IFT140 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	IFT140
Entrez Gene ID	100478224
Full Name	intraflagellar transport 140
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019800670.1	XP_019656229.1	intraflagellar transport protein 140 homolog isoform X1
XM_019800669.1	XP_019656228.1	intraflagellar transport protein 140 homolog isoform X1
XM_019800671.1	XP_019656230.1	intraflagellar transport protein 140 homolog isoform X2
XM_019800668.1	XP_019656227.1	intraflagellar transport protein 140 homolog isoform X1
XM_019800672.1	XP_019656231.1	intraflagellar transport protein 140 homolog isoform X3

Pathways from BioSystems
Gene Ontology

The following IFT140 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IFT140 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)
OAc07658	XM_019800669.1 Latest version!	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAc07658	XM_019800668.1 Latest version!	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAc07658	XM_019800670.1 Latest version!	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OAc93508	XM_019800671.1 Latest version!	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OAc93509	XM_019800672.1 Latest version!	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X5, 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)
1 Clone	30% OFF
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)

IFT140 ( XM_019800670.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019656229.1 Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAc07658
Clone ID Related Accession (Same CDS sequence)	XM_019800670.1 , XM_019800669.1 , XM_019800668.1
Accession Version	XM_019800670.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4380bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	intraflagellar transport protein 140 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217683.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGC TCGGTGTCCT GCTCTTGTGG AGGTTGGACC AAAGGGGTCG AGTACAAGGG 
ACGCCCCTGC TGAAACACGA TCATGGAAAA CCCCTAACTC ACTGCATCTT CCGGCTCCCC 
CCTCCTGGCG AGGACCTCGT TCAGTTGGCG AAGGCAGCTG TGAGTGGTGA TGAGAGAGCC 
CTGGACATGT TTAACTGGAG GAAAAGTGGC TTTGGAAGTT TCCTGAAAAT GGGATCTCAA 
GAGGGACTAT CATTCTTTGT CAGCTTGATG GACGGGACGG TGCACTACGT GGATGAGAAA 
GGCAAGACCA CCCGGGTGGC TTCCACAGAC AGCCCCATCC ACACGCTCCT CTACATGGAG 
CAAAGGGAGG CCCTGGTGGT GGTCACCCAG AAGCTGCTGC TGTCCCTGTA TGCGGTGAGG 
CCCGGGGGCA AAGCGGAGGA AGTGATGAAG GTCAAGTTGA GTGGGAAGAC TGGTCACCGG 
GCAGACATGA CATTGATTGA AGGCAGTGTG CTTGTGACCG CCATAGGGGA ACCCGTTCTC 
AGATTCTGGG ATTTAGAAGG TGGAGAAAAT TACGTGCTGA GTCCAGAGGA GAAGTTTGGT 
TTTGAAAAAG CCGAGAATAT AAACTGTGTT TCTTACTGTA AAGCCAAAGG TCTTCTGGCG 
GCGGGGACAG ATAAAGGGCG AGTGGCCATG TGGAGGAAGC TGCCCGGCCC CCAGAGCAGC 
CGAGTGGCAG AGGGCAAGGA CAGGTGGGCC CTTCAGACCC CGACTGAGCT CGAAGGCAAC 
ATCACACAGA TAAAGTGGGG CTCCCGGAAG AGCCTCCTGG CGGTGAACAG CATCAGCTCC 
GTGGTGATCC TCAGTGAGCA GGCCATGTCC TCCCACTTCC ACCAGCAAGT GGCCGTGGTG 
CAGATGTCCC CAAACTTACT CAGCGTGTCC TTCCTGTCCT CGGGGGTGAC GCACAGCCTG 
CGCACAGACA TGCACATCAG CGGGGTGTTC GCCACCAAGG ATGCCATTGC TGTCTGGAAC 
GGAAAGCAGG TGGTGGTCTT TGAGCCTTCT GGAGCCATGT TACGGAATGC AGGAACCTTC 
CTGTGTGAGT CTCCGGTGGT AGCCATGCAT GAGGAAAACG TGTACACCGT GGAGCCAAAC 
CGAGTTCAAG TTCGAACCTG GCAGGGGACC GTGAAGCAGC TCTTACCGTT CTCCGAGGCA 
GAGGGGAACC CATGCTTCTT TGATGTCTGT GGAAATTTCC TGGTTGTGGG GACAGACCTG 
GCTCATTTTA AAAGCTTTGA TCTTTCCCGA AGGGAGGCGA AAGTGCACTG CAGCGACAAG 
AACGTGGCCG CGCTGATCCC GGGCACAGCG GGCATGGCCT CGCTCAGGTG TAACGCCAGC 
GGCAGCAAGA TCAGCGTCCT CCTCAGCAAG GCGGACAACA GCCCTGATTC CAGAATCTGC 
TTCTACGACG TGGAAATGGA CACGGTGACC ATCCTCGACT TCAAGACGGG ACAGATTGAT 
CGGAGGGAGA CGGTGTCCTT TAGTGGGCAA GAGACCGAGA AGAGCCATGG CTTTGTGGAT 
GAGAGCCTGA TGGATCTCAT TCCTGTAAAC CATTTCTGGG ACCAGAGTGA GCCCAGGCTG 
TTTGTGTGCG AGGCTGTGCG GGAAGTTCCG GGAGCCCAGC TGCAGCCTGG GGATAAGAAG 
CCGCCCACCG AGGATAGCCC AGGCCCCACG GCGGACGTGC TGATTCTGTC CTTCTTCGTG 
ACGGAGGAGC ACGGCTTCTT GCTCCAGGAC AGCTTCCCCC GGCCTCCCGC CTACCAGAAT 
CTTCTGGGGA TCGAAGTGCC TTATTATTAC TTCATGAGAA AGCCAGGAGA AGCAGACGGA 
GAAGACCAGG TGGGCTCAGG GTGCCCATGC GTGGGCAGGA GACCCCTACG CGACTTCGTC 
GGGCTGGAGG ACTGCGATAA GCCCACTCGG GACGCCATGC TTCACTTCAG CTTCTTCGTC 
ACCGTCGGAG ACATGGATGA AGCTTTCAAA TCTATCAAAC TCATCAAAAG TGAGGCGGTC 
TGGGAGAACA TGGCGCGCAT GTGCGTGAAG ACCCAGCGGC TGGACGTCGC CAAGGTGTGC 
CTGGGGAACA TGGGCCATGC GCGTGGAGCG CGAGCACTGC GGGAGGCTGA GCGGGAGCCA 
GAGCCGGAGG CCAGGGTGGC CATGCTGGCC ATACAGCTGG GCATGCTGGA GGACGCCGAG 
CACTTGTACC GGTCGTGTGG GCGCTATGAC CTCCTGAACA AGCTGTACCA GGCCTCTGAC 
CAGTGGCAGA AGGCCGTGGA AGTCGCGGAG CTGCATGACC GCATCCACCT GCGTGCCACC 
TACTACAGCT ACGCCCGGCA CCTGGAGGCC AGCGCAGACC TCGGCCTGGC CCTCAGCTAC 
TATGAGAAGT CAGACACCCA CCGCTTCGAG GTGCCCAGGA TGCTCTCGGA GGACCTGCAG 
TCCCTGGAGC TCTACGTCAA TAAGATGAAG GACAAGGCCT TGTGGCGGTG GTGGGCCCAG 
TACCTGGAGA GCCAGGCCGA CATGGCCGCG GCGCTGCGCT ACTATGAGCT GGCGCAAGAC 
TACTTCTCCC TCGTCCGCAT CTGCTGCTTC CGGGGCGACG TTCAAAAGGC TGCGGAGATA 
GCCAACGAGA GCGGAAACTG GGCGGCGTCC TATCACCTGG CCCGCCAGTA CGAGAGCCGG 
GACGAGGTGA GGCAGGCCGT GCACTTCTAC TCGCGGGCGC GGGCCTTCAA CAACGCCATC 
CGGCTGTGCA AGGAGAATGG TCTGGATGAC CAGCTCATGA ACCTGGCTCT GCTGAGCTCC 
CCCGAGGACA TGACGGAGGC GGCACTCTAC TATGAGGACA AGGGCGAGCA CATGGACAGG 
GCGGTCATGC TGTACCACAA GGCTGGCCAC TTCTCCAAGG CTCTGGAGCT GGCCTTCGCC 
ACCCAGCAGT TCGTGGCCCT ACAGCTCATA GCAGAGGACC TGGACGAGAG GTCGGACCCC 
GCCCTCCTGG CCCGCTGTTC GGACTTCTTC ATCGAACACA GCCAGTACGA GAAGGCGGTG 
GAGCTGCTGC TGGCCGCAAA GAAGTATCAC GAAGCCCTAC AGCTTTGCCT GGAGCAGAAC 
ATGACCATCA CTGAGGAGAT GGCCGAGAAG ATGACCGTGT CCAAGGACTC CAAGGACCTG 
TCTGAAGAGT CTCGGCGCCA ACTGCTGGAG CAGATCGCCA ACTGCTGCAT GCGTCAGGGC 
AACTACCACC TGGCCACCAA GAAGTACACG CAGGCGGGGA ACAAGCTGAA GGCCATGAGA 
GCGCTGCTGA AGTCTGGCGA CACAGAGAAA ATCGTGTTCT TTGCGGGCGT CTCGAGGCAA 
AAGGAAATCT ACATCATGGC TGCCAACTAC CTGCAGTCCC TGGACTGGCG GAAGGAGCCG 
GAGATCATGA AGAACATCAT CAGCTGCTAC ACCAAGGGCC GGGCCCCTGA CCTGCTAGCC 
GGCTTCTACG GTGCCTGTGC CCAGGTGGAG ATCGATGAGT ACCAGAACTA CGACAAAGCC 
CACGGGGCGC TGACGGAGGC CTACAAGTGC CTGTCCAAGG CCAAGGCCAA GAGCCCCCTG 
GATCAGGAGA CCAAGCTGGC TCAGCTGCAG AGCAAGATGA CGCTGGTGAA GCGGTTCATC 
CAGGCCCGAA GGACGTACAC CGAGGACCCC AAGGAGGCGG TCAGGCAGTG CGAGCTGCTG 
CTGGAGGAGC CAGAGCTGGA CAGCACCGTC CGCGTCGGGG ACGTCTGCGG CTTCCTGGTG 
CAGCACTACC TGCAGGCTGA GGACTTGCAG ACGGCCTACA AGTATCTGGA GGAGATACGG 
AAGCGGGTGC CCTCCGCCCA CATGTCCTAC TACGTGAACC AGCGGACCGT GGATGCCGTG 
CACCAGGGCC TGGGCATCCC TCTGGTACGC GCCGTGCCTG AGCGCGTCCG CCACAACAGC 
GTGGAGGACC GCAAAGAAGC GGACGAGGAG GTGCTGGAGG AGGTAGAGAG TGACCCCTGA

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

RefSeq	XP_019656229.1
CDS	915..5294
Translation	MALYFDHRIEAPDAVGSPSHIHWHPVHPFLAVASVSTTSGGSVDIYLEQGEHVPDAHMERSFRVSSLCWHPTRLMLAVGWETGEVTVFNKQDKEQHAVPPTHTTDITVLKWSPNGNCLVSGDRLGVLLLWRLDQRGRVQGTPLLKHDHGKPLTHCIFRLPPPGEDLVQLAKAAVSGDERALDMFNWRKSGFGSFLKMGSQEGLSFFVSLMDGTVHYVDEKGKTTRVASTDSPIHTLLYMEQREALVVVTQKLLLSLYAVRPGGKAEEVMKVKLSGKTGHRADMTLIEGSVLVTAIGEPVLRFWDLEGGENYVLSPEEKFGFEKAENINCVSYCKAKGLLAAGTDKGRVAMWRKLPGPQSSRVAEGKDRWALQTPTELEGNITQIKWGSRKSLLAVNSISSVVILSEQAMSSHFHQQVAVVQMSPNLLSVSFLSSGVTHSLRTDMHISGVFATKDAIAVWNGKQVVVFEPSGAMLRNAGTFLCESPVVAMHEENVYTVEPNRVQVRTWQGTVKQLLPFSEAEGNPCFFDVCGNFLVVGTDLAHFKSFDLSRREAKVHCSDKNVAALIPGTAGMASLRCNASGSKISVLLSKADNSPDSRICFYDVEMDTVTILDFKTGQIDRRETVSFSGQETEKSHGFVDESLMDLIPVNHFWDQSEPRLFVCEAVREVPGAQLQPGDKKPPTEDSPGPTADVLILSFFVTEEHGFLLQDSFPRPPAYQNLLGIEVPYYYFMRKPGEADGEDQVGSGCPCVGRRPLRDFVGLEDCDKPTRDAMLHFSFFVTVGDMDEAFKSIKLIKSEAVWENMARMCVKTQRLDVAKVCLGNMGHARGARALREAEREPEPEARVAMLAIQLGMLEDAEHLYRSCGRYDLLNKLYQASDQWQKAVEVAELHDRIHLRATYYSYARHLEASADLGLALSYYEKSDTHRFEVPRMLSEDLQSLELYVNKMKDKALWRWWAQYLESQADMAAALRYYELAQDYFSLVRICCFRGDVQKAAEIANESGNWAASYHLARQYESRDEVRQAVHFYSRARAFNNAIRLCKENGLDDQLMNLALLSSPEDMTEAALYYEDKGEHMDRAVMLYHKAGHFSKALELAFATQQFVALQLIAEDLDERSDPALLARCSDFFIEHSQYEKAVELLLAAKKYHEALQLCLEQNMTITEEMAEKMTVSKDSKDLSEESRRQLLEQIANCCMRQGNYHLATKKYTQAGNKLKAMRALLKSGDTEKIVFFAGVSRQKEIYIMAANYLQSLDWRKEPEIMKNIISCYTKGRAPDLLAGFYGACAQVEIDEYQNYDKAHGALTEAYKCLSKAKAKSPLDQETKLAQLQSKMTLVKRFIQARRTYTEDPKEAVRQCELLLEEPELDSTVRVGDVCGFLVQHYLQAEDLQTAYKYLEEIRKRVPSAHMSYYVNQRTVDAVHQGLGIPLVRAVPERVRHNSVEDRKEADEEVLEEVESDP

Target ORF information:

RefSeq Version	XM_019800670.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X3, mRNA.

Target ORF information:

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

XM_019800670.1

ORF Insert Sequence:

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGC TCGGTGTCCT GCTCTTGTGG AGGTTGGACC AAAGGGGTCG AGTACAAGGG 
ACGCCCCTGC TGAAACACGA TCATGGAAAA CCCCTAACTC ACTGCATCTT CCGGCTCCCC 
CCTCCTGGCG AGGACCTCGT TCAGTTGGCG AAGGCAGCTG TGAGTGGTGA TGAGAGAGCC 
CTGGACATGT TTAACTGGAG GAAAAGTGGC TTTGGAAGTT TCCTGAAAAT GGGATCTCAA 
GAGGGACTAT CATTCTTTGT CAGCTTGATG GACGGGACGG TGCACTACGT GGATGAGAAA 
GGCAAGACCA CCCGGGTGGC TTCCACAGAC AGCCCCATCC ACACGCTCCT CTACATGGAG 
CAAAGGGAGG CCCTGGTGGT GGTCACCCAG AAGCTGCTGC TGTCCCTGTA TGCGGTGAGG 
CCCGGGGGCA AAGCGGAGGA AGTGATGAAG GTCAAGTTGA GTGGGAAGAC TGGTCACCGG 
GCAGACATGA CATTGATTGA AGGCAGTGTG CTTGTGACCG CCATAGGGGA ACCCGTTCTC 
AGATTCTGGG ATTTAGAAGG TGGAGAAAAT TACGTGCTGA GTCCAGAGGA GAAGTTTGGT 
TTTGAAAAAG CCGAGAATAT AAACTGTGTT TCTTACTGTA AAGCCAAAGG TCTTCTGGCG 
GCGGGGACAG ATAAAGGGCG AGTGGCCATG TGGAGGAAGC TGCCCGGCCC CCAGAGCAGC 
CGAGTGGCAG AGGGCAAGGA CAGGTGGGCC CTTCAGACCC CGACTGAGCT CGAAGGCAAC 
ATCACACAGA TAAAGTGGGG CTCCCGGAAG AGCCTCCTGG CGGTGAACAG CATCAGCTCC 
GTGGTGATCC TCAGTGAGCA GGCCATGTCC TCCCACTTCC ACCAGCAAGT GGCCGTGGTG 
CAGATGTCCC CAAACTTACT CAGCGTGTCC TTCCTGTCCT CGGGGGTGAC GCACAGCCTG 
CGCACAGACA TGCACATCAG CGGGGTGTTC GCCACCAAGG ATGCCATTGC TGTCTGGAAC 
GGAAAGCAGG TGGTGGTCTT TGAGCCTTCT GGAGCCATGT TACGGAATGC AGGAACCTTC 
CTGTGTGAGT CTCCGGTGGT AGCCATGCAT GAGGAAAACG TGTACACCGT GGAGCCAAAC 
CGAGTTCAAG TTCGAACCTG GCAGGGGACC GTGAAGCAGC TCTTACCGTT CTCCGAGGCA 
GAGGGGAACC CATGCTTCTT TGATGTCTGT GGAAATTTCC TGGTTGTGGG GACAGACCTG 
GCTCATTTTA AAAGCTTTGA TCTTTCCCGA AGGGAGGCGA AAGTGCACTG CAGCGACAAG 
AACGTGGCCG CGCTGATCCC GGGCACAGCG GGCATGGCCT CGCTCAGGTG TAACGCCAGC 
GGCAGCAAGA TCAGCGTCCT CCTCAGCAAG GCGGACAACA GCCCTGATTC CAGAATCTGC 
TTCTACGACG TGGAAATGGA CACGGTGACC ATCCTCGACT TCAAGACGGG ACAGATTGAT 
CGGAGGGAGA CGGTGTCCTT TAGTGGGCAA GAGACCGAGA AGAGCCATGG CTTTGTGGAT 
GAGAGCCTGA TGGATCTCAT TCCTGTAAAC CATTTCTGGG ACCAGAGTGA GCCCAGGCTG 
TTTGTGTGCG AGGCTGTGCG GGAAGTTCCG GGAGCCCAGC TGCAGCCTGG GGATAAGAAG 
CCGCCCACCG AGGATAGCCC AGGCCCCACG GCGGACGTGC TGATTCTGTC CTTCTTCGTG 
ACGGAGGAGC ACGGCTTCTT GCTCCAGGAC AGCTTCCCCC GGCCTCCCGC CTACCAGAAT 
CTTCTGGGGA TCGAAGTGCC TTATTATTAC TTCATGAGAA AGCCAGGAGA AGCAGACGGA 
GAAGACCAGG TGGGCTCAGG GTGCCCATGC GTGGGCAGGA GACCCCTACG CGACTTCGTC 
GGGCTGGAGG ACTGCGATAA GCCCACTCGG GACGCCATGC TTCACTTCAG CTTCTTCGTC 
ACCGTCGGAG ACATGGATGA AGCTTTCAAA TCTATCAAAC TCATCAAAAG TGAGGCGGTC 
TGGGAGAACA TGGCGCGCAT GTGCGTGAAG ACCCAGCGGC TGGACGTCGC CAAGGTGTGC 
CTGGGGAACA TGGGCCATGC GCGTGGAGCG CGAGCACTGC GGGAGGCTGA GCGGGAGCCA 
GAGCCGGAGG CCAGGGTGGC CATGCTGGCC ATACAGCTGG GCATGCTGGA GGACGCCGAG 
CACTTGTACC GGTCGTGTGG GCGCTATGAC CTCCTGAACA AGCTGTACCA GGCCTCTGAC 
CAGTGGCAGA AGGCCGTGGA AGTCGCGGAG CTGCATGACC GCATCCACCT GCGTGCCACC 
TACTACAGCT ACGCCCGGCA CCTGGAGGCC AGCGCAGACC TCGGCCTGGC CCTCAGCTAC 
TATGAGAAGT CAGACACCCA CCGCTTCGAG GTGCCCAGGA TGCTCTCGGA GGACCTGCAG 
TCCCTGGAGC TCTACGTCAA TAAGATGAAG GACAAGGCCT TGTGGCGGTG GTGGGCCCAG 
TACCTGGAGA GCCAGGCCGA CATGGCCGCG GCGCTGCGCT ACTATGAGCT GGCGCAAGAC 
TACTTCTCCC TCGTCCGCAT CTGCTGCTTC CGGGGCGACG TTCAAAAGGC TGCGGAGATA 
GCCAACGAGA GCGGAAACTG GGCGGCGTCC TATCACCTGG CCCGCCAGTA CGAGAGCCGG 
GACGAGGTGA GGCAGGCCGT GCACTTCTAC TCGCGGGCGC GGGCCTTCAA CAACGCCATC 
CGGCTGTGCA AGGAGAATGG TCTGGATGAC CAGCTCATGA ACCTGGCTCT GCTGAGCTCC 
CCCGAGGACA TGACGGAGGC GGCACTCTAC TATGAGGACA AGGGCGAGCA CATGGACAGG 
GCGGTCATGC TGTACCACAA GGCTGGCCAC TTCTCCAAGG CTCTGGAGCT GGCCTTCGCC 
ACCCAGCAGT TCGTGGCCCT ACAGCTCATA GCAGAGGACC TGGACGAGAG GTCGGACCCC 
GCCCTCCTGG CCCGCTGTTC GGACTTCTTC ATCGAACACA GCCAGTACGA GAAGGCGGTG 
GAGCTGCTGC TGGCCGCAAA GAAGTATCAC GAAGCCCTAC AGCTTTGCCT GGAGCAGAAC 
ATGACCATCA CTGAGGAGAT GGCCGAGAAG ATGACCGTGT CCAAGGACTC CAAGGACCTG 
TCTGAAGAGT CTCGGCGCCA ACTGCTGGAG CAGATCGCCA ACTGCTGCAT GCGTCAGGGC 
AACTACCACC TGGCCACCAA GAAGTACACG CAGGCGGGGA ACAAGCTGAA GGCCATGAGA 
GCGCTGCTGA AGTCTGGCGA CACAGAGAAA ATCGTGTTCT TTGCGGGCGT CTCGAGGCAA 
AAGGAAATCT ACATCATGGC TGCCAACTAC CTGCAGTCCC TGGACTGGCG GAAGGAGCCG 
GAGATCATGA AGAACATCAT CAGCTGCTAC ACCAAGGGCC GGGCCCCTGA CCTGCTAGCC 
GGCTTCTACG GTGCCTGTGC CCAGGTGGAG ATCGATGAGT ACCAGAACTA CGACAAAGCC 
CACGGGGCGC TGACGGAGGC CTACAAGTGC CTGTCCAAGG CCAAGGCCAA GAGCCCCCTG 
GATCAGGAGA CCAAGCTGGC TCAGCTGCAG AGCAAGATGA CGCTGGTGAA GCGGTTCATC 
CAGGCCCGAA GGACGTACAC CGAGGACCCC AAGGAGGCGG TCAGGCAGTG CGAGCTGCTG 
CTGGAGGAGC CAGAGCTGGA CAGCACCGTC CGCGTCGGGG ACGTCTGCGG CTTCCTGGTG 
CAGCACTACC TGCAGGCTGA GGACTTGCAG ACGGCCTACA AGTATCTGGA GGAGATACGG 
AAGCGGGTGC CCTCCGCCCA CATGTCCTAC TACGTGAACC AGCGGACCGT GGATGCCGTG 
CACCAGGGCC TGGGCATCCC TCTGGTACGC GCCGTGCCTG AGCGCGTCCG CCACAACAGC 
GTGGAGGACC GCAAAGAAGC GGACGAGGAG GTGCTGGAGG AGGTAGAGAG TGACCCCTGA

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

IFT140 ( XM_019800669.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019656228.1 Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc07658
Clone ID Related Accession (Same CDS sequence)	XM_019800670.1 , XM_019800669.1 , XM_019800668.1
Accession Version	XM_019800669.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4380bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	intraflagellar transport protein 140 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217683.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGC TCGGTGTCCT GCTCTTGTGG AGGTTGGACC AAAGGGGTCG AGTACAAGGG 
ACGCCCCTGC TGAAACACGA TCATGGAAAA CCCCTAACTC ACTGCATCTT CCGGCTCCCC 
CCTCCTGGCG AGGACCTCGT TCAGTTGGCG AAGGCAGCTG TGAGTGGTGA TGAGAGAGCC 
CTGGACATGT TTAACTGGAG GAAAAGTGGC TTTGGAAGTT TCCTGAAAAT GGGATCTCAA 
GAGGGACTAT CATTCTTTGT CAGCTTGATG GACGGGACGG TGCACTACGT GGATGAGAAA 
GGCAAGACCA CCCGGGTGGC TTCCACAGAC AGCCCCATCC ACACGCTCCT CTACATGGAG 
CAAAGGGAGG CCCTGGTGGT GGTCACCCAG AAGCTGCTGC TGTCCCTGTA TGCGGTGAGG 
CCCGGGGGCA AAGCGGAGGA AGTGATGAAG GTCAAGTTGA GTGGGAAGAC TGGTCACCGG 
GCAGACATGA CATTGATTGA AGGCAGTGTG CTTGTGACCG CCATAGGGGA ACCCGTTCTC 
AGATTCTGGG ATTTAGAAGG TGGAGAAAAT TACGTGCTGA GTCCAGAGGA GAAGTTTGGT 
TTTGAAAAAG CCGAGAATAT AAACTGTGTT TCTTACTGTA AAGCCAAAGG TCTTCTGGCG 
GCGGGGACAG ATAAAGGGCG AGTGGCCATG TGGAGGAAGC TGCCCGGCCC CCAGAGCAGC 
CGAGTGGCAG AGGGCAAGGA CAGGTGGGCC CTTCAGACCC CGACTGAGCT CGAAGGCAAC 
ATCACACAGA TAAAGTGGGG CTCCCGGAAG AGCCTCCTGG CGGTGAACAG CATCAGCTCC 
GTGGTGATCC TCAGTGAGCA GGCCATGTCC TCCCACTTCC ACCAGCAAGT GGCCGTGGTG 
CAGATGTCCC CAAACTTACT CAGCGTGTCC TTCCTGTCCT CGGGGGTGAC GCACAGCCTG 
CGCACAGACA TGCACATCAG CGGGGTGTTC GCCACCAAGG ATGCCATTGC TGTCTGGAAC 
GGAAAGCAGG TGGTGGTCTT TGAGCCTTCT GGAGCCATGT TACGGAATGC AGGAACCTTC 
CTGTGTGAGT CTCCGGTGGT AGCCATGCAT GAGGAAAACG TGTACACCGT GGAGCCAAAC 
CGAGTTCAAG TTCGAACCTG GCAGGGGACC GTGAAGCAGC TCTTACCGTT CTCCGAGGCA 
GAGGGGAACC CATGCTTCTT TGATGTCTGT GGAAATTTCC TGGTTGTGGG GACAGACCTG 
GCTCATTTTA AAAGCTTTGA TCTTTCCCGA AGGGAGGCGA AAGTGCACTG CAGCGACAAG 
AACGTGGCCG CGCTGATCCC GGGCACAGCG GGCATGGCCT CGCTCAGGTG TAACGCCAGC 
GGCAGCAAGA TCAGCGTCCT CCTCAGCAAG GCGGACAACA GCCCTGATTC CAGAATCTGC 
TTCTACGACG TGGAAATGGA CACGGTGACC ATCCTCGACT TCAAGACGGG ACAGATTGAT 
CGGAGGGAGA CGGTGTCCTT TAGTGGGCAA GAGACCGAGA AGAGCCATGG CTTTGTGGAT 
GAGAGCCTGA TGGATCTCAT TCCTGTAAAC CATTTCTGGG ACCAGAGTGA GCCCAGGCTG 
TTTGTGTGCG AGGCTGTGCG GGAAGTTCCG GGAGCCCAGC TGCAGCCTGG GGATAAGAAG 
CCGCCCACCG AGGATAGCCC AGGCCCCACG GCGGACGTGC TGATTCTGTC CTTCTTCGTG 
ACGGAGGAGC ACGGCTTCTT GCTCCAGGAC AGCTTCCCCC GGCCTCCCGC CTACCAGAAT 
CTTCTGGGGA TCGAAGTGCC TTATTATTAC TTCATGAGAA AGCCAGGAGA AGCAGACGGA 
GAAGACCAGG TGGGCTCAGG GTGCCCATGC GTGGGCAGGA GACCCCTACG CGACTTCGTC 
GGGCTGGAGG ACTGCGATAA GCCCACTCGG GACGCCATGC TTCACTTCAG CTTCTTCGTC 
ACCGTCGGAG ACATGGATGA AGCTTTCAAA TCTATCAAAC TCATCAAAAG TGAGGCGGTC 
TGGGAGAACA TGGCGCGCAT GTGCGTGAAG ACCCAGCGGC TGGACGTCGC CAAGGTGTGC 
CTGGGGAACA TGGGCCATGC GCGTGGAGCG CGAGCACTGC GGGAGGCTGA GCGGGAGCCA 
GAGCCGGAGG CCAGGGTGGC CATGCTGGCC ATACAGCTGG GCATGCTGGA GGACGCCGAG 
CACTTGTACC GGTCGTGTGG GCGCTATGAC CTCCTGAACA AGCTGTACCA GGCCTCTGAC 
CAGTGGCAGA AGGCCGTGGA AGTCGCGGAG CTGCATGACC GCATCCACCT GCGTGCCACC 
TACTACAGCT ACGCCCGGCA CCTGGAGGCC AGCGCAGACC TCGGCCTGGC CCTCAGCTAC 
TATGAGAAGT CAGACACCCA CCGCTTCGAG GTGCCCAGGA TGCTCTCGGA GGACCTGCAG 
TCCCTGGAGC TCTACGTCAA TAAGATGAAG GACAAGGCCT TGTGGCGGTG GTGGGCCCAG 
TACCTGGAGA GCCAGGCCGA CATGGCCGCG GCGCTGCGCT ACTATGAGCT GGCGCAAGAC 
TACTTCTCCC TCGTCCGCAT CTGCTGCTTC CGGGGCGACG TTCAAAAGGC TGCGGAGATA 
GCCAACGAGA GCGGAAACTG GGCGGCGTCC TATCACCTGG CCCGCCAGTA CGAGAGCCGG 
GACGAGGTGA GGCAGGCCGT GCACTTCTAC TCGCGGGCGC GGGCCTTCAA CAACGCCATC 
CGGCTGTGCA AGGAGAATGG TCTGGATGAC CAGCTCATGA ACCTGGCTCT GCTGAGCTCC 
CCCGAGGACA TGACGGAGGC GGCACTCTAC TATGAGGACA AGGGCGAGCA CATGGACAGG 
GCGGTCATGC TGTACCACAA GGCTGGCCAC TTCTCCAAGG CTCTGGAGCT GGCCTTCGCC 
ACCCAGCAGT TCGTGGCCCT ACAGCTCATA GCAGAGGACC TGGACGAGAG GTCGGACCCC 
GCCCTCCTGG CCCGCTGTTC GGACTTCTTC ATCGAACACA GCCAGTACGA GAAGGCGGTG 
GAGCTGCTGC TGGCCGCAAA GAAGTATCAC GAAGCCCTAC AGCTTTGCCT GGAGCAGAAC 
ATGACCATCA CTGAGGAGAT GGCCGAGAAG ATGACCGTGT CCAAGGACTC CAAGGACCTG 
TCTGAAGAGT CTCGGCGCCA ACTGCTGGAG CAGATCGCCA ACTGCTGCAT GCGTCAGGGC 
AACTACCACC TGGCCACCAA GAAGTACACG CAGGCGGGGA ACAAGCTGAA GGCCATGAGA 
GCGCTGCTGA AGTCTGGCGA CACAGAGAAA ATCGTGTTCT TTGCGGGCGT CTCGAGGCAA 
AAGGAAATCT ACATCATGGC TGCCAACTAC CTGCAGTCCC TGGACTGGCG GAAGGAGCCG 
GAGATCATGA AGAACATCAT CAGCTGCTAC ACCAAGGGCC GGGCCCCTGA CCTGCTAGCC 
GGCTTCTACG GTGCCTGTGC CCAGGTGGAG ATCGATGAGT ACCAGAACTA CGACAAAGCC 
CACGGGGCGC TGACGGAGGC CTACAAGTGC CTGTCCAAGG CCAAGGCCAA GAGCCCCCTG 
GATCAGGAGA CCAAGCTGGC TCAGCTGCAG AGCAAGATGA CGCTGGTGAA GCGGTTCATC 
CAGGCCCGAA GGACGTACAC CGAGGACCCC AAGGAGGCGG TCAGGCAGTG CGAGCTGCTG 
CTGGAGGAGC CAGAGCTGGA CAGCACCGTC CGCGTCGGGG ACGTCTGCGG CTTCCTGGTG 
CAGCACTACC TGCAGGCTGA GGACTTGCAG ACGGCCTACA AGTATCTGGA GGAGATACGG 
AAGCGGGTGC CCTCCGCCCA CATGTCCTAC TACGTGAACC AGCGGACCGT GGATGCCGTG 
CACCAGGGCC TGGGCATCCC TCTGGTACGC GCCGTGCCTG AGCGCGTCCG CCACAACAGC 
GTGGAGGACC GCAAAGAAGC GGACGAGGAG GTGCTGGAGG AGGTAGAGAG TGACCCCTGA

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

RefSeq	XP_019656228.1
CDS	915..5294
Translation	MALYFDHRIEAPDAVGSPSHIHWHPVHPFLAVASVSTTSGGSVDIYLEQGEHVPDAHMERSFRVSSLCWHPTRLMLAVGWETGEVTVFNKQDKEQHAVPPTHTTDITVLKWSPNGNCLVSGDRLGVLLLWRLDQRGRVQGTPLLKHDHGKPLTHCIFRLPPPGEDLVQLAKAAVSGDERALDMFNWRKSGFGSFLKMGSQEGLSFFVSLMDGTVHYVDEKGKTTRVASTDSPIHTLLYMEQREALVVVTQKLLLSLYAVRPGGKAEEVMKVKLSGKTGHRADMTLIEGSVLVTAIGEPVLRFWDLEGGENYVLSPEEKFGFEKAENINCVSYCKAKGLLAAGTDKGRVAMWRKLPGPQSSRVAEGKDRWALQTPTELEGNITQIKWGSRKSLLAVNSISSVVILSEQAMSSHFHQQVAVVQMSPNLLSVSFLSSGVTHSLRTDMHISGVFATKDAIAVWNGKQVVVFEPSGAMLRNAGTFLCESPVVAMHEENVYTVEPNRVQVRTWQGTVKQLLPFSEAEGNPCFFDVCGNFLVVGTDLAHFKSFDLSRREAKVHCSDKNVAALIPGTAGMASLRCNASGSKISVLLSKADNSPDSRICFYDVEMDTVTILDFKTGQIDRRETVSFSGQETEKSHGFVDESLMDLIPVNHFWDQSEPRLFVCEAVREVPGAQLQPGDKKPPTEDSPGPTADVLILSFFVTEEHGFLLQDSFPRPPAYQNLLGIEVPYYYFMRKPGEADGEDQVGSGCPCVGRRPLRDFVGLEDCDKPTRDAMLHFSFFVTVGDMDEAFKSIKLIKSEAVWENMARMCVKTQRLDVAKVCLGNMGHARGARALREAEREPEPEARVAMLAIQLGMLEDAEHLYRSCGRYDLLNKLYQASDQWQKAVEVAELHDRIHLRATYYSYARHLEASADLGLALSYYEKSDTHRFEVPRMLSEDLQSLELYVNKMKDKALWRWWAQYLESQADMAAALRYYELAQDYFSLVRICCFRGDVQKAAEIANESGNWAASYHLARQYESRDEVRQAVHFYSRARAFNNAIRLCKENGLDDQLMNLALLSSPEDMTEAALYYEDKGEHMDRAVMLYHKAGHFSKALELAFATQQFVALQLIAEDLDERSDPALLARCSDFFIEHSQYEKAVELLLAAKKYHEALQLCLEQNMTITEEMAEKMTVSKDSKDLSEESRRQLLEQIANCCMRQGNYHLATKKYTQAGNKLKAMRALLKSGDTEKIVFFAGVSRQKEIYIMAANYLQSLDWRKEPEIMKNIISCYTKGRAPDLLAGFYGACAQVEIDEYQNYDKAHGALTEAYKCLSKAKAKSPLDQETKLAQLQSKMTLVKRFIQARRTYTEDPKEAVRQCELLLEEPELDSTVRVGDVCGFLVQHYLQAEDLQTAYKYLEEIRKRVPSAHMSYYVNQRTVDAVHQGLGIPLVRAVPERVRHNSVEDRKEADEEVLEEVESDP

Target ORF information:

RefSeq Version	XM_019800669.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X2, mRNA.

Target ORF information:

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

XM_019800669.1

ORF Insert Sequence:

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGC TCGGTGTCCT GCTCTTGTGG AGGTTGGACC AAAGGGGTCG AGTACAAGGG 
ACGCCCCTGC TGAAACACGA TCATGGAAAA CCCCTAACTC ACTGCATCTT CCGGCTCCCC 
CCTCCTGGCG AGGACCTCGT TCAGTTGGCG AAGGCAGCTG TGAGTGGTGA TGAGAGAGCC 
CTGGACATGT TTAACTGGAG GAAAAGTGGC TTTGGAAGTT TCCTGAAAAT GGGATCTCAA 
GAGGGACTAT CATTCTTTGT CAGCTTGATG GACGGGACGG TGCACTACGT GGATGAGAAA 
GGCAAGACCA CCCGGGTGGC TTCCACAGAC AGCCCCATCC ACACGCTCCT CTACATGGAG 
CAAAGGGAGG CCCTGGTGGT GGTCACCCAG AAGCTGCTGC TGTCCCTGTA TGCGGTGAGG 
CCCGGGGGCA AAGCGGAGGA AGTGATGAAG GTCAAGTTGA GTGGGAAGAC TGGTCACCGG 
GCAGACATGA CATTGATTGA AGGCAGTGTG CTTGTGACCG CCATAGGGGA ACCCGTTCTC 
AGATTCTGGG ATTTAGAAGG TGGAGAAAAT TACGTGCTGA GTCCAGAGGA GAAGTTTGGT 
TTTGAAAAAG CCGAGAATAT AAACTGTGTT TCTTACTGTA AAGCCAAAGG TCTTCTGGCG 
GCGGGGACAG ATAAAGGGCG AGTGGCCATG TGGAGGAAGC TGCCCGGCCC CCAGAGCAGC 
CGAGTGGCAG AGGGCAAGGA CAGGTGGGCC CTTCAGACCC CGACTGAGCT CGAAGGCAAC 
ATCACACAGA TAAAGTGGGG CTCCCGGAAG AGCCTCCTGG CGGTGAACAG CATCAGCTCC 
GTGGTGATCC TCAGTGAGCA GGCCATGTCC TCCCACTTCC ACCAGCAAGT GGCCGTGGTG 
CAGATGTCCC CAAACTTACT CAGCGTGTCC TTCCTGTCCT CGGGGGTGAC GCACAGCCTG 
CGCACAGACA TGCACATCAG CGGGGTGTTC GCCACCAAGG ATGCCATTGC TGTCTGGAAC 
GGAAAGCAGG TGGTGGTCTT TGAGCCTTCT GGAGCCATGT TACGGAATGC AGGAACCTTC 
CTGTGTGAGT CTCCGGTGGT AGCCATGCAT GAGGAAAACG TGTACACCGT GGAGCCAAAC 
CGAGTTCAAG TTCGAACCTG GCAGGGGACC GTGAAGCAGC TCTTACCGTT CTCCGAGGCA 
GAGGGGAACC CATGCTTCTT TGATGTCTGT GGAAATTTCC TGGTTGTGGG GACAGACCTG 
GCTCATTTTA AAAGCTTTGA TCTTTCCCGA AGGGAGGCGA AAGTGCACTG CAGCGACAAG 
AACGTGGCCG CGCTGATCCC GGGCACAGCG GGCATGGCCT CGCTCAGGTG TAACGCCAGC 
GGCAGCAAGA TCAGCGTCCT CCTCAGCAAG GCGGACAACA GCCCTGATTC CAGAATCTGC 
TTCTACGACG TGGAAATGGA CACGGTGACC ATCCTCGACT TCAAGACGGG ACAGATTGAT 
CGGAGGGAGA CGGTGTCCTT TAGTGGGCAA GAGACCGAGA AGAGCCATGG CTTTGTGGAT 
GAGAGCCTGA TGGATCTCAT TCCTGTAAAC CATTTCTGGG ACCAGAGTGA GCCCAGGCTG 
TTTGTGTGCG AGGCTGTGCG GGAAGTTCCG GGAGCCCAGC TGCAGCCTGG GGATAAGAAG 
CCGCCCACCG AGGATAGCCC AGGCCCCACG GCGGACGTGC TGATTCTGTC CTTCTTCGTG 
ACGGAGGAGC ACGGCTTCTT GCTCCAGGAC AGCTTCCCCC GGCCTCCCGC CTACCAGAAT 
CTTCTGGGGA TCGAAGTGCC TTATTATTAC TTCATGAGAA AGCCAGGAGA AGCAGACGGA 
GAAGACCAGG TGGGCTCAGG GTGCCCATGC GTGGGCAGGA GACCCCTACG CGACTTCGTC 
GGGCTGGAGG ACTGCGATAA GCCCACTCGG GACGCCATGC TTCACTTCAG CTTCTTCGTC 
ACCGTCGGAG ACATGGATGA AGCTTTCAAA TCTATCAAAC TCATCAAAAG TGAGGCGGTC 
TGGGAGAACA TGGCGCGCAT GTGCGTGAAG ACCCAGCGGC TGGACGTCGC CAAGGTGTGC 
CTGGGGAACA TGGGCCATGC GCGTGGAGCG CGAGCACTGC GGGAGGCTGA GCGGGAGCCA 
GAGCCGGAGG CCAGGGTGGC CATGCTGGCC ATACAGCTGG GCATGCTGGA GGACGCCGAG 
CACTTGTACC GGTCGTGTGG GCGCTATGAC CTCCTGAACA AGCTGTACCA GGCCTCTGAC 
CAGTGGCAGA AGGCCGTGGA AGTCGCGGAG CTGCATGACC GCATCCACCT GCGTGCCACC 
TACTACAGCT ACGCCCGGCA CCTGGAGGCC AGCGCAGACC TCGGCCTGGC CCTCAGCTAC 
TATGAGAAGT CAGACACCCA CCGCTTCGAG GTGCCCAGGA TGCTCTCGGA GGACCTGCAG 
TCCCTGGAGC TCTACGTCAA TAAGATGAAG GACAAGGCCT TGTGGCGGTG GTGGGCCCAG 
TACCTGGAGA GCCAGGCCGA CATGGCCGCG GCGCTGCGCT ACTATGAGCT GGCGCAAGAC 
TACTTCTCCC TCGTCCGCAT CTGCTGCTTC CGGGGCGACG TTCAAAAGGC TGCGGAGATA 
GCCAACGAGA GCGGAAACTG GGCGGCGTCC TATCACCTGG CCCGCCAGTA CGAGAGCCGG 
GACGAGGTGA GGCAGGCCGT GCACTTCTAC TCGCGGGCGC GGGCCTTCAA CAACGCCATC 
CGGCTGTGCA AGGAGAATGG TCTGGATGAC CAGCTCATGA ACCTGGCTCT GCTGAGCTCC 
CCCGAGGACA TGACGGAGGC GGCACTCTAC TATGAGGACA AGGGCGAGCA CATGGACAGG 
GCGGTCATGC TGTACCACAA GGCTGGCCAC TTCTCCAAGG CTCTGGAGCT GGCCTTCGCC 
ACCCAGCAGT TCGTGGCCCT ACAGCTCATA GCAGAGGACC TGGACGAGAG GTCGGACCCC 
GCCCTCCTGG CCCGCTGTTC GGACTTCTTC ATCGAACACA GCCAGTACGA GAAGGCGGTG 
GAGCTGCTGC TGGCCGCAAA GAAGTATCAC GAAGCCCTAC AGCTTTGCCT GGAGCAGAAC 
ATGACCATCA CTGAGGAGAT GGCCGAGAAG ATGACCGTGT CCAAGGACTC CAAGGACCTG 
TCTGAAGAGT CTCGGCGCCA ACTGCTGGAG CAGATCGCCA ACTGCTGCAT GCGTCAGGGC 
AACTACCACC TGGCCACCAA GAAGTACACG CAGGCGGGGA ACAAGCTGAA GGCCATGAGA 
GCGCTGCTGA AGTCTGGCGA CACAGAGAAA ATCGTGTTCT TTGCGGGCGT CTCGAGGCAA 
AAGGAAATCT ACATCATGGC TGCCAACTAC CTGCAGTCCC TGGACTGGCG GAAGGAGCCG 
GAGATCATGA AGAACATCAT CAGCTGCTAC ACCAAGGGCC GGGCCCCTGA CCTGCTAGCC 
GGCTTCTACG GTGCCTGTGC CCAGGTGGAG ATCGATGAGT ACCAGAACTA CGACAAAGCC 
CACGGGGCGC TGACGGAGGC CTACAAGTGC CTGTCCAAGG CCAAGGCCAA GAGCCCCCTG 
GATCAGGAGA CCAAGCTGGC TCAGCTGCAG AGCAAGATGA CGCTGGTGAA GCGGTTCATC 
CAGGCCCGAA GGACGTACAC CGAGGACCCC AAGGAGGCGG TCAGGCAGTG CGAGCTGCTG 
CTGGAGGAGC CAGAGCTGGA CAGCACCGTC CGCGTCGGGG ACGTCTGCGG CTTCCTGGTG 
CAGCACTACC TGCAGGCTGA GGACTTGCAG ACGGCCTACA AGTATCTGGA GGAGATACGG 
AAGCGGGTGC CCTCCGCCCA CATGTCCTAC TACGTGAACC AGCGGACCGT GGATGCCGTG 
CACCAGGGCC TGGGCATCCC TCTGGTACGC GCCGTGCCTG AGCGCGTCCG CCACAACAGC 
GTGGAGGACC GCAAAGAAGC GGACGAGGAG GTGCTGGAGG AGGTAGAGAG TGACCCCTGA

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

IFT140 ( XM_019800668.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019656227.1 Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X1, mRNA.

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CloneID	OAc07658
Clone ID Related Accession (Same CDS sequence)	XM_019800670.1 , XM_019800669.1 , XM_019800668.1
Accession Version	XM_019800668.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4380bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	intraflagellar transport protein 140 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217683.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGC TCGGTGTCCT GCTCTTGTGG AGGTTGGACC AAAGGGGTCG AGTACAAGGG 
ACGCCCCTGC TGAAACACGA TCATGGAAAA CCCCTAACTC ACTGCATCTT CCGGCTCCCC 
CCTCCTGGCG AGGACCTCGT TCAGTTGGCG AAGGCAGCTG TGAGTGGTGA TGAGAGAGCC 
CTGGACATGT TTAACTGGAG GAAAAGTGGC TTTGGAAGTT TCCTGAAAAT GGGATCTCAA 
GAGGGACTAT CATTCTTTGT CAGCTTGATG GACGGGACGG TGCACTACGT GGATGAGAAA 
GGCAAGACCA CCCGGGTGGC TTCCACAGAC AGCCCCATCC ACACGCTCCT CTACATGGAG 
CAAAGGGAGG CCCTGGTGGT GGTCACCCAG AAGCTGCTGC TGTCCCTGTA TGCGGTGAGG 
CCCGGGGGCA AAGCGGAGGA AGTGATGAAG GTCAAGTTGA GTGGGAAGAC TGGTCACCGG 
GCAGACATGA CATTGATTGA AGGCAGTGTG CTTGTGACCG CCATAGGGGA ACCCGTTCTC 
AGATTCTGGG ATTTAGAAGG TGGAGAAAAT TACGTGCTGA GTCCAGAGGA GAAGTTTGGT 
TTTGAAAAAG CCGAGAATAT AAACTGTGTT TCTTACTGTA AAGCCAAAGG TCTTCTGGCG 
GCGGGGACAG ATAAAGGGCG AGTGGCCATG TGGAGGAAGC TGCCCGGCCC CCAGAGCAGC 
CGAGTGGCAG AGGGCAAGGA CAGGTGGGCC CTTCAGACCC CGACTGAGCT CGAAGGCAAC 
ATCACACAGA TAAAGTGGGG CTCCCGGAAG AGCCTCCTGG CGGTGAACAG CATCAGCTCC 
GTGGTGATCC TCAGTGAGCA GGCCATGTCC TCCCACTTCC ACCAGCAAGT GGCCGTGGTG 
CAGATGTCCC CAAACTTACT CAGCGTGTCC TTCCTGTCCT CGGGGGTGAC GCACAGCCTG 
CGCACAGACA TGCACATCAG CGGGGTGTTC GCCACCAAGG ATGCCATTGC TGTCTGGAAC 
GGAAAGCAGG TGGTGGTCTT TGAGCCTTCT GGAGCCATGT TACGGAATGC AGGAACCTTC 
CTGTGTGAGT CTCCGGTGGT AGCCATGCAT GAGGAAAACG TGTACACCGT GGAGCCAAAC 
CGAGTTCAAG TTCGAACCTG GCAGGGGACC GTGAAGCAGC TCTTACCGTT CTCCGAGGCA 
GAGGGGAACC CATGCTTCTT TGATGTCTGT GGAAATTTCC TGGTTGTGGG GACAGACCTG 
GCTCATTTTA AAAGCTTTGA TCTTTCCCGA AGGGAGGCGA AAGTGCACTG CAGCGACAAG 
AACGTGGCCG CGCTGATCCC GGGCACAGCG GGCATGGCCT CGCTCAGGTG TAACGCCAGC 
GGCAGCAAGA TCAGCGTCCT CCTCAGCAAG GCGGACAACA GCCCTGATTC CAGAATCTGC 
TTCTACGACG TGGAAATGGA CACGGTGACC ATCCTCGACT TCAAGACGGG ACAGATTGAT 
CGGAGGGAGA CGGTGTCCTT TAGTGGGCAA GAGACCGAGA AGAGCCATGG CTTTGTGGAT 
GAGAGCCTGA TGGATCTCAT TCCTGTAAAC CATTTCTGGG ACCAGAGTGA GCCCAGGCTG 
TTTGTGTGCG AGGCTGTGCG GGAAGTTCCG GGAGCCCAGC TGCAGCCTGG GGATAAGAAG 
CCGCCCACCG AGGATAGCCC AGGCCCCACG GCGGACGTGC TGATTCTGTC CTTCTTCGTG 
ACGGAGGAGC ACGGCTTCTT GCTCCAGGAC AGCTTCCCCC GGCCTCCCGC CTACCAGAAT 
CTTCTGGGGA TCGAAGTGCC TTATTATTAC TTCATGAGAA AGCCAGGAGA AGCAGACGGA 
GAAGACCAGG TGGGCTCAGG GTGCCCATGC GTGGGCAGGA GACCCCTACG CGACTTCGTC 
GGGCTGGAGG ACTGCGATAA GCCCACTCGG GACGCCATGC TTCACTTCAG CTTCTTCGTC 
ACCGTCGGAG ACATGGATGA AGCTTTCAAA TCTATCAAAC TCATCAAAAG TGAGGCGGTC 
TGGGAGAACA TGGCGCGCAT GTGCGTGAAG ACCCAGCGGC TGGACGTCGC CAAGGTGTGC 
CTGGGGAACA TGGGCCATGC GCGTGGAGCG CGAGCACTGC GGGAGGCTGA GCGGGAGCCA 
GAGCCGGAGG CCAGGGTGGC CATGCTGGCC ATACAGCTGG GCATGCTGGA GGACGCCGAG 
CACTTGTACC GGTCGTGTGG GCGCTATGAC CTCCTGAACA AGCTGTACCA GGCCTCTGAC 
CAGTGGCAGA AGGCCGTGGA AGTCGCGGAG CTGCATGACC GCATCCACCT GCGTGCCACC 
TACTACAGCT ACGCCCGGCA CCTGGAGGCC AGCGCAGACC TCGGCCTGGC CCTCAGCTAC 
TATGAGAAGT CAGACACCCA CCGCTTCGAG GTGCCCAGGA TGCTCTCGGA GGACCTGCAG 
TCCCTGGAGC TCTACGTCAA TAAGATGAAG GACAAGGCCT TGTGGCGGTG GTGGGCCCAG 
TACCTGGAGA GCCAGGCCGA CATGGCCGCG GCGCTGCGCT ACTATGAGCT GGCGCAAGAC 
TACTTCTCCC TCGTCCGCAT CTGCTGCTTC CGGGGCGACG TTCAAAAGGC TGCGGAGATA 
GCCAACGAGA GCGGAAACTG GGCGGCGTCC TATCACCTGG CCCGCCAGTA CGAGAGCCGG 
GACGAGGTGA GGCAGGCCGT GCACTTCTAC TCGCGGGCGC GGGCCTTCAA CAACGCCATC 
CGGCTGTGCA AGGAGAATGG TCTGGATGAC CAGCTCATGA ACCTGGCTCT GCTGAGCTCC 
CCCGAGGACA TGACGGAGGC GGCACTCTAC TATGAGGACA AGGGCGAGCA CATGGACAGG 
GCGGTCATGC TGTACCACAA GGCTGGCCAC TTCTCCAAGG CTCTGGAGCT GGCCTTCGCC 
ACCCAGCAGT TCGTGGCCCT ACAGCTCATA GCAGAGGACC TGGACGAGAG GTCGGACCCC 
GCCCTCCTGG CCCGCTGTTC GGACTTCTTC ATCGAACACA GCCAGTACGA GAAGGCGGTG 
GAGCTGCTGC TGGCCGCAAA GAAGTATCAC GAAGCCCTAC AGCTTTGCCT GGAGCAGAAC 
ATGACCATCA CTGAGGAGAT GGCCGAGAAG ATGACCGTGT CCAAGGACTC CAAGGACCTG 
TCTGAAGAGT CTCGGCGCCA ACTGCTGGAG CAGATCGCCA ACTGCTGCAT GCGTCAGGGC 
AACTACCACC TGGCCACCAA GAAGTACACG CAGGCGGGGA ACAAGCTGAA GGCCATGAGA 
GCGCTGCTGA AGTCTGGCGA CACAGAGAAA ATCGTGTTCT TTGCGGGCGT CTCGAGGCAA 
AAGGAAATCT ACATCATGGC TGCCAACTAC CTGCAGTCCC TGGACTGGCG GAAGGAGCCG 
GAGATCATGA AGAACATCAT CAGCTGCTAC ACCAAGGGCC GGGCCCCTGA CCTGCTAGCC 
GGCTTCTACG GTGCCTGTGC CCAGGTGGAG ATCGATGAGT ACCAGAACTA CGACAAAGCC 
CACGGGGCGC TGACGGAGGC CTACAAGTGC CTGTCCAAGG CCAAGGCCAA GAGCCCCCTG 
GATCAGGAGA CCAAGCTGGC TCAGCTGCAG AGCAAGATGA CGCTGGTGAA GCGGTTCATC 
CAGGCCCGAA GGACGTACAC CGAGGACCCC AAGGAGGCGG TCAGGCAGTG CGAGCTGCTG 
CTGGAGGAGC CAGAGCTGGA CAGCACCGTC CGCGTCGGGG ACGTCTGCGG CTTCCTGGTG 
CAGCACTACC TGCAGGCTGA GGACTTGCAG ACGGCCTACA AGTATCTGGA GGAGATACGG 
AAGCGGGTGC CCTCCGCCCA CATGTCCTAC TACGTGAACC AGCGGACCGT GGATGCCGTG 
CACCAGGGCC TGGGCATCCC TCTGGTACGC GCCGTGCCTG AGCGCGTCCG CCACAACAGC 
GTGGAGGACC GCAAAGAAGC GGACGAGGAG GTGCTGGAGG AGGTAGAGAG TGACCCCTGA

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

RefSeq	XP_019656227.1
CDS	78..4457
Translation	MALYFDHRIEAPDAVGSPSHIHWHPVHPFLAVASVSTTSGGSVDIYLEQGEHVPDAHMERSFRVSSLCWHPTRLMLAVGWETGEVTVFNKQDKEQHAVPPTHTTDITVLKWSPNGNCLVSGDRLGVLLLWRLDQRGRVQGTPLLKHDHGKPLTHCIFRLPPPGEDLVQLAKAAVSGDERALDMFNWRKSGFGSFLKMGSQEGLSFFVSLMDGTVHYVDEKGKTTRVASTDSPIHTLLYMEQREALVVVTQKLLLSLYAVRPGGKAEEVMKVKLSGKTGHRADMTLIEGSVLVTAIGEPVLRFWDLEGGENYVLSPEEKFGFEKAENINCVSYCKAKGLLAAGTDKGRVAMWRKLPGPQSSRVAEGKDRWALQTPTELEGNITQIKWGSRKSLLAVNSISSVVILSEQAMSSHFHQQVAVVQMSPNLLSVSFLSSGVTHSLRTDMHISGVFATKDAIAVWNGKQVVVFEPSGAMLRNAGTFLCESPVVAMHEENVYTVEPNRVQVRTWQGTVKQLLPFSEAEGNPCFFDVCGNFLVVGTDLAHFKSFDLSRREAKVHCSDKNVAALIPGTAGMASLRCNASGSKISVLLSKADNSPDSRICFYDVEMDTVTILDFKTGQIDRRETVSFSGQETEKSHGFVDESLMDLIPVNHFWDQSEPRLFVCEAVREVPGAQLQPGDKKPPTEDSPGPTADVLILSFFVTEEHGFLLQDSFPRPPAYQNLLGIEVPYYYFMRKPGEADGEDQVGSGCPCVGRRPLRDFVGLEDCDKPTRDAMLHFSFFVTVGDMDEAFKSIKLIKSEAVWENMARMCVKTQRLDVAKVCLGNMGHARGARALREAEREPEPEARVAMLAIQLGMLEDAEHLYRSCGRYDLLNKLYQASDQWQKAVEVAELHDRIHLRATYYSYARHLEASADLGLALSYYEKSDTHRFEVPRMLSEDLQSLELYVNKMKDKALWRWWAQYLESQADMAAALRYYELAQDYFSLVRICCFRGDVQKAAEIANESGNWAASYHLARQYESRDEVRQAVHFYSRARAFNNAIRLCKENGLDDQLMNLALLSSPEDMTEAALYYEDKGEHMDRAVMLYHKAGHFSKALELAFATQQFVALQLIAEDLDERSDPALLARCSDFFIEHSQYEKAVELLLAAKKYHEALQLCLEQNMTITEEMAEKMTVSKDSKDLSEESRRQLLEQIANCCMRQGNYHLATKKYTQAGNKLKAMRALLKSGDTEKIVFFAGVSRQKEIYIMAANYLQSLDWRKEPEIMKNIISCYTKGRAPDLLAGFYGACAQVEIDEYQNYDKAHGALTEAYKCLSKAKAKSPLDQETKLAQLQSKMTLVKRFIQARRTYTEDPKEAVRQCELLLEEPELDSTVRVGDVCGFLVQHYLQAEDLQTAYKYLEEIRKRVPSAHMSYYVNQRTVDAVHQGLGIPLVRAVPERVRHNSVEDRKEADEEVLEEVESDP

Target ORF information:

RefSeq Version	XM_019800668.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X1, mRNA.

Target ORF information:

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

XM_019800668.1

ORF Insert Sequence:

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGC TCGGTGTCCT GCTCTTGTGG AGGTTGGACC AAAGGGGTCG AGTACAAGGG 
ACGCCCCTGC TGAAACACGA TCATGGAAAA CCCCTAACTC ACTGCATCTT CCGGCTCCCC 
CCTCCTGGCG AGGACCTCGT TCAGTTGGCG AAGGCAGCTG TGAGTGGTGA TGAGAGAGCC 
CTGGACATGT TTAACTGGAG GAAAAGTGGC TTTGGAAGTT TCCTGAAAAT GGGATCTCAA 
GAGGGACTAT CATTCTTTGT CAGCTTGATG GACGGGACGG TGCACTACGT GGATGAGAAA 
GGCAAGACCA CCCGGGTGGC TTCCACAGAC AGCCCCATCC ACACGCTCCT CTACATGGAG 
CAAAGGGAGG CCCTGGTGGT GGTCACCCAG AAGCTGCTGC TGTCCCTGTA TGCGGTGAGG 
CCCGGGGGCA AAGCGGAGGA AGTGATGAAG GTCAAGTTGA GTGGGAAGAC TGGTCACCGG 
GCAGACATGA CATTGATTGA AGGCAGTGTG CTTGTGACCG CCATAGGGGA ACCCGTTCTC 
AGATTCTGGG ATTTAGAAGG TGGAGAAAAT TACGTGCTGA GTCCAGAGGA GAAGTTTGGT 
TTTGAAAAAG CCGAGAATAT AAACTGTGTT TCTTACTGTA AAGCCAAAGG TCTTCTGGCG 
GCGGGGACAG ATAAAGGGCG AGTGGCCATG TGGAGGAAGC TGCCCGGCCC CCAGAGCAGC 
CGAGTGGCAG AGGGCAAGGA CAGGTGGGCC CTTCAGACCC CGACTGAGCT CGAAGGCAAC 
ATCACACAGA TAAAGTGGGG CTCCCGGAAG AGCCTCCTGG CGGTGAACAG CATCAGCTCC 
GTGGTGATCC TCAGTGAGCA GGCCATGTCC TCCCACTTCC ACCAGCAAGT GGCCGTGGTG 
CAGATGTCCC CAAACTTACT CAGCGTGTCC TTCCTGTCCT CGGGGGTGAC GCACAGCCTG 
CGCACAGACA TGCACATCAG CGGGGTGTTC GCCACCAAGG ATGCCATTGC TGTCTGGAAC 
GGAAAGCAGG TGGTGGTCTT TGAGCCTTCT GGAGCCATGT TACGGAATGC AGGAACCTTC 
CTGTGTGAGT CTCCGGTGGT AGCCATGCAT GAGGAAAACG TGTACACCGT GGAGCCAAAC 
CGAGTTCAAG TTCGAACCTG GCAGGGGACC GTGAAGCAGC TCTTACCGTT CTCCGAGGCA 
GAGGGGAACC CATGCTTCTT TGATGTCTGT GGAAATTTCC TGGTTGTGGG GACAGACCTG 
GCTCATTTTA AAAGCTTTGA TCTTTCCCGA AGGGAGGCGA AAGTGCACTG CAGCGACAAG 
AACGTGGCCG CGCTGATCCC GGGCACAGCG GGCATGGCCT CGCTCAGGTG TAACGCCAGC 
GGCAGCAAGA TCAGCGTCCT CCTCAGCAAG GCGGACAACA GCCCTGATTC CAGAATCTGC 
TTCTACGACG TGGAAATGGA CACGGTGACC ATCCTCGACT TCAAGACGGG ACAGATTGAT 
CGGAGGGAGA CGGTGTCCTT TAGTGGGCAA GAGACCGAGA AGAGCCATGG CTTTGTGGAT 
GAGAGCCTGA TGGATCTCAT TCCTGTAAAC CATTTCTGGG ACCAGAGTGA GCCCAGGCTG 
TTTGTGTGCG AGGCTGTGCG GGAAGTTCCG GGAGCCCAGC TGCAGCCTGG GGATAAGAAG 
CCGCCCACCG AGGATAGCCC AGGCCCCACG GCGGACGTGC TGATTCTGTC CTTCTTCGTG 
ACGGAGGAGC ACGGCTTCTT GCTCCAGGAC AGCTTCCCCC GGCCTCCCGC CTACCAGAAT 
CTTCTGGGGA TCGAAGTGCC TTATTATTAC TTCATGAGAA AGCCAGGAGA AGCAGACGGA 
GAAGACCAGG TGGGCTCAGG GTGCCCATGC GTGGGCAGGA GACCCCTACG CGACTTCGTC 
GGGCTGGAGG ACTGCGATAA GCCCACTCGG GACGCCATGC TTCACTTCAG CTTCTTCGTC 
ACCGTCGGAG ACATGGATGA AGCTTTCAAA TCTATCAAAC TCATCAAAAG TGAGGCGGTC 
TGGGAGAACA TGGCGCGCAT GTGCGTGAAG ACCCAGCGGC TGGACGTCGC CAAGGTGTGC 
CTGGGGAACA TGGGCCATGC GCGTGGAGCG CGAGCACTGC GGGAGGCTGA GCGGGAGCCA 
GAGCCGGAGG CCAGGGTGGC CATGCTGGCC ATACAGCTGG GCATGCTGGA GGACGCCGAG 
CACTTGTACC GGTCGTGTGG GCGCTATGAC CTCCTGAACA AGCTGTACCA GGCCTCTGAC 
CAGTGGCAGA AGGCCGTGGA AGTCGCGGAG CTGCATGACC GCATCCACCT GCGTGCCACC 
TACTACAGCT ACGCCCGGCA CCTGGAGGCC AGCGCAGACC TCGGCCTGGC CCTCAGCTAC 
TATGAGAAGT CAGACACCCA CCGCTTCGAG GTGCCCAGGA TGCTCTCGGA GGACCTGCAG 
TCCCTGGAGC TCTACGTCAA TAAGATGAAG GACAAGGCCT TGTGGCGGTG GTGGGCCCAG 
TACCTGGAGA GCCAGGCCGA CATGGCCGCG GCGCTGCGCT ACTATGAGCT GGCGCAAGAC 
TACTTCTCCC TCGTCCGCAT CTGCTGCTTC CGGGGCGACG TTCAAAAGGC TGCGGAGATA 
GCCAACGAGA GCGGAAACTG GGCGGCGTCC TATCACCTGG CCCGCCAGTA CGAGAGCCGG 
GACGAGGTGA GGCAGGCCGT GCACTTCTAC TCGCGGGCGC GGGCCTTCAA CAACGCCATC 
CGGCTGTGCA AGGAGAATGG TCTGGATGAC CAGCTCATGA ACCTGGCTCT GCTGAGCTCC 
CCCGAGGACA TGACGGAGGC GGCACTCTAC TATGAGGACA AGGGCGAGCA CATGGACAGG 
GCGGTCATGC TGTACCACAA GGCTGGCCAC TTCTCCAAGG CTCTGGAGCT GGCCTTCGCC 
ACCCAGCAGT TCGTGGCCCT ACAGCTCATA GCAGAGGACC TGGACGAGAG GTCGGACCCC 
GCCCTCCTGG CCCGCTGTTC GGACTTCTTC ATCGAACACA GCCAGTACGA GAAGGCGGTG 
GAGCTGCTGC TGGCCGCAAA GAAGTATCAC GAAGCCCTAC AGCTTTGCCT GGAGCAGAAC 
ATGACCATCA CTGAGGAGAT GGCCGAGAAG ATGACCGTGT CCAAGGACTC CAAGGACCTG 
TCTGAAGAGT CTCGGCGCCA ACTGCTGGAG CAGATCGCCA ACTGCTGCAT GCGTCAGGGC 
AACTACCACC TGGCCACCAA GAAGTACACG CAGGCGGGGA ACAAGCTGAA GGCCATGAGA 
GCGCTGCTGA AGTCTGGCGA CACAGAGAAA ATCGTGTTCT TTGCGGGCGT CTCGAGGCAA 
AAGGAAATCT ACATCATGGC TGCCAACTAC CTGCAGTCCC TGGACTGGCG GAAGGAGCCG 
GAGATCATGA AGAACATCAT CAGCTGCTAC ACCAAGGGCC GGGCCCCTGA CCTGCTAGCC 
GGCTTCTACG GTGCCTGTGC CCAGGTGGAG ATCGATGAGT ACCAGAACTA CGACAAAGCC 
CACGGGGCGC TGACGGAGGC CTACAAGTGC CTGTCCAAGG CCAAGGCCAA GAGCCCCCTG 
GATCAGGAGA CCAAGCTGGC TCAGCTGCAG AGCAAGATGA CGCTGGTGAA GCGGTTCATC 
CAGGCCCGAA GGACGTACAC CGAGGACCCC AAGGAGGCGG TCAGGCAGTG CGAGCTGCTG 
CTGGAGGAGC CAGAGCTGGA CAGCACCGTC CGCGTCGGGG ACGTCTGCGG CTTCCTGGTG 
CAGCACTACC TGCAGGCTGA GGACTTGCAG ACGGCCTACA AGTATCTGGA GGAGATACGG 
AAGCGGGTGC CCTCCGCCCA CATGTCCTAC TACGTGAACC AGCGGACCGT GGATGCCGTG 
CACCAGGGCC TGGGCATCCC TCTGGTACGC GCCGTGCCTG AGCGCGTCCG CCACAACAGC 
GTGGAGGACC GCAAAGAAGC GGACGAGGAG GTGCTGGAGG AGGTAGAGAG TGACCCCTGA

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

IFT140 ( XM_019800671.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019656230.1 Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X4, mRNA.

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CloneID	OAc93508
Clone ID Related Accession (Same CDS sequence)	XM_019800671.1
Accession Version	XM_019800671.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3939bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	intraflagellar transport protein 140 homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217683.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGG TCAAGTTGAG TGGGAAGACT GGTCACCGGG CAGACATGAC ATTGATTGAA 
GGCAGTGTGC TTGTGACCGC CATAGGGGAA CCCGTTCTCA GATTCTGGGA TTTAGAAGGT 
GGAGAAAATT ACGTGCTGAG TCCAGAGGAG AAGTTTGGTT TTGAAAAAGC CGAGAATATA 
AACTGTGTTT CTTACTGTAA AGCCAAAGGT CTTCTGGCGG CGGGGACAGA TAAAGGGCGA 
GTGGCCATGT GGAGGAAGCT GCCCGGCCCC CAGAGCAGCC GAGTGGCAGA GGGCAAGGAC 
AGGTGGGCCC TTCAGACCCC GACTGAGCTC GAAGGCAACA TCACACAGAT AAAGTGGGGC 
TCCCGGAAGA GCCTCCTGGC GGTGAACAGC ATCAGCTCCG TGGTGATCCT CAGTGAGCAG 
GCCATGTCCT CCCACTTCCA CCAGCAAGTG GCCGTGGTGC AGATGTCCCC AAACTTACTC 
AGCGTGTCCT TCCTGTCCTC GGGGGTGACG CACAGCCTGC GCACAGACAT GCACATCAGC 
GGGGTGTTCG CCACCAAGGA TGCCATTGCT GTCTGGAACG GAAAGCAGGT GGTGGTCTTT 
GAGCCTTCTG GAGCCATGTT ACGGAATGCA GGAACCTTCC TGTGTGAGTC TCCGGTGGTA 
GCCATGCATG AGGAAAACGT GTACACCGTG GAGCCAAACC GAGTTCAAGT TCGAACCTGG 
CAGGGGACCG TGAAGCAGCT CTTACCGTTC TCCGAGGCAG AGGGGAACCC ATGCTTCTTT 
GATGTCTGTG GAAATTTCCT GGTTGTGGGG ACAGACCTGG CTCATTTTAA AAGCTTTGAT 
CTTTCCCGAA GGGAGGCGAA AGTGCACTGC AGCGACAAGA ACGTGGCCGC GCTGATCCCG 
GGCACAGCGG GCATGGCCTC GCTCAGGTGT AACGCCAGCG GCAGCAAGAT CAGCGTCCTC 
CTCAGCAAGG CGGACAACAG CCCTGATTCC AGAATCTGCT TCTACGACGT GGAAATGGAC 
ACGGTGACCA TCCTCGACTT CAAGACGGGA CAGATTGATC GGAGGGAGAC GGTGTCCTTT 
AGTGGGCAAG AGACCGAGAA GAGCCATGGC TTTGTGGATG AGAGCCTGAT GGATCTCATT 
CCTGTAAACC ATTTCTGGGA CCAGAGTGAG CCCAGGCTGT TTGTGTGCGA GGCTGTGCGG 
GAAGTTCCGG GAGCCCAGCT GCAGCCTGGG GATAAGAAGC CGCCCACCGA GGATAGCCCA 
GGCCCCACGG CGGACGTGCT GATTCTGTCC TTCTTCGTGA CGGAGGAGCA CGGCTTCTTG 
CTCCAGGACA GCTTCCCCCG GCCTCCCGCC TACCAGAATC TTCTGGGGAT CGAAGTGCCT 
TATTATTACT TCATGAGAAA GCCAGGAGAA GCAGACGGAG AAGACCAGGT GGGCTCAGGG 
TGCCCATGCG TGGGCAGGAG ACCCCTACGC GACTTCGTCG GGCTGGAGGA CTGCGATAAG 
CCCACTCGGG ACGCCATGCT TCACTTCAGC TTCTTCGTCA CCGTCGGAGA CATGGATGAA 
GCTTTCAAAT CTATCAAACT CATCAAAAGT GAGGCGGTCT GGGAGAACAT GGCGCGCATG 
TGCGTGAAGA CCCAGCGGCT GGACGTCGCC AAGGTGTGCC TGGGGAACAT GGGCCATGCG 
CGTGGAGCGC GAGCACTGCG GGAGGCTGAG CGGGAGCCAG AGCCGGAGGC CAGGGTGGCC 
ATGCTGGCCA TACAGCTGGG CATGCTGGAG GACGCCGAGC ACTTGTACCG GTCGTGTGGG 
CGCTATGACC TCCTGAACAA GCTGTACCAG GCCTCTGACC AGTGGCAGAA GGCCGTGGAA 
GTCGCGGAGC TGCATGACCG CATCCACCTG CGTGCCACCT ACTACAGCTA CGCCCGGCAC 
CTGGAGGCCA GCGCAGACCT CGGCCTGGCC CTCAGCTACT ATGAGAAGTC AGACACCCAC 
CGCTTCGAGG TGCCCAGGAT GCTCTCGGAG GACCTGCAGT CCCTGGAGCT CTACGTCAAT 
AAGATGAAGG ACAAGGCCTT GTGGCGGTGG TGGGCCCAGT ACCTGGAGAG CCAGGCCGAC 
ATGGCCGCGG CGCTGCGCTA CTATGAGCTG GCGCAAGACT ACTTCTCCCT CGTCCGCATC 
TGCTGCTTCC GGGGCGACGT TCAAAAGGCT GCGGAGATAG CCAACGAGAG CGGAAACTGG 
GCGGCGTCCT ATCACCTGGC CCGCCAGTAC GAGAGCCGGG ACGAGGTGAG GCAGGCCGTG 
CACTTCTACT CGCGGGCGCG GGCCTTCAAC AACGCCATCC GGCTGTGCAA GGAGAATGGT 
CTGGATGACC AGCTCATGAA CCTGGCTCTG CTGAGCTCCC CCGAGGACAT GACGGAGGCG 
GCACTCTACT ATGAGGACAA GGGCGAGCAC ATGGACAGGG CGGTCATGCT GTACCACAAG 
GCTGGCCACT TCTCCAAGGC TCTGGAGCTG GCCTTCGCCA CCCAGCAGTT CGTGGCCCTA 
CAGCTCATAG CAGAGGACCT GGACGAGAGG TCGGACCCCG CCCTCCTGGC CCGCTGTTCG 
GACTTCTTCA TCGAACACAG CCAGTACGAG AAGGCGGTGG AGCTGCTGCT GGCCGCAAAG 
AAGTATCACG AAGCCCTACA GCTTTGCCTG GAGCAGAACA TGACCATCAC TGAGGAGATG 
GCCGAGAAGA TGACCGTGTC CAAGGACTCC AAGGACCTGT CTGAAGAGTC TCGGCGCCAA 
CTGCTGGAGC AGATCGCCAA CTGCTGCATG CGTCAGGGCA ACTACCACCT GGCCACCAAG 
AAGTACACGC AGGCGGGGAA CAAGCTGAAG GCCATGAGAG CGCTGCTGAA GTCTGGCGAC 
ACAGAGAAAA TCGTGTTCTT TGCGGGCGTC TCGAGGCAAA AGGAAATCTA CATCATGGCT 
GCCAACTACC TGCAGTCCCT GGACTGGCGG AAGGAGCCGG AGATCATGAA GAACATCATC 
AGCTGCTACA CCAAGGGCCG GGCCCCTGAC CTGCTAGCCG GCTTCTACGG TGCCTGTGCC 
CAGGTGGAGA TCGATGAGTA CCAGAACTAC GACAAAGCCC ACGGGGCGCT GACGGAGGCC 
TACAAGTGCC TGTCCAAGGC CAAGGCCAAG AGCCCCCTGG ATCAGGAGAC CAAGCTGGCT 
CAGCTGCAGA GCAAGATGAC GCTGGTGAAG CGGTTCATCC AGGCCCGAAG GACGTACACC 
GAGGACCCCA AGGAGGCGGT CAGGCAGTGC GAGCTGCTGC TGGAGGAGCC AGAGCTGGAC 
AGCACCGTCC GCGTCGGGGA CGTCTGCGGC TTCCTGGTGC AGCACTACCT GCAGGCTGAG 
GACTTGCAGA CGGCCTACAA GTATCTGGAG GAGATACGGA AGCGGGTGCC CTCCGCCCAC 
ATGTCCTACT ACGTGAACCA GCGGACCGTG GATGCCGTGC ACCAGGGCCT GGGCATCCCT 
CTGGTACGCG CCGTGCCTGA GCGCGTCCGC CACAACAGCG TGGAGGACCG CAAAGAAGCG 
GACGAGGAGG TGCTGGAGGA GGTAGAGAGT GACCCCTGA

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

RefSeq	XP_019656230.1
CDS	915..4853
Translation	MALYFDHRIEAPDAVGSPSHIHWHPVHPFLAVASVSTTSGGSVDIYLEQGEHVPDAHMERSFRVSSLCWHPTRLMLAVGWETGEVTVFNKQDKEQHAVPPTHTTDITVLKWSPNGNCLVSGDRVKLSGKTGHRADMTLIEGSVLVTAIGEPVLRFWDLEGGENYVLSPEEKFGFEKAENINCVSYCKAKGLLAAGTDKGRVAMWRKLPGPQSSRVAEGKDRWALQTPTELEGNITQIKWGSRKSLLAVNSISSVVILSEQAMSSHFHQQVAVVQMSPNLLSVSFLSSGVTHSLRTDMHISGVFATKDAIAVWNGKQVVVFEPSGAMLRNAGTFLCESPVVAMHEENVYTVEPNRVQVRTWQGTVKQLLPFSEAEGNPCFFDVCGNFLVVGTDLAHFKSFDLSRREAKVHCSDKNVAALIPGTAGMASLRCNASGSKISVLLSKADNSPDSRICFYDVEMDTVTILDFKTGQIDRRETVSFSGQETEKSHGFVDESLMDLIPVNHFWDQSEPRLFVCEAVREVPGAQLQPGDKKPPTEDSPGPTADVLILSFFVTEEHGFLLQDSFPRPPAYQNLLGIEVPYYYFMRKPGEADGEDQVGSGCPCVGRRPLRDFVGLEDCDKPTRDAMLHFSFFVTVGDMDEAFKSIKLIKSEAVWENMARMCVKTQRLDVAKVCLGNMGHARGARALREAEREPEPEARVAMLAIQLGMLEDAEHLYRSCGRYDLLNKLYQASDQWQKAVEVAELHDRIHLRATYYSYARHLEASADLGLALSYYEKSDTHRFEVPRMLSEDLQSLELYVNKMKDKALWRWWAQYLESQADMAAALRYYELAQDYFSLVRICCFRGDVQKAAEIANESGNWAASYHLARQYESRDEVRQAVHFYSRARAFNNAIRLCKENGLDDQLMNLALLSSPEDMTEAALYYEDKGEHMDRAVMLYHKAGHFSKALELAFATQQFVALQLIAEDLDERSDPALLARCSDFFIEHSQYEKAVELLLAAKKYHEALQLCLEQNMTITEEMAEKMTVSKDSKDLSEESRRQLLEQIANCCMRQGNYHLATKKYTQAGNKLKAMRALLKSGDTEKIVFFAGVSRQKEIYIMAANYLQSLDWRKEPEIMKNIISCYTKGRAPDLLAGFYGACAQVEIDEYQNYDKAHGALTEAYKCLSKAKAKSPLDQETKLAQLQSKMTLVKRFIQARRTYTEDPKEAVRQCELLLEEPELDSTVRVGDVCGFLVQHYLQAEDLQTAYKYLEEIRKRVPSAHMSYYVNQRTVDAVHQGLGIPLVRAVPERVRHNSVEDRKEADEEVLEEVESDP

Target ORF information:

RefSeq Version	XM_019800671.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X4, mRNA.

Target ORF information:

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

XM_019800671.1

ORF Insert Sequence:

ATGGCCCTCT ATTTTGACCA CCGAATAGAA GCCCCAGACG CCGTCGGGTC TCCTTCGCAC 
ATCCATTGGC ACCCTGTTCA CCCATTTCTG GCAGTTGCCT CCGTCAGCAC GACCTCAGGA 
GGCAGCGTGG ATATTTATCT GGAACAAGGT GAGCATGTGC CCGATGCACA TATGGAGAGG 
TCGTTCCGGG TCAGTTCCCT GTGCTGGCAC CCGACGCGCC TGATGCTCGC TGTTGGCTGG 
GAGACTGGAG AAGTGACAGT GTTTAATAAG CAGGACAAGG AACAGCATGC AGTCCCCCCG 
ACACACACCA CCGACATCAC CGTCCTCAAG TGGAGCCCCA ATGGGAACTG CCTCGTGTCA 
GGGGACAGGG TCAAGTTGAG TGGGAAGACT GGTCACCGGG CAGACATGAC ATTGATTGAA 
GGCAGTGTGC TTGTGACCGC CATAGGGGAA CCCGTTCTCA GATTCTGGGA TTTAGAAGGT 
GGAGAAAATT ACGTGCTGAG TCCAGAGGAG AAGTTTGGTT TTGAAAAAGC CGAGAATATA 
AACTGTGTTT CTTACTGTAA AGCCAAAGGT CTTCTGGCGG CGGGGACAGA TAAAGGGCGA 
GTGGCCATGT GGAGGAAGCT GCCCGGCCCC CAGAGCAGCC GAGTGGCAGA GGGCAAGGAC 
AGGTGGGCCC TTCAGACCCC GACTGAGCTC GAAGGCAACA TCACACAGAT AAAGTGGGGC 
TCCCGGAAGA GCCTCCTGGC GGTGAACAGC ATCAGCTCCG TGGTGATCCT CAGTGAGCAG 
GCCATGTCCT CCCACTTCCA CCAGCAAGTG GCCGTGGTGC AGATGTCCCC AAACTTACTC 
AGCGTGTCCT TCCTGTCCTC GGGGGTGACG CACAGCCTGC GCACAGACAT GCACATCAGC 
GGGGTGTTCG CCACCAAGGA TGCCATTGCT GTCTGGAACG GAAAGCAGGT GGTGGTCTTT 
GAGCCTTCTG GAGCCATGTT ACGGAATGCA GGAACCTTCC TGTGTGAGTC TCCGGTGGTA 
GCCATGCATG AGGAAAACGT GTACACCGTG GAGCCAAACC GAGTTCAAGT TCGAACCTGG 
CAGGGGACCG TGAAGCAGCT CTTACCGTTC TCCGAGGCAG AGGGGAACCC ATGCTTCTTT 
GATGTCTGTG GAAATTTCCT GGTTGTGGGG ACAGACCTGG CTCATTTTAA AAGCTTTGAT 
CTTTCCCGAA GGGAGGCGAA AGTGCACTGC AGCGACAAGA ACGTGGCCGC GCTGATCCCG 
GGCACAGCGG GCATGGCCTC GCTCAGGTGT AACGCCAGCG GCAGCAAGAT CAGCGTCCTC 
CTCAGCAAGG CGGACAACAG CCCTGATTCC AGAATCTGCT TCTACGACGT GGAAATGGAC 
ACGGTGACCA TCCTCGACTT CAAGACGGGA CAGATTGATC GGAGGGAGAC GGTGTCCTTT 
AGTGGGCAAG AGACCGAGAA GAGCCATGGC TTTGTGGATG AGAGCCTGAT GGATCTCATT 
CCTGTAAACC ATTTCTGGGA CCAGAGTGAG CCCAGGCTGT TTGTGTGCGA GGCTGTGCGG 
GAAGTTCCGG GAGCCCAGCT GCAGCCTGGG GATAAGAAGC CGCCCACCGA GGATAGCCCA 
GGCCCCACGG CGGACGTGCT GATTCTGTCC TTCTTCGTGA CGGAGGAGCA CGGCTTCTTG 
CTCCAGGACA GCTTCCCCCG GCCTCCCGCC TACCAGAATC TTCTGGGGAT CGAAGTGCCT 
TATTATTACT TCATGAGAAA GCCAGGAGAA GCAGACGGAG AAGACCAGGT GGGCTCAGGG 
TGCCCATGCG TGGGCAGGAG ACCCCTACGC GACTTCGTCG GGCTGGAGGA CTGCGATAAG 
CCCACTCGGG ACGCCATGCT TCACTTCAGC TTCTTCGTCA CCGTCGGAGA CATGGATGAA 
GCTTTCAAAT CTATCAAACT CATCAAAAGT GAGGCGGTCT GGGAGAACAT GGCGCGCATG 
TGCGTGAAGA CCCAGCGGCT GGACGTCGCC AAGGTGTGCC TGGGGAACAT GGGCCATGCG 
CGTGGAGCGC GAGCACTGCG GGAGGCTGAG CGGGAGCCAG AGCCGGAGGC CAGGGTGGCC 
ATGCTGGCCA TACAGCTGGG CATGCTGGAG GACGCCGAGC ACTTGTACCG GTCGTGTGGG 
CGCTATGACC TCCTGAACAA GCTGTACCAG GCCTCTGACC AGTGGCAGAA GGCCGTGGAA 
GTCGCGGAGC TGCATGACCG CATCCACCTG CGTGCCACCT ACTACAGCTA CGCCCGGCAC 
CTGGAGGCCA GCGCAGACCT CGGCCTGGCC CTCAGCTACT ATGAGAAGTC AGACACCCAC 
CGCTTCGAGG TGCCCAGGAT GCTCTCGGAG GACCTGCAGT CCCTGGAGCT CTACGTCAAT 
AAGATGAAGG ACAAGGCCTT GTGGCGGTGG TGGGCCCAGT ACCTGGAGAG CCAGGCCGAC 
ATGGCCGCGG CGCTGCGCTA CTATGAGCTG GCGCAAGACT ACTTCTCCCT CGTCCGCATC 
TGCTGCTTCC GGGGCGACGT TCAAAAGGCT GCGGAGATAG CCAACGAGAG CGGAAACTGG 
GCGGCGTCCT ATCACCTGGC CCGCCAGTAC GAGAGCCGGG ACGAGGTGAG GCAGGCCGTG 
CACTTCTACT CGCGGGCGCG GGCCTTCAAC AACGCCATCC GGCTGTGCAA GGAGAATGGT 
CTGGATGACC AGCTCATGAA CCTGGCTCTG CTGAGCTCCC CCGAGGACAT GACGGAGGCG 
GCACTCTACT ATGAGGACAA GGGCGAGCAC ATGGACAGGG CGGTCATGCT GTACCACAAG 
GCTGGCCACT TCTCCAAGGC TCTGGAGCTG GCCTTCGCCA CCCAGCAGTT CGTGGCCCTA 
CAGCTCATAG CAGAGGACCT GGACGAGAGG TCGGACCCCG CCCTCCTGGC CCGCTGTTCG 
GACTTCTTCA TCGAACACAG CCAGTACGAG AAGGCGGTGG AGCTGCTGCT GGCCGCAAAG 
AAGTATCACG AAGCCCTACA GCTTTGCCTG GAGCAGAACA TGACCATCAC TGAGGAGATG 
GCCGAGAAGA TGACCGTGTC CAAGGACTCC AAGGACCTGT CTGAAGAGTC TCGGCGCCAA 
CTGCTGGAGC AGATCGCCAA CTGCTGCATG CGTCAGGGCA ACTACCACCT GGCCACCAAG 
AAGTACACGC AGGCGGGGAA CAAGCTGAAG GCCATGAGAG CGCTGCTGAA GTCTGGCGAC 
ACAGAGAAAA TCGTGTTCTT TGCGGGCGTC TCGAGGCAAA AGGAAATCTA CATCATGGCT 
GCCAACTACC TGCAGTCCCT GGACTGGCGG AAGGAGCCGG AGATCATGAA GAACATCATC 
AGCTGCTACA CCAAGGGCCG GGCCCCTGAC CTGCTAGCCG GCTTCTACGG TGCCTGTGCC 
CAGGTGGAGA TCGATGAGTA CCAGAACTAC GACAAAGCCC ACGGGGCGCT GACGGAGGCC 
TACAAGTGCC TGTCCAAGGC CAAGGCCAAG AGCCCCCTGG ATCAGGAGAC CAAGCTGGCT 
CAGCTGCAGA GCAAGATGAC GCTGGTGAAG CGGTTCATCC AGGCCCGAAG GACGTACACC 
GAGGACCCCA AGGAGGCGGT CAGGCAGTGC GAGCTGCTGC TGGAGGAGCC AGAGCTGGAC 
AGCACCGTCC GCGTCGGGGA CGTCTGCGGC TTCCTGGTGC AGCACTACCT GCAGGCTGAG 
GACTTGCAGA CGGCCTACAA GTATCTGGAG GAGATACGGA AGCGGGTGCC CTCCGCCCAC 
ATGTCCTACT ACGTGAACCA GCGGACCGTG GATGCCGTGC ACCAGGGCCT GGGCATCCCT 
CTGGTACGCG CCGTGCCTGA GCGCGTCCGC CACAACAGCG TGGAGGACCG CAAAGAAGCG 
GACGAGGAGG TGCTGGAGGA GGTAGAGAGT GACCCCTGA

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

IFT140 ( XM_019800672.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019656231.1 Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X5, mRNA.

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CloneID	OAc93509
Clone ID Related Accession (Same CDS sequence)	XM_019800672.1
Accession Version	XM_019800672.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3534bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	intraflagellar transport protein 140 homolog isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217683.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACATTGA TTGAAGGCAG TGTGCTTGTG ACCGCCATAG GGGAACCCGT TCTCAGATTC 
TGGGATTTAG AAGGTGGAGA AAATTACGTG CTGAGTCCAG AGGAGAAGTT TGGTTTTGAA 
AAAGCCGAGA ATATAAACTG TGTTTCTTAC TGTAAAGCCA AAGGTCTTCT GGCGGCGGGG 
ACAGATAAAG GGCGAGTGGC CATGTGGAGG AAGCTGCCCG GCCCCCAGAG CAGCCGAGTG 
GCAGAGGGCA AGGACAGGTG GGCCCTTCAG ACCCCGACTG AGCTCGAAGG CAACATCACA 
CAGATAAAGT GGGGCTCCCG GAAGAGCCTC CTGGCGGTGA ACAGCATCAG CTCCGTGGTG 
ATCCTCAGTG AGCAGGCCAT GTCCTCCCAC TTCCACCAGC AAGTGGCCGT GGTGCAGATG 
TCCCCAAACT TACTCAGCGT GTCCTTCCTG TCCTCGGGGG TGACGCACAG CCTGCGCACA 
GACATGCACA TCAGCGGGGT GTTCGCCACC AAGGATGCCA TTGCTGTCTG GAACGGAAAG 
CAGGTGGTGG TCTTTGAGCC TTCTGGAGCC ATGTTACGGA ATGCAGGAAC CTTCCTGTGT 
GAGTCTCCGG TGGTAGCCAT GCATGAGGAA AACGTGTACA CCGTGGAGCC AAACCGAGTT 
CAAGTTCGAA CCTGGCAGGG GACCGTGAAG CAGCTCTTAC CGTTCTCCGA GGCAGAGGGG 
AACCCATGCT TCTTTGATGT CTGTGGAAAT TTCCTGGTTG TGGGGACAGA CCTGGCTCAT 
TTTAAAAGCT TTGATCTTTC CCGAAGGGAG GCGAAAGTGC ACTGCAGCGA CAAGAACGTG 
GCCGCGCTGA TCCCGGGCAC AGCGGGCATG GCCTCGCTCA GGTGTAACGC CAGCGGCAGC 
AAGATCAGCG TCCTCCTCAG CAAGGCGGAC AACAGCCCTG ATTCCAGAAT CTGCTTCTAC 
GACGTGGAAA TGGACACGGT GACCATCCTC GACTTCAAGA CGGGACAGAT TGATCGGAGG 
GAGACGGTGT CCTTTAGTGG GCAAGAGACC GAGAAGAGCC ATGGCTTTGT GGATGAGAGC 
CTGATGGATC TCATTCCTGT AAACCATTTC TGGGACCAGA GTGAGCCCAG GCTGTTTGTG 
TGCGAGGCTG TGCGGGAAGT TCCGGGAGCC CAGCTGCAGC CTGGGGATAA GAAGCCGCCC 
ACCGAGGATA GCCCAGGCCC CACGGCGGAC GTGCTGATTC TGTCCTTCTT CGTGACGGAG 
GAGCACGGCT TCTTGCTCCA GGACAGCTTC CCCCGGCCTC CCGCCTACCA GAATCTTCTG 
GGGATCGAAG TGCCTTATTA TTACTTCATG AGAAAGCCAG GAGAAGCAGA CGGAGAAGAC 
CAGGTGGGCT CAGGGTGCCC ATGCGTGGGC AGGAGACCCC TACGCGACTT CGTCGGGCTG 
GAGGACTGCG ATAAGCCCAC TCGGGACGCC ATGCTTCACT TCAGCTTCTT CGTCACCGTC 
GGAGACATGG ATGAAGCTTT CAAATCTATC AAACTCATCA AAAGTGAGGC GGTCTGGGAG 
AACATGGCGC GCATGTGCGT GAAGACCCAG CGGCTGGACG TCGCCAAGGT GTGCCTGGGG 
AACATGGGCC ATGCGCGTGG AGCGCGAGCA CTGCGGGAGG CTGAGCGGGA GCCAGAGCCG 
GAGGCCAGGG TGGCCATGCT GGCCATACAG CTGGGCATGC TGGAGGACGC CGAGCACTTG 
TACCGGTCGT GTGGGCGCTA TGACCTCCTG AACAAGCTGT ACCAGGCCTC TGACCAGTGG 
CAGAAGGCCG TGGAAGTCGC GGAGCTGCAT GACCGCATCC ACCTGCGTGC CACCTACTAC 
AGCTACGCCC GGCACCTGGA GGCCAGCGCA GACCTCGGCC TGGCCCTCAG CTACTATGAG 
AAGTCAGACA CCCACCGCTT CGAGGTGCCC AGGATGCTCT CGGAGGACCT GCAGTCCCTG 
GAGCTCTACG TCAATAAGAT GAAGGACAAG GCCTTGTGGC GGTGGTGGGC CCAGTACCTG 
GAGAGCCAGG CCGACATGGC CGCGGCGCTG CGCTACTATG AGCTGGCGCA AGACTACTTC 
TCCCTCGTCC GCATCTGCTG CTTCCGGGGC GACGTTCAAA AGGCTGCGGA GATAGCCAAC 
GAGAGCGGAA ACTGGGCGGC GTCCTATCAC CTGGCCCGCC AGTACGAGAG CCGGGACGAG 
GTGAGGCAGG CCGTGCACTT CTACTCGCGG GCGCGGGCCT TCAACAACGC CATCCGGCTG 
TGCAAGGAGA ATGGTCTGGA TGACCAGCTC ATGAACCTGG CTCTGCTGAG CTCCCCCGAG 
GACATGACGG AGGCGGCACT CTACTATGAG GACAAGGGCG AGCACATGGA CAGGGCGGTC 
ATGCTGTACC ACAAGGCTGG CCACTTCTCC AAGGCTCTGG AGCTGGCCTT CGCCACCCAG 
CAGTTCGTGG CCCTACAGCT CATAGCAGAG GACCTGGACG AGAGGTCGGA CCCCGCCCTC 
CTGGCCCGCT GTTCGGACTT CTTCATCGAA CACAGCCAGT ACGAGAAGGC GGTGGAGCTG 
CTGCTGGCCG CAAAGAAGTA TCACGAAGCC CTACAGCTTT GCCTGGAGCA GAACATGACC 
ATCACTGAGG AGATGGCCGA GAAGATGACC GTGTCCAAGG ACTCCAAGGA CCTGTCTGAA 
GAGTCTCGGC GCCAACTGCT GGAGCAGATC GCCAACTGCT GCATGCGTCA GGGCAACTAC 
CACCTGGCCA CCAAGAAGTA CACGCAGGCG GGGAACAAGC TGAAGGCCAT GAGAGCGCTG 
CTGAAGTCTG GCGACACAGA GAAAATCGTG TTCTTTGCGG GCGTCTCGAG GCAAAAGGAA 
ATCTACATCA TGGCTGCCAA CTACCTGCAG TCCCTGGACT GGCGGAAGGA GCCGGAGATC 
ATGAAGAACA TCATCAGCTG CTACACCAAG GGCCGGGCCC CTGACCTGCT AGCCGGCTTC 
TACGGTGCCT GTGCCCAGGT GGAGATCGAT GAGTACCAGA ACTACGACAA AGCCCACGGG 
GCGCTGACGG AGGCCTACAA GTGCCTGTCC AAGGCCAAGG CCAAGAGCCC CCTGGATCAG 
GAGACCAAGC TGGCTCAGCT GCAGAGCAAG ATGACGCTGG TGAAGCGGTT CATCCAGGCC 
CGAAGGACGT ACACCGAGGA CCCCAAGGAG GCGGTCAGGC AGTGCGAGCT GCTGCTGGAG 
GAGCCAGAGC TGGACAGCAC CGTCCGCGTC GGGGACGTCT GCGGCTTCCT GGTGCAGCAC 
TACCTGCAGG CTGAGGACTT GCAGACGGCC TACAAGTATC TGGAGGAGAT ACGGAAGCGG 
GTGCCCTCCG CCCACATGTC CTACTACGTG AACCAGCGGA CCGTGGATGC CGTGCACCAG 
GGCCTGGGCA TCCCTCTGGT ACGCGCCGTG CCTGAGCGCG TCCGCCACAA CAGCGTGGAG 
GACCGCAAAG AAGCGGACGA GGAGGTGCTG GAGGAGGTAG AGAGTGACCC CTGA

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

RefSeq	XP_019656231.1
CDS	100..3633
Translation	MTLIEGSVLVTAIGEPVLRFWDLEGGENYVLSPEEKFGFEKAENINCVSYCKAKGLLAAGTDKGRVAMWRKLPGPQSSRVAEGKDRWALQTPTELEGNITQIKWGSRKSLLAVNSISSVVILSEQAMSSHFHQQVAVVQMSPNLLSVSFLSSGVTHSLRTDMHISGVFATKDAIAVWNGKQVVVFEPSGAMLRNAGTFLCESPVVAMHEENVYTVEPNRVQVRTWQGTVKQLLPFSEAEGNPCFFDVCGNFLVVGTDLAHFKSFDLSRREAKVHCSDKNVAALIPGTAGMASLRCNASGSKISVLLSKADNSPDSRICFYDVEMDTVTILDFKTGQIDRRETVSFSGQETEKSHGFVDESLMDLIPVNHFWDQSEPRLFVCEAVREVPGAQLQPGDKKPPTEDSPGPTADVLILSFFVTEEHGFLLQDSFPRPPAYQNLLGIEVPYYYFMRKPGEADGEDQVGSGCPCVGRRPLRDFVGLEDCDKPTRDAMLHFSFFVTVGDMDEAFKSIKLIKSEAVWENMARMCVKTQRLDVAKVCLGNMGHARGARALREAEREPEPEARVAMLAIQLGMLEDAEHLYRSCGRYDLLNKLYQASDQWQKAVEVAELHDRIHLRATYYSYARHLEASADLGLALSYYEKSDTHRFEVPRMLSEDLQSLELYVNKMKDKALWRWWAQYLESQADMAAALRYYELAQDYFSLVRICCFRGDVQKAAEIANESGNWAASYHLARQYESRDEVRQAVHFYSRARAFNNAIRLCKENGLDDQLMNLALLSSPEDMTEAALYYEDKGEHMDRAVMLYHKAGHFSKALELAFATQQFVALQLIAEDLDERSDPALLARCSDFFIEHSQYEKAVELLLAAKKYHEALQLCLEQNMTITEEMAEKMTVSKDSKDLSEESRRQLLEQIANCCMRQGNYHLATKKYTQAGNKLKAMRALLKSGDTEKIVFFAGVSRQKEIYIMAANYLQSLDWRKEPEIMKNIISCYTKGRAPDLLAGFYGACAQVEIDEYQNYDKAHGALTEAYKCLSKAKAKSPLDQETKLAQLQSKMTLVKRFIQARRTYTEDPKEAVRQCELLLEEPELDSTVRVGDVCGFLVQHYLQAEDLQTAYKYLEEIRKRVPSAHMSYYVNQRTVDAVHQGLGIPLVRAVPERVRHNSVEDRKEADEEVLEEVESDP

Target ORF information:

RefSeq Version	XM_019800672.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca intraflagellar transport 140 (IFT140), transcript variant X5, mRNA.

Target ORF information:

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

XM_019800672.1

ORF Insert Sequence:

ATGACATTGA TTGAAGGCAG TGTGCTTGTG ACCGCCATAG GGGAACCCGT TCTCAGATTC 
TGGGATTTAG AAGGTGGAGA AAATTACGTG CTGAGTCCAG AGGAGAAGTT TGGTTTTGAA 
AAAGCCGAGA ATATAAACTG TGTTTCTTAC TGTAAAGCCA AAGGTCTTCT GGCGGCGGGG 
ACAGATAAAG GGCGAGTGGC CATGTGGAGG AAGCTGCCCG GCCCCCAGAG CAGCCGAGTG 
GCAGAGGGCA AGGACAGGTG GGCCCTTCAG ACCCCGACTG AGCTCGAAGG CAACATCACA 
CAGATAAAGT GGGGCTCCCG GAAGAGCCTC CTGGCGGTGA ACAGCATCAG CTCCGTGGTG 
ATCCTCAGTG AGCAGGCCAT GTCCTCCCAC TTCCACCAGC AAGTGGCCGT GGTGCAGATG 
TCCCCAAACT TACTCAGCGT GTCCTTCCTG TCCTCGGGGG TGACGCACAG CCTGCGCACA 
GACATGCACA TCAGCGGGGT GTTCGCCACC AAGGATGCCA TTGCTGTCTG GAACGGAAAG 
CAGGTGGTGG TCTTTGAGCC TTCTGGAGCC ATGTTACGGA ATGCAGGAAC CTTCCTGTGT 
GAGTCTCCGG TGGTAGCCAT GCATGAGGAA AACGTGTACA CCGTGGAGCC AAACCGAGTT 
CAAGTTCGAA CCTGGCAGGG GACCGTGAAG CAGCTCTTAC CGTTCTCCGA GGCAGAGGGG 
AACCCATGCT TCTTTGATGT CTGTGGAAAT TTCCTGGTTG TGGGGACAGA CCTGGCTCAT 
TTTAAAAGCT TTGATCTTTC CCGAAGGGAG GCGAAAGTGC ACTGCAGCGA CAAGAACGTG 
GCCGCGCTGA TCCCGGGCAC AGCGGGCATG GCCTCGCTCA GGTGTAACGC CAGCGGCAGC 
AAGATCAGCG TCCTCCTCAG CAAGGCGGAC AACAGCCCTG ATTCCAGAAT CTGCTTCTAC 
GACGTGGAAA TGGACACGGT GACCATCCTC GACTTCAAGA CGGGACAGAT TGATCGGAGG 
GAGACGGTGT CCTTTAGTGG GCAAGAGACC GAGAAGAGCC ATGGCTTTGT GGATGAGAGC 
CTGATGGATC TCATTCCTGT AAACCATTTC TGGGACCAGA GTGAGCCCAG GCTGTTTGTG 
TGCGAGGCTG TGCGGGAAGT TCCGGGAGCC CAGCTGCAGC CTGGGGATAA GAAGCCGCCC 
ACCGAGGATA GCCCAGGCCC CACGGCGGAC GTGCTGATTC TGTCCTTCTT CGTGACGGAG 
GAGCACGGCT TCTTGCTCCA GGACAGCTTC CCCCGGCCTC CCGCCTACCA GAATCTTCTG 
GGGATCGAAG TGCCTTATTA TTACTTCATG AGAAAGCCAG GAGAAGCAGA CGGAGAAGAC 
CAGGTGGGCT CAGGGTGCCC ATGCGTGGGC AGGAGACCCC TACGCGACTT CGTCGGGCTG 
GAGGACTGCG ATAAGCCCAC TCGGGACGCC ATGCTTCACT TCAGCTTCTT CGTCACCGTC 
GGAGACATGG ATGAAGCTTT CAAATCTATC AAACTCATCA AAAGTGAGGC GGTCTGGGAG 
AACATGGCGC GCATGTGCGT GAAGACCCAG CGGCTGGACG TCGCCAAGGT GTGCCTGGGG 
AACATGGGCC ATGCGCGTGG AGCGCGAGCA CTGCGGGAGG CTGAGCGGGA GCCAGAGCCG 
GAGGCCAGGG TGGCCATGCT GGCCATACAG CTGGGCATGC TGGAGGACGC CGAGCACTTG 
TACCGGTCGT GTGGGCGCTA TGACCTCCTG AACAAGCTGT ACCAGGCCTC TGACCAGTGG 
CAGAAGGCCG TGGAAGTCGC GGAGCTGCAT GACCGCATCC ACCTGCGTGC CACCTACTAC 
AGCTACGCCC GGCACCTGGA GGCCAGCGCA GACCTCGGCC TGGCCCTCAG CTACTATGAG 
AAGTCAGACA CCCACCGCTT CGAGGTGCCC AGGATGCTCT CGGAGGACCT GCAGTCCCTG 
GAGCTCTACG TCAATAAGAT GAAGGACAAG GCCTTGTGGC GGTGGTGGGC CCAGTACCTG 
GAGAGCCAGG CCGACATGGC CGCGGCGCTG CGCTACTATG AGCTGGCGCA AGACTACTTC 
TCCCTCGTCC GCATCTGCTG CTTCCGGGGC GACGTTCAAA AGGCTGCGGA GATAGCCAAC 
GAGAGCGGAA ACTGGGCGGC GTCCTATCAC CTGGCCCGCC AGTACGAGAG CCGGGACGAG 
GTGAGGCAGG CCGTGCACTT CTACTCGCGG GCGCGGGCCT TCAACAACGC CATCCGGCTG 
TGCAAGGAGA ATGGTCTGGA TGACCAGCTC ATGAACCTGG CTCTGCTGAG CTCCCCCGAG 
GACATGACGG AGGCGGCACT CTACTATGAG GACAAGGGCG AGCACATGGA CAGGGCGGTC 
ATGCTGTACC ACAAGGCTGG CCACTTCTCC AAGGCTCTGG AGCTGGCCTT CGCCACCCAG 
CAGTTCGTGG CCCTACAGCT CATAGCAGAG GACCTGGACG AGAGGTCGGA CCCCGCCCTC 
CTGGCCCGCT GTTCGGACTT CTTCATCGAA CACAGCCAGT ACGAGAAGGC GGTGGAGCTG 
CTGCTGGCCG CAAAGAAGTA TCACGAAGCC CTACAGCTTT GCCTGGAGCA GAACATGACC 
ATCACTGAGG AGATGGCCGA GAAGATGACC GTGTCCAAGG ACTCCAAGGA CCTGTCTGAA 
GAGTCTCGGC GCCAACTGCT GGAGCAGATC GCCAACTGCT GCATGCGTCA GGGCAACTAC 
CACCTGGCCA CCAAGAAGTA CACGCAGGCG GGGAACAAGC TGAAGGCCAT GAGAGCGCTG 
CTGAAGTCTG GCGACACAGA GAAAATCGTG TTCTTTGCGG GCGTCTCGAG GCAAAAGGAA 
ATCTACATCA TGGCTGCCAA CTACCTGCAG TCCCTGGACT GGCGGAAGGA GCCGGAGATC 
ATGAAGAACA TCATCAGCTG CTACACCAAG GGCCGGGCCC CTGACCTGCT AGCCGGCTTC 
TACGGTGCCT GTGCCCAGGT GGAGATCGAT GAGTACCAGA ACTACGACAA AGCCCACGGG 
GCGCTGACGG AGGCCTACAA GTGCCTGTCC AAGGCCAAGG CCAAGAGCCC CCTGGATCAG 
GAGACCAAGC TGGCTCAGCT GCAGAGCAAG ATGACGCTGG TGAAGCGGTT CATCCAGGCC 
CGAAGGACGT ACACCGAGGA CCCCAAGGAG GCGGTCAGGC AGTGCGAGCT GCTGCTGGAG 
GAGCCAGAGC TGGACAGCAC CGTCCGCGTC GGGGACGTCT GCGGCTTCCT GGTGCAGCAC 
TACCTGCAGG CTGAGGACTT GCAGACGGCC TACAAGTATC TGGAGGAGAT ACGGAAGCGG 
GTGCCCTCCG CCCACATGTC CTACTACGTG AACCAGCGGA CCGTGGATGC CGTGCACCAG 
GGCCTGGGCA TCCCTCTGGT ACGCGCCGTG CCTGAGCGCG TCCGCCACAA CAGCGTGGAG 
GACCGCAAAG AAGCGGACGA GGAGGTGCTG GAGGAGGTAG AGAGTGACCC CTGA

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

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IFT140 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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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