FLT1 cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	FLT1
Entrez Gene ID	100223459
Full Name	fms related tyrosine kinase 1
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002192895.3	XP_002192931.2	vascular endothelial growth factor receptor 1
XM_002192895.4	XP_002192931.3	vascular endothelial growth factor receptor 1

Pathways from BioSystems
Gene Ontology

The following FLT1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FLT1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OTd04494	XM_002192895.3 Latest version!	Taeniopygia guttata fms-related tyrosine kinase 1 (FLT1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OTd25156	XM_002192895.4 Latest version!	Taeniopygia guttata fms related tyrosine kinase 1 (FLT1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

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

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

Reference Sequences (Refseq)

FLT1 ( XM_002192895.3 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002192931.2 Taeniopygia guttata fms-related tyrosine kinase 1 (FLT1), mRNA.

Price & Availability↑

CloneID	OTd04494
Clone ID Related Accession (Same CDS sequence)	XM_002192895.3
Accession Version	XM_002192895.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	vascular endothelial growth factor receptor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197691.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On May 26, 2015 this sequence version replaced XM_002192895.2. ##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##

ATGCCCCGCC AGCTGCTCTC AGGGACCGTG CTGCTGGGAG CCGCCCTCCT GCTCGCAGGA 
TCTAGTTCAG GATCAAAACT AAAAGTTCCT GAGCTGAGTA TAAATGGCAT ACAGCACGTT 
GTTCAAGTCG GCCAGACTTT AAATCTCACC TGCAGGGGGG AAATGGTTCA TTCATGGTCT 
TTGCCTGAAA CTCTTAGCAA GGATAGCAAA AGGCTGAAAG TAATTAAATA TGCCTGTGGA 
AGGAATGGGA AGCAGTCCTG CAGCAGTCTG ACCTTGAGCA GAACTCAAGC AAGTGACACT 
GGAAATTATA GCTGCAAATA CCCAACAAGT CCAGCAAAAA AGAAGAAGGA ATCTACAGTC 
TATGTATTTA TTAACGATAC AAGCAATCCA TTTGTAGAGA TGCACAGTGA TATCCCTAAA 
ATAATAAACA TGGCTGTAGG AAGAGAAGTG ATCATTCCAT GCAGAGTCAC AGATCCAAAC 
ATTGCTGTTA CTTTAAAAAA GATTCCACGA GAAACCCTTA TTCCTGATGG CAAGACAATA 
ATCTGGGACA GCATGCAAGG CTTCAGAATA CCTAAGGCAA CTTACAGATT CATTGGGCTC 
CTGAGCTGTG AGACAACTGT TGGTGGGCAC ACATACAGCA CCAAGTACCT AACACACAGA 
GAAACCAACA CCATTTTTGA TGTTCAGTTA AGCACCCCAC GTCTTGTCAA GCTGCTGAAG 
GGAGACAGCC TAGCAATTAA CTGCACTGTC ACTGCAGCCT GGAACACCAG AGTGCAGATG 
ACATGGACTT ACCCTGGAGA GACAAGGAAA AGAGGTTCAG TAACGCAGCG TATTGACCAG 
AAGAATTCAG AGGCCAACAT TTTTTACAGC ATCCTCGTTG TCGACAGAGT GCGGGATATT 
GATAAAGGCC AGTACACCTG CCACGTGAAG AGTGGACCAT CCATCAAAGC TGTCAACTCA 
ACAGTCATTG TTTATGATAA AATGTTCATT AATTTGAAAC GTCGAAGAAA AACTGCGCTG 
GAGGCTGTTG CTGGAAGAAA ATCCTATCGT TTGTCAATGA AAGTGAAGGC ATTTCCCTCT 
CCGGAGGTTA TATGGTTAAA AGATGGGCTA CCTGCTGCTG AAAAATGTGC TCGGTACGTG 
GTTAAAAACT ATTCATTAGT CATCAAGGAT GTAGCTGAGG AGGATGCTGG AAACTACACC 
ATAATACTGA GCATTCGACA GTGGAACTTG TCAAAGAATC TTACAGTCAC TCTTACTGTA 
AATGTGAAAC CGCAGATATA CGAAAAGGCC GTGTCATCAT TCCCTGATCC CAATCTGCAT 
TTACTAGGCA GCAAACAAGT GCTGACATGC ACTGTGTATG GTATTCCTCC ACCTAAAATT 
ATGTGGATGT GGTATCCTTG TAAACAAAAC CATTCTAAAA CAAGGCACGG ATTTTGCTTT 
TATACTGAAG GATCTTACAT CCTGAAAGCT GGCAGCAATG TAGGAAACAG GATCCAGAGC 
ATCACTGAGA GAACAGCTGT AATAGAGGGC AAAAATAAGA CTGCTAGCAC TCTTGTTGTA 
GCTGAAGCCA AATCCTCAGG AATCTACAGC TGTGTGGCAT CCAATAAAGT GGGAAAATCT 
GAAAGAAATG TCAGTTTTAT TGTAACAGAT GTACCAAGCG GATTCCATAT TAGTTTGGAA 
AAAATGCCCA TTGAAGGAGA GAATTTGGTA TTGTCCTGTT CGGCCAACAA ATTCCTGTAC 
AAAGACATTG CTTGGATTTT GCCTAGGACA GTCAACAATC AAACGAAAGC AAAGAAGTCT 
CACAACAGGG ACTACTCCAT CACCCTCACT CTGACCATCA AAAACGTTTC CCTGGCACAC 
TCAGGCACCT ACGCCTGCCG AGCAAGGAAC GTATACACGG GGAAAGAAGT GCTTCAAAAG 
AAAGACGTTA CAATCAGAGC TCAAGAGGCA CCAGCCCTGC TGCGGCAGCT TGCGGATCAG 
ACAGTGAACG CCAGTAACTC TGCCATGTTG GAGTGCCAGG CTCGTGGTAT TCCTGAGCCC 
CAGATATCCT GGTTTAAAAA CCATGAGGAA ATACAGCAAG AACCAGGAAT AATTTTAGGG 
CCTGGAAGCC GAATGCTGTT TATTGAAAGA ATAAAAGAGG AGGATGAAGG ACTTTACCAG 
TGTATAGCCA CCAACTTGAA AGGGTCCGTG GAGAGTGCGG CATATGTCAC AGTACAAGGC 
ATATCGGAGA GGTCAAACCT GGAACTGATA ACTCTGACCT GTACCTGTGT GGCTGCGACA 
CTGTTCTGGC TCCTGTTGAC CCTCTTCATT CGCAAGCTGA AGAGGCCTCG TTCCTCTGAA 
ATGAAGACCA ATCATTACCT GTCAATCATA ATGGATCCTG ATGAAGTCCC CTTAGATGAG 
CAATGTGAAC GTCTACCTTA TGATGCCAGC AAGTGGGAAA TTGCAAGAGA AAGGCTAAAA 
CTAGGGAAGT CTCTTGGACA TGGAGCTTTT GGAAAGGTGG TACAAGCATC TGCATTTGGA 
ATTAGAAAAT CACCAACATG CAGAACAGTT GCTGTGAAAA TGTTGAAAGA AGGAGCCACA 
GCAAGTGAGT ACAAAGCACT GATGACAGAG CTGAAAATCC TAATCCACAT TGGTCATCAT 
CTCAACATTG TTAATTTGCT GGGAGCTTGC ACAAAAAATG GAGGGCCTCT GATGGTGATT 
GTTGAATACT GCAAGTATGG GAATTTATCA AACTATCTGA AGAGCAAAAG GAATCTTTTC 
TGCCCTAACA AGGACTCCTC TCTGCAGGGA GAGCCAATGA AAAAGGATGT TGAGCCAGTG 
GAAAGCAAAA AACAAAGGCT GGCCAGTGTC ACCAGCAGGG AGAGCTTTGC GAGCTCTGGG 
TTCCAGGAAG ATAAAAGTCT GAGTGATGTG GAGGAGGACG AGGAGGATGC TGATGACCTG 
TACAAGTTGC CCCTCACTAT GGAGGATCTG ATCTCTTACA GCTTTCAGGT GGCCAGAGGC 
ATGGAGTTCC TCTCCTCCAG AAAGTGCATT CATCGTGACC TGGCAGCCAG AAACATCCTT 
TTATCTGAAA ACAACGTTGT GAAGATCTGT GATTTTGGCC TCGCAAGAGA TATTTATAAA 
AATCCTGATT ATGTGAGAAA AGGAGATGCT CGACTTCCTC TCAAGTGGAT GGCTCCTGAA 
TCCATATTTG ATAAAATCTA CAATACAAAA AGCGACGTGT GGTCCTTTGG GGTCTTGCTG 
TGGGAGATCT TTTCCTTGGG TGCTTCTCCT TACCCCGGAG TCCAAATAGA CGAGGATTTC 
TGCAGCAGGC TGAAGGAAGG CACAAGAATG CGAGCCCCAG AGCAAGCAAC TGCGGAGATT 
TACCAGATCA TGCTGGACTG CTGGCAGAGC AACCCCAATG ACAGGCCACG GTTCTCCGAG 
CTGGTGAAAA AGCTGGGCGA CCTGCTGCAA GCAAATGTCC AGCAGGAAGG TAAAGACTAC 
ATACCCCTCA GCACAATATT TACAACAGAA AGTGGGTCTC CCCCTGCATC TGATCCTTTG 
TGCAATGAAA ATTTTCCTGT TACAAGCTCA AGTTGTGAAA GCACCGAAAA TGTCAGATAC 
GTAAACACTT TCAAAATAAA CCCCCCCCAG CGTATAAAGA CATTTGAAGA GCTTCCCATG 
AAGAAAACGC TTGTATTTAA TGATTATCAA GCAGACAGTG GGATGGTGCT GGCTCCAGAA 
GAACTGAAAC GCTTCACATG GACAGGCAGC AAGCAAAAAC GGACACTCTT TGGCATTAAA 
GGTGCCAGCA GGAGCAAGGA GTCAGTGCTT TCTGGAATAA CCAAGCCAAG AAGCTTCTGC 
AGTTTCAGCT GTGACCAGCT CAGTGACTCC AAGCGAAGAC ACACCTGTGG TTATGCAATG 
CTGGAGAAAG TGATTGCCAG CCGTTCTCCT CCTCCCGACT ACAATTCTGT TGTCCACTAT 
TCTCAGCCAC CGGTTTAA

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

RefSeq	XP_002192931.2
CDS	293..4270
Translation	MPRQLLSGTVLLGAALLLAGSSSGSKLKVPELSINGIQHVVQVGQTLNLTCRGEMVHSWSLPETLSKDSKRLKVIKYACGRNGKQSCSSLTLSRTQASDTGNYSCKYPTSPAKKKKESTVYVFINDTSNPFVEMHSDIPKIINMAVGREVIIPCRVTDPNIAVTLKKIPRETLIPDGKTIIWDSMQGFRIPKATYRFIGLLSCETTVGGHTYSTKYLTHRETNTIFDVQLSTPRLVKLLKGDSLAINCTVTAAWNTRVQMTWTYPGETRKRGSVTQRIDQKNSEANIFYSILVVDRVRDIDKGQYTCHVKSGPSIKAVNSTVIVYDKMFINLKRRRKTALEAVAGRKSYRLSMKVKAFPSPEVIWLKDGLPAAEKCARYVVKNYSLVIKDVAEEDAGNYTIILSIRQWNLSKNLTVTLTVNVKPQIYEKAVSSFPDPNLHLLGSKQVLTCTVYGIPPPKIMWMWYPCKQNHSKTRHGFCFYTEGSYILKAGSNVGNRIQSITERTAVIEGKNKTASTLVVAEAKSSGIYSCVASNKVGKSERNVSFIVTDVPSGFHISLEKMPIEGENLVLSCSANKFLYKDIAWILPRTVNNQTKAKKSHNRDYSITLTLTIKNVSLAHSGTYACRARNVYTGKEVLQKKDVTIRAQEAPALLRQLADQTVNASNSAMLECQARGIPEPQISWFKNHEEIQQEPGIILGPGSRMLFIERIKEEDEGLYQCIATNLKGSVESAAYVTVQGISERSNLELITLTCTCVAATLFWLLLTLFIRKLKRPRSSEMKTNHYLSIIMDPDEVPLDEQCERLPYDASKWEIARERLKLGKSLGHGAFGKVVQASAFGIRKSPTCRTVAVKMLKEGATASEYKALMTELKILIHIGHHLNIVNLLGACTKNGGPLMVIVEYCKYGNLSNYLKSKRNLFCPNKDSSLQGEPMKKDVEPVESKKQRLASVTSRESFASSGFQEDKSLSDVEEDEEDADDLYKLPLTMEDLISYSFQVARGMEFLSSRKCIHRDLAARNILLSENNVVKICDFGLARDIYKNPDYVRKGDARLPLKWMAPESIFDKIYNTKSDVWSFGVLLWEIFSLGASPYPGVQIDEDFCSRLKEGTRMRAPEQATAEIYQIMLDCWQSNPNDRPRFSELVKKLGDLLQANVQQEGKDYIPLSTIFTTESGSPPASDPLCNENFPVTSSSCESTENVRYVNTFKINPPQRIKTFEELPMKKTLVFNDYQADSGMVLAPEELKRFTWTGSKQKRTLFGIKGASRSKESVLSGITKPRSFCSFSCDQLSDSKRRHTCGYAMLEKVIASRSPPPDYNSVVHYSQPPV

Target ORF information:

RefSeq Version	XM_002192895.3
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata fms-related tyrosine kinase 1 (FLT1), mRNA.

Target ORF information:

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

XM_002192895.3

ORF Insert Sequence:

ATGCCCCGCC AGCTGCTCTC AGGGACCGTG CTGCTGGGAG CCGCCCTCCT GCTCGCAGGA 
TCTAGTTCAG GATCAAAACT AAAAGTTCCT GAGCTGAGTA TAAATGGCAT ACAGCACGTT 
GTTCAAGTCG GCCAGACTTT AAATCTCACC TGCAGGGGGG AAATGGTTCA TTCATGGTCT 
TTGCCTGAAA CTCTTAGCAA GGATAGCAAA AGGCTGAAAG TAATTAAATA TGCCTGTGGA 
AGGAATGGGA AGCAGTCCTG CAGCAGTCTG ACCTTGAGCA GAACTCAAGC AAGTGACACT 
GGAAATTATA GCTGCAAATA CCCAACAAGT CCAGCAAAAA AGAAGAAGGA ATCTACAGTC 
TATGTATTTA TTAACGATAC AAGCAATCCA TTTGTAGAGA TGCACAGTGA TATCCCTAAA 
ATAATAAACA TGGCTGTAGG AAGAGAAGTG ATCATTCCAT GCAGAGTCAC AGATCCAAAC 
ATTGCTGTTA CTTTAAAAAA GATTCCACGA GAAACCCTTA TTCCTGATGG CAAGACAATA 
ATCTGGGACA GCATGCAAGG CTTCAGAATA CCTAAGGCAA CTTACAGATT CATTGGGCTC 
CTGAGCTGTG AGACAACTGT TGGTGGGCAC ACATACAGCA CCAAGTACCT AACACACAGA 
GAAACCAACA CCATTTTTGA TGTTCAGTTA AGCACCCCAC GTCTTGTCAA GCTGCTGAAG 
GGAGACAGCC TAGCAATTAA CTGCACTGTC ACTGCAGCCT GGAACACCAG AGTGCAGATG 
ACATGGACTT ACCCTGGAGA GACAAGGAAA AGAGGTTCAG TAACGCAGCG TATTGACCAG 
AAGAATTCAG AGGCCAACAT TTTTTACAGC ATCCTCGTTG TCGACAGAGT GCGGGATATT 
GATAAAGGCC AGTACACCTG CCACGTGAAG AGTGGACCAT CCATCAAAGC TGTCAACTCA 
ACAGTCATTG TTTATGATAA AATGTTCATT AATTTGAAAC GTCGAAGAAA AACTGCGCTG 
GAGGCTGTTG CTGGAAGAAA ATCCTATCGT TTGTCAATGA AAGTGAAGGC ATTTCCCTCT 
CCGGAGGTTA TATGGTTAAA AGATGGGCTA CCTGCTGCTG AAAAATGTGC TCGGTACGTG 
GTTAAAAACT ATTCATTAGT CATCAAGGAT GTAGCTGAGG AGGATGCTGG AAACTACACC 
ATAATACTGA GCATTCGACA GTGGAACTTG TCAAAGAATC TTACAGTCAC TCTTACTGTA 
AATGTGAAAC CGCAGATATA CGAAAAGGCC GTGTCATCAT TCCCTGATCC CAATCTGCAT 
TTACTAGGCA GCAAACAAGT GCTGACATGC ACTGTGTATG GTATTCCTCC ACCTAAAATT 
ATGTGGATGT GGTATCCTTG TAAACAAAAC CATTCTAAAA CAAGGCACGG ATTTTGCTTT 
TATACTGAAG GATCTTACAT CCTGAAAGCT GGCAGCAATG TAGGAAACAG GATCCAGAGC 
ATCACTGAGA GAACAGCTGT AATAGAGGGC AAAAATAAGA CTGCTAGCAC TCTTGTTGTA 
GCTGAAGCCA AATCCTCAGG AATCTACAGC TGTGTGGCAT CCAATAAAGT GGGAAAATCT 
GAAAGAAATG TCAGTTTTAT TGTAACAGAT GTACCAAGCG GATTCCATAT TAGTTTGGAA 
AAAATGCCCA TTGAAGGAGA GAATTTGGTA TTGTCCTGTT CGGCCAACAA ATTCCTGTAC 
AAAGACATTG CTTGGATTTT GCCTAGGACA GTCAACAATC AAACGAAAGC AAAGAAGTCT 
CACAACAGGG ACTACTCCAT CACCCTCACT CTGACCATCA AAAACGTTTC CCTGGCACAC 
TCAGGCACCT ACGCCTGCCG AGCAAGGAAC GTATACACGG GGAAAGAAGT GCTTCAAAAG 
AAAGACGTTA CAATCAGAGC TCAAGAGGCA CCAGCCCTGC TGCGGCAGCT TGCGGATCAG 
ACAGTGAACG CCAGTAACTC TGCCATGTTG GAGTGCCAGG CTCGTGGTAT TCCTGAGCCC 
CAGATATCCT GGTTTAAAAA CCATGAGGAA ATACAGCAAG AACCAGGAAT AATTTTAGGG 
CCTGGAAGCC GAATGCTGTT TATTGAAAGA ATAAAAGAGG AGGATGAAGG ACTTTACCAG 
TGTATAGCCA CCAACTTGAA AGGGTCCGTG GAGAGTGCGG CATATGTCAC AGTACAAGGC 
ATATCGGAGA GGTCAAACCT GGAACTGATA ACTCTGACCT GTACCTGTGT GGCTGCGACA 
CTGTTCTGGC TCCTGTTGAC CCTCTTCATT CGCAAGCTGA AGAGGCCTCG TTCCTCTGAA 
ATGAAGACCA ATCATTACCT GTCAATCATA ATGGATCCTG ATGAAGTCCC CTTAGATGAG 
CAATGTGAAC GTCTACCTTA TGATGCCAGC AAGTGGGAAA TTGCAAGAGA AAGGCTAAAA 
CTAGGGAAGT CTCTTGGACA TGGAGCTTTT GGAAAGGTGG TACAAGCATC TGCATTTGGA 
ATTAGAAAAT CACCAACATG CAGAACAGTT GCTGTGAAAA TGTTGAAAGA AGGAGCCACA 
GCAAGTGAGT ACAAAGCACT GATGACAGAG CTGAAAATCC TAATCCACAT TGGTCATCAT 
CTCAACATTG TTAATTTGCT GGGAGCTTGC ACAAAAAATG GAGGGCCTCT GATGGTGATT 
GTTGAATACT GCAAGTATGG GAATTTATCA AACTATCTGA AGAGCAAAAG GAATCTTTTC 
TGCCCTAACA AGGACTCCTC TCTGCAGGGA GAGCCAATGA AAAAGGATGT TGAGCCAGTG 
GAAAGCAAAA AACAAAGGCT GGCCAGTGTC ACCAGCAGGG AGAGCTTTGC GAGCTCTGGG 
TTCCAGGAAG ATAAAAGTCT GAGTGATGTG GAGGAGGACG AGGAGGATGC TGATGACCTG 
TACAAGTTGC CCCTCACTAT GGAGGATCTG ATCTCTTACA GCTTTCAGGT GGCCAGAGGC 
ATGGAGTTCC TCTCCTCCAG AAAGTGCATT CATCGTGACC TGGCAGCCAG AAACATCCTT 
TTATCTGAAA ACAACGTTGT GAAGATCTGT GATTTTGGCC TCGCAAGAGA TATTTATAAA 
AATCCTGATT ATGTGAGAAA AGGAGATGCT CGACTTCCTC TCAAGTGGAT GGCTCCTGAA 
TCCATATTTG ATAAAATCTA CAATACAAAA AGCGACGTGT GGTCCTTTGG GGTCTTGCTG 
TGGGAGATCT TTTCCTTGGG TGCTTCTCCT TACCCCGGAG TCCAAATAGA CGAGGATTTC 
TGCAGCAGGC TGAAGGAAGG CACAAGAATG CGAGCCCCAG AGCAAGCAAC TGCGGAGATT 
TACCAGATCA TGCTGGACTG CTGGCAGAGC AACCCCAATG ACAGGCCACG GTTCTCCGAG 
CTGGTGAAAA AGCTGGGCGA CCTGCTGCAA GCAAATGTCC AGCAGGAAGG TAAAGACTAC 
ATACCCCTCA GCACAATATT TACAACAGAA AGTGGGTCTC CCCCTGCATC TGATCCTTTG 
TGCAATGAAA ATTTTCCTGT TACAAGCTCA AGTTGTGAAA GCACCGAAAA TGTCAGATAC 
GTAAACACTT TCAAAATAAA CCCCCCCCAG CGTATAAAGA CATTTGAAGA GCTTCCCATG 
AAGAAAACGC TTGTATTTAA TGATTATCAA GCAGACAGTG GGATGGTGCT GGCTCCAGAA 
GAACTGAAAC GCTTCACATG GACAGGCAGC AAGCAAAAAC GGACACTCTT TGGCATTAAA 
GGTGCCAGCA GGAGCAAGGA GTCAGTGCTT TCTGGAATAA CCAAGCCAAG AAGCTTCTGC 
AGTTTCAGCT GTGACCAGCT CAGTGACTCC AAGCGAAGAC ACACCTGTGG TTATGCAATG 
CTGGAGAAAG TGATTGCCAG CCGTTCTCCT CCTCCCGACT ACAATTCTGT TGTCCACTAT 
TCTCAGCCAC CGGTTTAA

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

FLT1 ( XM_002192895.4 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002192931.3 Taeniopygia guttata fms related tyrosine kinase 1 (FLT1), mRNA.

Price & Availability↑

CloneID	OTd25156
Clone ID Related Accession (Same CDS sequence)	XM_002192895.4
Accession Version	XM_002192895.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3978bp) 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	vascular endothelial growth factor receptor 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044211.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_002192895.3. ##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##

ATGCCCCGCC AGCTGCTCTC AGGGACCGTG CTGCTGGGAG CCGCCCTCCT GCTCGCAGGA 
TCTAGTTCAG GATCAAAACT AAAAGTTCCT GAGCTGAGTA TAAATGGCAT ACAGCACGTT 
GTTCAAGTCG GCCAGACTTT AAATCTCACC TGCAGGGGGG AAATGGTTCA TTCATGGTCT 
TTGCCTGAAA CTCTTAGCAA GGATAGCAAA AGGCTGAAAG TAATTAAATA TGCCTGTGGA 
AGGAATGGGA AGCAGTCCTG CAGCAGTCTG ACCTTGAGCA GAACTCAAGC AAGTGACACT 
GGAAATTATA GCTGCAAATA CCCAACAAGT CCAGCAAAAA AGAAGAAGGA ATCTACAGTC 
TATGTATTTA TTAACGATAC AAGCAATCCA TTTGTAGAGA TGCACAGTGA TATCCCTAAA 
ATAATAAACA TGGCTGTAGG AAGAGAAGTG ATCATTCCAT GCAGAGTCAC AGATCCAAAC 
ATTGCTGTTA CTTTAAAAAA GATTCCACGA GAAACCCTTA TTCCTGATGG CAAGACAATA 
ATCTGGGACA GCATGCAAGG CTTCAGAATA CCTAAGGCAA CTTACAGATT CATTGGGCTC 
CTGAGCTGTG AGACAACTGT TGGTGGGCAC ACATACAGCA CCAAGTACCT AACACACAGA 
GAAACCAACA CCATTTTTGA TGTTCAGTTA AGCACCCCAC GTCTTGTCAA GCTGCTGAAG 
GGAGACAGCC TAGCAATTAA CTGCACTGTC ACTGCAGCCT GGAACACCAG AGTGCAGATG 
ACATGGACTT ACCCTGGAGA GACAAGGAAA AGAGGTTCAG TAACGCAGCG TATTGACCAG 
AAGAATTCAG AGGCCAACAT TTTTTACAGC ATCCTCGTTG TCGACAGAGT GCGGGATATT 
GATAAAGGCC AGTACACCTG CCACGTGAAG AGTGGACCAT CCATCAAAGC TGTCAACTCA 
ACAGTCATTG TTTATGATAA AATGTTCATT AATTTGAAAC GTCGAAGAAA AACTGCGCTG 
GAGGCTGTTG CTGGAAGAAA ATCCTATCGT TTGTCAATGA AAGTGAAGGC ATTTCCCTCT 
CCGGAGGTTA TATGGTTAAA AGATGGGCTA CCTGCTGCTG AAAAATGTGC TCGGTACGTG 
GTTAAAAACT ATTCATTAGT CATCAAGGAT GTAGCTGAGG AGGATGCTGG AAACTACACC 
ATAATACTGA GCATTCGACA GTGGAACTTG TCAAAGAATC TTACAGTCAC TCTTACTGTA 
AATGTGAAAC CGCAGATATA CGAAAAGGCC GTGTCATCAT TCCCTGATCC CAATCTGCAT 
TTACTAGGCA GCAAACAAGT GCTGACATGC ACTGTGTATG GTATTCCTCC ACCTAAAATT 
ATGTGGATGT GGTATCCTTG TAAACAAAAC CATTCTAAAA CAAGGCACGG ATTTTGCTTT 
TATACTGAAG GATCTTACAT CCTGAAAGCT GGCAGCAATG TAGGAAACAG GATCCAGAGC 
ATCACTGAGA GAACAGCTGT AATAGAGGGC AAAAATAAGA CTGCTAGCAC TCTTGTTGTA 
GCTGAAGCCA AATCCTCAGG AATCTACAGC TGTGTGGCAT CCAATAAAGT GGGAAAATCT 
GAAAGAAATG TCAGTTTTAT TGTAACAGAT GTACCAAGCG GATTCCATAT TAGTTTGGAA 
AAAATGCCCA TTGAAGGAGA GAATTTGGTA TTGTCCTGTT CGGCCAACAA ATTCCTGTAC 
AAAGACATTG CTTGGATTTT GCCTAGGACA GTCAACAATC AAACGAAAGC AAAGAAGTCT 
CACAACAGGG ACTACTCCAT CACCCTCACT CTGACCATCA AAAACGTTTC CCTGGCACAC 
TCAGGCACCT ACGCCTGCCG AGCAAGGAAC GTATACACGG GGAAAGAAGT GCTTCAAAAG 
AAAGACGTTA CAATCAGAGC TCAAGAGGCA CCAGCCCTGC TGCGGCAGCT TGCGGATCAG 
ACAGTGAACG CCAGTAACTC TGCCATGTTG GAGTGCCAGG CTCGTGGTAT TCCTGAGCCC 
CAGATATCCT GGTTTAAAAA CCATGAGGAA ATACAGCAAG AACCAGGAAT AATTTTAGGG 
CCTGGAAGCC GAATGCTGTT TATTGAAAGA ATAAAAGAGG AGGATGAAGG ACTTTACCAG 
TGTATAGCCA CCAACTTGAA AGGGTCCGTG GAGAGTGCGG CATATGTCAC AGTACAAGGC 
ATATCGGAGA GGTCAAACCT GGAACTGATA ACTCTGACCT GTACCTGTGT GGCTGCGACA 
CTGTTCTGGC TCCTGTTGAC CCTCTTCATT CGCAAGCTGA AGAGGCCTCG TTCCTCTGAA 
ATGAAGACCA ATCATTACCT GTCAATCATA ATGGATCCTG ATGAAGTCCC CTTAGATGAG 
CAATGTGAAC GTCTACCTTA TGATGCCAGC AAGTGGGAAA TTGCAAGAGA AAGGCTAAAA 
CTAGGGAAGT CTCTTGGACA TGGAGCTTTT GGAAAGGTGG TACAAGCATC TGCATTTGGA 
ATTAGAAAAT CACCAACATG CAGAACAGTT GCTGTGAAAA TGTTGAAAGA AGGAGCCACA 
GCAAGTGAGT ACAAAGCACT GATGACAGAG CTGAAAATCC TAATCCACAT TGGTCATCAT 
CTCAACATTG TTAATTTGCT GGGAGCTTGC ACAAAAAATG GAGGGCCTCT GATGGTGATT 
GTTGAATACT GCAAGTATGG GAATTTATCA AACTATCTGA AGAGCAAAAG GAATCTTTTC 
TGCCCTAACA AGGACTCCTC TCTGCAGGGA GAGCCAATGA AAAAGGATGT TGAGCCAGTG 
GAAAGCAAAA AACAAAGGCT GGCCAGTGTC ACCAGCAGGG AGAGCTTTGC GAGCTCTGGG 
TTCCAGGAAG ATAAAAGTCT GAGTGATGTG GAGGAGGACG AGGAGGATGC TGATGACCTG 
TACAAGTTGC CCCTCACTAT GGAGGATCTG ATCTCTTACA GCTTTCAGGT GGCCAGAGGC 
ATGGAGTTCC TCTCCTCCAG AAAGTGCATT CATCGTGACC TGGCAGCCAG AAACATCCTT 
TTATCTGAAA ACAACGTTGT GAAGATCTGT GATTTTGGCC TCGCAAGAGA TATTTATAAA 
AATCCTGATT ATGTGAGAAA AGGAGATGCT CGACTTCCTC TCAAGTGGAT GGCTCCTGAA 
TCCATATTTG ATAAAATCTA CAATACAAAA AGCGACGTGT GGTCCTTTGG GGTCTTGCTG 
TGGGAGATAT TTTCCTTGGG TGCTTCTCCT TACCCCGGAG TCCAAATAGA TGAGGATTTC 
TGCAGCAGGC TGAAGGAAGG CACAAGAATG CGAGCCCCAG AGCAAGCAAC TGCGGAGATT 
TACCAGATCA TGCTGGACTG CTGGCAGAGC AACCCCAATG ACAGGCCACG GTTCTCCGAG 
CTGGTGAAAA AGCTGGGCGA CCTGCTGCAA GCAAATGTCC AGCAGGAAGG TAAAGACTAC 
ATACCCCTCA GCACAATATT TACAACAGAA AGTGGGTCTC CCCCTGCATC TGATCCTTTG 
TGCAATGAAA ATTTTCCTGT TACAAGCTCA AGTTGTGAAA GCACCGAAAA TGTCAGATAC 
GTAAACACTT TCAAAATAAC CCCCCCCCAG CGTATAAAGA CATTTGAAGA GCTTCCCATG 
AAGAAAACGC TTGTATTTAA TGATTATCAA GCAGACAGTG GGATGGTGCT GGCTCCAGAA 
GAACTGAAAC GCTTCACATG GACAGGCAGC AAGCAGAAAC GGACACTCTT TGGCATTAAA 
GGTGCCAGCA GGAGCAAGGA GTCAGTGCTT TCTGGAATAA CCAAGCCAAG AAGCTTCTGC 
AGTTTCAGCT GTGACCAGCT CAGTGACTCC AAGCGAAGAC ACACCTGTGG TTATGCAATG 
CTGGAGAAAG TGATTGCCAG CCGTTCTCCT CCTCCCGACT ACAATTCTGT TGTCCACTAT 
TCTCAGCCAC CGGTTTAA

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

RefSeq	XP_002192931.3
CDS	293..4270
Translation	MPRQLLSGTVLLGAALLLAGSSSGSKLKVPELSINGIQHVVQVGQTLNLTCRGEMVHSWSLPETLSKDSKRLKVIKYACGRNGKQSCSSLTLSRTQASDTGNYSCKYPTSPAKKKKESTVYVFINDTSNPFVEMHSDIPKIINMAVGREVIIPCRVTDPNIAVTLKKIPRETLIPDGKTIIWDSMQGFRIPKATYRFIGLLSCETTVGGHTYSTKYLTHRETNTIFDVQLSTPRLVKLLKGDSLAINCTVTAAWNTRVQMTWTYPGETRKRGSVTQRIDQKNSEANIFYSILVVDRVRDIDKGQYTCHVKSGPSIKAVNSTVIVYDKMFINLKRRRKTALEAVAGRKSYRLSMKVKAFPSPEVIWLKDGLPAAEKCARYVVKNYSLVIKDVAEEDAGNYTIILSIRQWNLSKNLTVTLTVNVKPQIYEKAVSSFPDPNLHLLGSKQVLTCTVYGIPPPKIMWMWYPCKQNHSKTRHGFCFYTEGSYILKAGSNVGNRIQSITERTAVIEGKNKTASTLVVAEAKSSGIYSCVASNKVGKSERNVSFIVTDVPSGFHISLEKMPIEGENLVLSCSANKFLYKDIAWILPRTVNNQTKAKKSHNRDYSITLTLTIKNVSLAHSGTYACRARNVYTGKEVLQKKDVTIRAQEAPALLRQLADQTVNASNSAMLECQARGIPEPQISWFKNHEEIQQEPGIILGPGSRMLFIERIKEEDEGLYQCIATNLKGSVESAAYVTVQGISERSNLELITLTCTCVAATLFWLLLTLFIRKLKRPRSSEMKTNHYLSIIMDPDEVPLDEQCERLPYDASKWEIARERLKLGKSLGHGAFGKVVQASAFGIRKSPTCRTVAVKMLKEGATASEYKALMTELKILIHIGHHLNIVNLLGACTKNGGPLMVIVEYCKYGNLSNYLKSKRNLFCPNKDSSLQGEPMKKDVEPVESKKQRLASVTSRESFASSGFQEDKSLSDVEEDEEDADDLYKLPLTMEDLISYSFQVARGMEFLSSRKCIHRDLAARNILLSENNVVKICDFGLARDIYKNPDYVRKGDARLPLKWMAPESIFDKIYNTKSDVWSFGVLLWEIFSLGASPYPGVQIDEDFCSRLKEGTRMRAPEQATAEIYQIMLDCWQSNPNDRPRFSELVKKLGDLLQANVQQEGKDYIPLSTIFTTESGSPPASDPLCNENFPVTSSSCESTENVRYVNTFKITPPQRIKTFEELPMKKTLVFNDYQADSGMVLAPEELKRFTWTGSKQKRTLFGIKGASRSKESVLSGITKPRSFCSFSCDQLSDSKRRHTCGYAMLEKVIASRSPPPDYNSVVHYSQPPV

Target ORF information:

RefSeq Version	XM_002192895.4
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata fms related tyrosine kinase 1 (FLT1), mRNA.

Target ORF information:

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

XM_002192895.4

ORF Insert Sequence:

ATGCCCCGCC AGCTGCTCTC AGGGACCGTG CTGCTGGGAG CCGCCCTCCT GCTCGCAGGA 
TCTAGTTCAG GATCAAAACT AAAAGTTCCT GAGCTGAGTA TAAATGGCAT ACAGCACGTT 
GTTCAAGTCG GCCAGACTTT AAATCTCACC TGCAGGGGGG AAATGGTTCA TTCATGGTCT 
TTGCCTGAAA CTCTTAGCAA GGATAGCAAA AGGCTGAAAG TAATTAAATA TGCCTGTGGA 
AGGAATGGGA AGCAGTCCTG CAGCAGTCTG ACCTTGAGCA GAACTCAAGC AAGTGACACT 
GGAAATTATA GCTGCAAATA CCCAACAAGT CCAGCAAAAA AGAAGAAGGA ATCTACAGTC 
TATGTATTTA TTAACGATAC AAGCAATCCA TTTGTAGAGA TGCACAGTGA TATCCCTAAA 
ATAATAAACA TGGCTGTAGG AAGAGAAGTG ATCATTCCAT GCAGAGTCAC AGATCCAAAC 
ATTGCTGTTA CTTTAAAAAA GATTCCACGA GAAACCCTTA TTCCTGATGG CAAGACAATA 
ATCTGGGACA GCATGCAAGG CTTCAGAATA CCTAAGGCAA CTTACAGATT CATTGGGCTC 
CTGAGCTGTG AGACAACTGT TGGTGGGCAC ACATACAGCA CCAAGTACCT AACACACAGA 
GAAACCAACA CCATTTTTGA TGTTCAGTTA AGCACCCCAC GTCTTGTCAA GCTGCTGAAG 
GGAGACAGCC TAGCAATTAA CTGCACTGTC ACTGCAGCCT GGAACACCAG AGTGCAGATG 
ACATGGACTT ACCCTGGAGA GACAAGGAAA AGAGGTTCAG TAACGCAGCG TATTGACCAG 
AAGAATTCAG AGGCCAACAT TTTTTACAGC ATCCTCGTTG TCGACAGAGT GCGGGATATT 
GATAAAGGCC AGTACACCTG CCACGTGAAG AGTGGACCAT CCATCAAAGC TGTCAACTCA 
ACAGTCATTG TTTATGATAA AATGTTCATT AATTTGAAAC GTCGAAGAAA AACTGCGCTG 
GAGGCTGTTG CTGGAAGAAA ATCCTATCGT TTGTCAATGA AAGTGAAGGC ATTTCCCTCT 
CCGGAGGTTA TATGGTTAAA AGATGGGCTA CCTGCTGCTG AAAAATGTGC TCGGTACGTG 
GTTAAAAACT ATTCATTAGT CATCAAGGAT GTAGCTGAGG AGGATGCTGG AAACTACACC 
ATAATACTGA GCATTCGACA GTGGAACTTG TCAAAGAATC TTACAGTCAC TCTTACTGTA 
AATGTGAAAC CGCAGATATA CGAAAAGGCC GTGTCATCAT TCCCTGATCC CAATCTGCAT 
TTACTAGGCA GCAAACAAGT GCTGACATGC ACTGTGTATG GTATTCCTCC ACCTAAAATT 
ATGTGGATGT GGTATCCTTG TAAACAAAAC CATTCTAAAA CAAGGCACGG ATTTTGCTTT 
TATACTGAAG GATCTTACAT CCTGAAAGCT GGCAGCAATG TAGGAAACAG GATCCAGAGC 
ATCACTGAGA GAACAGCTGT AATAGAGGGC AAAAATAAGA CTGCTAGCAC TCTTGTTGTA 
GCTGAAGCCA AATCCTCAGG AATCTACAGC TGTGTGGCAT CCAATAAAGT GGGAAAATCT 
GAAAGAAATG TCAGTTTTAT TGTAACAGAT GTACCAAGCG GATTCCATAT TAGTTTGGAA 
AAAATGCCCA TTGAAGGAGA GAATTTGGTA TTGTCCTGTT CGGCCAACAA ATTCCTGTAC 
AAAGACATTG CTTGGATTTT GCCTAGGACA GTCAACAATC AAACGAAAGC AAAGAAGTCT 
CACAACAGGG ACTACTCCAT CACCCTCACT CTGACCATCA AAAACGTTTC CCTGGCACAC 
TCAGGCACCT ACGCCTGCCG AGCAAGGAAC GTATACACGG GGAAAGAAGT GCTTCAAAAG 
AAAGACGTTA CAATCAGAGC TCAAGAGGCA CCAGCCCTGC TGCGGCAGCT TGCGGATCAG 
ACAGTGAACG CCAGTAACTC TGCCATGTTG GAGTGCCAGG CTCGTGGTAT TCCTGAGCCC 
CAGATATCCT GGTTTAAAAA CCATGAGGAA ATACAGCAAG AACCAGGAAT AATTTTAGGG 
CCTGGAAGCC GAATGCTGTT TATTGAAAGA ATAAAAGAGG AGGATGAAGG ACTTTACCAG 
TGTATAGCCA CCAACTTGAA AGGGTCCGTG GAGAGTGCGG CATATGTCAC AGTACAAGGC 
ATATCGGAGA GGTCAAACCT GGAACTGATA ACTCTGACCT GTACCTGTGT GGCTGCGACA 
CTGTTCTGGC TCCTGTTGAC CCTCTTCATT CGCAAGCTGA AGAGGCCTCG TTCCTCTGAA 
ATGAAGACCA ATCATTACCT GTCAATCATA ATGGATCCTG ATGAAGTCCC CTTAGATGAG 
CAATGTGAAC GTCTACCTTA TGATGCCAGC AAGTGGGAAA TTGCAAGAGA AAGGCTAAAA 
CTAGGGAAGT CTCTTGGACA TGGAGCTTTT GGAAAGGTGG TACAAGCATC TGCATTTGGA 
ATTAGAAAAT CACCAACATG CAGAACAGTT GCTGTGAAAA TGTTGAAAGA AGGAGCCACA 
GCAAGTGAGT ACAAAGCACT GATGACAGAG CTGAAAATCC TAATCCACAT TGGTCATCAT 
CTCAACATTG TTAATTTGCT GGGAGCTTGC ACAAAAAATG GAGGGCCTCT GATGGTGATT 
GTTGAATACT GCAAGTATGG GAATTTATCA AACTATCTGA AGAGCAAAAG GAATCTTTTC 
TGCCCTAACA AGGACTCCTC TCTGCAGGGA GAGCCAATGA AAAAGGATGT TGAGCCAGTG 
GAAAGCAAAA AACAAAGGCT GGCCAGTGTC ACCAGCAGGG AGAGCTTTGC GAGCTCTGGG 
TTCCAGGAAG ATAAAAGTCT GAGTGATGTG GAGGAGGACG AGGAGGATGC TGATGACCTG 
TACAAGTTGC CCCTCACTAT GGAGGATCTG ATCTCTTACA GCTTTCAGGT GGCCAGAGGC 
ATGGAGTTCC TCTCCTCCAG AAAGTGCATT CATCGTGACC TGGCAGCCAG AAACATCCTT 
TTATCTGAAA ACAACGTTGT GAAGATCTGT GATTTTGGCC TCGCAAGAGA TATTTATAAA 
AATCCTGATT ATGTGAGAAA AGGAGATGCT CGACTTCCTC TCAAGTGGAT GGCTCCTGAA 
TCCATATTTG ATAAAATCTA CAATACAAAA AGCGACGTGT GGTCCTTTGG GGTCTTGCTG 
TGGGAGATAT TTTCCTTGGG TGCTTCTCCT TACCCCGGAG TCCAAATAGA TGAGGATTTC 
TGCAGCAGGC TGAAGGAAGG CACAAGAATG CGAGCCCCAG AGCAAGCAAC TGCGGAGATT 
TACCAGATCA TGCTGGACTG CTGGCAGAGC AACCCCAATG ACAGGCCACG GTTCTCCGAG 
CTGGTGAAAA AGCTGGGCGA CCTGCTGCAA GCAAATGTCC AGCAGGAAGG TAAAGACTAC 
ATACCCCTCA GCACAATATT TACAACAGAA AGTGGGTCTC CCCCTGCATC TGATCCTTTG 
TGCAATGAAA ATTTTCCTGT TACAAGCTCA AGTTGTGAAA GCACCGAAAA TGTCAGATAC 
GTAAACACTT TCAAAATAAC CCCCCCCCAG CGTATAAAGA CATTTGAAGA GCTTCCCATG 
AAGAAAACGC TTGTATTTAA TGATTATCAA GCAGACAGTG GGATGGTGCT GGCTCCAGAA 
GAACTGAAAC GCTTCACATG GACAGGCAGC AAGCAGAAAC GGACACTCTT TGGCATTAAA 
GGTGCCAGCA GGAGCAAGGA GTCAGTGCTT TCTGGAATAA CCAAGCCAAG AAGCTTCTGC 
AGTTTCAGCT GTGACCAGCT CAGTGACTCC AAGCGAAGAC ACACCTGTGG TTATGCAATG 
CTGGAGAAAG TGATTGCCAG CCGTTCTCCT CCTCCCGACT ACAATTCTGT TGTCCACTAT 
TCTCAGCCAC CGGTTTAA

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

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FLT1 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:

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