEGSFPRRIPSAWPPPKPPDEEQRLKSSEEEAGELKSTVLEKEKQCTDGVQRAQKEDCSTVPGSWDAFEVKSEERASVIQQLEQTIEDLRTKIAELEKQFPAAEVQTAGREQENEHAHADSGELSSVTLQRNEEETTTRTVSQARSVQTSPTEDYLTHKMPSASALPQPPPPPHLEGGKSEGPTQNLPALELQPTFCSEISLILSPKLISVPLDASQSVQSIPQSPLPGPKVDLSLAFEGETETKVSHQPLSTVDVTCSEHPPSLPPEPTCSIPPSLPLTEQAAPLPGTHGHSFVTPMSVAGLPLPPPLPGSGLSASAVSALTHLDHSLPGAMMSPLPPPPHFPSGEITTLPPAPLLPCPGFPPQPLPGAGVPAALPGWGIPPPPPPPPPLPGAAVPPPPPPLPSLGFAPPPPLLPGAGLPPPPPPLPGGGIPPPPPPPPPLPGAAVPPPPPPPPPLPGAAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGLAVPPPPPLPGAGVPPPPPPLPGLGMPPPAPPPLPAPVQGSSYPAVPQGCGFLPPPLPSGLFAMGMNQEKGSRKHVIEPTRPMKPLYWTRIQLHSKTDSSASLVWEKIEEPSIDYHEFEELFSKTAVKERKKPISDTITKRKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQRAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHSKASKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESIGSIHRKLELLQKLCETLKNESGVMRVLGLVLAFGNYMNGGNRTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGREQCIFPLPDPQDLFQASQLKFDDFQKDLRKMKKDLRACETEAAKVYQLSLEEHLQPFKDNMEQFISQAKIDQENEEKSLTEAHKSFLETTAYFSMKPKMGEKEVSPHSFFSIWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKGKSLYNIRQKHDSGILFHLL

Target ORF information:

RefSeq Version	XM_030268219.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata formin 2 (FMN2), transcript variant X3, mRNA.

Target ORF information:

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

XM_030268219.1

ORF Insert Sequence:

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAAG CTGGAGAGTT GAAATCTACA 
GTCCTAGAAA AAGAGAAGCA ATGCACAGAT GGTGTACAGC GGGCACAGAA AGAAGACTGT 
TCCACAGTAC CTGGGTCCTG GGATGCTTTT GAGGTGAAAT CTGAGGAGCG TGCCAGTGTC 
ATCCAACAAC TTGAGCAAAC TATTGAGGAT CTGAGGACAA AAATTGCAGA ACTAGAGAAA 
CAATTTCCTG CCGCAGAGGT ACAGACTGCT GGGAGGGAGC AGGAAAATGA GCATGCACAT 
GCAGACTCTG GGGAACTCAG CAGTGTGACT CTTCAAAGGA ATGAAGAGGA GACCACAACC 
AGGACTGTGT CACAGGCGAG ATCTGTACAA ACGTCACCAA CAGAGGATTA TTTAACACAT 
AAAATGCCTT CAGCCAGTGC ACTGCCACAG CCACCCCCAC CACCACACTT GGAAGGGGGC 
AAAAGTGAAG GGCCTACTCA GAATTTGCCA GCTCTAGAAC TACAGCCCAC ATTCTGTTCT 
GAAATCTCCT TAATTCTGTC ACCGAAGCTA ATCTCAGTGC CACTGGATGC AAGCCAATCA 
GTACAGAGTA TACCACAGTC ACCTCTTCCA GGACCCAAAG TTGATTTGTC CCTTGCATTT 
GAAGGAGAGA CTGAAACGAA AGTTTCCCAT CAGCCTCTAA GCACTGTAGA TGTAACTTGT 
AGTGAACATC CTCCTTCCTT GCCCCCAGAG CCCACATGTA GCATTCCCCC ATCGCTGCCA 
CTGACTGAAC AGGCTGCCCC CCTGCCTGGA ACACATGGCC ATTCCTTTGT TACTCCCATG 
TCTGTGGCCG GATTACCACT GCCACCACCT CTGCCTGGCT CAGGACTCTC TGCTTCTGCT 
GTCTCAGCAC TGACACACCT GGACCATTCT TTACCAGGTG CCATGATGTC ACCTCTCCCT 
CCTCCTCCAC ATTTTCCAAG TGGGGAGATA ACAACTCTGC CTCCAGCTCC TCTCCTTCCA 
TGTCCTGGAT TCCCTCCACA ACCTTTGCCT GGAGCAGGAG TACCAGCTGC TCTGCCTGGT 
TGGGGTATCC CACCTCCCCC TCCACCACCA CCACCTTTAC CTGGAGCTGC TGTCCCTCCT 
CCACCTCCTC CTCTGCCCAG CCTGGGATTT GCACCCCCAC CACCACTGCT TCCTGGAGCA 
GGACTGCCAC CACCTCCTCC ACCTCTGCCT GGAGGGGGCA TTCCACCACC TCCTCCTCCA 
CCGCCACCTC TGCCTGGTGC TGCTGTGCCC CCTCCACCTC CTCCACCGCC ACCTCTGCCT 
GGTGCTGCTG TGCCCCCTCC ACCTCCTCCA CCACCTCTGC CTGGTGTAGC TGTGCCCCCT 
CCACCTCCTC CACCACCTCT GCCTGGTGTA GCTGTGCCCC CTCCACCCCC TCCACCACCT 
CTGCCTGGTG TAGCTGTGCC CCCTCCACCT CCTCCACCAC CTCTGCCTGG TGTAGCTGTG 
CCGCCTCCAC CTCCTCCACC ACCTCTGCCT GGTGTGGCTG TGCCTCCTCC ACCTCCTCCA 
CCACCTCTGC CTGGTCTAGC TGTGCCCCCT CCACCACCTC TGCCTGGTGC TGGTGTCCCT 
CCACCACCCC CTCCTTTGCC TGGGTTGGGG ATGCCTCCTC CAGCCCCACC ACCCCTTCCA 
GCACCAGTCC AGGGCAGCAG CTACCCAGCA GTCCCACAGG GCTGTGGTTT TCTTCCTCCT 
CCATTACCAT CTGGTTTATT TGCAATGGGG ATGAATCAGG AAAAAGGGAG CAGGAAACAC 
GTAATAGAGC CTACTCGGCC AATGAAGCCT CTTTACTGGA CAAGAATTCA GCTCCACAGT 
AAAACAGATT CTAGTGCTTC ACTTGTGTGG GAAAAAATTG AAGAGCCTTC CATAGATTAT 
CATGAGTTTG AAGAACTGTT TTCTAAAACA GCTGTTAAAG AGAGGAAGAA ACCCATTTCG 
GACACCATTA CAAAAAGAAA GACTAAACAA GTTGTCAAGT TGTTAAGTAA CAAAAGATCT 
CAAGCTGTTG GAATATTAAT GTCTAGCCTT CATTTAGACA TGAAAGACAT TCAGCGTGCT 
GTTGTGAACT TGGACAACTC TGTGGTTGAC CTAGAGACGC TGCAAGCTCT GTATGAGAAT 
AGAGCACAAT CAGATGAACT AGAAAAAATA GAAAAGCATA GCAAGGCATC CAAGGAGAAA 
GAAAACGCCA AGTCTTTGGA TAAGCCAGAA CAGTTCCTCT ATGAACTCTC ACTGATTCCA 
AACTTTTCAG AACGTGTGTT TTGCATCCTG TTCCAGTCAA CATTTTCAGA AAGCATTGGT 
TCAATCCATC GCAAACTTGA ATTGTTACAG AAACTGTGTG AGACATTGAA GAATGAATCA 
GGAGTTATGC GGGTTCTGGG TTTGGTTCTT GCCTTTGGAA ATTACATGAA TGGTGGAAAC 
AGGACACGAG GACAGGCTGA TGGGTTTGGA TTAGATATCC TGCCAAAACT GAAAGATGTC 
AAGAGCAGTG ATAACAGCCG AAGTCTTCTA TCGTACATTG TCTCATATTA TTTGCGTAAT 
TTTGATGAGG ATGCTGGAAG AGAACAATGC ATCTTCCCTC TTCCGGATCC ACAGGATCTC 
TTCCAGGCTT CACAACTGAA GTTTGATGAT TTTCAAAAAG ATCTCCGCAA AATGAAGAAA 
GATTTGCGAG CATGTGAGAC AGAAGCAGCA AAAGTTTATC AGCTATCACT AGAAGAGCAC 
CTACAGCCCT TCAAAGACAA CATGGAGCAA TTCATTAGTC AAGCCAAAAT AGACCAAGAA 
AATGAAGAGA AATCACTGAC AGAAGCACAT AAAAGCTTTT TGGAAACTAC AGCCTATTTC 
TCTATGAAAC CAAAAATGGG TGAGAAGGAG GTGTCCCCAC ATTCTTTCTT CAGTATTTGG 
CATGAATTCA GTTCTGACTT CAAAGACTTT TGGAAGAAGG AAAACAAACT TATTCTTCAA 
GAAAGAGTCA AAGAAGCAGA GGAAGTCTGC AGACAGAAAA AGGGGAAGTC GCTATACAAT 
ATTAGACAAA AACATGACTC TGGAATTCTT TTCCATCTAC TCTGA

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

FMN2 ( XM_030268220.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030124080.1 Taeniopygia guttata formin 2 (FMN2), transcript variant X5, mRNA.

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CloneID	OTd42230
Clone ID Related Accession (Same CDS sequence)	XM_030268220.1
Accession Version	XM_030268220.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5301bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	formin-2 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044214.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAAG CTGGAGAGTT GAAATCTACA 
GTCCTAGAAA AAGAGAAGCA ATGCACAGAT GGTGTACAGC GGGCACAGGA TGCTTTTGAG 
GTGAAATCTG AGGAGCGTGC CAGTGTCATC CAACAACTTG AGCAAACTAT TGAGGATCTG 
AGGACAAAAA TTGCAGAACT AGAGAAACAA TTTCCTGCCG CAGAGGTACA GACTGCTGGG 
AGGGAGCAGG AAAATGAGCA TGCACATGCA GACTCTGGGG AACTCAGCAG TGTGACTCTT 
CAAAGGAATG AAGAGGAGAC CACAACCAGG ACTGTGTCAC AGGCGAGATC TGTACAAACG 
TCACCAACAG AGGATTATTT AACACATAAA ATGCCTTCAG CCAGTGCACT GCCACAGCCA 
CCCCCACCAC CACACTTGGA AGGGGGCAAA AGTGAAGGGC CTACTCAGAA TTTGCCAGCT 
CTAGAACTAC AGCCCACATT CTGTTCTGAA ATCTCCTTAA TTCTGTCACC GAAGCTAATC 
TCAGTGCCAC TGGATGCAAG CCAATCAGTA CAGAGTATAC CACAGTCACC TCTTCCAGGA 
CCCAAAGTTG ATTTGTCCCT TGCATTTGAA GGAGAGACTG AAACGAAAGT TTCCCATCAG 
CCTCTAAGCA CTGTAGATGT AACTTGTAGT GAACATCCTC CTTCCTTGCC CCCAGAGCCC 
ACATGTAGCA TTCCCCCATC GCTGCCACTG ACTGAACAGG CTGCCCCCCT GCCTGGAACA 
CATGGCCATT CCTTTGTTAC TCCCATGTCT GTGGCCGGAT TACCACTGCC ACCACCTCTG 
CCTGGCTCAG GACTCTCTGC TTCTGCTGTC TCAGCACTGA CACACCTGGA CCATTCTTTA 
CCAGGTGCCA TGATGTCACC TCTCCCTCCT CCTCCACATT TTCCAAGTGG GGAGATAACA 
ACTCTGCCTC CAGCTCCTCT CCTTCCATGT CCTGGATTCC CTCCACAACC TTTGCCTGGA 
GCAGGAGTAC CAGCTGCTCT GCCTGGTTGG GGTATCCCAC CTCCCCCTCC ACCACCACCA 
CCTTTACCTG GAGCTGCTGT CCCTCCTCCA CCTCCTCCTC TGCCCAGCCT GGGATTTGCA 
CCCCCACCAC CACTGCTTCC TGGAGCAGGA CTGCCACCAC CTCCTCCACC TCTGCCTGGA 
GGGGGCATTC CACCACCTCC TCCTCCACCG CCACCTCTGC CTGGTGCTGC TGTGCCCCCT 
CCACCTCCTC CACCGCCACC TCTGCCTGGT GCTGCTGTGC CCCCTCCACC TCCTCCACCA 
CCTCTGCCTG GTGTAGCTGT GCCCCCTCCA CCTCCTCCAC CACCTCTGCC TGGTGTAGCT 
GTGCCCCCTC CACCCCCTCC ACCACCTCTG CCTGGTGTAG CTGTGCCCCC TCCACCTCCT 
CCACCACCTC TGCCTGGTGT AGCTGTGCCG CCTCCACCTC CTCCACCACC TCTGCCTGGT 
GTGGCTGTGC CTCCTCCACC TCCTCCACCA CCTCTGCCTG GTCTAGCTGT GCCCCCTCCA 
CCACCTCTGC CTGGTGCTGG TGTCCCTCCA CCACCCCCTC CTTTGCCTGG GTTGGGGATG 
CCTCCTCCAG CCCCACCACC CCTTCCAGCA CCAGTCCAGG GCAGCAGCTA CCCAGCAGTC 
CCACAGGGCT GTGGTTTTCT TCCTCCTCCA TTACCATCTG GTTTATTTGC AATGGGGATG 
AATCAGGAAA AAGGGAGCAG GAAACACGTA ATAGAGCCTA CTCGGCCAAT GAAGCCTCTT 
TACTGGACAA GAATTCAGCT CCACAGTAAA ACAGATTCTA GTGCTTCACT TGTGTGGGAA 
AAAATTGAAG AGCCTTCCAT AGATTATCAT GAGTTTGAAG AACTGTTTTC TAAAACAGCT 
GTTAAAGAGA GGAAGAAACC CATTTCGGAC ACCATTACAA AAAGAAAGAC TAAACAAGTT 
GTCAAGTTGT TAAGTAACAA AAGATCTCAA GCTGTTGGAA TATTAATGTC TAGCCTTCAT 
TTAGACATGA AAGACATTCA GCGTGCTGTT GTGAACTTGG ACAACTCTGT GGTTGACCTA 
GAGACGCTGC AAGCTCTGTA TGAGAATAGA GCACAATCAG ATGAACTAGA AAAAATAGAA 
AAGCATAGCA AGGCATCCAA GGAGAAAGAA AACGCCAAGT CTTTGGATAA GCCAGAACAG 
TTCCTCTATG AACTCTCACT GATTCCAAAC TTTTCAGAAC GTGTGTTTTG CATCCTGTTC 
CAGTCAACAT TTTCAGAAAG CATTGGTTCA ATCCATCGCA AACTTGAATT GTTACAGAAA 
CTGTGTGAGA CATTGAAGAA TGAATCAGGA GTTATGCGGG TTCTGGGTTT GGTTCTTGCC 
TTTGGAAATT ACATGAATGG TGGAAACAGG ACACGAGGAC AGGCTGATGG GTTTGGATTA 
GATATCCTGC CAAAACTGAA AGATGTCAAG AGCAGTGATA ACAGCCGAAG TCTTCTATCG 
TACATTGTCT CATATTATTT GCGTAATTTT GATGAGGATG CTGGAAGAGA ACAATGCATC 
TTCCCTCTTC CGGATCCACA GGATCTCTTC CAGGCTTCAC AACTGAAGTT TGATGATTTT 
CAAAAAGATC TCCGCAAAAT GAAGAAAGAT TTGCGAGCAT GTGAGACAGA AGCAGCAAAA 
GTTTATCAGC TATCACTAGA AGAGCACCTA CAGCCCTTCA AAGACAACAT GGAGCAATTC 
ATTAGTCAAG CCAAAATAGA CCAAGAAAAT GAAGAGAAAT CACTGACAGA AGCACATAAA 
AGCTTTTTGG AAACTACAGC CTATTTCTCT ATGAAACCAA AAATGGGTGA GAAGGAGGTG 
TCCCCACATT CTTTCTTCAG TATTTGGCAT GAATTCAGTT CTGACTTCAA AGACTTTTGG 
AAGAAGGAAA ACAAACTTAT TCTTCAAGAA AGAGTCAAAG AAGCAGAGGA AGTCTGCAGA 
CAGAAAAAGG GGAAGTCGCT ATACAATATT AGACAAAAAC ATGACTCTGG AATTAAAGCA 
AAGATAAGTA TGAAAATCTG A

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

RefSeq	XP_030124080.1
CDS	44..5344
Translation	MQAIKTVEKEVIFLKETLFTESFLKQQKCSRSPESRQLQEQQPLEGAVCSSQCCTEHVPAEPSASSTLCKKAAPADGREAQQAFASLASPPPANKPGSLEGILPAGQRNEIQEDGLIVKGAALQKIMGNQDGKLKKNTGDVQEGGEDASGPKDTDGTKKVSGGRRGLGKHAKGGESGKKKGKSDSRPSVFSNLRIRKNLSKAKDGNSSSREDVLESQALQPGELDSTHSIVTKTPDISISADEGGLSDTDVEHFEIRNETVPAAAETQDGQRTSSGSDTDIYSFHSAAEQEDLLSDIQQAIRLQQQQQQGAINIGTEDPVAKTMGRHMANSQATSLDFERFFSVTTTDKERSPDTEGAFPAVSEIVENIPVSCATEWEPKEAVNSTGSPGNGLFETQERQLLIEEQPVAGVDAVASELQDGLNRAAVKNGSQAHSSTEPFPSPVADAEAKIAEVQAVDSQGSVTEGGIPDAGRDHAAETQEGKHTLSASQEELSNGLSTEMKNGSLSSEGTADSPMLGSRCFKPYLINACYIKTTTRQLSSPNHSPSPSPSQSPLFTRRQESFHKKEKVSIRKKRSASLAGLFSRSADWTEEVSNHKSEITEKVSSADYLEHKGFREKFQTERVPLNHSRKSSGVQASTETFPNVFSGRTLLEKLFSQQENAPQEEAEKLCSRIIAMGLLLPFTDCFREPCNQSAKQSTPTFDQDQLYTWAAVSQPTHSRDYTEGSFPRRIPSAWPPPKPPDEEQRLKSSEEEAGELKSTVLEKEKQCTDGVQRAQDAFEVKSEERASVIQQLEQTIEDLRTKIAELEKQFPAAEVQTAGREQENEHAHADSGELSSVTLQRNEEETTTRTVSQARSVQTSPTEDYLTHKMPSASALPQPPPPPHLEGGKSEGPTQNLPALELQPTFCSEISLILSPKLISVPLDASQSVQSIPQSPLPGPKVDLSLAFEGETETKVSHQPLSTVDVTCSEHPPSLPPEPTCSIPPSLPLTEQAAPLPGTHGHSFVTPMSVAGLPLPPPLPGSGLSASAVSALTHLDHSLPGAMMSPLPPPPHFPSGEITTLPPAPLLPCPGFPPQPLPGAGVPAALPGWGIPPPPPPPPPLPGAAVPPPPPPLPSLGFAPPPPLLPGAGLPPPPPPLPGGGIPPPPPPPPPLPGAAVPPPPPPPPPLPGAAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGLAVPPPPPLPGAGVPPPPPPLPGLGMPPPAPPPLPAPVQGSSYPAVPQGCGFLPPPLPSGLFAMGMNQEKGSRKHVIEPTRPMKPLYWTRIQLHSKTDSSASLVWEKIEEPSIDYHEFEELFSKTAVKERKKPISDTITKRKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQRAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHSKASKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESIGSIHRKLELLQKLCETLKNESGVMRVLGLVLAFGNYMNGGNRTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGREQCIFPLPDPQDLFQASQLKFDDFQKDLRKMKKDLRACETEAAKVYQLSLEEHLQPFKDNMEQFISQAKIDQENEEKSLTEAHKSFLETTAYFSMKPKMGEKEVSPHSFFSIWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKGKSLYNIRQKHDSGIKAKISMKI

Target ORF information:

RefSeq Version	XM_030268220.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata formin 2 (FMN2), transcript variant X5, mRNA.

Target ORF information:

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

XM_030268220.1

ORF Insert Sequence:

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAAG CTGGAGAGTT GAAATCTACA 
GTCCTAGAAA AAGAGAAGCA ATGCACAGAT GGTGTACAGC GGGCACAGGA TGCTTTTGAG 
GTGAAATCTG AGGAGCGTGC CAGTGTCATC CAACAACTTG AGCAAACTAT TGAGGATCTG 
AGGACAAAAA TTGCAGAACT AGAGAAACAA TTTCCTGCCG CAGAGGTACA GACTGCTGGG 
AGGGAGCAGG AAAATGAGCA TGCACATGCA GACTCTGGGG AACTCAGCAG TGTGACTCTT 
CAAAGGAATG AAGAGGAGAC CACAACCAGG ACTGTGTCAC AGGCGAGATC TGTACAAACG 
TCACCAACAG AGGATTATTT AACACATAAA ATGCCTTCAG CCAGTGCACT GCCACAGCCA 
CCCCCACCAC CACACTTGGA AGGGGGCAAA AGTGAAGGGC CTACTCAGAA TTTGCCAGCT 
CTAGAACTAC AGCCCACATT CTGTTCTGAA ATCTCCTTAA TTCTGTCACC GAAGCTAATC 
TCAGTGCCAC TGGATGCAAG CCAATCAGTA CAGAGTATAC CACAGTCACC TCTTCCAGGA 
CCCAAAGTTG ATTTGTCCCT TGCATTTGAA GGAGAGACTG AAACGAAAGT TTCCCATCAG 
CCTCTAAGCA CTGTAGATGT AACTTGTAGT GAACATCCTC CTTCCTTGCC CCCAGAGCCC 
ACATGTAGCA TTCCCCCATC GCTGCCACTG ACTGAACAGG CTGCCCCCCT GCCTGGAACA 
CATGGCCATT CCTTTGTTAC TCCCATGTCT GTGGCCGGAT TACCACTGCC ACCACCTCTG 
CCTGGCTCAG GACTCTCTGC TTCTGCTGTC TCAGCACTGA CACACCTGGA CCATTCTTTA 
CCAGGTGCCA TGATGTCACC TCTCCCTCCT CCTCCACATT TTCCAAGTGG GGAGATAACA 
ACTCTGCCTC CAGCTCCTCT CCTTCCATGT CCTGGATTCC CTCCACAACC TTTGCCTGGA 
GCAGGAGTAC CAGCTGCTCT GCCTGGTTGG GGTATCCCAC CTCCCCCTCC ACCACCACCA 
CCTTTACCTG GAGCTGCTGT CCCTCCTCCA CCTCCTCCTC TGCCCAGCCT GGGATTTGCA 
CCCCCACCAC CACTGCTTCC TGGAGCAGGA CTGCCACCAC CTCCTCCACC TCTGCCTGGA 
GGGGGCATTC CACCACCTCC TCCTCCACCG CCACCTCTGC CTGGTGCTGC TGTGCCCCCT 
CCACCTCCTC CACCGCCACC TCTGCCTGGT GCTGCTGTGC CCCCTCCACC TCCTCCACCA 
CCTCTGCCTG GTGTAGCTGT GCCCCCTCCA CCTCCTCCAC CACCTCTGCC TGGTGTAGCT 
GTGCCCCCTC CACCCCCTCC ACCACCTCTG CCTGGTGTAG CTGTGCCCCC TCCACCTCCT 
CCACCACCTC TGCCTGGTGT AGCTGTGCCG CCTCCACCTC CTCCACCACC TCTGCCTGGT 
GTGGCTGTGC CTCCTCCACC TCCTCCACCA CCTCTGCCTG GTCTAGCTGT GCCCCCTCCA 
CCACCTCTGC CTGGTGCTGG TGTCCCTCCA CCACCCCCTC CTTTGCCTGG GTTGGGGATG 
CCTCCTCCAG CCCCACCACC CCTTCCAGCA CCAGTCCAGG GCAGCAGCTA CCCAGCAGTC 
CCACAGGGCT GTGGTTTTCT TCCTCCTCCA TTACCATCTG GTTTATTTGC AATGGGGATG 
AATCAGGAAA AAGGGAGCAG GAAACACGTA ATAGAGCCTA CTCGGCCAAT GAAGCCTCTT 
TACTGGACAA GAATTCAGCT CCACAGTAAA ACAGATTCTA GTGCTTCACT TGTGTGGGAA 
AAAATTGAAG AGCCTTCCAT AGATTATCAT GAGTTTGAAG AACTGTTTTC TAAAACAGCT 
GTTAAAGAGA GGAAGAAACC CATTTCGGAC ACCATTACAA AAAGAAAGAC TAAACAAGTT 
GTCAAGTTGT TAAGTAACAA AAGATCTCAA GCTGTTGGAA TATTAATGTC TAGCCTTCAT 
TTAGACATGA AAGACATTCA GCGTGCTGTT GTGAACTTGG ACAACTCTGT GGTTGACCTA 
GAGACGCTGC AAGCTCTGTA TGAGAATAGA GCACAATCAG ATGAACTAGA AAAAATAGAA 
AAGCATAGCA AGGCATCCAA GGAGAAAGAA AACGCCAAGT CTTTGGATAA GCCAGAACAG 
TTCCTCTATG AACTCTCACT GATTCCAAAC TTTTCAGAAC GTGTGTTTTG CATCCTGTTC 
CAGTCAACAT TTTCAGAAAG CATTGGTTCA ATCCATCGCA AACTTGAATT GTTACAGAAA 
CTGTGTGAGA CATTGAAGAA TGAATCAGGA GTTATGCGGG TTCTGGGTTT GGTTCTTGCC 
TTTGGAAATT ACATGAATGG TGGAAACAGG ACACGAGGAC AGGCTGATGG GTTTGGATTA 
GATATCCTGC CAAAACTGAA AGATGTCAAG AGCAGTGATA ACAGCCGAAG TCTTCTATCG 
TACATTGTCT CATATTATTT GCGTAATTTT GATGAGGATG CTGGAAGAGA ACAATGCATC 
TTCCCTCTTC CGGATCCACA GGATCTCTTC CAGGCTTCAC AACTGAAGTT TGATGATTTT 
CAAAAAGATC TCCGCAAAAT GAAGAAAGAT TTGCGAGCAT GTGAGACAGA AGCAGCAAAA 
GTTTATCAGC TATCACTAGA AGAGCACCTA CAGCCCTTCA AAGACAACAT GGAGCAATTC 
ATTAGTCAAG CCAAAATAGA CCAAGAAAAT GAAGAGAAAT CACTGACAGA AGCACATAAA 
AGCTTTTTGG AAACTACAGC CTATTTCTCT ATGAAACCAA AAATGGGTGA GAAGGAGGTG 
TCCCCACATT CTTTCTTCAG TATTTGGCAT GAATTCAGTT CTGACTTCAA AGACTTTTGG 
AAGAAGGAAA ACAAACTTAT TCTTCAAGAA AGAGTCAAAG AAGCAGAGGA AGTCTGCAGA 
CAGAAAAAGG GGAAGTCGCT ATACAATATT AGACAAAAAC ATGACTCTGG AATTAAAGCA 
AAGATAAGTA TGAAAATCTG A

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

FMN2 ( XM_030268221.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030124081.1 Taeniopygia guttata formin 2 (FMN2), transcript variant X6, mRNA.

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CloneID	OTd42231
Clone ID Related Accession (Same CDS sequence)	XM_030268221.1
Accession Version	XM_030268221.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5292bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	formin-2 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044214.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAGT TGAAATCTAC AGTCCTAGAA 
AAAGAGAAGC AATGCACAGA TGGTGTACAG CGGGCACAGG ATGCTTTTGA GGTGAAATCT 
GAGGAGCGTG CCAGTGTCAT CCAACAACTT GAGCAAACTA TTGAGGATCT GAGGACAAAA 
ATTGCAGAAC TAGAGAAACA ATTTCCTGCC GCAGAGGTAC AGACTGCTGG GAGGGAGCAG 
GAAAATGAGC ATGCACATGC AGACTCTGGG GAACTCAGCA GTGTGACTCT TCAAAGGAAT 
GAAGAGGAGA CCACAACCAG GACTGTGTCA CAGGCGAGAT CTGTACAAAC GTCACCAACA 
GAGGATTATT TAACACATAA AATGCCTTCA GCCAGTGCAC TGCCACAGCC ACCCCCACCA 
CCACACTTGG AAGGGGGCAA AAGTGAAGGG CCTACTCAGA ATTTGCCAGC TCTAGAACTA 
CAGCCCACAT TCTGTTCTGA AATCTCCTTA ATTCTGTCAC CGAAGCTAAT CTCAGTGCCA 
CTGGATGCAA GCCAATCAGT ACAGAGTATA CCACAGTCAC CTCTTCCAGG ACCCAAAGTT 
GATTTGTCCC TTGCATTTGA AGGAGAGACT GAAACGAAAG TTTCCCATCA GCCTCTAAGC 
ACTGTAGATG TAACTTGTAG TGAACATCCT CCTTCCTTGC CCCCAGAGCC CACATGTAGC 
ATTCCCCCAT CGCTGCCACT GACTGAACAG GCTGCCCCCC TGCCTGGAAC ACATGGCCAT 
TCCTTTGTTA CTCCCATGTC TGTGGCCGGA TTACCACTGC CACCACCTCT GCCTGGCTCA 
GGACTCTCTG CTTCTGCTGT CTCAGCACTG ACACACCTGG ACCATTCTTT ACCAGGTGCC 
ATGATGTCAC CTCTCCCTCC TCCTCCACAT TTTCCAAGTG GGGAGATAAC AACTCTGCCT 
CCAGCTCCTC TCCTTCCATG TCCTGGATTC CCTCCACAAC CTTTGCCTGG AGCAGGAGTA 
CCAGCTGCTC TGCCTGGTTG GGGTATCCCA CCTCCCCCTC CACCACCACC ACCTTTACCT 
GGAGCTGCTG TCCCTCCTCC ACCTCCTCCT CTGCCCAGCC TGGGATTTGC ACCCCCACCA 
CCACTGCTTC CTGGAGCAGG ACTGCCACCA CCTCCTCCAC CTCTGCCTGG AGGGGGCATT 
CCACCACCTC CTCCTCCACC GCCACCTCTG CCTGGTGCTG CTGTGCCCCC TCCACCTCCT 
CCACCGCCAC CTCTGCCTGG TGCTGCTGTG CCCCCTCCAC CTCCTCCACC ACCTCTGCCT 
GGTGTAGCTG TGCCCCCTCC ACCTCCTCCA CCACCTCTGC CTGGTGTAGC TGTGCCCCCT 
CCACCCCCTC CACCACCTCT GCCTGGTGTA GCTGTGCCCC CTCCACCTCC TCCACCACCT 
CTGCCTGGTG TAGCTGTGCC GCCTCCACCT CCTCCACCAC CTCTGCCTGG TGTGGCTGTG 
CCTCCTCCAC CTCCTCCACC ACCTCTGCCT GGTCTAGCTG TGCCCCCTCC ACCACCTCTG 
CCTGGTGCTG GTGTCCCTCC ACCACCCCCT CCTTTGCCTG GGTTGGGGAT GCCTCCTCCA 
GCCCCACCAC CCCTTCCAGC ACCAGTCCAG GGCAGCAGCT ACCCAGCAGT CCCACAGGGC 
TGTGGTTTTC TTCCTCCTCC ATTACCATCT GGTTTATTTG CAATGGGGAT GAATCAGGAA 
AAAGGGAGCA GGAAACACGT AATAGAGCCT ACTCGGCCAA TGAAGCCTCT TTACTGGACA 
AGAATTCAGC TCCACAGTAA AACAGATTCT AGTGCTTCAC TTGTGTGGGA AAAAATTGAA 
GAGCCTTCCA TAGATTATCA TGAGTTTGAA GAACTGTTTT CTAAAACAGC TGTTAAAGAG 
AGGAAGAAAC CCATTTCGGA CACCATTACA AAAAGAAAGA CTAAACAAGT TGTCAAGTTG 
TTAAGTAACA AAAGATCTCA AGCTGTTGGA ATATTAATGT CTAGCCTTCA TTTAGACATG 
AAAGACATTC AGCGTGCTGT TGTGAACTTG GACAACTCTG TGGTTGACCT AGAGACGCTG 
CAAGCTCTGT ATGAGAATAG AGCACAATCA GATGAACTAG AAAAAATAGA AAAGCATAGC 
AAGGCATCCA AGGAGAAAGA AAACGCCAAG TCTTTGGATA AGCCAGAACA GTTCCTCTAT 
GAACTCTCAC TGATTCCAAA CTTTTCAGAA CGTGTGTTTT GCATCCTGTT CCAGTCAACA 
TTTTCAGAAA GCATTGGTTC AATCCATCGC AAACTTGAAT TGTTACAGAA ACTGTGTGAG 
ACATTGAAGA ATGAATCAGG AGTTATGCGG GTTCTGGGTT TGGTTCTTGC CTTTGGAAAT 
TACATGAATG GTGGAAACAG GACACGAGGA CAGGCTGATG GGTTTGGATT AGATATCCTG 
CCAAAACTGA AAGATGTCAA GAGCAGTGAT AACAGCCGAA GTCTTCTATC GTACATTGTC 
TCATATTATT TGCGTAATTT TGATGAGGAT GCTGGAAGAG AACAATGCAT CTTCCCTCTT 
CCGGATCCAC AGGATCTCTT CCAGGCTTCA CAACTGAAGT TTGATGATTT TCAAAAAGAT 
CTCCGCAAAA TGAAGAAAGA TTTGCGAGCA TGTGAGACAG AAGCAGCAAA AGTTTATCAG 
CTATCACTAG AAGAGCACCT ACAGCCCTTC AAAGACAACA TGGAGCAATT CATTAGTCAA 
GCCAAAATAG ACCAAGAAAA TGAAGAGAAA TCACTGACAG AAGCACATAA AAGCTTTTTG 
GAAACTACAG CCTATTTCTC TATGAAACCA AAAATGGGTG AGAAGGAGGT GTCCCCACAT 
TCTTTCTTCA GTATTTGGCA TGAATTCAGT TCTGACTTCA AAGACTTTTG GAAGAAGGAA 
AACAAACTTA TTCTTCAAGA AAGAGTCAAA GAAGCAGAGG AAGTCTGCAG ACAGAAAAAG 
GGGAAGTCGC TATACAATAT TAGACAAAAA CATGACTCTG GAATTAAAGC AAAGATAAGT 
ATGAAAATCT GA

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

RefSeq	XP_030124081.1
CDS	44..5335
Translation	MQAIKTVEKEVIFLKETLFTESFLKQQKCSRSPESRQLQEQQPLEGAVCSSQCCTEHVPAEPSASSTLCKKAAPADGREAQQAFASLASPPPANKPGSLEGILPAGQRNEIQEDGLIVKGAALQKIMGNQDGKLKKNTGDVQEGGEDASGPKDTDGTKKVSGGRRGLGKHAKGGESGKKKGKSDSRPSVFSNLRIRKNLSKAKDGNSSSREDVLESQALQPGELDSTHSIVTKTPDISISADEGGLSDTDVEHFEIRNETVPAAAETQDGQRTSSGSDTDIYSFHSAAEQEDLLSDIQQAIRLQQQQQQGAINIGTEDPVAKTMGRHMANSQATSLDFERFFSVTTTDKERSPDTEGAFPAVSEIVENIPVSCATEWEPKEAVNSTGSPGNGLFETQERQLLIEEQPVAGVDAVASELQDGLNRAAVKNGSQAHSSTEPFPSPVADAEAKIAEVQAVDSQGSVTEGGIPDAGRDHAAETQEGKHTLSASQEELSNGLSTEMKNGSLSSEGTADSPMLGSRCFKPYLINACYIKTTTRQLSSPNHSPSPSPSQSPLFTRRQESFHKKEKVSIRKKRSASLAGLFSRSADWTEEVSNHKSEITEKVSSADYLEHKGFREKFQTERVPLNHSRKSSGVQASTETFPNVFSGRTLLEKLFSQQENAPQEEAEKLCSRIIAMGLLLPFTDCFREPCNQSAKQSTPTFDQDQLYTWAAVSQPTHSRDYTEGSFPRRIPSAWPPPKPPDEEQRLKSSEEELKSTVLEKEKQCTDGVQRAQDAFEVKSEERASVIQQLEQTIEDLRTKIAELEKQFPAAEVQTAGREQENEHAHADSGELSSVTLQRNEEETTTRTVSQARSVQTSPTEDYLTHKMPSASALPQPPPPPHLEGGKSEGPTQNLPALELQPTFCSEISLILSPKLISVPLDASQSVQSIPQSPLPGPKVDLSLAFEGETETKVSHQPLSTVDVTCSEHPPSLPPEPTCSIPPSLPLTEQAAPLPGTHGHSFVTPMSVAGLPLPPPLPGSGLSASAVSALTHLDHSLPGAMMSPLPPPPHFPSGEITTLPPAPLLPCPGFPPQPLPGAGVPAALPGWGIPPPPPPPPPLPGAAVPPPPPPLPSLGFAPPPPLLPGAGLPPPPPPLPGGGIPPPPPPPPPLPGAAVPPPPPPPPPLPGAAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGVAVPPPPPPPPLPGLAVPPPPPLPGAGVPPPPPPLPGLGMPPPAPPPLPAPVQGSSYPAVPQGCGFLPPPLPSGLFAMGMNQEKGSRKHVIEPTRPMKPLYWTRIQLHSKTDSSASLVWEKIEEPSIDYHEFEELFSKTAVKERKKPISDTITKRKTKQVVKLLSNKRSQAVGILMSSLHLDMKDIQRAVVNLDNSVVDLETLQALYENRAQSDELEKIEKHSKASKEKENAKSLDKPEQFLYELSLIPNFSERVFCILFQSTFSESIGSIHRKLELLQKLCETLKNESGVMRVLGLVLAFGNYMNGGNRTRGQADGFGLDILPKLKDVKSSDNSRSLLSYIVSYYLRNFDEDAGREQCIFPLPDPQDLFQASQLKFDDFQKDLRKMKKDLRACETEAAKVYQLSLEEHLQPFKDNMEQFISQAKIDQENEEKSLTEAHKSFLETTAYFSMKPKMGEKEVSPHSFFSIWHEFSSDFKDFWKKENKLILQERVKEAEEVCRQKKGKSLYNIRQKHDSGIKAKISMKI

Target ORF information:

RefSeq Version	XM_030268221.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata formin 2 (FMN2), transcript variant X6, mRNA.

Target ORF information:

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

XM_030268221.1

ORF Insert Sequence:

ATGCAGGCAA TAAAAACCGT GGAAAAAGAA GTGATTTTTC TAAAGGAAAC ACTTTTCACA 
GAATCCTTCC TAAAGCAACA AAAGTGCAGC AGAAGCCCGG AGAGCAGGCA GCTCCAAGAG 
CAGCAGCCAT TGGAAGGAGC TGTCTGCAGC TCTCAGTGCT GTACTGAGCA TGTCCCAGCG 
GAGCCCAGTG CAAGCAGCAC ATTATGCAAA AAGGCAGCTC CAGCAGATGG GAGAGAGGCA 
CAGCAAGCAT TTGCTTCACT TGCATCCCCG CCGCCTGCAA ACAAGCCTGG ATCGCTAGAG 
GGGATCTTGC CAGCAGGCCA AAGGAATGAA ATCCAGGAGG ATGGCTTGAT TGTCAAAGGT 
GCTGCACTGC AAAAAATCAT GGGGAATCAA GATGGGAAGC TAAAGAAAAA TACAGGTGAT 
GTGCAAGAAG GAGGAGAAGA TGCCTCTGGG CCCAAGGATA CGGACGGCAC AAAGAAGGTA 
TCGGGAGGCA GAAGGGGGCT GGGGAAGCAT GCAAAAGGAG GCGAATCAGG TAAGAAGAAG 
GGTAAGTCGG ACTCCAGGCC CTCTGTGTTT TCAAATCTGA GGATCAGAAA AAATCTGTCC 
AAGGCTAAAG ATGGGAATAG CAGCTCACGG GAGGATGTTT TGGAAAGCCA GGCCTTGCAG 
CCTGGGGAGC TGGACAGTAC TCATTCAATT GTAACCAAAA CTCCTGATAT AAGCATCTCT 
GCAGATGAAG GGGGTCTCTC AGACACAGAT GTTGAACATT TTGAAATCAG AAATGAAACT 
GTTCCAGCTG CTGCAGAGAC ACAGGATGGA CAAAGGACCA GCTCTGGCTC TGATACGGAT 
ATATACAGTT TCCATTCAGC TGCAGAACAA GAGGATTTGC TTTCTGATAT CCAGCAAGCT 
ATTAGACTGC AGCAGCAGCA GCAGCAGGGG GCAATTAACA TTGGAACTGA GGACCCTGTC 
GCCAAAACAA TGGGCCGACA CATGGCTAAT TCTCAAGCAA CCTCCTTAGA TTTTGAACGT 
TTTTTTTCTG TAACTACCAC TGACAAAGAG AGGAGCCCAG ACACTGAGGG GGCTTTTCCA 
GCGGTATCGG AAATTGTGGA AAACATTCCT GTCTCCTGTG CAACTGAATG GGAACCGAAA 
GAAGCGGTAA ACAGCACAGG CTCTCCTGGT AACGGCTTAT TTGAAACACA AGAACGTCAG 
CTACTGATTG AGGAGCAGCC CGTTGCTGGA GTGGATGCTG TAGCCAGTGA ACTACAAGAT 
GGTTTGAATA GAGCTGCAGT AAAAAACGGG TCTCAGGCAC ACAGCTCCAC AGAACCTTTT 
CCATCTCCAG TGGCAGATGC TGAGGCTAAA ATTGCTGAAG TGCAGGCTGT TGATTCTCAG 
GGCTCAGTAA CAGAGGGTGG TATTCCAGAT GCAGGCCGTG ATCATGCTGC TGAGACTCAG 
GAAGGGAAAC ACACTCTGTC AGCCAGTCAA GAGGAGCTGA GTAATGGTTT ATCCACAGAA 
ATGAAAAATG GCAGTTTGTC CTCTGAAGGA ACAGCGGACA GTCCGATGCT TGGTTCCCGA 
TGCTTTAAGC CCTATCTAAT TAACGCCTGT TACATCAAAA CCACAACTAG GCAACTGAGT 
TCTCCCAACC ATTCACCTTC TCCCTCCCCA TCCCAGAGCC CACTTTTCAC AAGGAGGCAG 
GAGTCCTTCC ACAAAAAGGA AAAAGTCTCA ATCAGGAAGA AGAGGTCTGC TAGTTTGGCA 
GGTTTGTTCA GTCGTTCTGC AGACTGGACA GAAGAGGTGT CTAATCACAA AAGCGAGATA 
ACAGAGAAGG TGAGCTCTGC AGACTACTTG GAGCACAAGG GGTTTAGAGA GAAATTTCAA 
ACAGAAAGAG TGCCTTTGAA TCATTCAAGA AAGTCCTCAG GGGTCCAGGC TTCTACAGAG 
ACATTTCCCA ATGTCTTTTC AGGACGAACT CTGCTGGAAA AGCTCTTCAG CCAGCAGGAA 
AATGCACCAC AAGAAGAAGC AGAAAAACTC TGTTCTCGCA TTATTGCAAT GGGTCTTTTA 
CTTCCATTCA CTGACTGCTT CAGAGAGCCA TGTAACCAGA GTGCCAAGCA AAGCACACCC 
ACATTTGATC AAGACCAGCT TTATACTTGG GCTGCAGTTA GCCAACCCAC ACATTCAAGA 
GATTACACTG AAGGAAGTTT TCCAAGGAGA ATTCCATCTG CGTGGCCTCC ACCCAAACCT 
CCAGATGAAG AACAAAGGCT GAAAAGTTCA GAAGAAGAGT TGAAATCTAC AGTCCTAGAA 
AAAGAGAAGC AATGCACAGA TGGTGTACAG CGGGCACAGG ATGCTTTTGA GGTGAAATCT 
GAGGAGCGTG CCAGTGTCAT CCAACAACTT GAGCAAACTA TTGAGGATCT GAGGACAAAA 
ATTGCAGAAC TAGAGAAACA ATTTCCTGCC GCAGAGGTAC AGACTGCTGG GAGGGAGCAG 
GAAAATGAGC ATGCACATGC AGACTCTGGG GAACTCAGCA GTGTGACTCT TCAAAGGAAT 
GAAGAGGAGA CCACAACCAG GACTGTGTCA CAGGCGAGAT CTGTACAAAC GTCACCAACA 
GAGGATTATT TAACACATAA AATGCCTTCA GCCAGTGCAC TGCCACAGCC ACCCCCACCA 
CCACACTTGG AAGGGGGCAA AAGTGAAGGG CCTACTCAGA ATTTGCCAGC TCTAGAACTA 
CAGCCCACAT TCTGTTCTGA AATCTCCTTA ATTCTGTCAC CGAAGCTAAT CTCAGTGCCA 
CTGGATGCAA GCCAATCAGT ACAGAGTATA CCACAGTCAC CTCTTCCAGG ACCCAAAGTT 
GATTTGTCCC TTGCATTTGA AGGAGAGACT GAAACGAAAG TTTCCCATCA GCCTCTAAGC 
ACTGTAGATG TAACTTGTAG TGAACATCCT CCTTCCTTGC CCCCAGAGCC CACATGTAGC 
ATTCCCCCAT CGCTGCCACT GACTGAACAG GCTGCCCCCC TGCCTGGAAC ACATGGCCAT 
TCCTTTGTTA CTCCCATGTC TGTGGCCGGA TTACCACTGC CACCACCTCT GCCTGGCTCA 
GGACTCTCTG CTTCTGCTGT CTCAGCACTG ACACACCTGG ACCATTCTTT ACCAGGTGCC 
ATGATGTCAC CTCTCCCTCC TCCTCCACAT TTTCCAAGTG GGGAGATAAC AACTCTGCCT 
CCAGCTCCTC TCCTTCCATG TCCTGGATTC CCTCCACAAC CTTTGCCTGG AGCAGGAGTA 
CCAGCTGCTC TGCCTGGTTG GGGTATCCCA CCTCCCCCTC CACCACCACC ACCTTTACCT 
GGAGCTGCTG TCCCTCCTCC ACCTCCTCCT CTGCCCAGCC TGGGATTTGC ACCCCCACCA 
CCACTGCTTC CTGGAGCAGG ACTGCCACCA CCTCCTCCAC CTCTGCCTGG AGGGGGCATT 
CCACCACCTC CTCCTCCACC GCCACCTCTG CCTGGTGCTG CTGTGCCCCC TCCACCTCCT 
CCACCGCCAC CTCTGCCTGG TGCTGCTGTG CCCCCTCCAC CTCCTCCACC ACCTCTGCCT 
GGTGTAGCTG TGCCCCCTCC ACCTCCTCCA CCACCTCTGC CTGGTGTAGC TGTGCCCCCT 
CCACCCCCTC CACCACCTCT GCCTGGTGTA GCTGTGCCCC CTCCACCTCC TCCACCACCT 
CTGCCTGGTG TAGCTGTGCC GCCTCCACCT CCTCCACCAC CTCTGCCTGG TGTGGCTGTG 
CCTCCTCCAC CTCCTCCACC ACCTCTGCCT GGTCTAGCTG TGCCCCCTCC ACCACCTCTG 
CCTGGTGCTG GTGTCCCTCC ACCACCCCCT CCTTTGCCTG GGTTGGGGAT GCCTCCTCCA 
GCCCCACCAC CCCTTCCAGC ACCAGTCCAG GGCAGCAGCT ACCCAGCAGT CCCACAGGGC 
TGTGGTTTTC TTCCTCCTCC ATTACCATCT GGTTTATTTG CAATGGGGAT GAATCAGGAA 
AAAGGGAGCA GGAAACACGT AATAGAGCCT ACTCGGCCAA TGAAGCCTCT TTACTGGACA 
AGAATTCAGC TCCACAGTAA AACAGATTCT AGTGCTTCAC TTGTGTGGGA AAAAATTGAA 
GAGCCTTCCA TAGATTATCA TGAGTTTGAA GAACTGTTTT CTAAAACAGC TGTTAAAGAG 
AGGAAGAAAC CCATTTCGGA CACCATTACA AAAAGAAAGA CTAAACAAGT TGTCAAGTTG 
TTAAGTAACA AAAGATCTCA AGCTGTTGGA ATATTAATGT CTAGCCTTCA TTTAGACATG 
AAAGACATTC AGCGTGCTGT TGTGAACTTG GACAACTCTG TGGTTGACCT AGAGACGCTG 
CAAGCTCTGT ATGAGAATAG AGCACAATCA GATGAACTAG AAAAAATAGA AAAGCATAGC 
AAGGCATCCA AGGAGAAAGA AAACGCCAAG TCTTTGGATA AGCCAGAACA GTTCCTCTAT 
GAACTCTCAC TGATTCCAAA CTTTTCAGAA CGTGTGTTTT GCATCCTGTT CCAGTCAACA 
TTTTCAGAAA GCATTGGTTC AATCCATCGC AAACTTGAAT TGTTACAGAA ACTGTGTGAG 
ACATTGAAGA ATGAATCAGG AGTTATGCGG GTTCTGGGTT TGGTTCTTGC CTTTGGAAAT 
TACATGAATG GTGGAAACAG GACACGAGGA CAGGCTGATG GGTTTGGATT AGATATCCTG 
CCAAAACTGA AAGATGTCAA GAGCAGTGAT AACAGCCGAA GTCTTCTATC GTACATTGTC 
TCATATTATT TGCGTAATTT TGATGAGGAT GCTGGAAGAG AACAATGCAT CTTCCCTCTT 
CCGGATCCAC AGGATCTCTT CCAGGCTTCA CAACTGAAGT TTGATGATTT TCAAAAAGAT 
CTCCGCAAAA TGAAGAAAGA TTTGCGAGCA TGTGAGACAG AAGCAGCAAA AGTTTATCAG 
CTATCACTAG AAGAGCACCT ACAGCCCTTC AAAGACAACA TGGAGCAATT CATTAGTCAA 
GCCAAAATAG ACCAAGAAAA TGAAGAGAAA TCACTGACAG AAGCACATAA AAGCTTTTTG 
GAAACTACAG CCTATTTCTC TATGAAACCA AAAATGGGTG AGAAGGAGGT GTCCCCACAT 
TCTTTCTTCA GTATTTGGCA TGAATTCAGT TCTGACTTCA AAGACTTTTG GAAGAAGGAA 
AACAAACTTA TTCTTCAAGA AAGAGTCAAA GAAGCAGAGG AAGTCTGCAG ACAGAAAAAG 
GGGAAGTCGC TATACAATAT TAGACAAAAA CATGACTCTG GAATTAAAGC AAAGATAAGT 
ATGAAAATCT GA

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

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FMN2 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

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:

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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