CFTR cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	CFTR
Entrez Gene ID	100222243
Full Name	cystic fibrosis transmembrane conductance regulator
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_004177217.1	XP_004177265.1	LOW QUALITY PROTEIN: cystic fibrosis transmembrane conductance regulator
XM_030257297.1	XP_030113157.1	cystic fibrosis transmembrane conductance regulator

Pathways from BioSystems
Gene Ontology

The following CFTR gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CFTR 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
OTd32688	XM_030257297.1 Latest version!	Taeniopygia guttata CF transmembrane conductance regulator (CFTR), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OTd03522	XM_004177217.1 Latest version!	Taeniopygia guttata cystic fibrosis transmembrane conductance regulator (ATP-binding cassette sub-family C, member 7) (CFTR), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

CFTR ( XM_030257297.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_030113157.1 Taeniopygia guttata CF transmembrane conductance regulator (CFTR), mRNA.

Price & Availability↑

CloneID	OTd32688
Clone ID Related Accession (Same CDS sequence)	XM_030257297.1
Accession Version	XM_030257297.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4458bp) 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	cystic fibrosis transmembrane conductance regulator
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044212.1) 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##

ATGCAGAGGT CTCCCCTGGA GAAGGCGAAC ATCTTCTCCA AACTTTTCTT CAGATGGACA 
AACCCCATTT TGAAAAAGGG TTACAGACGA CGGTTGGAGC TCTCAGATAT TTATCAAATC 
CCTTCTGCAG ACTCTGCTGA TAATCTTTCT GAAAAACTGG AAAGAGAATG GGACAGAGAG 
CTGGCAACTT CAGAGAAGAA ACCCAAACTC ATAAATGCTC TTCGGCGATG CTTTTTCTGG 
AAATTTATGT TCTATGGAAT AGTTTTATAT TTAGGGGAAG TCACCAAATC TGTGCAACCC 
CTTCTGCTGG GGAGAATAAT AGCTTCTTAT GATCCAGACA ACTCTGATGA AAGATCCATA 
GCCTACTACC TGGGCATTGG CTTGTGCCTT CTCTTTTTTG TGAGAACACT GCTTATACAC 
CCTGCTATAT TTGGTCTTCA TCATATTGGA ATGCAAATGA GGATAGCTAT GTTTAGCTTG 
ATTTATAAGA AGATCCTAAA ACTCTCAAGC AGAGTTCTAG ATAAAATAAG TACTGGACAA 
TTGGTCAGTC TTCTTTCCAA CAATCTGAAC AAATTTGATG AGGGTCTTGC TCTGGCTCAT 
TTTGTATGGA TTGCACCATT ACAAGTGGCA CTACTGATGG GATTGCTCTG GGATATGTTA 
GAAGCTTCTG CATTTTCTGG ACTTGCTTTT CTAATAGTCA TGGTCTTATT CCAAGCCTGG 
CTGGGACAAA TGATGATGAA ATACAGGAAT AAGAGAGCAG GAAAGATCAA TGAGAGACTT 
GTCATCACCT CAGAAACAAT TGAAAATATA CAGTCAGTTA AAGCCTATTG TTGGGAAGAT 
GCAATGGAAA AAATGATTGA AAACATCCGT GAAACTGAAC TGAAGCTTAC CCGAAAAGCT 
GCTTATGTGA GATATTTCAA CAGCTCAGCC TTCTTCTTCT CGGGCTTTTT TGTGGTGTTC 
TTAGCTGTGC TTCCGTATGC TGTGATTAAA GGAATTACTC TCCGAAAAAT ATTCACCACC 
ATTTCCTTCT GCATTGTTCT TCGAATGACA GTGACCAGGC AGTTTCCCGG CTCTGTACAG 
ACCTGGTATG ACTCTATTGG AGCAATAAAC AAAATACAGG ATTTCTTGCT GAAAAAAGAA 
TATAAAGCTC TGGAGTATAA TCTAACAACC ACTGGGGTTG AGCTGGACAA AGTAACAGCT 
TTTTGGGATG AGGGAATTGG AGAGCTATTT GTAAAAGCAA AGCAGGAAAA CAACACCAGC 
AAAGCTTCTA GCACTGACAG CAATCTCTTC TTCAGTAATT TTCCCCTTCA TGCCTCTCCT 
GTTCTTCAGG ATATAAATTT CAAGATTGAG AAGGGGCAGC TATTGGCTGT TTCTGGATCC 
ACTGGAGCAG GCAAGACTTC TCTTCTGATG TTGATAATGG GAGAACTGGA GCCTTCGCAG 
GGTAAAATTA AACACAGTGG AAGGATATCC TTTTCACCTC AAGTCTCCTG GATCATGCCT 
GGAACAATAA AAGAGAACGT AATTTTTGGT TTATCCTATG ATGAATACCG ATACAGGAGT 
GTCATCAAAG CCTGCCAACT AGAAGAGGAT ATTTCCAAGT TCCCAGACAA AGATTATACA 
CTTCTGGGTG AAGGTGGAAT CATTCTGAGT GGAGGTCAGC GAGCACGGAT CTCACTGGCA 
AGAGCAGTGT ACAAAGATGC TGATTTGTAT CTCCTGGATT CTCCTTTTGG ACACTTAGAC 
ATTTTTACAG AAAAAGAGAT ATTTGAAAGC TGCGTGTGCA AGTTGATGGC AAATAAAACG 
AGGATCTTGG TTACATCAAA ACTGGAACAC TTAAAGATTG CTGACAAAAT ATTAATCTTA 
CATGAAGGGA GCTGCTATTT CTATGGAACA TTTTCTGAAC TTCAGGGTCA ACGGCCAGAC 
TTCAGCTCAG AGCTGATGGG ATTTGACTCT TTTGATCAGT TCAGTGCAGA GAGAAGAAAT 
TCAATCCTTA CTGAGACTCT CAGACGATTT TCCATTGAAG GAGAAGGCAT GGGATCACGC 
AATGAAATAA AGAAGCAGTC TTTCAAACAA AAGTCAGATT TTAATGACAA AAGGAAGAGC 
TCTGTAATTA TTAACCCCCT TAATGCAAAC AGGAAGTTCT CAGTAGTGCA GAAGAACGGG 
ATGCAGGTCA ATGGGCTAGA GGATGGCCAC AGTGACCCAG CAGAGAGGAG GCTCTCGCTG 
GTACCCGACG TAGAGCAGGG GGACGTGGCT CTGCTGCACT CTGGCATGCT CAAGGCTGAC 
CATCTGCTGC AAGGGCGCAG GAGGCAGTCG GTGCTGACCC TGATGACAAG CACCGCTGTG 
AACTATGGAC CAAACTTTTC CAAAAAGGGA AGTACAACGT TCCGGAAAAT GTCTATGGTG 
CCTCAGACAA ACCTGTCCTC TGAGATAGAT ATCTACAACA GGCGTGTGTC TCGAGACAGC 
GTCTTGGATA TAACTGATGA AATCAGTGAA GAGGATTTGA AGGAGTGCTT CAGTGATGAT 
GCTGAAAGCA TGGGTACTGT TACTACATGG AATACTTATT TCAGATATGT TACTATCCAC 
AAAAACTTGA TTTTTGTTCT GATTCTGTGT GTGACTGTCT TCTTAGTTGA GGTAGCTGCT 
TCTCTTGGTG GGGTATGGTT TCTTCAAAAG ACAGCTTTGA AGGCAAATTC ATCACAGTCA 
GAAAACAGCA CCTCTGACAA ACCTCCTGTG ATTGTCACTG ACACTAGCAG CTACTACATC 
GTTTACATCT ATGTGGGTGT GGCAGATACC CTGCTTGCCA TGGGAATCTT CAGAGGTTTG 
CCCCTTGTGC ATACACTTAT AACAGTGTCT AAAACTCTTC ATCAAAAGAT GGTGCATGCA 
GTTCTTCATG CACCTATGTC AACCTTCAAC TCTTGGAAAG CAGGTGGTAT GCTTAACAGA 
TTCTCAAAAG ATACGGCAGT ACTGGATGAC TTACTTCCAC TCACAGTATT TGACTTCATT 
CAGTTAATAC TGATTGTGAT TGGCGCTATA ACAGTAGTCT CAATATTAGA GCCCTACATC 
TTCCTGGCAT CAGTGCCTGT GATAGGAGCC TTTATTCTGT TAAGGGCATA CTTCCTCCAC 
ACTTCTCAGC AGCTGAAACA ACTGGAATCT GAAGCTCGGA GTCCAATCTT CACCCATCTT 
GTTACAAGCT TAAAAGGGCT GTGGACACTG CGAGCGTTTG GGCGGCAGCC GTATTTTGAG 
ACCCTCTTTC ACAAAGCTCT GAACCTACAC ACAGCAAACT GGTTCCTCTA CCTGTCAACA 
CTGCGCTGGT TCCAGATGAG GATAGAAATT ATTTTTGTTG TCTTTTTTGT TGCTGTGGTA 
TTTATCTCTA TCATAACTAC AGGTGAAGGA CCAGGTACAG CTGGAATTAT TCTTACTTTA 
GCTATGAACA TCATGGGAAC CTTGCAGTGG GCAGTAAACT CAAGCATAGA TGTTGATAGT 
TTGATGCGGT CTGTCGGACG AATATTTAAA TTAATTGACA TGCCAACAGA AGAGACAAAA 
AGCATTAAGC CACAGAAGAA TAATCAGTTT TCAGATGCCC TTGTAATCGA AAACAGGCAT 
GTGAAGGAAG AGAAGAACTG GCCATCTGGG GGCCAGATGA CTGTGAAAGA CCTTACAGCC 
AAATACGGTG ATGGAGGAGC TGCTGTACTA GAAAACATTT CCTTTTCAAT AAGTTCAGGG 
CAGAGGGTGG GCCTTTTAGG AAGAACAGGT TCAGGAAAAA GCACTTTACT TTTTGCATTT 
TTAAGACTGC TGAATACAGA AGGGGATATC CAGATTGATG GAGTCTCCTG GAACACAGTC 
AGCGTGCAGC AATGGAGAAA AGCATTTGGA GTGATTCCTC AGAAAGTGTT CATATTTTCT 
GGAAGTTTTC GGATGAATTT GGATCCTTAT GGGCAATGGA ACGATGAAGA AATATGGAAA 
GTTGCAGAGG AGGTTGGGCT GAAGTCTGTA ATAGAGCAAT TTCCAGGCAA GCTTGATTTT 
GTTCTTGTGG ATGGAGGCTG CGTCCTCAGT CATGGCCACA AACAGCTGAT GTGCCTTGCC 
CGGTCAGTTC TCAGCAAAGC TAAGATCTTG CTGCTCGATG AACCAAGTGC TCACCTGGAC 
CCTGTAACTT CCCAAGTGAT CAGGAAGACC CTGAAGCATG CGTTTGCCAA CTGCACGGTG 
ATACTCTCTG AGCACAGGCT GGAGGCGATG CTGGAATGCC AGAGATTTTT GGTAATTGAG 
GACAATAGAC TGAGGCAGTA CGAGTCCATT CAGAAGCTGC TGAATGAGAA GAGCTCCTTC 
AGGCAGGCCA TCAGTCACGC TGAGCGCCTT AAGCTACTGC CAGCACACCA CAGAAACTCC 
AGCAAACGTA AACCCCGACC CCAAATCACT GCCCTGCAGG AGGAGACAGA GGAAGAAGTG 
CAGGAGACCA GACTGTGA

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

RefSeq	XP_030113157.1
CDS	218..4675
Translation	MQRSPLEKANIFSKLFFRWTNPILKKGYRRRLELSDIYQIPSADSADNLSEKLEREWDRELATSEKKPKLINALRRCFFWKFMFYGIVLYLGEVTKSVQPLLLGRIIASYDPDNSDERSIAYYLGIGLCLLFFVRTLLIHPAIFGLHHIGMQMRIAMFSLIYKKILKLSSRVLDKISTGQLVSLLSNNLNKFDEGLALAHFVWIAPLQVALLMGLLWDMLEASAFSGLAFLIVMVLFQAWLGQMMMKYRNKRAGKINERLVITSETIENIQSVKAYCWEDAMEKMIENIRETELKLTRKAAYVRYFNSSAFFFSGFFVVFLAVLPYAVIKGITLRKIFTTISFCIVLRMTVTRQFPGSVQTWYDSIGAINKIQDFLLKKEYKALEYNLTTTGVELDKVTAFWDEGIGELFVKAKQENNTSKASSTDSNLFFSNFPLHASPVLQDINFKIEKGQLLAVSGSTGAGKTSLLMLIMGELEPSQGKIKHSGRISFSPQVSWIMPGTIKENVIFGLSYDEYRYRSVIKACQLEEDISKFPDKDYTLLGEGGIILSGGQRARISLARAVYKDADLYLLDSPFGHLDIFTEKEIFESCVCKLMANKTRILVTSKLEHLKIADKILILHEGSCYFYGTFSELQGQRPDFSSELMGFDSFDQFSAERRNSILTETLRRFSIEGEGMGSRNEIKKQSFKQKSDFNDKRKSSVIINPLNANRKFSVVQKNGMQVNGLEDGHSDPAERRLSLVPDVEQGDVALLHSGMLKADHLLQGRRRQSVLTLMTSTAVNYGPNFSKKGSTTFRKMSMVPQTNLSSEIDIYNRRVSRDSVLDITDEISEEDLKECFSDDAESMGTVTTWNTYFRYVTIHKNLIFVLILCVTVFLVEVAASLGGVWFLQKTALKANSSQSENSTSDKPPVIVTDTSSYYIVYIYVGVADTLLAMGIFRGLPLVHTLITVSKTLHQKMVHAVLHAPMSTFNSWKAGGMLNRFSKDTAVLDDLLPLTVFDFIQLILIVIGAITVVSILEPYIFLASVPVIGAFILLRAYFLHTSQQLKQLESEARSPIFTHLVTSLKGLWTLRAFGRQPYFETLFHKALNLHTANWFLYLSTLRWFQMRIEIIFVVFFVAVVFISIITTGEGPGTAGIILTLAMNIMGTLQWAVNSSIDVDSLMRSVGRIFKLIDMPTEETKSIKPQKNNQFSDALVIENRHVKEEKNWPSGGQMTVKDLTAKYGDGGAAVLENISFSISSGQRVGLLGRTGSGKSTLLFAFLRLLNTEGDIQIDGVSWNTVSVQQWRKAFGVIPQKVFIFSGSFRMNLDPYGQWNDEEIWKVAEEVGLKSVIEQFPGKLDFVLVDGGCVLSHGHKQLMCLARSVLSKAKILLLDEPSAHLDPVTSQVIRKTLKHAFANCTVILSEHRLEAMLECQRFLVIEDNRLRQYESIQKLLNEKSSFRQAISHAERLKLLPAHHRNSSKRKPRPQITALQEETEEEVQETRL

Target ORF information:

RefSeq Version	XM_030257297.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata CF transmembrane conductance regulator (CFTR), mRNA.

Target ORF information:

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

XM_030257297.1

ORF Insert Sequence:

ATGCAGAGGT CTCCCCTGGA GAAGGCGAAC ATCTTCTCCA AACTTTTCTT CAGATGGACA 
AACCCCATTT TGAAAAAGGG TTACAGACGA CGGTTGGAGC TCTCAGATAT TTATCAAATC 
CCTTCTGCAG ACTCTGCTGA TAATCTTTCT GAAAAACTGG AAAGAGAATG GGACAGAGAG 
CTGGCAACTT CAGAGAAGAA ACCCAAACTC ATAAATGCTC TTCGGCGATG CTTTTTCTGG 
AAATTTATGT TCTATGGAAT AGTTTTATAT TTAGGGGAAG TCACCAAATC TGTGCAACCC 
CTTCTGCTGG GGAGAATAAT AGCTTCTTAT GATCCAGACA ACTCTGATGA AAGATCCATA 
GCCTACTACC TGGGCATTGG CTTGTGCCTT CTCTTTTTTG TGAGAACACT GCTTATACAC 
CCTGCTATAT TTGGTCTTCA TCATATTGGA ATGCAAATGA GGATAGCTAT GTTTAGCTTG 
ATTTATAAGA AGATCCTAAA ACTCTCAAGC AGAGTTCTAG ATAAAATAAG TACTGGACAA 
TTGGTCAGTC TTCTTTCCAA CAATCTGAAC AAATTTGATG AGGGTCTTGC TCTGGCTCAT 
TTTGTATGGA TTGCACCATT ACAAGTGGCA CTACTGATGG GATTGCTCTG GGATATGTTA 
GAAGCTTCTG CATTTTCTGG ACTTGCTTTT CTAATAGTCA TGGTCTTATT CCAAGCCTGG 
CTGGGACAAA TGATGATGAA ATACAGGAAT AAGAGAGCAG GAAAGATCAA TGAGAGACTT 
GTCATCACCT CAGAAACAAT TGAAAATATA CAGTCAGTTA AAGCCTATTG TTGGGAAGAT 
GCAATGGAAA AAATGATTGA AAACATCCGT GAAACTGAAC TGAAGCTTAC CCGAAAAGCT 
GCTTATGTGA GATATTTCAA CAGCTCAGCC TTCTTCTTCT CGGGCTTTTT TGTGGTGTTC 
TTAGCTGTGC TTCCGTATGC TGTGATTAAA GGAATTACTC TCCGAAAAAT ATTCACCACC 
ATTTCCTTCT GCATTGTTCT TCGAATGACA GTGACCAGGC AGTTTCCCGG CTCTGTACAG 
ACCTGGTATG ACTCTATTGG AGCAATAAAC AAAATACAGG ATTTCTTGCT GAAAAAAGAA 
TATAAAGCTC TGGAGTATAA TCTAACAACC ACTGGGGTTG AGCTGGACAA AGTAACAGCT 
TTTTGGGATG AGGGAATTGG AGAGCTATTT GTAAAAGCAA AGCAGGAAAA CAACACCAGC 
AAAGCTTCTA GCACTGACAG CAATCTCTTC TTCAGTAATT TTCCCCTTCA TGCCTCTCCT 
GTTCTTCAGG ATATAAATTT CAAGATTGAG AAGGGGCAGC TATTGGCTGT TTCTGGATCC 
ACTGGAGCAG GCAAGACTTC TCTTCTGATG TTGATAATGG GAGAACTGGA GCCTTCGCAG 
GGTAAAATTA AACACAGTGG AAGGATATCC TTTTCACCTC AAGTCTCCTG GATCATGCCT 
GGAACAATAA AAGAGAACGT AATTTTTGGT TTATCCTATG ATGAATACCG ATACAGGAGT 
GTCATCAAAG CCTGCCAACT AGAAGAGGAT ATTTCCAAGT TCCCAGACAA AGATTATACA 
CTTCTGGGTG AAGGTGGAAT CATTCTGAGT GGAGGTCAGC GAGCACGGAT CTCACTGGCA 
AGAGCAGTGT ACAAAGATGC TGATTTGTAT CTCCTGGATT CTCCTTTTGG ACACTTAGAC 
ATTTTTACAG AAAAAGAGAT ATTTGAAAGC TGCGTGTGCA AGTTGATGGC AAATAAAACG 
AGGATCTTGG TTACATCAAA ACTGGAACAC TTAAAGATTG CTGACAAAAT ATTAATCTTA 
CATGAAGGGA GCTGCTATTT CTATGGAACA TTTTCTGAAC TTCAGGGTCA ACGGCCAGAC 
TTCAGCTCAG AGCTGATGGG ATTTGACTCT TTTGATCAGT TCAGTGCAGA GAGAAGAAAT 
TCAATCCTTA CTGAGACTCT CAGACGATTT TCCATTGAAG GAGAAGGCAT GGGATCACGC 
AATGAAATAA AGAAGCAGTC TTTCAAACAA AAGTCAGATT TTAATGACAA AAGGAAGAGC 
TCTGTAATTA TTAACCCCCT TAATGCAAAC AGGAAGTTCT CAGTAGTGCA GAAGAACGGG 
ATGCAGGTCA ATGGGCTAGA GGATGGCCAC AGTGACCCAG CAGAGAGGAG GCTCTCGCTG 
GTACCCGACG TAGAGCAGGG GGACGTGGCT CTGCTGCACT CTGGCATGCT CAAGGCTGAC 
CATCTGCTGC AAGGGCGCAG GAGGCAGTCG GTGCTGACCC TGATGACAAG CACCGCTGTG 
AACTATGGAC CAAACTTTTC CAAAAAGGGA AGTACAACGT TCCGGAAAAT GTCTATGGTG 
CCTCAGACAA ACCTGTCCTC TGAGATAGAT ATCTACAACA GGCGTGTGTC TCGAGACAGC 
GTCTTGGATA TAACTGATGA AATCAGTGAA GAGGATTTGA AGGAGTGCTT CAGTGATGAT 
GCTGAAAGCA TGGGTACTGT TACTACATGG AATACTTATT TCAGATATGT TACTATCCAC 
AAAAACTTGA TTTTTGTTCT GATTCTGTGT GTGACTGTCT TCTTAGTTGA GGTAGCTGCT 
TCTCTTGGTG GGGTATGGTT TCTTCAAAAG ACAGCTTTGA AGGCAAATTC ATCACAGTCA 
GAAAACAGCA CCTCTGACAA ACCTCCTGTG ATTGTCACTG ACACTAGCAG CTACTACATC 
GTTTACATCT ATGTGGGTGT GGCAGATACC CTGCTTGCCA TGGGAATCTT CAGAGGTTTG 
CCCCTTGTGC ATACACTTAT AACAGTGTCT AAAACTCTTC ATCAAAAGAT GGTGCATGCA 
GTTCTTCATG CACCTATGTC AACCTTCAAC TCTTGGAAAG CAGGTGGTAT GCTTAACAGA 
TTCTCAAAAG ATACGGCAGT ACTGGATGAC TTACTTCCAC TCACAGTATT TGACTTCATT 
CAGTTAATAC TGATTGTGAT TGGCGCTATA ACAGTAGTCT CAATATTAGA GCCCTACATC 
TTCCTGGCAT CAGTGCCTGT GATAGGAGCC TTTATTCTGT TAAGGGCATA CTTCCTCCAC 
ACTTCTCAGC AGCTGAAACA ACTGGAATCT GAAGCTCGGA GTCCAATCTT CACCCATCTT 
GTTACAAGCT TAAAAGGGCT GTGGACACTG CGAGCGTTTG GGCGGCAGCC GTATTTTGAG 
ACCCTCTTTC ACAAAGCTCT GAACCTACAC ACAGCAAACT GGTTCCTCTA CCTGTCAACA 
CTGCGCTGGT TCCAGATGAG GATAGAAATT ATTTTTGTTG TCTTTTTTGT TGCTGTGGTA 
TTTATCTCTA TCATAACTAC AGGTGAAGGA CCAGGTACAG CTGGAATTAT TCTTACTTTA 
GCTATGAACA TCATGGGAAC CTTGCAGTGG GCAGTAAACT CAAGCATAGA TGTTGATAGT 
TTGATGCGGT CTGTCGGACG AATATTTAAA TTAATTGACA TGCCAACAGA AGAGACAAAA 
AGCATTAAGC CACAGAAGAA TAATCAGTTT TCAGATGCCC TTGTAATCGA AAACAGGCAT 
GTGAAGGAAG AGAAGAACTG GCCATCTGGG GGCCAGATGA CTGTGAAAGA CCTTACAGCC 
AAATACGGTG ATGGAGGAGC TGCTGTACTA GAAAACATTT CCTTTTCAAT AAGTTCAGGG 
CAGAGGGTGG GCCTTTTAGG AAGAACAGGT TCAGGAAAAA GCACTTTACT TTTTGCATTT 
TTAAGACTGC TGAATACAGA AGGGGATATC CAGATTGATG GAGTCTCCTG GAACACAGTC 
AGCGTGCAGC AATGGAGAAA AGCATTTGGA GTGATTCCTC AGAAAGTGTT CATATTTTCT 
GGAAGTTTTC GGATGAATTT GGATCCTTAT GGGCAATGGA ACGATGAAGA AATATGGAAA 
GTTGCAGAGG AGGTTGGGCT GAAGTCTGTA ATAGAGCAAT TTCCAGGCAA GCTTGATTTT 
GTTCTTGTGG ATGGAGGCTG CGTCCTCAGT CATGGCCACA AACAGCTGAT GTGCCTTGCC 
CGGTCAGTTC TCAGCAAAGC TAAGATCTTG CTGCTCGATG AACCAAGTGC TCACCTGGAC 
CCTGTAACTT CCCAAGTGAT CAGGAAGACC CTGAAGCATG CGTTTGCCAA CTGCACGGTG 
ATACTCTCTG AGCACAGGCT GGAGGCGATG CTGGAATGCC AGAGATTTTT GGTAATTGAG 
GACAATAGAC TGAGGCAGTA CGAGTCCATT CAGAAGCTGC TGAATGAGAA GAGCTCCTTC 
AGGCAGGCCA TCAGTCACGC TGAGCGCCTT AAGCTACTGC CAGCACACCA CAGAAACTCC 
AGCAAACGTA AACCCCGACC CCAAATCACT GCCCTGCAGG AGGAGACAGA GGAAGAAGTG 
CAGGAGACCA GACTGTGA

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

CFTR ( XM_004177217.1 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_004177265.1 Taeniopygia guttata cystic fibrosis transmembrane conductance regulator (ATP-binding cassette sub-family C, member 7) (CFTR), mRNA.

Price & Availability↑

CloneID	OTd03522
Clone ID Related Accession (Same CDS sequence)	XM_004177217.1
Accession Version	XM_004177217.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4578bp) 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	LOW QUALITY PROTEIN: cystic fibrosis transmembrane conductance regulator
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002197556.1) annotated using gene prediction method: Gnomon, supported by mRNA 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 :: 3% of CDS bases frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCACCGAG GCAAGAGAAC AATGACAGAG TCAGAACTCG ACGAGACACC ATTTGGTCAG 
AGGCTGCAGT CCTCGAGGAA TGGCAGGAAT GGTTCTGTGG TAGCAGGCAT CCTGCAGATA 
AAGGGGTGTA GTCTTCTTGC AGCCGATCAG GCTCCCCATT CTGAGGCATA CAGATGGACA 
AACCCCATTT TGAAAAAGGG TTACAGACGA CGGTTGGAGC TCTCAGATAT TTATCAAATC 
CCTTCTGCAG ACTCTGCTGA TAATCTTTCT GAAAAACTGG AAAGAGAATG GGACAGAGAG 
CTGGCAACTT CAGAGAAGAA ACCCAAACTC ATAAATGCTC TTCGGCGATG CTTTTTCTGG 
AAATTTATGT TCTATGGAAT AGTTTTATAT TTAGGGGAAG TCACCAAATC TGTGCAACCC 
CTTCTGCTGG GGAGAATAAT AGCTTCTTAT GATCCAGACA ACTCTGATGA AAGATCCATA 
GCCTACTACC TGGGCATTGG CTTGTGCCTT CTCTTTTTTG TGAGAACACT GCTTATACAC 
CCTGCTATAT TTGGTCTTCA TCATATTGGA ATGCAAATGA GGATAGCTAT GTTTAGCTTG 
ATTTATAAGA AGATCCTAAA ACTCTCAAGC AGAGTTCTAG ATAAAATAAG TACTGGACAA 
TTGGTCAGTC TTCTTTCCAA CAATCTGAAC AAATTTGATG AGGGTCTTGC TCTGGCTCAT 
TTTGTATGGA TTGCACCATT ACAAGTGGCA CTACTGATGG GATTGCTCTG GGATATGTTA 
GAAGCTTCTG CATTTTCTGG ACTTGCTTTT CTAATAGTCA TGGTCTTATT CCAAGCCTGG 
CTGGGACAAA TGATGATGAA ATACAGGAAT AAGAGAGCAG GAAAGATCAA TGAGAGACTT 
GTCATCACCT CAGAAACAAT TGAAAATATA CAGTCAGTTA AAGCCTATTG TTGGGAAGAT 
GCAATGGAAA AAATGATTGA AAACATCCGT GAAACTGAAC TGAAGCTTAC CCGAAAAGCT 
GCTTATGTGA GATATTTCAA CAGCTCAGCC TTCTTCTTCT CGGGCTTTTT TGTGGTGTTC 
TTAGCTGTGC TTCCGTATGC TGTGATTAAA GGAATTACTC TCCGAAAAAT ATTCACCACC 
ATTTCCTTCT GCATTGTTCT TCGAATGACA GTGACCAGGC AGTTTCCCGG CTCTGTACAG 
ACCTGGTATG ACTCTATTGG AGCAATAAAC AAAATACAGG ATTTCTTGCT GAAAAAAGAA 
TATAAGGCTC TGGAGTATAA TCTAACAACC ACTGGGGTTG AGCTGGACAA AGTAACAGCT 
TTTTGGGATG AGGGAATTGG AGAGCTATTT GTAAAAGCAA AGCAGGAAAA CAACACCAGC 
AAAGCTCCTA GCACTGACAG CAATCTCTTC TTCAGTAATT TTCCCCTTCA TGCCTCTCCT 
GTTCTTCAGG ATATAAATTT CAAGATTGAG AAGGGGCAGC TATTGGCTGT TTCTGGATCC 
ACTGGAGCAG GCAAGACTTC TCTTCTGATG TTGATAATGG GAGAACTGGA GCCTTCGCAG 
GGTAAAATTA AACACAGTGG AAGGATATCC TTTTCACCTC AAGTCTCCTG GATCATGCCT 
GGAACAATAA AAGAGAACAT AATTTTTGGT TTATCCTATG ATGAATACCG ATACAGGAGT 
GTCATCAAAG CCTGCCAACT AGAAGAGGAT ATTTCCAAGT TCCCAGACAA AGATTATACA 
CTTCTGGGTG AAGGTGGAAT CATTCTGAGT GGAGGTCAGC GAGCACGGAT CTCACTGGCA 
AGAGCAGTGT ACAAAGATGC TGATTTGTAT CTCCTGGATT CTCCTTTTGG ACACTTAGAC 
ATTTTTACAG AAAAAGAGAT ATTTGAAAGC TGCGTGTGCA AGTTGATGGC AAATAAAACG 
AGGATCTTGG TTACATCAAA ACTGGAACAC TTAAAGATTG CTGACAAAAT ATTAATCTTA 
CATGAAGGGA GCTGCTATTT CTATGGAACA TTTTCTGAAC TTCAGGGTCA ACGGCCAGAC 
TTCAGCTCAG AGCTGATGGG ATTTGACTCT TTTGATCAGT TCAGTGCAGA GAGAAGAAAT 
TCAATCCTTA CTGAGACTCT CAGACGATTT TCCATTGAAG GAGAAGGCAT GGGATCACGC 
AATGAAATAA AGAAGCAGTC TTTCAAACAA AAGTCAGATT TTAATGACAA AAGGAAGAGC 
TCTGTAATTA TTAACCCCCT TAATGCAAAC AGGAAGTTCT CAGTAGTGCA GAAGAACGGG 
ATGCAGGTCA ATGGGCTAGA GGATGGCCAC AGTGACCCAG CAGAGAGGAG GCTCTCGCTG 
GTACCCGACG TAGAGCAGGG GGACGTGGCT CTGCTGCACT CTGGCATGCT CAAGGCTGAC 
CATCTGCTGC AAGGGCGCAG GAGGCAGTCG GTGCTGACCC TGATGACAAG CACCGCTGTG 
AACTATGGAC CAAACTTTTC CAAAAAGGGA AGTACAACGT TCCGGAAAAT GTCTATGGTG 
CCTCAGACAA ACCTGTCCTC TGAGATAGAT ATCTACAACA GGCGTGTGTC TCGAGACAGC 
GTCTTGGATA TAACTGATGA AATCAGTGAA GAGGATTTGA AGGAGTGCTT CAGTGATGAT 
GCTGAAAGCA TGGGTACTGT TACTACATGG AATACTTATT TCAGATATGT TACTATCCAC 
AAAAACTTGA TTTTTGTTCT GATTCTGTGT GTGACTGTCT TCTTAGTTGA GGTAGCTGCT 
TCTCTTGGTG GGGTATGGTT TCTTCAAAAG ACAGCTTTGA AGGCAAATTC ATCACAGTCA 
GAAAACAGCA CCTCTGACAA ACCTCCTGTG ATTGTCACTG ACACTAGCAG CTACTACATC 
GTTTACATCT ATGTGGGTGT GGCAGATACC CTGCTTGCCA TGGGAATCTT CAGAGGTTTG 
CCCCTTGTGC ATACACTTAT AACAGTGTCT AAAACTCTTC ATCAAAAGAT GGTGCATGCA 
GTTCTTCATG CACCTATGTC AACCTTCAAC TCTTGGAAAG CAGGTGGTAT GCTTAACAGA 
TTCTCAAAAG ATACGGCAGT ACTGGATGAC TTACTTCCAC TCACAGTATT TGACTTCATT 
CAGTTAATAC TGATTGTGAT TGGCGCTATA ACAGTAGTCT CAATATTAGA ACCCTACATC 
TTCCTGGCAT CAGTGCCTGT GATAGGAGCC TTTATTCTGT TAAGGGCATA CTTCCTCCAC 
ACTTCTCAGC AGCTGAAACA ACTGGAATCT GAAGCTCGGA GTCCAATCTT CACCCATCTT 
GTTACAAGCT TAAAAGGGCT GTGGACACTG CGAGCGTTTG GGCGGCAGCC GTATTTTGAG 
ACCCTCTTTC ACAAAGCTCT GAACCTACAC ACAGCAAACT GGTTCCTCTA CCTGTCAACA 
CTGCGCTGGT TCCAGATGAG GATAGAAATT ATTTTTGTTG TCTTTTTTGT TGCTGTGGTA 
TTTATCTCTA TCATAACTAC AGGTGAAGGA CCAGGTACAG CTGGAATTAT TCTTACTTTA 
GCTATGAACA TCATGGGAAC CTTGCAGTGG GCAGTAAACT CAAGCATAGA TGTTGATAGT 
TTGATGCGGT CTGTCGGACG AATATTTAAA TTAATTGACA TGCCAACAGA AGAGACAAAA 
AGCATTAAGC CACAGAAGAA TAATCAGTTT TCAGATGCCC TTGTAATCGA AAACAGGCAT 
GTGAAGGAAG AGAAGAACTG GCCATCTGGG GGCCAGATGA CTGTGAAAGA CCTTACAGCC 
AAATACGGTG ATGGAGGAGC TGCTGTACTA GAAAACATTT CCTTTTCAAT AAGTTCAGGG 
CAGAGGGTGG GCCTTTTAGG AAGAACAGGT TCAGGAAAAA GCACTTTACT TTTTGCATTT 
TTAAGACTGC TGAATACAGA AGGGGATATC CAGATTGATG GAGTCTCCTG GAACACAGTC 
AGCGTGCAGC AATGGAGAAA AGCATTTGGA GTGATTCCTC AGAAAGTGTT CATATTTTCT 
GGAAGTTTTC GGATGAATTT GGATCCTTAT GGGCAATGGA ACGATGAAGA AATATGGAAA 
GTTGCAGAGG AGGTTGGGCT GAAGTCTGTG ATAGAGCAAT TTCCAGGCAA GCTTGATTTT 
GTTCTTGTGG ATGGAGGCTG CGTCCTCAGT CATGGCCACA AACAGCTGAT GTGCCTTGCC 
CGGTCAGTTC TCAGCAAAGC TAAGATCTTG CTGCTCGATG AACCAAGTGC TCACCTGGAC 
CCTGTAACTT CCCAAGTGAT CAGGAAGACC CTGAAGCATG CGTTTGCCAA CTGCACGGTG 
ATACTCTCTG AGCACAGGCT GGAGGCGATG CTGGAATGCC AGAGATTTTT GGTAATTGAG 
GACAATAGAC TGAGGCAGTA CGAGTCCATT CAGAAGCTGC TGAATGAGAA GAGCTCCTTC 
AGGCAGGCCA TCAGTCACGC TGAGCGCCTT AAGCTACTGC CAGCACACCA CAGAAACTCC 
AGCAAACGTA AACCCCGACC CCAAATCACT GCCCTGCAGG AGGAGACAGA GGAAGAAGTG 
CAGGAGACCA GACTGTGA

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

RefSeq	XP_004177265.1
CDS	1..4578
Translation	MHRGKRTMTESELDETPFGQRLQSSRNGRNGSVVAGILQIKGCSLLAADQAPHSEAYRWTNPILKKGYRRRLELSDIYQIPSADSADNLSEKLEREWDRELATSEKKPKLINALRRCFFWKFMFYGIVLYLGEVTKSVQPLLLGRIIASYDPDNSDERSIAYYLGIGLCLLFFVRTLLIHPAIFGLHHIGMQMRIAMFSLIYKKILKLSSRVLDKISTGQLVSLLSNNLNKFDEGLALAHFVWIAPLQVALLMGLLWDMLEASAFSGLAFLIVMVLFQAWLGQMMMKYRNKRAGKINERLVITSETIENIQSVKAYCWEDAMEKMIENIRETELKLTRKAAYVRYFNSSAFFFSGFFVVFLAVLPYAVIKGITLRKIFTTISFCIVLRMTVTRQFPGSVQTWYDSIGAINKIQDFLLKKEYKALEYNLTTTGVELDKVTAFWDEGIGELFVKAKQENNTSKAPSTDSNLFFSNFPLHASPVLQDINFKIEKGQLLAVSGSTGAGKTSLLMLIMGELEPSQGKIKHSGRISFSPQVSWIMPGTIKENIIFGLSYDEYRYRSVIKACQLEEDISKFPDKDYTLLGEGGIILSGGQRARISLARAVYKDADLYLLDSPFGHLDIFTEKEIFESCVCKLMANKTRILVTSKLEHLKIADKILILHEGSCYFYGTFSELQGQRPDFSSELMGFDSFDQFSAERRNSILTETLRRFSIEGEGMGSRNEIKKQSFKQKSDFNDKRKSSVIINPLNANRKFSVVQKNGMQVNGLEDGHSDPAERRLSLVPDVEQGDVALLHSGMLKADHLLQGRRRQSVLTLMTSTAVNYGPNFSKKGSTTFRKMSMVPQTNLSSEIDIYNRRVSRDSVLDITDEISEEDLKECFSDDAESMGTVTTWNTYFRYVTIHKNLIFVLILCVTVFLVEVAASLGGVWFLQKTALKANSSQSENSTSDKPPVIVTDTSSYYIVYIYVGVADTLLAMGIFRGLPLVHTLITVSKTLHQKMVHAVLHAPMSTFNSWKAGGMLNRFSKDTAVLDDLLPLTVFDFIQLILIVIGAITVVSILEPYIFLASVPVIGAFILLRAYFLHTSQQLKQLESEARSPIFTHLVTSLKGLWTLRAFGRQPYFETLFHKALNLHTANWFLYLSTLRWFQMRIEIIFVVFFVAVVFISIITTGEGPGTAGIILTLAMNIMGTLQWAVNSSIDVDSLMRSVGRIFKLIDMPTEETKSIKPQKNNQFSDALVIENRHVKEEKNWPSGGQMTVKDLTAKYGDGGAAVLENISFSISSGQRVGLLGRTGSGKSTLLFAFLRLLNTEGDIQIDGVSWNTVSVQQWRKAFGVIPQKVFIFSGSFRMNLDPYGQWNDEEIWKVAEEVGLKSVIEQFPGKLDFVLVDGGCVLSHGHKQLMCLARSVLSKAKILLLDEPSAHLDPVTSQVIRKTLKHAFANCTVILSEHRLEAMLECQRFLVIEDNRLRQYESIQKLLNEKSSFRQAISHAERLKLLPAHHRNSSKRKPRPQITALQEETEEEVQETRL

Target ORF information:

RefSeq Version	XM_004177217.1
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata cystic fibrosis transmembrane conductance regulator (ATP-binding cassette sub-family C, member 7) (CFTR), mRNA.

Target ORF information:

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

XM_004177217.1

ORF Insert Sequence:

ATGCACCGAG GCAAGAGAAC AATGACAGAG TCAGAACTCG ACGAGACACC ATTTGGTCAG 
AGGCTGCAGT CCTCGAGGAA TGGCAGGAAT GGTTCTGTGG TAGCAGGCAT CCTGCAGATA 
AAGGGGTGTA GTCTTCTTGC AGCCGATCAG GCTCCCCATT CTGAGGCATA CAGATGGACA 
AACCCCATTT TGAAAAAGGG TTACAGACGA CGGTTGGAGC TCTCAGATAT TTATCAAATC 
CCTTCTGCAG ACTCTGCTGA TAATCTTTCT GAAAAACTGG AAAGAGAATG GGACAGAGAG 
CTGGCAACTT CAGAGAAGAA ACCCAAACTC ATAAATGCTC TTCGGCGATG CTTTTTCTGG 
AAATTTATGT TCTATGGAAT AGTTTTATAT TTAGGGGAAG TCACCAAATC TGTGCAACCC 
CTTCTGCTGG GGAGAATAAT AGCTTCTTAT GATCCAGACA ACTCTGATGA AAGATCCATA 
GCCTACTACC TGGGCATTGG CTTGTGCCTT CTCTTTTTTG TGAGAACACT GCTTATACAC 
CCTGCTATAT TTGGTCTTCA TCATATTGGA ATGCAAATGA GGATAGCTAT GTTTAGCTTG 
ATTTATAAGA AGATCCTAAA ACTCTCAAGC AGAGTTCTAG ATAAAATAAG TACTGGACAA 
TTGGTCAGTC TTCTTTCCAA CAATCTGAAC AAATTTGATG AGGGTCTTGC TCTGGCTCAT 
TTTGTATGGA TTGCACCATT ACAAGTGGCA CTACTGATGG GATTGCTCTG GGATATGTTA 
GAAGCTTCTG CATTTTCTGG ACTTGCTTTT CTAATAGTCA TGGTCTTATT CCAAGCCTGG 
CTGGGACAAA TGATGATGAA ATACAGGAAT AAGAGAGCAG GAAAGATCAA TGAGAGACTT 
GTCATCACCT CAGAAACAAT TGAAAATATA CAGTCAGTTA AAGCCTATTG TTGGGAAGAT 
GCAATGGAAA AAATGATTGA AAACATCCGT GAAACTGAAC TGAAGCTTAC CCGAAAAGCT 
GCTTATGTGA GATATTTCAA CAGCTCAGCC TTCTTCTTCT CGGGCTTTTT TGTGGTGTTC 
TTAGCTGTGC TTCCGTATGC TGTGATTAAA GGAATTACTC TCCGAAAAAT ATTCACCACC 
ATTTCCTTCT GCATTGTTCT TCGAATGACA GTGACCAGGC AGTTTCCCGG CTCTGTACAG 
ACCTGGTATG ACTCTATTGG AGCAATAAAC AAAATACAGG ATTTCTTGCT GAAAAAAGAA 
TATAAGGCTC TGGAGTATAA TCTAACAACC ACTGGGGTTG AGCTGGACAA AGTAACAGCT 
TTTTGGGATG AGGGAATTGG AGAGCTATTT GTAAAAGCAA AGCAGGAAAA CAACACCAGC 
AAAGCTCCTA GCACTGACAG CAATCTCTTC TTCAGTAATT TTCCCCTTCA TGCCTCTCCT 
GTTCTTCAGG ATATAAATTT CAAGATTGAG AAGGGGCAGC TATTGGCTGT TTCTGGATCC 
ACTGGAGCAG GCAAGACTTC TCTTCTGATG TTGATAATGG GAGAACTGGA GCCTTCGCAG 
GGTAAAATTA AACACAGTGG AAGGATATCC TTTTCACCTC AAGTCTCCTG GATCATGCCT 
GGAACAATAA AAGAGAACAT AATTTTTGGT TTATCCTATG ATGAATACCG ATACAGGAGT 
GTCATCAAAG CCTGCCAACT AGAAGAGGAT ATTTCCAAGT TCCCAGACAA AGATTATACA 
CTTCTGGGTG AAGGTGGAAT CATTCTGAGT GGAGGTCAGC GAGCACGGAT CTCACTGGCA 
AGAGCAGTGT ACAAAGATGC TGATTTGTAT CTCCTGGATT CTCCTTTTGG ACACTTAGAC 
ATTTTTACAG AAAAAGAGAT ATTTGAAAGC TGCGTGTGCA AGTTGATGGC AAATAAAACG 
AGGATCTTGG TTACATCAAA ACTGGAACAC TTAAAGATTG CTGACAAAAT ATTAATCTTA 
CATGAAGGGA GCTGCTATTT CTATGGAACA TTTTCTGAAC TTCAGGGTCA ACGGCCAGAC 
TTCAGCTCAG AGCTGATGGG ATTTGACTCT TTTGATCAGT TCAGTGCAGA GAGAAGAAAT 
TCAATCCTTA CTGAGACTCT CAGACGATTT TCCATTGAAG GAGAAGGCAT GGGATCACGC 
AATGAAATAA AGAAGCAGTC TTTCAAACAA AAGTCAGATT TTAATGACAA AAGGAAGAGC 
TCTGTAATTA TTAACCCCCT TAATGCAAAC AGGAAGTTCT CAGTAGTGCA GAAGAACGGG 
ATGCAGGTCA ATGGGCTAGA GGATGGCCAC AGTGACCCAG CAGAGAGGAG GCTCTCGCTG 
GTACCCGACG TAGAGCAGGG GGACGTGGCT CTGCTGCACT CTGGCATGCT CAAGGCTGAC 
CATCTGCTGC AAGGGCGCAG GAGGCAGTCG GTGCTGACCC TGATGACAAG CACCGCTGTG 
AACTATGGAC CAAACTTTTC CAAAAAGGGA AGTACAACGT TCCGGAAAAT GTCTATGGTG 
CCTCAGACAA ACCTGTCCTC TGAGATAGAT ATCTACAACA GGCGTGTGTC TCGAGACAGC 
GTCTTGGATA TAACTGATGA AATCAGTGAA GAGGATTTGA AGGAGTGCTT CAGTGATGAT 
GCTGAAAGCA TGGGTACTGT TACTACATGG AATACTTATT TCAGATATGT TACTATCCAC 
AAAAACTTGA TTTTTGTTCT GATTCTGTGT GTGACTGTCT TCTTAGTTGA GGTAGCTGCT 
TCTCTTGGTG GGGTATGGTT TCTTCAAAAG ACAGCTTTGA AGGCAAATTC ATCACAGTCA 
GAAAACAGCA CCTCTGACAA ACCTCCTGTG ATTGTCACTG ACACTAGCAG CTACTACATC 
GTTTACATCT ATGTGGGTGT GGCAGATACC CTGCTTGCCA TGGGAATCTT CAGAGGTTTG 
CCCCTTGTGC ATACACTTAT AACAGTGTCT AAAACTCTTC ATCAAAAGAT GGTGCATGCA 
GTTCTTCATG CACCTATGTC AACCTTCAAC TCTTGGAAAG CAGGTGGTAT GCTTAACAGA 
TTCTCAAAAG ATACGGCAGT ACTGGATGAC TTACTTCCAC TCACAGTATT TGACTTCATT 
CAGTTAATAC TGATTGTGAT TGGCGCTATA ACAGTAGTCT CAATATTAGA ACCCTACATC 
TTCCTGGCAT CAGTGCCTGT GATAGGAGCC TTTATTCTGT TAAGGGCATA CTTCCTCCAC 
ACTTCTCAGC AGCTGAAACA ACTGGAATCT GAAGCTCGGA GTCCAATCTT CACCCATCTT 
GTTACAAGCT TAAAAGGGCT GTGGACACTG CGAGCGTTTG GGCGGCAGCC GTATTTTGAG 
ACCCTCTTTC ACAAAGCTCT GAACCTACAC ACAGCAAACT GGTTCCTCTA CCTGTCAACA 
CTGCGCTGGT TCCAGATGAG GATAGAAATT ATTTTTGTTG TCTTTTTTGT TGCTGTGGTA 
TTTATCTCTA TCATAACTAC AGGTGAAGGA CCAGGTACAG CTGGAATTAT TCTTACTTTA 
GCTATGAACA TCATGGGAAC CTTGCAGTGG GCAGTAAACT CAAGCATAGA TGTTGATAGT 
TTGATGCGGT CTGTCGGACG AATATTTAAA TTAATTGACA TGCCAACAGA AGAGACAAAA 
AGCATTAAGC CACAGAAGAA TAATCAGTTT TCAGATGCCC TTGTAATCGA AAACAGGCAT 
GTGAAGGAAG AGAAGAACTG GCCATCTGGG GGCCAGATGA CTGTGAAAGA CCTTACAGCC 
AAATACGGTG ATGGAGGAGC TGCTGTACTA GAAAACATTT CCTTTTCAAT AAGTTCAGGG 
CAGAGGGTGG GCCTTTTAGG AAGAACAGGT TCAGGAAAAA GCACTTTACT TTTTGCATTT 
TTAAGACTGC TGAATACAGA AGGGGATATC CAGATTGATG GAGTCTCCTG GAACACAGTC 
AGCGTGCAGC AATGGAGAAA AGCATTTGGA GTGATTCCTC AGAAAGTGTT CATATTTTCT 
GGAAGTTTTC GGATGAATTT GGATCCTTAT GGGCAATGGA ACGATGAAGA AATATGGAAA 
GTTGCAGAGG AGGTTGGGCT GAAGTCTGTG ATAGAGCAAT TTCCAGGCAA GCTTGATTTT 
GTTCTTGTGG ATGGAGGCTG CGTCCTCAGT CATGGCCACA AACAGCTGAT GTGCCTTGCC 
CGGTCAGTTC TCAGCAAAGC TAAGATCTTG CTGCTCGATG AACCAAGTGC TCACCTGGAC 
CCTGTAACTT CCCAAGTGAT CAGGAAGACC CTGAAGCATG CGTTTGCCAA CTGCACGGTG 
ATACTCTCTG AGCACAGGCT GGAGGCGATG CTGGAATGCC AGAGATTTTT GGTAATTGAG 
GACAATAGAC TGAGGCAGTA CGAGTCCATT CAGAAGCTGC TGAATGAGAA GAGCTCCTTC 
AGGCAGGCCA TCAGTCACGC TGAGCGCCTT AAGCTACTGC CAGCACACCA CAGAAACTCC 
AGCAAACGTA AACCCCGACC CCAAATCACT GCCCTGCAGG AGGAGACAGA GGAAGAAGTG 
CAGGAGACCA GACTGTGA

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

PubMed

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CFTR 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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