ATP10B cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	ATP10B
Entrez Gene ID	100483656
Full Name	ATPase phospholipid transporting 10B (putative)
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011219504.2	XP_011217806.1	probable phospholipid-transporting ATPase VB isoform X1
XM_019795040.1	XP_019650599.1	probable phospholipid-transporting ATPase VB isoform X1
XM_019795041.1	XP_019650600.1	probable phospholipid-transporting ATPase VB isoform X2

Pathways from BioSystems
Gene Ontology

The following ATP10B gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ATP10B 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)
OAc87985	XM_019795041.1 Latest version!	Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAc32562	XM_011219504.2 Latest version!	Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00
OAc32562	XM_019795040.1 Latest version!	Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

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

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

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

Reference Sequences (Refseq)

ATP10B ( XM_019795041.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019650600.1 Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OAc87985
Clone ID Related Accession (Same CDS sequence)	XM_019795041.1
Accession Version	XM_019795041.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4122bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	probable phospholipid-transporting ATPase VB isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217293.1) 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##

ATGTGGGCTA ACCTCTATTT TCTGTTCCTG GTGATTCTGA ACTGGATGCC CTCCATGGAA 
GTTTTCCACA AAGAAATCAC CATGTTACCA TTGGCCATCG TGCTGTTCAT CATCATGGTC 
AAGGATGGCA TGGAGGACTT CAAGAGACAT CGTTTTGATA GAGAGATCAA CTGTTCCAAC 
ATCTGGATAT ATGAAAGAAA AGAGCGGAGC TACGTGCAGA AGTGCTGGAA GGATGTTCGT 
GTGGGAGACT TCATCCAAAT GAAATGCAAC GAGATCATCC CAGCCGACAT ACTCCTCCTC 
TTCTCCTCAG ACCCCAGTGG GATCTGCCAC CTGGAAACTG CCAACCTGGA TGGAGAGACA 
AACCTCAAAC AAAGACGTGT CGTGAAGGGC TTCTCACAGC AGGACGTACA GTTTGAACCC 
GAAGGCTTCT GCAATACCAT CGTGTGTGAG AGACCCAACA ACCACCTCAA CAAATTTAAG 
GGTTATATGG AGCATCCTGA CCAGACGAGG ACTGGCTTTG GCAGTGAGAG CCTTCTGCTT 
CGAGGCTGCA CCATCAGAAA CACCGAGGTG GCTGTTGGCA TCGTCATCTA TGCAGGCCAT 
GAGACAAAAG CCATGCTGAA CAACAATGGC CCACGGTATA AACGCAGCAA GATTGAGCGG 
CGCATGAACA CAGACATCTT CTTCTGCATT GGACTCCTCC TCCTCATGTG TCTCATTGGA 
GCTATAGGTC ACCGCCTCTG GAATGGGACC TTTGAAGAAC ACCCTCCCTT TGATGTGCCA 
GATGCCAAGG GCAGCTTCCT TCCCCTTGCC CTTGGAGGCT TCTACATGTT CCTTACAATG 
ATCATCCTGC TCCAGGTGCT GATCCCAGTC TCCCTCTATG TGTCCATTGA GCTGGTGAAG 
CTTGGGCAAG TCTTCTTCCT GCATAATGAC CTTGACCTGT ATGATGAAGA GACCGATTTG 
CCCATTCAGT GTCGAGCCCT CAACATCACT GAGGACTTGG GCCAGATCCA GTATGTCTTC 
TCTGACAAGA CGGGGACACT GACTGAGAAC AAGATGGTCT TTCGGCGTTG CACTATCATG 
GGCAGCGAGT ATTCTCACCA AGAAAATGCC AAGCGACTGG AGACTCCAAG GGAGCTTGAC 
TCAGACAGTG AAGAGTGGAC CCAGTACCAG TGCCTGTCCT TCCCAGCCCG ATGGGTTCAG 
GGCCCAGCAA CACTGAGAGG CCAAGGATGG GCCCAGCCTC TGAGGAGATG CCACAGTGCC 
CAGGTACCAA TCCAGGGCCA CTCCCGACAA AGGTCTGTGG GACGCTATGA AAGCTCACAG 
CCTCCTGTGG CCTTCAGCAG CTCCATAGAA AAAGATGTGA CTCCAGATAA AAATCTACTG 
CCCAAAGTGC ACGATGCTGC CCTGTGGCTG GAGACCTTGT CAGACACCAA ACCTGCCAAG 
CCTTCCCCCT CCACCACCTC CACCATTGCT GACTTCTTCC TTGCCCTAAC CATCTGCAAC 
TCTGTCATGG TCTCCACAAC CACAGAGCCC AGGCAGAGGG TCACCATGCC ACCCTCAACC 
AAGGCTGTGG GGACGTCCCT GGAGAAGATT CAGCAGCTCT TCCACAAATT GAAGCTTTTG 
AACCTCAGCC AGTCATTCTC ATCTACTGCG CCCTCTGACA CTGACCTGGG GGACAGTTTG 
GGGGCCAACA TGCCTAACAC AGACTCAGAA GAGAGAGATG ATGCATCTGT GTACAGTGGA 
GGCTACTCTA CAGATGGTGG CTATAGGAGC AGCACATGGG ACCAGGGTGA CATCCAGGGG 
TCTGGATTGG ATGCTTCCTT GGAGGAGGTG CTGGAGGCCC CAGCTCTGGG CCTTGCCAGC 
CCTGAGCTCT ATTATGAGGC TGAGAGCCCT GATGAGGCAG CCCTGGTGCA TGCTGCCCAT 
GCCTACAGCT TCACGCTGGT GTCCCGGACA CCTGAGCAGG TGACCGTGCG CTTGCCCCAG 
GGCACCTGCC TCACCTTTGA CATCCTCTGC ACCCTGGGCT TTGACTCTGT CAGGAAAAGA 
ATGTCCGTGG TTGTGAGGCA CCCACTGACG GGTGAGATCA TCGTCTACAC CAAGGGCGCA 
GATTCGGTTA TCATGGACCT GCTGGAAGAC CCAGCGTGTG TAACTGACAT GGATGTGGAA 
AAGAAGGTGA GAAAAATCCG AGCCAGGACC CAGAAGCACC TAGACTTGTA TGCAAGAGAT 
GGCCTTCGAA CACTGTGCAT CGCCAAGAAG GTCATAACTG AAGATGACTT CCGTCGATGG 
GCCAGTTCCC GGTGTGAGGC AGAGGCATCC CTTGACAACC GAGACGAGCT GCTAATGGAG 
ACCACACAGC ATCTGGAGAA TCAACTCACC TTACTCGGAG CCACTGGGAT CGAAGACCGG 
CTACAAGAAG GGGTTCCAGA CACAATCGCT GCTCTGCAGG AGGCTGGGAT CCAACTCTGG 
GTCTTGACTG GAGATAAGCA GGAGACAGCA ATCAATATCG CCTATTCCTG CGGATTGTTA 
GATCAGACTG ACACTGTTTA CTCCATTAAT ACAGAAAGTC AGGAAACTTG CGAATCCATC 
CTCAACTGTG CACTGGAAGA AGTAAAGCAA TTTCATGGAC CACAGAAGCC AGACCGCAAG 
CTCTTCGGGT TCTGTTTACC TTCTGAGATG CTACCCCCCA CATCAAGAGC TGCAGTTCCA 
GACGTTGGAC TGGTCATCAA TGGGAAGACA TTGAATGCCA TTTTTCAGGG AGAACTGGAG 
ATGAAATTTT TGGAGTTGAC TCAGTACTGC CGGTCTGTCC TATGCTGCCG TTCCACCCCG 
CTCCAGAAGA GTATGATAGT GAAGCTGGTG CGAGACAAGT TGAGCGTCAT GACCCTTTCC 
ATAGGTGATG GAGCAAATGA CGTAAGCATG ATTCAAGCTG CTGACATTGG AATTGGGATA 
TCTGGACAGG AAGGCATGCA GGCTGTTATG TCCAGTGACT TTGCCATCTC CCGCTTCAAA 
CACCTCAAGA AGCTGCTGCT TGTACATGGC CACTGGTGTT ACTCGCGCCT GGCCAGGATG 
GTGGTGTACT ACTTCTACAA GAATGTGTGC TACGTCAACC TGCTCTTCTG GTACCAGTTT 
TTCTGTGGTT TCTCTGGTTC CACCATGATC GATTATTGGC AGATGATATT CTTCAATCTC 
TTCTTCACCT CCTTGCCTCC TCTCATTTTC GGAATCCTCG ATAAAGACAT CTCTGCAGAA 
ACACTCCTGG CATTGCCTGA GCTGTACAAG AGTGGCCAGA ACTCTGAGTG CTACAACCCA 
ATGACTTTCT GGATTTCCAT AGTGGATGCA TTCTACCAGA GCCTTGTCTG TTTCTTCATT 
CCTTACCTGA CCTACAAAGA TTCTGATATT GACGTTTTTA CATTTGGGAC ACCCATCAAT 
ACCATCTCCC TCACCACAAT CCTCTTGCAC CAGGCAATGG AAATGAAGAC CTGGACCATG 
ATCCATGGGC TTGTTCTCGT AGGCAGCTTC CTGATGTACT TTGTGGTATC CCTTGTTTAC 
AACGCCACCT GTGTCAACTG CAACAGTCCC ACTAATCCCT ACTGGGTGAT GGAAGGCCAG 
CTCTCTGACC CCACTTTCTA CCTCGTCTGT TTCCTCACAC CAGTCATGGC TCTTCTCCCA 
AGGTACTTTT TCCTATCTCT ACAAGGCACT TACGGGAAGT CTCTGATCTT AAAAGCTCAG 
AAAATCGACA AACTGCCCAC AGACAAAAAG GACCTAGAAA TGCAGAGTTC GAGAAGCAGA 
CAGAGATCTG TCCCTATTCC CAGAGAGGCT CAGCGCACCC ACCATCCAGT GCCACCTGTC 
CCAGAACGAG ACTTCAGAGC CAGCACCCCA AAGAGTTCTA GACCTCCCAA GCAGAAGTGC 
AAGGAGGACT GGGTGCTGCA TGGAGAGAAA TGCAGCAGAG ACCATCTGAA GGATCACCCA 
TGCCCAGGGG CCTCCTCAGC TAAACTCCCA TCCAGGGAAT ACCCTCTTCT GGGGCCTAGT 
AGGACAATGG CTTTGGGAGC CTACTCAAGT GGACAGATTG ATGAGTACAG GCCCTCAAGC 
AGGGGCAGTC ATCGCCGATC CCAGAGTTCA CTAACTATAT GA

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

RefSeq	XP_019650600.1
CDS	66..4187
Translation	MWANLYFLFLVILNWMPSMEVFHKEITMLPLAIVLFIIMVKDGMEDFKRHRFDREINCSNIWIYERKERSYVQKCWKDVRVGDFIQMKCNEIIPADILLLFSSDPSGICHLETANLDGETNLKQRRVVKGFSQQDVQFEPEGFCNTIVCERPNNHLNKFKGYMEHPDQTRTGFGSESLLLRGCTIRNTEVAVGIVIYAGHETKAMLNNNGPRYKRSKIERRMNTDIFFCIGLLLLMCLIGAIGHRLWNGTFEEHPPFDVPDAKGSFLPLALGGFYMFLTMIILLQVLIPVSLYVSIELVKLGQVFFLHNDLDLYDEETDLPIQCRALNITEDLGQIQYVFSDKTGTLTENKMVFRRCTIMGSEYSHQENAKRLETPRELDSDSEEWTQYQCLSFPARWVQGPATLRGQGWAQPLRRCHSAQVPIQGHSRQRSVGRYESSQPPVAFSSSIEKDVTPDKNLLPKVHDAALWLETLSDTKPAKPSPSTTSTIADFFLALTICNSVMVSTTTEPRQRVTMPPSTKAVGTSLEKIQQLFHKLKLLNLSQSFSSTAPSDTDLGDSLGANMPNTDSEERDDASVYSGGYSTDGGYRSSTWDQGDIQGSGLDASLEEVLEAPALGLASPELYYEAESPDEAALVHAAHAYSFTLVSRTPEQVTVRLPQGTCLTFDILCTLGFDSVRKRMSVVVRHPLTGEIIVYTKGADSVIMDLLEDPACVTDMDVEKKVRKIRARTQKHLDLYARDGLRTLCIAKKVITEDDFRRWASSRCEAEASLDNRDELLMETTQHLENQLTLLGATGIEDRLQEGVPDTIAALQEAGIQLWVLTGDKQETAINIAYSCGLLDQTDTVYSINTESQETCESILNCALEEVKQFHGPQKPDRKLFGFCLPSEMLPPTSRAAVPDVGLVINGKTLNAIFQGELEMKFLELTQYCRSVLCCRSTPLQKSMIVKLVRDKLSVMTLSIGDGANDVSMIQAADIGIGISGQEGMQAVMSSDFAISRFKHLKKLLLVHGHWCYSRLARMVVYYFYKNVCYVNLLFWYQFFCGFSGSTMIDYWQMIFFNLFFTSLPPLIFGILDKDISAETLLALPELYKSGQNSECYNPMTFWISIVDAFYQSLVCFFIPYLTYKDSDIDVFTFGTPINTISLTTILLHQAMEMKTWTMIHGLVLVGSFLMYFVVSLVYNATCVNCNSPTNPYWVMEGQLSDPTFYLVCFLTPVMALLPRYFFLSLQGTYGKSLILKAQKIDKLPTDKKDLEMQSSRSRQRSVPIPREAQRTHHPVPPVPERDFRASTPKSSRPPKQKCKEDWVLHGEKCSRDHLKDHPCPGASSAKLPSREYPLLGPSRTMALGAYSSGQIDEYRPSSRGSHRRSQSSLTI

Target ORF information:

RefSeq Version	XM_019795041.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X3, mRNA.

Target ORF information:

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

XM_019795041.1

ORF Insert Sequence:

ATGTGGGCTA ACCTCTATTT TCTGTTCCTG GTGATTCTGA ACTGGATGCC CTCCATGGAA 
GTTTTCCACA AAGAAATCAC CATGTTACCA TTGGCCATCG TGCTGTTCAT CATCATGGTC 
AAGGATGGCA TGGAGGACTT CAAGAGACAT CGTTTTGATA GAGAGATCAA CTGTTCCAAC 
ATCTGGATAT ATGAAAGAAA AGAGCGGAGC TACGTGCAGA AGTGCTGGAA GGATGTTCGT 
GTGGGAGACT TCATCCAAAT GAAATGCAAC GAGATCATCC CAGCCGACAT ACTCCTCCTC 
TTCTCCTCAG ACCCCAGTGG GATCTGCCAC CTGGAAACTG CCAACCTGGA TGGAGAGACA 
AACCTCAAAC AAAGACGTGT CGTGAAGGGC TTCTCACAGC AGGACGTACA GTTTGAACCC 
GAAGGCTTCT GCAATACCAT CGTGTGTGAG AGACCCAACA ACCACCTCAA CAAATTTAAG 
GGTTATATGG AGCATCCTGA CCAGACGAGG ACTGGCTTTG GCAGTGAGAG CCTTCTGCTT 
CGAGGCTGCA CCATCAGAAA CACCGAGGTG GCTGTTGGCA TCGTCATCTA TGCAGGCCAT 
GAGACAAAAG CCATGCTGAA CAACAATGGC CCACGGTATA AACGCAGCAA GATTGAGCGG 
CGCATGAACA CAGACATCTT CTTCTGCATT GGACTCCTCC TCCTCATGTG TCTCATTGGA 
GCTATAGGTC ACCGCCTCTG GAATGGGACC TTTGAAGAAC ACCCTCCCTT TGATGTGCCA 
GATGCCAAGG GCAGCTTCCT TCCCCTTGCC CTTGGAGGCT TCTACATGTT CCTTACAATG 
ATCATCCTGC TCCAGGTGCT GATCCCAGTC TCCCTCTATG TGTCCATTGA GCTGGTGAAG 
CTTGGGCAAG TCTTCTTCCT GCATAATGAC CTTGACCTGT ATGATGAAGA GACCGATTTG 
CCCATTCAGT GTCGAGCCCT CAACATCACT GAGGACTTGG GCCAGATCCA GTATGTCTTC 
TCTGACAAGA CGGGGACACT GACTGAGAAC AAGATGGTCT TTCGGCGTTG CACTATCATG 
GGCAGCGAGT ATTCTCACCA AGAAAATGCC AAGCGACTGG AGACTCCAAG GGAGCTTGAC 
TCAGACAGTG AAGAGTGGAC CCAGTACCAG TGCCTGTCCT TCCCAGCCCG ATGGGTTCAG 
GGCCCAGCAA CACTGAGAGG CCAAGGATGG GCCCAGCCTC TGAGGAGATG CCACAGTGCC 
CAGGTACCAA TCCAGGGCCA CTCCCGACAA AGGTCTGTGG GACGCTATGA AAGCTCACAG 
CCTCCTGTGG CCTTCAGCAG CTCCATAGAA AAAGATGTGA CTCCAGATAA AAATCTACTG 
CCCAAAGTGC ACGATGCTGC CCTGTGGCTG GAGACCTTGT CAGACACCAA ACCTGCCAAG 
CCTTCCCCCT CCACCACCTC CACCATTGCT GACTTCTTCC TTGCCCTAAC CATCTGCAAC 
TCTGTCATGG TCTCCACAAC CACAGAGCCC AGGCAGAGGG TCACCATGCC ACCCTCAACC 
AAGGCTGTGG GGACGTCCCT GGAGAAGATT CAGCAGCTCT TCCACAAATT GAAGCTTTTG 
AACCTCAGCC AGTCATTCTC ATCTACTGCG CCCTCTGACA CTGACCTGGG GGACAGTTTG 
GGGGCCAACA TGCCTAACAC AGACTCAGAA GAGAGAGATG ATGCATCTGT GTACAGTGGA 
GGCTACTCTA CAGATGGTGG CTATAGGAGC AGCACATGGG ACCAGGGTGA CATCCAGGGG 
TCTGGATTGG ATGCTTCCTT GGAGGAGGTG CTGGAGGCCC CAGCTCTGGG CCTTGCCAGC 
CCTGAGCTCT ATTATGAGGC TGAGAGCCCT GATGAGGCAG CCCTGGTGCA TGCTGCCCAT 
GCCTACAGCT TCACGCTGGT GTCCCGGACA CCTGAGCAGG TGACCGTGCG CTTGCCCCAG 
GGCACCTGCC TCACCTTTGA CATCCTCTGC ACCCTGGGCT TTGACTCTGT CAGGAAAAGA 
ATGTCCGTGG TTGTGAGGCA CCCACTGACG GGTGAGATCA TCGTCTACAC CAAGGGCGCA 
GATTCGGTTA TCATGGACCT GCTGGAAGAC CCAGCGTGTG TAACTGACAT GGATGTGGAA 
AAGAAGGTGA GAAAAATCCG AGCCAGGACC CAGAAGCACC TAGACTTGTA TGCAAGAGAT 
GGCCTTCGAA CACTGTGCAT CGCCAAGAAG GTCATAACTG AAGATGACTT CCGTCGATGG 
GCCAGTTCCC GGTGTGAGGC AGAGGCATCC CTTGACAACC GAGACGAGCT GCTAATGGAG 
ACCACACAGC ATCTGGAGAA TCAACTCACC TTACTCGGAG CCACTGGGAT CGAAGACCGG 
CTACAAGAAG GGGTTCCAGA CACAATCGCT GCTCTGCAGG AGGCTGGGAT CCAACTCTGG 
GTCTTGACTG GAGATAAGCA GGAGACAGCA ATCAATATCG CCTATTCCTG CGGATTGTTA 
GATCAGACTG ACACTGTTTA CTCCATTAAT ACAGAAAGTC AGGAAACTTG CGAATCCATC 
CTCAACTGTG CACTGGAAGA AGTAAAGCAA TTTCATGGAC CACAGAAGCC AGACCGCAAG 
CTCTTCGGGT TCTGTTTACC TTCTGAGATG CTACCCCCCA CATCAAGAGC TGCAGTTCCA 
GACGTTGGAC TGGTCATCAA TGGGAAGACA TTGAATGCCA TTTTTCAGGG AGAACTGGAG 
ATGAAATTTT TGGAGTTGAC TCAGTACTGC CGGTCTGTCC TATGCTGCCG TTCCACCCCG 
CTCCAGAAGA GTATGATAGT GAAGCTGGTG CGAGACAAGT TGAGCGTCAT GACCCTTTCC 
ATAGGTGATG GAGCAAATGA CGTAAGCATG ATTCAAGCTG CTGACATTGG AATTGGGATA 
TCTGGACAGG AAGGCATGCA GGCTGTTATG TCCAGTGACT TTGCCATCTC CCGCTTCAAA 
CACCTCAAGA AGCTGCTGCT TGTACATGGC CACTGGTGTT ACTCGCGCCT GGCCAGGATG 
GTGGTGTACT ACTTCTACAA GAATGTGTGC TACGTCAACC TGCTCTTCTG GTACCAGTTT 
TTCTGTGGTT TCTCTGGTTC CACCATGATC GATTATTGGC AGATGATATT CTTCAATCTC 
TTCTTCACCT CCTTGCCTCC TCTCATTTTC GGAATCCTCG ATAAAGACAT CTCTGCAGAA 
ACACTCCTGG CATTGCCTGA GCTGTACAAG AGTGGCCAGA ACTCTGAGTG CTACAACCCA 
ATGACTTTCT GGATTTCCAT AGTGGATGCA TTCTACCAGA GCCTTGTCTG TTTCTTCATT 
CCTTACCTGA CCTACAAAGA TTCTGATATT GACGTTTTTA CATTTGGGAC ACCCATCAAT 
ACCATCTCCC TCACCACAAT CCTCTTGCAC CAGGCAATGG AAATGAAGAC CTGGACCATG 
ATCCATGGGC TTGTTCTCGT AGGCAGCTTC CTGATGTACT TTGTGGTATC CCTTGTTTAC 
AACGCCACCT GTGTCAACTG CAACAGTCCC ACTAATCCCT ACTGGGTGAT GGAAGGCCAG 
CTCTCTGACC CCACTTTCTA CCTCGTCTGT TTCCTCACAC CAGTCATGGC TCTTCTCCCA 
AGGTACTTTT TCCTATCTCT ACAAGGCACT TACGGGAAGT CTCTGATCTT AAAAGCTCAG 
AAAATCGACA AACTGCCCAC AGACAAAAAG GACCTAGAAA TGCAGAGTTC GAGAAGCAGA 
CAGAGATCTG TCCCTATTCC CAGAGAGGCT CAGCGCACCC ACCATCCAGT GCCACCTGTC 
CCAGAACGAG ACTTCAGAGC CAGCACCCCA AAGAGTTCTA GACCTCCCAA GCAGAAGTGC 
AAGGAGGACT GGGTGCTGCA TGGAGAGAAA TGCAGCAGAG ACCATCTGAA GGATCACCCA 
TGCCCAGGGG CCTCCTCAGC TAAACTCCCA TCCAGGGAAT ACCCTCTTCT GGGGCCTAGT 
AGGACAATGG CTTTGGGAGC CTACTCAAGT GGACAGATTG ATGAGTACAG GCCCTCAAGC 
AGGGGCAGTC ATCGCCGATC CCAGAGTTCA CTAACTATAT GA

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

ATP10B ( XM_011219504.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011217806.1 Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc32562
Clone ID Related Accession (Same CDS sequence)	XM_011219504.2 , XM_019795040.1
Accession Version	XM_011219504.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4395bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	probable phospholipid-transporting ATPase VB isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217293.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011219504.1. ##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##

ATGGCCCTGT CTGTGGACTC ATCTTGGCAC CGGTGGCAGT GTCGAGTCAG AGATGGCCTC 
TCCCAGTCTC CATCAGAAGC CACACCACTG TTGTCCCGAG ACAAAAGGAG GCAAAGCTAC 
AACCTGACAC AGCAGCGGGT CGTGTTTCCT AACAACAGCA TGTGCCACCA TGATTGGGCA 
GAGGTCTCCA GGAAATACTC CGGCAACAGA ATCTGCACGA CCAAATACAC CTTCCTCACC 
TTCCTGCCTC AGAACCTCTT TGAGCAGTTT CATAGGTGGG CTAACCTCTA TTTTCTGTTC 
CTGGTGATTC TGAACTGGAT GCCCTCCATG GAAGTTTTCC ACAAAGAAAT CACCATGTTA 
CCATTGGCCA TCGTGCTGTT CATCATCATG GTCAAGGATG GCATGGAGGA CTTCAAGAGA 
CATCGTTTTG ATAGAGAGAT CAACTGTTCC AACATCTGGA TATATGAAAG AAAAGAGCGG 
AGCTACGTGC AGAAGTGCTG GAAGGATGTT CGTGTGGGAG ACTTCATCCA AATGAAATGC 
AACGAGATCA TCCCAGCCGA CATACTCCTC CTCTTCTCCT CAGACCCCAG TGGGATCTGC 
CACCTGGAAA CTGCCAACCT GGATGGAGAG ACAAACCTCA AACAAAGACG TGTCGTGAAG 
GGCTTCTCAC AGCAGGACGT ACAGTTTGAA CCCGAAGGCT TCTGCAATAC CATCGTGTGT 
GAGAGACCCA ACAACCACCT CAACAAATTT AAGGGTTATA TGGAGCATCC TGACCAGACG 
AGGACTGGCT TTGGCAGTGA GAGCCTTCTG CTTCGAGGCT GCACCATCAG AAACACCGAG 
GTGGCTGTTG GCATCGTCAT CTATGCAGGC CATGAGACAA AAGCCATGCT GAACAACAAT 
GGCCCACGGT ATAAACGCAG CAAGATTGAG CGGCGCATGA ACACAGACAT CTTCTTCTGC 
ATTGGACTCC TCCTCCTCAT GTGTCTCATT GGAGCTATAG GTCACCGCCT CTGGAATGGG 
ACCTTTGAAG AACACCCTCC CTTTGATGTG CCAGATGCCA AGGGCAGCTT CCTTCCCCTT 
GCCCTTGGAG GCTTCTACAT GTTCCTTACA ATGATCATCC TGCTCCAGGT GCTGATCCCA 
GTCTCCCTCT ATGTGTCCAT TGAGCTGGTG AAGCTTGGGC AAGTCTTCTT CCTGCATAAT 
GACCTTGACC TGTATGATGA AGAGACCGAT TTGCCCATTC AGTGTCGAGC CCTCAACATC 
ACTGAGGACT TGGGCCAGAT CCAGTATGTC TTCTCTGACA AGACGGGGAC ACTGACTGAG 
AACAAGATGG TCTTTCGGCG TTGCACTATC ATGGGCAGCG AGTATTCTCA CCAAGAAAAT 
GCCAAGCGAC TGGAGACTCC AAGGGAGCTT GACTCAGACA GTGAAGAGTG GACCCAGTAC 
CAGTGCCTGT CCTTCCCAGC CCGATGGGTT CAGGGCCCAG CAACACTGAG AGGCCAAGGA 
TGGGCCCAGC CTCTGAGGAG ATGCCACAGT GCCCAGGTAC CAATCCAGGG CCACTCCCGA 
CAAAGGTCTG TGGGACGCTA TGAAAGCTCA CAGCCTCCTG TGGCCTTCAG CAGCTCCATA 
GAAAAAGATG TGACTCCAGA TAAAAATCTA CTGCCCAAAG TGCACGATGC TGCCCTGTGG 
CTGGAGACCT TGTCAGACAC CAAACCTGCC AAGCCTTCCC CCTCCACCAC CTCCACCATT 
GCTGACTTCT TCCTTGCCCT AACCATCTGC AACTCTGTCA TGGTCTCCAC AACCACAGAG 
CCCAGGCAGA GGGTCACCAT GCCACCCTCA ACCAAGGCTG TGGGGACGTC CCTGGAGAAG 
ATTCAGCAGC TCTTCCACAA ATTGAAGCTT TTGAACCTCA GCCAGTCATT CTCATCTACT 
GCGCCCTCTG ACACTGACCT GGGGGACAGT TTGGGGGCCA ACATGCCTAA CACAGACTCA 
GAAGAGAGAG ATGATGCATC TGTGTACAGT GGAGGCTACT CTACAGATGG TGGCTATAGG 
AGCAGCACAT GGGACCAGGG TGACATCCAG GGGTCTGGAT TGGATGCTTC CTTGGAGGAG 
GTGCTGGAGG CCCCAGCTCT GGGCCTTGCC AGCCCTGAGC TCTATTATGA GGCTGAGAGC 
CCTGATGAGG CAGCCCTGGT GCATGCTGCC CATGCCTACA GCTTCACGCT GGTGTCCCGG 
ACACCTGAGC AGGTGACCGT GCGCTTGCCC CAGGGCACCT GCCTCACCTT TGACATCCTC 
TGCACCCTGG GCTTTGACTC TGTCAGGAAA AGAATGTCCG TGGTTGTGAG GCACCCACTG 
ACGGGTGAGA TCATCGTCTA CACCAAGGGC GCAGATTCGG TTATCATGGA CCTGCTGGAA 
GACCCAGCGT GTGTAACTGA CATGGATGTG GAAAAGAAGG TGAGAAAAAT CCGAGCCAGG 
ACCCAGAAGC ACCTAGACTT GTATGCAAGA GATGGCCTTC GAACACTGTG CATCGCCAAG 
AAGGTCATAA CTGAAGATGA CTTCCGTCGA TGGGCCAGTT CCCGGTGTGA GGCAGAGGCA 
TCCCTTGACA ACCGAGACGA GCTGCTAATG GAGACCACAC AGCATCTGGA GAATCAACTC 
ACCTTACTCG GAGCCACTGG GATCGAAGAC CGGCTACAAG AAGGGGTTCC AGACACAATC 
GCTGCTCTGC AGGAGGCTGG GATCCAACTC TGGGTCTTGA CTGGAGATAA GCAGGAGACA 
GCAATCAATA TCGCCTATTC CTGCGGATTG TTAGATCAGA CTGACACTGT TTACTCCATT 
AATACAGAAA GTCAGGAAAC TTGCGAATCC ATCCTCAACT GTGCACTGGA AGAAGTAAAG 
CAATTTCATG GACCACAGAA GCCAGACCGC AAGCTCTTCG GGTTCTGTTT ACCTTCTGAG 
ATGCTACCCC CCACATCAAG AGCTGCAGTT CCAGACGTTG GACTGGTCAT CAATGGGAAG 
ACATTGAATG CCATTTTTCA GGGAGAACTG GAGATGAAAT TTTTGGAGTT GACTCAGTAC 
TGCCGGTCTG TCCTATGCTG CCGTTCCACC CCGCTCCAGA AGAGTATGAT AGTGAAGCTG 
GTGCGAGACA AGTTGAGCGT CATGACCCTT TCCATAGGTG ATGGAGCAAA TGACGTAAGC 
ATGATTCAAG CTGCTGACAT TGGAATTGGG ATATCTGGAC AGGAAGGCAT GCAGGCTGTT 
ATGTCCAGTG ACTTTGCCAT CTCCCGCTTC AAACACCTCA AGAAGCTGCT GCTTGTACAT 
GGCCACTGGT GTTACTCGCG CCTGGCCAGG ATGGTGGTGT ACTACTTCTA CAAGAATGTG 
TGCTACGTCA ACCTGCTCTT CTGGTACCAG TTTTTCTGTG GTTTCTCTGG TTCCACCATG 
ATCGATTATT GGCAGATGAT ATTCTTCAAT CTCTTCTTCA CCTCCTTGCC TCCTCTCATT 
TTCGGAATCC TCGATAAAGA CATCTCTGCA GAAACACTCC TGGCATTGCC TGAGCTGTAC 
AAGAGTGGCC AGAACTCTGA GTGCTACAAC CCAATGACTT TCTGGATTTC CATAGTGGAT 
GCATTCTACC AGAGCCTTGT CTGTTTCTTC ATTCCTTACC TGACCTACAA AGATTCTGAT 
ATTGACGTTT TTACATTTGG GACACCCATC AATACCATCT CCCTCACCAC AATCCTCTTG 
CACCAGGCAA TGGAAATGAA GACCTGGACC ATGATCCATG GGCTTGTTCT CGTAGGCAGC 
TTCCTGATGT ACTTTGTGGT ATCCCTTGTT TACAACGCCA CCTGTGTCAA CTGCAACAGT 
CCCACTAATC CCTACTGGGT GATGGAAGGC CAGCTCTCTG ACCCCACTTT CTACCTCGTC 
TGTTTCCTCA CACCAGTCAT GGCTCTTCTC CCAAGGTACT TTTTCCTATC TCTACAAGGC 
ACTTACGGGA AGTCTCTGAT CTTAAAAGCT CAGAAAATCG ACAAACTGCC CACAGACAAA 
AAGGACCTAG AAATGCAGAG TTCGAGAAGC AGACAGAGAT CTGTCCCTAT TCCCAGAGAG 
GCTCAGCGCA CCCACCATCC AGTGCCACCT GTCCCAGAAC GAGACTTCAG AGCCAGCACC 
CCAAAGAGTT CTAGACCTCC CAAGCAGAAG TGCAAGGAGG ACTGGGTGCT GCATGGAGAG 
AAATGCAGCA GAGACCATCT GAAGGATCAC CCATGCCCAG GGGCCTCCTC AGCTAAACTC 
CCATCCAGGG AATACCCTCT TCTGGGGCCT AGTAGGACAA TGGCTTTGGG AGCCTACTCA 
AGTGGACAGA TTGATGAGTA CAGGCCCTCA AGCAGGGGCA GTCATCGCCG ATCCCAGAGT 
TCACTAACTA TATGA

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

RefSeq	XP_011217806.1
CDS	208..4602
Translation	MALSVDSSWHRWQCRVRDGLSQSPSEATPLLSRDKRRQSYNLTQQRVVFPNNSMCHHDWAEVSRKYSGNRICTTKYTFLTFLPQNLFEQFHRWANLYFLFLVILNWMPSMEVFHKEITMLPLAIVLFIIMVKDGMEDFKRHRFDREINCSNIWIYERKERSYVQKCWKDVRVGDFIQMKCNEIIPADILLLFSSDPSGICHLETANLDGETNLKQRRVVKGFSQQDVQFEPEGFCNTIVCERPNNHLNKFKGYMEHPDQTRTGFGSESLLLRGCTIRNTEVAVGIVIYAGHETKAMLNNNGPRYKRSKIERRMNTDIFFCIGLLLLMCLIGAIGHRLWNGTFEEHPPFDVPDAKGSFLPLALGGFYMFLTMIILLQVLIPVSLYVSIELVKLGQVFFLHNDLDLYDEETDLPIQCRALNITEDLGQIQYVFSDKTGTLTENKMVFRRCTIMGSEYSHQENAKRLETPRELDSDSEEWTQYQCLSFPARWVQGPATLRGQGWAQPLRRCHSAQVPIQGHSRQRSVGRYESSQPPVAFSSSIEKDVTPDKNLLPKVHDAALWLETLSDTKPAKPSPSTTSTIADFFLALTICNSVMVSTTTEPRQRVTMPPSTKAVGTSLEKIQQLFHKLKLLNLSQSFSSTAPSDTDLGDSLGANMPNTDSEERDDASVYSGGYSTDGGYRSSTWDQGDIQGSGLDASLEEVLEAPALGLASPELYYEAESPDEAALVHAAHAYSFTLVSRTPEQVTVRLPQGTCLTFDILCTLGFDSVRKRMSVVVRHPLTGEIIVYTKGADSVIMDLLEDPACVTDMDVEKKVRKIRARTQKHLDLYARDGLRTLCIAKKVITEDDFRRWASSRCEAEASLDNRDELLMETTQHLENQLTLLGATGIEDRLQEGVPDTIAALQEAGIQLWVLTGDKQETAINIAYSCGLLDQTDTVYSINTESQETCESILNCALEEVKQFHGPQKPDRKLFGFCLPSEMLPPTSRAAVPDVGLVINGKTLNAIFQGELEMKFLELTQYCRSVLCCRSTPLQKSMIVKLVRDKLSVMTLSIGDGANDVSMIQAADIGIGISGQEGMQAVMSSDFAISRFKHLKKLLLVHGHWCYSRLARMVVYYFYKNVCYVNLLFWYQFFCGFSGSTMIDYWQMIFFNLFFTSLPPLIFGILDKDISAETLLALPELYKSGQNSECYNPMTFWISIVDAFYQSLVCFFIPYLTYKDSDIDVFTFGTPINTISLTTILLHQAMEMKTWTMIHGLVLVGSFLMYFVVSLVYNATCVNCNSPTNPYWVMEGQLSDPTFYLVCFLTPVMALLPRYFFLSLQGTYGKSLILKAQKIDKLPTDKKDLEMQSSRSRQRSVPIPREAQRTHHPVPPVPERDFRASTPKSSRPPKQKCKEDWVLHGEKCSRDHLKDHPCPGASSAKLPSREYPLLGPSRTMALGAYSSGQIDEYRPSSRGSHRRSQSSLTI

Target ORF information:

RefSeq Version	XM_011219504.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X1, mRNA.

Target ORF information:

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

XM_011219504.2

ORF Insert Sequence:

ATGGCCCTGT CTGTGGACTC ATCTTGGCAC CGGTGGCAGT GTCGAGTCAG AGATGGCCTC 
TCCCAGTCTC CATCAGAAGC CACACCACTG TTGTCCCGAG ACAAAAGGAG GCAAAGCTAC 
AACCTGACAC AGCAGCGGGT CGTGTTTCCT AACAACAGCA TGTGCCACCA TGATTGGGCA 
GAGGTCTCCA GGAAATACTC CGGCAACAGA ATCTGCACGA CCAAATACAC CTTCCTCACC 
TTCCTGCCTC AGAACCTCTT TGAGCAGTTT CATAGGTGGG CTAACCTCTA TTTTCTGTTC 
CTGGTGATTC TGAACTGGAT GCCCTCCATG GAAGTTTTCC ACAAAGAAAT CACCATGTTA 
CCATTGGCCA TCGTGCTGTT CATCATCATG GTCAAGGATG GCATGGAGGA CTTCAAGAGA 
CATCGTTTTG ATAGAGAGAT CAACTGTTCC AACATCTGGA TATATGAAAG AAAAGAGCGG 
AGCTACGTGC AGAAGTGCTG GAAGGATGTT CGTGTGGGAG ACTTCATCCA AATGAAATGC 
AACGAGATCA TCCCAGCCGA CATACTCCTC CTCTTCTCCT CAGACCCCAG TGGGATCTGC 
CACCTGGAAA CTGCCAACCT GGATGGAGAG ACAAACCTCA AACAAAGACG TGTCGTGAAG 
GGCTTCTCAC AGCAGGACGT ACAGTTTGAA CCCGAAGGCT TCTGCAATAC CATCGTGTGT 
GAGAGACCCA ACAACCACCT CAACAAATTT AAGGGTTATA TGGAGCATCC TGACCAGACG 
AGGACTGGCT TTGGCAGTGA GAGCCTTCTG CTTCGAGGCT GCACCATCAG AAACACCGAG 
GTGGCTGTTG GCATCGTCAT CTATGCAGGC CATGAGACAA AAGCCATGCT GAACAACAAT 
GGCCCACGGT ATAAACGCAG CAAGATTGAG CGGCGCATGA ACACAGACAT CTTCTTCTGC 
ATTGGACTCC TCCTCCTCAT GTGTCTCATT GGAGCTATAG GTCACCGCCT CTGGAATGGG 
ACCTTTGAAG AACACCCTCC CTTTGATGTG CCAGATGCCA AGGGCAGCTT CCTTCCCCTT 
GCCCTTGGAG GCTTCTACAT GTTCCTTACA ATGATCATCC TGCTCCAGGT GCTGATCCCA 
GTCTCCCTCT ATGTGTCCAT TGAGCTGGTG AAGCTTGGGC AAGTCTTCTT CCTGCATAAT 
GACCTTGACC TGTATGATGA AGAGACCGAT TTGCCCATTC AGTGTCGAGC CCTCAACATC 
ACTGAGGACT TGGGCCAGAT CCAGTATGTC TTCTCTGACA AGACGGGGAC ACTGACTGAG 
AACAAGATGG TCTTTCGGCG TTGCACTATC ATGGGCAGCG AGTATTCTCA CCAAGAAAAT 
GCCAAGCGAC TGGAGACTCC AAGGGAGCTT GACTCAGACA GTGAAGAGTG GACCCAGTAC 
CAGTGCCTGT CCTTCCCAGC CCGATGGGTT CAGGGCCCAG CAACACTGAG AGGCCAAGGA 
TGGGCCCAGC CTCTGAGGAG ATGCCACAGT GCCCAGGTAC CAATCCAGGG CCACTCCCGA 
CAAAGGTCTG TGGGACGCTA TGAAAGCTCA CAGCCTCCTG TGGCCTTCAG CAGCTCCATA 
GAAAAAGATG TGACTCCAGA TAAAAATCTA CTGCCCAAAG TGCACGATGC TGCCCTGTGG 
CTGGAGACCT TGTCAGACAC CAAACCTGCC AAGCCTTCCC CCTCCACCAC CTCCACCATT 
GCTGACTTCT TCCTTGCCCT AACCATCTGC AACTCTGTCA TGGTCTCCAC AACCACAGAG 
CCCAGGCAGA GGGTCACCAT GCCACCCTCA ACCAAGGCTG TGGGGACGTC CCTGGAGAAG 
ATTCAGCAGC TCTTCCACAA ATTGAAGCTT TTGAACCTCA GCCAGTCATT CTCATCTACT 
GCGCCCTCTG ACACTGACCT GGGGGACAGT TTGGGGGCCA ACATGCCTAA CACAGACTCA 
GAAGAGAGAG ATGATGCATC TGTGTACAGT GGAGGCTACT CTACAGATGG TGGCTATAGG 
AGCAGCACAT GGGACCAGGG TGACATCCAG GGGTCTGGAT TGGATGCTTC CTTGGAGGAG 
GTGCTGGAGG CCCCAGCTCT GGGCCTTGCC AGCCCTGAGC TCTATTATGA GGCTGAGAGC 
CCTGATGAGG CAGCCCTGGT GCATGCTGCC CATGCCTACA GCTTCACGCT GGTGTCCCGG 
ACACCTGAGC AGGTGACCGT GCGCTTGCCC CAGGGCACCT GCCTCACCTT TGACATCCTC 
TGCACCCTGG GCTTTGACTC TGTCAGGAAA AGAATGTCCG TGGTTGTGAG GCACCCACTG 
ACGGGTGAGA TCATCGTCTA CACCAAGGGC GCAGATTCGG TTATCATGGA CCTGCTGGAA 
GACCCAGCGT GTGTAACTGA CATGGATGTG GAAAAGAAGG TGAGAAAAAT CCGAGCCAGG 
ACCCAGAAGC ACCTAGACTT GTATGCAAGA GATGGCCTTC GAACACTGTG CATCGCCAAG 
AAGGTCATAA CTGAAGATGA CTTCCGTCGA TGGGCCAGTT CCCGGTGTGA GGCAGAGGCA 
TCCCTTGACA ACCGAGACGA GCTGCTAATG GAGACCACAC AGCATCTGGA GAATCAACTC 
ACCTTACTCG GAGCCACTGG GATCGAAGAC CGGCTACAAG AAGGGGTTCC AGACACAATC 
GCTGCTCTGC AGGAGGCTGG GATCCAACTC TGGGTCTTGA CTGGAGATAA GCAGGAGACA 
GCAATCAATA TCGCCTATTC CTGCGGATTG TTAGATCAGA CTGACACTGT TTACTCCATT 
AATACAGAAA GTCAGGAAAC TTGCGAATCC ATCCTCAACT GTGCACTGGA AGAAGTAAAG 
CAATTTCATG GACCACAGAA GCCAGACCGC AAGCTCTTCG GGTTCTGTTT ACCTTCTGAG 
ATGCTACCCC CCACATCAAG AGCTGCAGTT CCAGACGTTG GACTGGTCAT CAATGGGAAG 
ACATTGAATG CCATTTTTCA GGGAGAACTG GAGATGAAAT TTTTGGAGTT GACTCAGTAC 
TGCCGGTCTG TCCTATGCTG CCGTTCCACC CCGCTCCAGA AGAGTATGAT AGTGAAGCTG 
GTGCGAGACA AGTTGAGCGT CATGACCCTT TCCATAGGTG ATGGAGCAAA TGACGTAAGC 
ATGATTCAAG CTGCTGACAT TGGAATTGGG ATATCTGGAC AGGAAGGCAT GCAGGCTGTT 
ATGTCCAGTG ACTTTGCCAT CTCCCGCTTC AAACACCTCA AGAAGCTGCT GCTTGTACAT 
GGCCACTGGT GTTACTCGCG CCTGGCCAGG ATGGTGGTGT ACTACTTCTA CAAGAATGTG 
TGCTACGTCA ACCTGCTCTT CTGGTACCAG TTTTTCTGTG GTTTCTCTGG TTCCACCATG 
ATCGATTATT GGCAGATGAT ATTCTTCAAT CTCTTCTTCA CCTCCTTGCC TCCTCTCATT 
TTCGGAATCC TCGATAAAGA CATCTCTGCA GAAACACTCC TGGCATTGCC TGAGCTGTAC 
AAGAGTGGCC AGAACTCTGA GTGCTACAAC CCAATGACTT TCTGGATTTC CATAGTGGAT 
GCATTCTACC AGAGCCTTGT CTGTTTCTTC ATTCCTTACC TGACCTACAA AGATTCTGAT 
ATTGACGTTT TTACATTTGG GACACCCATC AATACCATCT CCCTCACCAC AATCCTCTTG 
CACCAGGCAA TGGAAATGAA GACCTGGACC ATGATCCATG GGCTTGTTCT CGTAGGCAGC 
TTCCTGATGT ACTTTGTGGT ATCCCTTGTT TACAACGCCA CCTGTGTCAA CTGCAACAGT 
CCCACTAATC CCTACTGGGT GATGGAAGGC CAGCTCTCTG ACCCCACTTT CTACCTCGTC 
TGTTTCCTCA CACCAGTCAT GGCTCTTCTC CCAAGGTACT TTTTCCTATC TCTACAAGGC 
ACTTACGGGA AGTCTCTGAT CTTAAAAGCT CAGAAAATCG ACAAACTGCC CACAGACAAA 
AAGGACCTAG AAATGCAGAG TTCGAGAAGC AGACAGAGAT CTGTCCCTAT TCCCAGAGAG 
GCTCAGCGCA CCCACCATCC AGTGCCACCT GTCCCAGAAC GAGACTTCAG AGCCAGCACC 
CCAAAGAGTT CTAGACCTCC CAAGCAGAAG TGCAAGGAGG ACTGGGTGCT GCATGGAGAG 
AAATGCAGCA GAGACCATCT GAAGGATCAC CCATGCCCAG GGGCCTCCTC AGCTAAACTC 
CCATCCAGGG AATACCCTCT TCTGGGGCCT AGTAGGACAA TGGCTTTGGG AGCCTACTCA 
AGTGGACAGA TTGATGAGTA CAGGCCCTCA AGCAGGGGCA GTCATCGCCG ATCCCAGAGT 
TCACTAACTA TATGA

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

ATP10B ( XM_019795040.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019650599.1 Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X2, mRNA.

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CloneID	OAc32562
Clone ID Related Accession (Same CDS sequence)	XM_011219504.2 , XM_019795040.1
Accession Version	XM_019795040.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4395bp) 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	2016-12-27
Organism	Ailuropoda melanoleuca(giant panda)
Product	probable phospholipid-transporting ATPase VB isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217293.1) 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##

ATGGCCCTGT CTGTGGACTC ATCTTGGCAC CGGTGGCAGT GTCGAGTCAG AGATGGCCTC 
TCCCAGTCTC CATCAGAAGC CACACCACTG TTGTCCCGAG ACAAAAGGAG GCAAAGCTAC 
AACCTGACAC AGCAGCGGGT CGTGTTTCCT AACAACAGCA TGTGCCACCA TGATTGGGCA 
GAGGTCTCCA GGAAATACTC CGGCAACAGA ATCTGCACGA CCAAATACAC CTTCCTCACC 
TTCCTGCCTC AGAACCTCTT TGAGCAGTTT CATAGGTGGG CTAACCTCTA TTTTCTGTTC 
CTGGTGATTC TGAACTGGAT GCCCTCCATG GAAGTTTTCC ACAAAGAAAT CACCATGTTA 
CCATTGGCCA TCGTGCTGTT CATCATCATG GTCAAGGATG GCATGGAGGA CTTCAAGAGA 
CATCGTTTTG ATAGAGAGAT CAACTGTTCC AACATCTGGA TATATGAAAG AAAAGAGCGG 
AGCTACGTGC AGAAGTGCTG GAAGGATGTT CGTGTGGGAG ACTTCATCCA AATGAAATGC 
AACGAGATCA TCCCAGCCGA CATACTCCTC CTCTTCTCCT CAGACCCCAG TGGGATCTGC 
CACCTGGAAA CTGCCAACCT GGATGGAGAG ACAAACCTCA AACAAAGACG TGTCGTGAAG 
GGCTTCTCAC AGCAGGACGT ACAGTTTGAA CCCGAAGGCT TCTGCAATAC CATCGTGTGT 
GAGAGACCCA ACAACCACCT CAACAAATTT AAGGGTTATA TGGAGCATCC TGACCAGACG 
AGGACTGGCT TTGGCAGTGA GAGCCTTCTG CTTCGAGGCT GCACCATCAG AAACACCGAG 
GTGGCTGTTG GCATCGTCAT CTATGCAGGC CATGAGACAA AAGCCATGCT GAACAACAAT 
GGCCCACGGT ATAAACGCAG CAAGATTGAG CGGCGCATGA ACACAGACAT CTTCTTCTGC 
ATTGGACTCC TCCTCCTCAT GTGTCTCATT GGAGCTATAG GTCACCGCCT CTGGAATGGG 
ACCTTTGAAG AACACCCTCC CTTTGATGTG CCAGATGCCA AGGGCAGCTT CCTTCCCCTT 
GCCCTTGGAG GCTTCTACAT GTTCCTTACA ATGATCATCC TGCTCCAGGT GCTGATCCCA 
GTCTCCCTCT ATGTGTCCAT TGAGCTGGTG AAGCTTGGGC AAGTCTTCTT CCTGCATAAT 
GACCTTGACC TGTATGATGA AGAGACCGAT TTGCCCATTC AGTGTCGAGC CCTCAACATC 
ACTGAGGACT TGGGCCAGAT CCAGTATGTC TTCTCTGACA AGACGGGGAC ACTGACTGAG 
AACAAGATGG TCTTTCGGCG TTGCACTATC ATGGGCAGCG AGTATTCTCA CCAAGAAAAT 
GCCAAGCGAC TGGAGACTCC AAGGGAGCTT GACTCAGACA GTGAAGAGTG GACCCAGTAC 
CAGTGCCTGT CCTTCCCAGC CCGATGGGTT CAGGGCCCAG CAACACTGAG AGGCCAAGGA 
TGGGCCCAGC CTCTGAGGAG ATGCCACAGT GCCCAGGTAC CAATCCAGGG CCACTCCCGA 
CAAAGGTCTG TGGGACGCTA TGAAAGCTCA CAGCCTCCTG TGGCCTTCAG CAGCTCCATA 
GAAAAAGATG TGACTCCAGA TAAAAATCTA CTGCCCAAAG TGCACGATGC TGCCCTGTGG 
CTGGAGACCT TGTCAGACAC CAAACCTGCC AAGCCTTCCC CCTCCACCAC CTCCACCATT 
GCTGACTTCT TCCTTGCCCT AACCATCTGC AACTCTGTCA TGGTCTCCAC AACCACAGAG 
CCCAGGCAGA GGGTCACCAT GCCACCCTCA ACCAAGGCTG TGGGGACGTC CCTGGAGAAG 
ATTCAGCAGC TCTTCCACAA ATTGAAGCTT TTGAACCTCA GCCAGTCATT CTCATCTACT 
GCGCCCTCTG ACACTGACCT GGGGGACAGT TTGGGGGCCA ACATGCCTAA CACAGACTCA 
GAAGAGAGAG ATGATGCATC TGTGTACAGT GGAGGCTACT CTACAGATGG TGGCTATAGG 
AGCAGCACAT GGGACCAGGG TGACATCCAG GGGTCTGGAT TGGATGCTTC CTTGGAGGAG 
GTGCTGGAGG CCCCAGCTCT GGGCCTTGCC AGCCCTGAGC TCTATTATGA GGCTGAGAGC 
CCTGATGAGG CAGCCCTGGT GCATGCTGCC CATGCCTACA GCTTCACGCT GGTGTCCCGG 
ACACCTGAGC AGGTGACCGT GCGCTTGCCC CAGGGCACCT GCCTCACCTT TGACATCCTC 
TGCACCCTGG GCTTTGACTC TGTCAGGAAA AGAATGTCCG TGGTTGTGAG GCACCCACTG 
ACGGGTGAGA TCATCGTCTA CACCAAGGGC GCAGATTCGG TTATCATGGA CCTGCTGGAA 
GACCCAGCGT GTGTAACTGA CATGGATGTG GAAAAGAAGG TGAGAAAAAT CCGAGCCAGG 
ACCCAGAAGC ACCTAGACTT GTATGCAAGA GATGGCCTTC GAACACTGTG CATCGCCAAG 
AAGGTCATAA CTGAAGATGA CTTCCGTCGA TGGGCCAGTT CCCGGTGTGA GGCAGAGGCA 
TCCCTTGACA ACCGAGACGA GCTGCTAATG GAGACCACAC AGCATCTGGA GAATCAACTC 
ACCTTACTCG GAGCCACTGG GATCGAAGAC CGGCTACAAG AAGGGGTTCC AGACACAATC 
GCTGCTCTGC AGGAGGCTGG GATCCAACTC TGGGTCTTGA CTGGAGATAA GCAGGAGACA 
GCAATCAATA TCGCCTATTC CTGCGGATTG TTAGATCAGA CTGACACTGT TTACTCCATT 
AATACAGAAA GTCAGGAAAC TTGCGAATCC ATCCTCAACT GTGCACTGGA AGAAGTAAAG 
CAATTTCATG GACCACAGAA GCCAGACCGC AAGCTCTTCG GGTTCTGTTT ACCTTCTGAG 
ATGCTACCCC CCACATCAAG AGCTGCAGTT CCAGACGTTG GACTGGTCAT CAATGGGAAG 
ACATTGAATG CCATTTTTCA GGGAGAACTG GAGATGAAAT TTTTGGAGTT GACTCAGTAC 
TGCCGGTCTG TCCTATGCTG CCGTTCCACC CCGCTCCAGA AGAGTATGAT AGTGAAGCTG 
GTGCGAGACA AGTTGAGCGT CATGACCCTT TCCATAGGTG ATGGAGCAAA TGACGTAAGC 
ATGATTCAAG CTGCTGACAT TGGAATTGGG ATATCTGGAC AGGAAGGCAT GCAGGCTGTT 
ATGTCCAGTG ACTTTGCCAT CTCCCGCTTC AAACACCTCA AGAAGCTGCT GCTTGTACAT 
GGCCACTGGT GTTACTCGCG CCTGGCCAGG ATGGTGGTGT ACTACTTCTA CAAGAATGTG 
TGCTACGTCA ACCTGCTCTT CTGGTACCAG TTTTTCTGTG GTTTCTCTGG TTCCACCATG 
ATCGATTATT GGCAGATGAT ATTCTTCAAT CTCTTCTTCA CCTCCTTGCC TCCTCTCATT 
TTCGGAATCC TCGATAAAGA CATCTCTGCA GAAACACTCC TGGCATTGCC TGAGCTGTAC 
AAGAGTGGCC AGAACTCTGA GTGCTACAAC CCAATGACTT TCTGGATTTC CATAGTGGAT 
GCATTCTACC AGAGCCTTGT CTGTTTCTTC ATTCCTTACC TGACCTACAA AGATTCTGAT 
ATTGACGTTT TTACATTTGG GACACCCATC AATACCATCT CCCTCACCAC AATCCTCTTG 
CACCAGGCAA TGGAAATGAA GACCTGGACC ATGATCCATG GGCTTGTTCT CGTAGGCAGC 
TTCCTGATGT ACTTTGTGGT ATCCCTTGTT TACAACGCCA CCTGTGTCAA CTGCAACAGT 
CCCACTAATC CCTACTGGGT GATGGAAGGC CAGCTCTCTG ACCCCACTTT CTACCTCGTC 
TGTTTCCTCA CACCAGTCAT GGCTCTTCTC CCAAGGTACT TTTTCCTATC TCTACAAGGC 
ACTTACGGGA AGTCTCTGAT CTTAAAAGCT CAGAAAATCG ACAAACTGCC CACAGACAAA 
AAGGACCTAG AAATGCAGAG TTCGAGAAGC AGACAGAGAT CTGTCCCTAT TCCCAGAGAG 
GCTCAGCGCA CCCACCATCC AGTGCCACCT GTCCCAGAAC GAGACTTCAG AGCCAGCACC 
CCAAAGAGTT CTAGACCTCC CAAGCAGAAG TGCAAGGAGG ACTGGGTGCT GCATGGAGAG 
AAATGCAGCA GAGACCATCT GAAGGATCAC CCATGCCCAG GGGCCTCCTC AGCTAAACTC 
CCATCCAGGG AATACCCTCT TCTGGGGCCT AGTAGGACAA TGGCTTTGGG AGCCTACTCA 
AGTGGACAGA TTGATGAGTA CAGGCCCTCA AGCAGGGGCA GTCATCGCCG ATCCCAGAGT 
TCACTAACTA TATGA

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

RefSeq	XP_019650599.1
CDS	183..4577
Translation	MALSVDSSWHRWQCRVRDGLSQSPSEATPLLSRDKRRQSYNLTQQRVVFPNNSMCHHDWAEVSRKYSGNRICTTKYTFLTFLPQNLFEQFHRWANLYFLFLVILNWMPSMEVFHKEITMLPLAIVLFIIMVKDGMEDFKRHRFDREINCSNIWIYERKERSYVQKCWKDVRVGDFIQMKCNEIIPADILLLFSSDPSGICHLETANLDGETNLKQRRVVKGFSQQDVQFEPEGFCNTIVCERPNNHLNKFKGYMEHPDQTRTGFGSESLLLRGCTIRNTEVAVGIVIYAGHETKAMLNNNGPRYKRSKIERRMNTDIFFCIGLLLLMCLIGAIGHRLWNGTFEEHPPFDVPDAKGSFLPLALGGFYMFLTMIILLQVLIPVSLYVSIELVKLGQVFFLHNDLDLYDEETDLPIQCRALNITEDLGQIQYVFSDKTGTLTENKMVFRRCTIMGSEYSHQENAKRLETPRELDSDSEEWTQYQCLSFPARWVQGPATLRGQGWAQPLRRCHSAQVPIQGHSRQRSVGRYESSQPPVAFSSSIEKDVTPDKNLLPKVHDAALWLETLSDTKPAKPSPSTTSTIADFFLALTICNSVMVSTTTEPRQRVTMPPSTKAVGTSLEKIQQLFHKLKLLNLSQSFSSTAPSDTDLGDSLGANMPNTDSEERDDASVYSGGYSTDGGYRSSTWDQGDIQGSGLDASLEEVLEAPALGLASPELYYEAESPDEAALVHAAHAYSFTLVSRTPEQVTVRLPQGTCLTFDILCTLGFDSVRKRMSVVVRHPLTGEIIVYTKGADSVIMDLLEDPACVTDMDVEKKVRKIRARTQKHLDLYARDGLRTLCIAKKVITEDDFRRWASSRCEAEASLDNRDELLMETTQHLENQLTLLGATGIEDRLQEGVPDTIAALQEAGIQLWVLTGDKQETAINIAYSCGLLDQTDTVYSINTESQETCESILNCALEEVKQFHGPQKPDRKLFGFCLPSEMLPPTSRAAVPDVGLVINGKTLNAIFQGELEMKFLELTQYCRSVLCCRSTPLQKSMIVKLVRDKLSVMTLSIGDGANDVSMIQAADIGIGISGQEGMQAVMSSDFAISRFKHLKKLLLVHGHWCYSRLARMVVYYFYKNVCYVNLLFWYQFFCGFSGSTMIDYWQMIFFNLFFTSLPPLIFGILDKDISAETLLALPELYKSGQNSECYNPMTFWISIVDAFYQSLVCFFIPYLTYKDSDIDVFTFGTPINTISLTTILLHQAMEMKTWTMIHGLVLVGSFLMYFVVSLVYNATCVNCNSPTNPYWVMEGQLSDPTFYLVCFLTPVMALLPRYFFLSLQGTYGKSLILKAQKIDKLPTDKKDLEMQSSRSRQRSVPIPREAQRTHHPVPPVPERDFRASTPKSSRPPKQKCKEDWVLHGEKCSRDHLKDHPCPGASSAKLPSREYPLLGPSRTMALGAYSSGQIDEYRPSSRGSHRRSQSSLTI

Target ORF information:

RefSeq Version	XM_019795040.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca ATPase phospholipid transporting 10B (putative) (ATP10B), transcript variant X2, mRNA.

Target ORF information:

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

XM_019795040.1

ORF Insert Sequence:

ATGGCCCTGT CTGTGGACTC ATCTTGGCAC CGGTGGCAGT GTCGAGTCAG AGATGGCCTC 
TCCCAGTCTC CATCAGAAGC CACACCACTG TTGTCCCGAG ACAAAAGGAG GCAAAGCTAC 
AACCTGACAC AGCAGCGGGT CGTGTTTCCT AACAACAGCA TGTGCCACCA TGATTGGGCA 
GAGGTCTCCA GGAAATACTC CGGCAACAGA ATCTGCACGA CCAAATACAC CTTCCTCACC 
TTCCTGCCTC AGAACCTCTT TGAGCAGTTT CATAGGTGGG CTAACCTCTA TTTTCTGTTC 
CTGGTGATTC TGAACTGGAT GCCCTCCATG GAAGTTTTCC ACAAAGAAAT CACCATGTTA 
CCATTGGCCA TCGTGCTGTT CATCATCATG GTCAAGGATG GCATGGAGGA CTTCAAGAGA 
CATCGTTTTG ATAGAGAGAT CAACTGTTCC AACATCTGGA TATATGAAAG AAAAGAGCGG 
AGCTACGTGC AGAAGTGCTG GAAGGATGTT CGTGTGGGAG ACTTCATCCA AATGAAATGC 
AACGAGATCA TCCCAGCCGA CATACTCCTC CTCTTCTCCT CAGACCCCAG TGGGATCTGC 
CACCTGGAAA CTGCCAACCT GGATGGAGAG ACAAACCTCA AACAAAGACG TGTCGTGAAG 
GGCTTCTCAC AGCAGGACGT ACAGTTTGAA CCCGAAGGCT TCTGCAATAC CATCGTGTGT 
GAGAGACCCA ACAACCACCT CAACAAATTT AAGGGTTATA TGGAGCATCC TGACCAGACG 
AGGACTGGCT TTGGCAGTGA GAGCCTTCTG CTTCGAGGCT GCACCATCAG AAACACCGAG 
GTGGCTGTTG GCATCGTCAT CTATGCAGGC CATGAGACAA AAGCCATGCT GAACAACAAT 
GGCCCACGGT ATAAACGCAG CAAGATTGAG CGGCGCATGA ACACAGACAT CTTCTTCTGC 
ATTGGACTCC TCCTCCTCAT GTGTCTCATT GGAGCTATAG GTCACCGCCT CTGGAATGGG 
ACCTTTGAAG AACACCCTCC CTTTGATGTG CCAGATGCCA AGGGCAGCTT CCTTCCCCTT 
GCCCTTGGAG GCTTCTACAT GTTCCTTACA ATGATCATCC TGCTCCAGGT GCTGATCCCA 
GTCTCCCTCT ATGTGTCCAT TGAGCTGGTG AAGCTTGGGC AAGTCTTCTT CCTGCATAAT 
GACCTTGACC TGTATGATGA AGAGACCGAT TTGCCCATTC AGTGTCGAGC CCTCAACATC 
ACTGAGGACT TGGGCCAGAT CCAGTATGTC TTCTCTGACA AGACGGGGAC ACTGACTGAG 
AACAAGATGG TCTTTCGGCG TTGCACTATC ATGGGCAGCG AGTATTCTCA CCAAGAAAAT 
GCCAAGCGAC TGGAGACTCC AAGGGAGCTT GACTCAGACA GTGAAGAGTG GACCCAGTAC 
CAGTGCCTGT CCTTCCCAGC CCGATGGGTT CAGGGCCCAG CAACACTGAG AGGCCAAGGA 
TGGGCCCAGC CTCTGAGGAG ATGCCACAGT GCCCAGGTAC CAATCCAGGG CCACTCCCGA 
CAAAGGTCTG TGGGACGCTA TGAAAGCTCA CAGCCTCCTG TGGCCTTCAG CAGCTCCATA 
GAAAAAGATG TGACTCCAGA TAAAAATCTA CTGCCCAAAG TGCACGATGC TGCCCTGTGG 
CTGGAGACCT TGTCAGACAC CAAACCTGCC AAGCCTTCCC CCTCCACCAC CTCCACCATT 
GCTGACTTCT TCCTTGCCCT AACCATCTGC AACTCTGTCA TGGTCTCCAC AACCACAGAG 
CCCAGGCAGA GGGTCACCAT GCCACCCTCA ACCAAGGCTG TGGGGACGTC CCTGGAGAAG 
ATTCAGCAGC TCTTCCACAA ATTGAAGCTT TTGAACCTCA GCCAGTCATT CTCATCTACT 
GCGCCCTCTG ACACTGACCT GGGGGACAGT TTGGGGGCCA ACATGCCTAA CACAGACTCA 
GAAGAGAGAG ATGATGCATC TGTGTACAGT GGAGGCTACT CTACAGATGG TGGCTATAGG 
AGCAGCACAT GGGACCAGGG TGACATCCAG GGGTCTGGAT TGGATGCTTC CTTGGAGGAG 
GTGCTGGAGG CCCCAGCTCT GGGCCTTGCC AGCCCTGAGC TCTATTATGA GGCTGAGAGC 
CCTGATGAGG CAGCCCTGGT GCATGCTGCC CATGCCTACA GCTTCACGCT GGTGTCCCGG 
ACACCTGAGC AGGTGACCGT GCGCTTGCCC CAGGGCACCT GCCTCACCTT TGACATCCTC 
TGCACCCTGG GCTTTGACTC TGTCAGGAAA AGAATGTCCG TGGTTGTGAG GCACCCACTG 
ACGGGTGAGA TCATCGTCTA CACCAAGGGC GCAGATTCGG TTATCATGGA CCTGCTGGAA 
GACCCAGCGT GTGTAACTGA CATGGATGTG GAAAAGAAGG TGAGAAAAAT CCGAGCCAGG 
ACCCAGAAGC ACCTAGACTT GTATGCAAGA GATGGCCTTC GAACACTGTG CATCGCCAAG 
AAGGTCATAA CTGAAGATGA CTTCCGTCGA TGGGCCAGTT CCCGGTGTGA GGCAGAGGCA 
TCCCTTGACA ACCGAGACGA GCTGCTAATG GAGACCACAC AGCATCTGGA GAATCAACTC 
ACCTTACTCG GAGCCACTGG GATCGAAGAC CGGCTACAAG AAGGGGTTCC AGACACAATC 
GCTGCTCTGC AGGAGGCTGG GATCCAACTC TGGGTCTTGA CTGGAGATAA GCAGGAGACA 
GCAATCAATA TCGCCTATTC CTGCGGATTG TTAGATCAGA CTGACACTGT TTACTCCATT 
AATACAGAAA GTCAGGAAAC TTGCGAATCC ATCCTCAACT GTGCACTGGA AGAAGTAAAG 
CAATTTCATG GACCACAGAA GCCAGACCGC AAGCTCTTCG GGTTCTGTTT ACCTTCTGAG 
ATGCTACCCC CCACATCAAG AGCTGCAGTT CCAGACGTTG GACTGGTCAT CAATGGGAAG 
ACATTGAATG CCATTTTTCA GGGAGAACTG GAGATGAAAT TTTTGGAGTT GACTCAGTAC 
TGCCGGTCTG TCCTATGCTG CCGTTCCACC CCGCTCCAGA AGAGTATGAT AGTGAAGCTG 
GTGCGAGACA AGTTGAGCGT CATGACCCTT TCCATAGGTG ATGGAGCAAA TGACGTAAGC 
ATGATTCAAG CTGCTGACAT TGGAATTGGG ATATCTGGAC AGGAAGGCAT GCAGGCTGTT 
ATGTCCAGTG ACTTTGCCAT CTCCCGCTTC AAACACCTCA AGAAGCTGCT GCTTGTACAT 
GGCCACTGGT GTTACTCGCG CCTGGCCAGG ATGGTGGTGT ACTACTTCTA CAAGAATGTG 
TGCTACGTCA ACCTGCTCTT CTGGTACCAG TTTTTCTGTG GTTTCTCTGG TTCCACCATG 
ATCGATTATT GGCAGATGAT ATTCTTCAAT CTCTTCTTCA CCTCCTTGCC TCCTCTCATT 
TTCGGAATCC TCGATAAAGA CATCTCTGCA GAAACACTCC TGGCATTGCC TGAGCTGTAC 
AAGAGTGGCC AGAACTCTGA GTGCTACAAC CCAATGACTT TCTGGATTTC CATAGTGGAT 
GCATTCTACC AGAGCCTTGT CTGTTTCTTC ATTCCTTACC TGACCTACAA AGATTCTGAT 
ATTGACGTTT TTACATTTGG GACACCCATC AATACCATCT CCCTCACCAC AATCCTCTTG 
CACCAGGCAA TGGAAATGAA GACCTGGACC ATGATCCATG GGCTTGTTCT CGTAGGCAGC 
TTCCTGATGT ACTTTGTGGT ATCCCTTGTT TACAACGCCA CCTGTGTCAA CTGCAACAGT 
CCCACTAATC CCTACTGGGT GATGGAAGGC CAGCTCTCTG ACCCCACTTT CTACCTCGTC 
TGTTTCCTCA CACCAGTCAT GGCTCTTCTC CCAAGGTACT TTTTCCTATC TCTACAAGGC 
ACTTACGGGA AGTCTCTGAT CTTAAAAGCT CAGAAAATCG ACAAACTGCC CACAGACAAA 
AAGGACCTAG AAATGCAGAG TTCGAGAAGC AGACAGAGAT CTGTCCCTAT TCCCAGAGAG 
GCTCAGCGCA CCCACCATCC AGTGCCACCT GTCCCAGAAC GAGACTTCAG AGCCAGCACC 
CCAAAGAGTT CTAGACCTCC CAAGCAGAAG TGCAAGGAGG ACTGGGTGCT GCATGGAGAG 
AAATGCAGCA GAGACCATCT GAAGGATCAC CCATGCCCAG GGGCCTCCTC AGCTAAACTC 
CCATCCAGGG AATACCCTCT TCTGGGGCCT AGTAGGACAA TGGCTTTGGG AGCCTACTCA 
AGTGGACAGA TTGATGAGTA CAGGCCCTCA AGCAGGGGCA GTCATCGCCG ATCCCAGAGT 
TCACTAACTA TATGA

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

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ATP10B 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:

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