RP1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	RP1
Entrez Gene ID	100477496
Full Name	RP1, axonemal microtubule associated
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011232869.1	XP_011231171.1	oxygen-regulated protein 1

Pathways from BioSystems
Gene Ontology

The following RP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the RP1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAc28122	XM_011232869.1 Latest version!	Ailuropoda melanoleuca RP1, axonemal microtubule associated (RP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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)

RP1 ( XM_011232869.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011231171.1 Ailuropoda melanoleuca RP1, axonemal microtubule associated (RP1), mRNA.

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CloneID	OAc28122
Clone ID Related Accession (Same CDS sequence)	XM_011232869.1
Accession Version	XM_011232869.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6453bp) 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	oxygen-regulated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003218262.1) 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##

ATGAGCGAAA CTTCTTCCAC TAGTTTTTCC ATGTTTCATC GGACTTCTTC TGAAGGTCAA 
GTTCCTTCTC TTCGCCACCT GCGCATCATG CATCCTGTTG TGGCCAAAAA GATCAGTTTC 
TACAAGAGCG GAGACCCGCA ATTTGGTGGG GTCAGGGTGG TGGTCAATCC TCGTTCCTTC 
AAGACATTTG ATGCTTTGCT GGATAATTTG TCAAGGAAGG TGCCCTTACC TTTTGGGGTG 
AGGAACATCA GCACCCCTCG CGGAAGGCAC AGCATCACAC GCCTGGAGGA ACTAGAGGAC 
GGCCAGTCTT ACCTGTGCTC CCACCGTAGG AAGGTGCAGC CAGTGGACCT TGACAAGGCC 
CGCCGGCGCC CACGACCCTG GCACAGCAGC CGGGCCATCA GTGCGCACGT GCACCATTCC 
CCCCCAACCG CCGCAGCTGC CGCCGCTGCT CCCGGCATGC TGCGCGCCCC GCGAAGGCTC 
TTGGTCTTTA GAAATGGCGA TCCGAAGACT AGGCGTGTGG TTGTTATGAA CAGAAGGGTC 
GCGCAGAGCT TCCAGGCCTT TCTGCAGCAC CTGACGGAGG TCATGCGGTT CCCGGTGACC 
AAGCTGTACG CCACAGACGG AAGGAAGGTT ACCAGTCTCC AGGCAGTGAT CCTCAGCTCT 
GGAGCTGTGG TGGCAGCAGG AAGGGAGCCA TTTAAAGCAG GAAATTATGA CATCCAGAAG 
TACTTGCTTT CTGCAAGATT ACCAGGAATC TCTCATCATG TATACACCAA GGGAAGTGCT 
AGGTCAGAAA GCAGAAAGAT GAGGACACAT GTGCCTTCGA GCCCAAAGTC CCAGATTTAT 
TCTGTTTCTT CTGACAAAAT ACATAATAGC GATTGCTACT CAGACCATTC TTTTGCTTCT 
GAAAATTACT TGGCCTTAGA AAAAAATGAT TCTCAGAATT TATTGATACA TCCTTCTGAA 
GATGATATTG AGAAATCAAT TATTTTTAAT CAAGATGGTA CCATGACAGT TGAGATGAAA 
GTTCGATTTA AGATCAAAGA GGAGGAAACC ATAAAATGGA CCACTGTCAG TAGAACTAGT 
CTTTCTCATA ACAATGAAAA GAGCGAGATA GGCGGTTTTC CAGGAAGAAC AGATGATCAG 
TCTTCTGGCT TAAAAATTAC AGCATGCTCA TTGTCTGCAG ATGTCTCATC CCTGGAGAAA 
GACAATAATC AAGAGGGCAG TTTGGCAGAG GACATAAACA CTCAAATGAC AGATCAAGTG 
ACTGAAACTT GCGCTTCTGC TAGTTGGCAG AATGCTGCTA TGGACACAAA CACCATCCAG 
AAGACTAAGG ATCAAGCAAA GCATCATTTT TATAGGCCCC CTACACCAGG ACCAAGGAGA 
GTGAGACAAA AGAAATCTGT GAGAGGGACT GTGACCTTGG TATCTGAAAC TGAAGTTCAA 
GAGGAAATGA TCTACAGTGA AGAGAGGGAA GACGGGGAAA ACAAATCTGA GTACTGTATG 
TTCACACATT CTTGCAGTAA AATGTCATCA GTATCTAACA AACCAGTGCT TGTTCAGATT 
GATAACAATG AGCAGATGGA GTCATCTTTA GAAGGAAAAA AGGAAAGCAG GCTGCTCAAG 
TCAGGTGCAA TACGTGCTGG TGTTGTAGAA ATTACAAGTC AGAAGATGTT AGAGATGTCT 
CATAATAATG GCTTGCCGCA GACTATATCA GAAAACTCAA TTGTGGAGGA AGGTATAGTT 
GATAGTGTAA CATCAGACAA CAAAACTAGT ATCAAAAACT TAAGACCTTG TGGTAACACC 
AGTGATAGAT TCAGGCCTAT TTTAGCAGAT ACAACTGATT CTTTAAGTAA CACCTCTGGA 
GCAGACAGAA CTATTTCTGA GACCCCAGCT TTGGTAGGGT CTTCCACTGT CACCACAAGA 
ATTGACAGAC TAGTTAATGA ATTTGCTCAG TGTGGTTTAA CAAAATTTCC AGCAAGTGAA 
AAGCAGATTT CATCATCTGG TGCCAGCAAA AAGAAGAAAT CTCAGCAACG AATGATAAAT 
TCCAGGTATC AGGATGGGCA GATTGCAGCC AAAGGACTTC TTAGTGAGAG AATAAACACA 
GGAGGTAGAA TTGCACAGGA AATAATATTG GAGGATTCAG ACTCTTCCCT TAAAGGAGGA 
ATACTTTGTG AGGAAGACCT CCATGTAAGT GATATGGTAA TTGAATCAAA TTGTTGTTCT 
GAAAGTAATC TCAATCCTGT GAATTCCAAG AATTTCCATG TAAATAAACT AAATACTCTT 
CAGAATCCTA AGAAGGTTCA AGGACTTTTA ACCAAAAGGA AGTCCAGACC ACTAAACAAA 
GTAAGTTTAG GAGGACCTAC AAAAAGAGAA ATTGGTCAAG GCAGTGAAGT ATTTCCCCAT 
AATGACTTTA GGTGTTACAA AAATAATTTT GAAGATCACA ATTTATTTCA TGTGTTTAAC 
TTCCTTGAGC AAAAACCCAG TGCTTTTTGT GGACCACAGG CTCAAGCAGA AATAGCATCT 
TGGTATTTGA GAGGAATGAC CAAGAAAAGT TTAGTTTCAA ATGTTAATAA TTCACACATA 
AATTTAAAAA CCCAGAAAAG ACAAAAAGGG GGTAAGTTGA AATCAAGTAC TATTGTAAAT 
AAACAACATG TTACAACCAG GGCAAATTCC TTAGCTTCTT TGAAAAAAGC TGTTTTTCCT 
GAGAATATTA GCCATCATTC AGTTCAAAAT TATATACAGA GATGGTTGCA GAGCATAAAT 
CCGCATTCAG CTTTGCAACC TAGAAAATCA GCTCCACTAT ACAAAAAGGA AAGGAGTGTG 
GTAAGTTATA ACAACAATGG TTTTGTAGGA GCTAATTCCC ACACAAGTCT TGGAAAAGGA 
AATAATTTTG TTAGGGAAAG TAATAAACGC ATAACTAAGT TAAGTACCAG TTCGACAGAA 
AATCTAGGCA AAAAGGTAGG TAAATCTTTT GACAAAGATA ACAGTGAAGA ACTTTCCAAA 
GATCTCTGTG AGAATCAGGT TGAATCTCTG AATGATGCTT GCTTGCTTCC CTTGCATGAA 
AATTGTGCTT TGTCACAGTC AGCTATCAGT GATCATAATA CTAAAATCCA AGTATGTGCT 
GAAAAATTAG GACCAGAGGT AAGCCTTGTT TACCAAGAAA TAAACCTAGC TACAAAAAGG 
CACAGTGTAG AGGCTGCTAT TCAAGTAGAT CTTATGGAAG AAGATACTCC AAAAGACCTT 
TTACTAGTCT TGTTGCTTCG CCAACTGCAA GCTTTAGTTC CTAGTATTCA CAAGACTCAG 
AATGGAATTA TTCAGATGCC AGGTTCACTT GCAGATGTTC CGTTCCCTTC CCCAATATGT 
AAGTCATATA CTGATGTCCT TCTAGCTTGG CTTTTGGTGC TAACCTTAAA GGGAAGTATA 
GATAGCTTCT GCCAAGGTGA TGCTCACAAG ACTACCAACA GAGCTTCAGA AATAATTGGA 
TTATTGGAGG TTCTAAAGCA TACTGCCATC ACAGAGGAAG CTGATGATCT GAAGGCTGCT 
GTTGCCAATT TAGTGGAATC AACCACAAAT CACTTTGGAC TCACTGAGAA AGAACAAGAC 
ATGGTTCCAA GAGGATTTTC TGCAAATTGT TCCACACCCA ACATCCAGAG AGTTCCTCAG 
TGCATTGAAA ATGAAAAAAC ACAGAAAATC TCCTTTTTAG ATGGAGGCTA CTCTGCCAGT 
GAGGACTGTG GCCCTGAAGT CTGTGTTTCA GAGTTGACTT GTTCTTCATG TCAGATGTGC 
ACTGTGAATA AGACCTGTCT TCCAAAAGAG ACTTGTAACC TCAGTGACAT TTTTTCCCCT 
AGTGATGGTT CTACCATTGA TCAGACCTCC ATGAATAAGG CTTGTTTCCT AGGAGAGATC 
TGTTCATTTA CTGATGCTCT GTTTCCCCAT CAGGCTTGTG CTCATGATGA AAACCATAAT 
TATGAGGCAT CTTGCCCAGT TGATGAGACC TACATTCCCA AGAAAGCCTG CAATACCAGT 
GACTTTTTCA ATTCCAAAGA AAACACATGT GCTGATAATT TGGAATTGAC TGAAGAATTA 
GAAAGGATCA ATGAAGTTCA GAAAGACCAA AATATTTTGG CAGACCCATT GTGTAAACAT 
GGCTTTAATA TATTGGTGTC ACACCAAAAT GTCAGCAATT TAAGCCATTG TGTCTTTCCC 
ATAAATGAAA CTGAACCAGA AATTGATAAG GACCATCATG TAGCTGAATT TAAAAATTGT 
TCATTAAAGA AATTTCTGGG TAAAAATGCA TCTACATCCT CTGATAAGGA AGACTCAAAG 
ACTTCTGAAG AACCAGGCTC AATAACCAAT AGCATGACAT CAAGTGAAAG AAACATTTCA 
GAATTGGAAT CTTTTGAAGA ATTAGAAAAC CAGGACATTG ATATCTTTCA TACAAAGGTA 
AATGCAGGAG AGCAGGCCAC TAAAGAATTT ATCCATAAAG AGTTAGAGGC TAGTGAAAAT 
TTGGAATTGA TAGAAGTCTC CAGCAGGAAC ATTACACAAG AAGAAAAAAG AAATGGTGTA 
ATTTGCGAGG CAATCAGTAG GAGGCTGACA ACACCACCAT CTTTAGTGTT TTGCTATGAT 
TCTAAGCAAA ATACTGAAAA GGAACTCGAT GAAAGAGAAA CTAAAATGAG TGTAAAAATG 
ATGGTGAAAC ACATGGAAAT TGGAAGTTAC TCAGAGTCCT CTCTTGATTT TAAAAATTGT 
TTCATAAGAC CAGTGACTTC TGATTGGTCA GAATTTAGAC TAGACAGTGA TAATGAGCAG 
CCATATAAAA CATCCAGTCA TGGCCCCAAT GGCAGTGAGG AGATTGCCCA AGAGAAAGAA 
TACAATAAAG GATTTGTTAA AAGGACAGTA GAAAAACTTT ACAGTAAAGG GGAAATTATG 
AAACCATCTT TTTTTTCTGG GTCTGTGCAC AGATCTCAGG TTTGTCCTTA CAATTCTATG 
GAATTTCAGT GTGCTAGGAA AGTAGGTCTT TATGATTCTG AAGGTCAGTC ATTTGGGTCT 
TCTGAACAGG TATCTAGTAG TTCATCTATG TTGCAGAAAT TTCCAGAGGA AGGTCAAGAG 
AAATGTGACT TTAATGATGT GGGGGCCAGT TATCATGGGG GAGACATTGT AGGACATGAC 
ACAAAGCAAA ATGATCATAG CAGAATCATT AGAGACATAG AGGAAGGGGT ACTGATTGAT 
AAAGGAAAGT GGCTCCTGAA AGAAAATCAC TTGTTAAGAG TATCATTTCC TGAAAATTCT 
GGCTTCTATG GCAATGAAGA CACCACATCA GTGGATACTG TACTTAATAA CAGTAATGAG 
GTGCCATATT CACATTTTGG AAATTTGGCT CCAGGCTCAA ACATGGCTGA GCTATCCTCT 
TCAGAATTGG AGGAACTGAC TCAACCCCTT GAACTGAAAT GCAGTTATTT TAACATGCCT 
CATTGTACTG ACTCCGAGAC TTTTTGTGAG GATTTGCTAG ATGTTCGAAG TAAAACTGGT 
GCCAAGGAGA AAATACTAGA TCATCATGCA GAAGAGAAGG CTAGTCATAA GTCAGAAAGA 
GTATGCACAT CAGTCACTCA TGTCTTTACG TCTGCTGGTA ACAAAGTCCA TCCTGTCACT 
GATGATACTA TTAAAAACCA ACCGTTGCCT GGTAGTAATG TAATTCATGG TGCACTTCAA 
GAAGGTGATT CTCTGGATAA GCTCTATGCT ATTTGTGGCC AGCATTGCCC TATACTAACT 
GTTATCATCC AACCTATAAA TGAGGAAGAC CGAGGATTTG TATATTGCAA AGATTCTGAT 
ATTGAAAATT TCTTGGGTCT CCATTTATGG ATGAAAATAC ACCCATATTT ACTACCATCA 
AGCAAAACCA TGTTCAGAGA TGAGAACAAT AAAGCAAGTG GTAGAAAAGC ATTTATTGAT 
ACTGCCATTG ATGATACATT TGATCAACTT TATTTTAGTA ATACATTTGA CTTGTATAAA 
AGAAAATTAA GAAAATTAAA AGGAATGAAC TCCTTGGGCT TAGAGGAAGA AAATAATTTA 
AAGAAATTTC AATTATATTT AAAGAAAAAG TTTTGTGTGA ATTTCTTGCA CACATTGTTT 
TTGGTTATGG ACGATGTGAA TTCAAATACA TGGGATCCTA CCAGTCAGAC AAATGAAATC 
TTCGAAGTAG CTGATGAGAA TAACGATTTA CTAGATAACA GATTTCAGAA CTCATTAACA 
AATCTCAACC AAGTAGTAAG AGAAAATAGT GACTGTCATT TTTCCTTTGA AGCGCGTGGT 
CAAGCCTGCC TATTTTACCA AGTTGAGACA TCCTTAAATA TCAGCAACAG AAATGTATTA 
GAAATATTTT ATATATTTGA GGATGAAAAT CTTTTTATTT GGGAAGAGGA AAGCCAATTT 
GATCTTGAAA ACAGTGATGG ACAAGATTTG TAA

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

RefSeq	XP_011231171.1
CDS	1..6453
Translation	MSETSSTSFSMFHRTSSEGQVPSLRHLRIMHPVVAKKISFYKSGDPQFGGVRVVVNPRSFKTFDALLDNLSRKVPLPFGVRNISTPRGRHSITRLEELEDGQSYLCSHRRKVQPVDLDKARRRPRPWHSSRAISAHVHHSPPTAAAAAAAPGMLRAPRRLLVFRNGDPKTRRVVVMNRRVAQSFQAFLQHLTEVMRFPVTKLYATDGRKVTSLQAVILSSGAVVAAGREPFKAGNYDIQKYLLSARLPGISHHVYTKGSARSESRKMRTHVPSSPKSQIYSVSSDKIHNSDCYSDHSFASENYLALEKNDSQNLLIHPSEDDIEKSIIFNQDGTMTVEMKVRFKIKEEETIKWTTVSRTSLSHNNEKSEIGGFPGRTDDQSSGLKITACSLSADVSSLEKDNNQEGSLAEDINTQMTDQVTETCASASWQNAAMDTNTIQKTKDQAKHHFYRPPTPGPRRVRQKKSVRGTVTLVSETEVQEEMIYSEEREDGENKSEYCMFTHSCSKMSSVSNKPVLVQIDNNEQMESSLEGKKESRLLKSGAIRAGVVEITSQKMLEMSHNNGLPQTISENSIVEEGIVDSVTSDNKTSIKNLRPCGNTSDRFRPILADTTDSLSNTSGADRTISETPALVGSSTVTTRIDRLVNEFAQCGLTKFPASEKQISSSGASKKKKSQQRMINSRYQDGQIAAKGLLSERINTGGRIAQEIILEDSDSSLKGGILCEEDLHVSDMVIESNCCSESNLNPVNSKNFHVNKLNTLQNPKKVQGLLTKRKSRPLNKVSLGGPTKREIGQGSEVFPHNDFRCYKNNFEDHNLFHVFNFLEQKPSAFCGPQAQAEIASWYLRGMTKKSLVSNVNNSHINLKTQKRQKGGKLKSSTIVNKQHVTTRANSLASLKKAVFPENISHHSVQNYIQRWLQSINPHSALQPRKSAPLYKKERSVVSYNNNGFVGANSHTSLGKGNNFVRESNKRITKLSTSSTENLGKKVGKSFDKDNSEELSKDLCENQVESLNDACLLPLHENCALSQSAISDHNTKIQVCAEKLGPEVSLVYQEINLATKRHSVEAAIQVDLMEEDTPKDLLLVLLLRQLQALVPSIHKTQNGIIQMPGSLADVPFPSPICKSYTDVLLAWLLVLTLKGSIDSFCQGDAHKTTNRASEIIGLLEVLKHTAITEEADDLKAAVANLVESTTNHFGLTEKEQDMVPRGFSANCSTPNIQRVPQCIENEKTQKISFLDGGYSASEDCGPEVCVSELTCSSCQMCTVNKTCLPKETCNLSDIFSPSDGSTIDQTSMNKACFLGEICSFTDALFPHQACAHDENHNYEASCPVDETYIPKKACNTSDFFNSKENTCADNLELTEELERINEVQKDQNILADPLCKHGFNILVSHQNVSNLSHCVFPINETEPEIDKDHHVAEFKNCSLKKFLGKNASTSSDKEDSKTSEEPGSITNSMTSSERNISELESFEELENQDIDIFHTKVNAGEQATKEFIHKELEASENLELIEVSSRNITQEEKRNGVICEAISRRLTTPPSLVFCYDSKQNTEKELDERETKMSVKMMVKHMEIGSYSESSLDFKNCFIRPVTSDWSEFRLDSDNEQPYKTSSHGPNGSEEIAQEKEYNKGFVKRTVEKLYSKGEIMKPSFFSGSVHRSQVCPYNSMEFQCARKVGLYDSEGQSFGSSEQVSSSSSMLQKFPEEGQEKCDFNDVGASYHGGDIVGHDTKQNDHSRIIRDIEEGVLIDKGKWLLKENHLLRVSFPENSGFYGNEDTTSVDTVLNNSNEVPYSHFGNLAPGSNMAELSSSELEELTQPLELKCSYFNMPHCTDSETFCEDLLDVRSKTGAKEKILDHHAEEKASHKSERVCTSVTHVFTSAGNKVHPVTDDTIKNQPLPGSNVIHGALQEGDSLDKLYAICGQHCPILTVIIQPINEEDRGFVYCKDSDIENFLGLHLWMKIHPYLLPSSKTMFRDENNKASGRKAFIDTAIDDTFDQLYFSNTFDLYKRKLRKLKGMNSLGLEEENNLKKFQLYLKKKFCVNFLHTLFLVMDDVNSNTWDPTSQTNEIFEVADENNDLLDNRFQNSLTNLNQVVRENSDCHFSFEARGQACLFYQVETSLNISNRNVLEIFYIFEDENLFIWEEESQFDLENSDGQDL

Target ORF information:

RefSeq Version	XM_011232869.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca RP1, axonemal microtubule associated (RP1), mRNA.

Target ORF information:

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

XM_011232869.1

ORF Insert Sequence:

ATGAGCGAAA CTTCTTCCAC TAGTTTTTCC ATGTTTCATC GGACTTCTTC TGAAGGTCAA 
GTTCCTTCTC TTCGCCACCT GCGCATCATG CATCCTGTTG TGGCCAAAAA GATCAGTTTC 
TACAAGAGCG GAGACCCGCA ATTTGGTGGG GTCAGGGTGG TGGTCAATCC TCGTTCCTTC 
AAGACATTTG ATGCTTTGCT GGATAATTTG TCAAGGAAGG TGCCCTTACC TTTTGGGGTG 
AGGAACATCA GCACCCCTCG CGGAAGGCAC AGCATCACAC GCCTGGAGGA ACTAGAGGAC 
GGCCAGTCTT ACCTGTGCTC CCACCGTAGG AAGGTGCAGC CAGTGGACCT TGACAAGGCC 
CGCCGGCGCC CACGACCCTG GCACAGCAGC CGGGCCATCA GTGCGCACGT GCACCATTCC 
CCCCCAACCG CCGCAGCTGC CGCCGCTGCT CCCGGCATGC TGCGCGCCCC GCGAAGGCTC 
TTGGTCTTTA GAAATGGCGA TCCGAAGACT AGGCGTGTGG TTGTTATGAA CAGAAGGGTC 
GCGCAGAGCT TCCAGGCCTT TCTGCAGCAC CTGACGGAGG TCATGCGGTT CCCGGTGACC 
AAGCTGTACG CCACAGACGG AAGGAAGGTT ACCAGTCTCC AGGCAGTGAT CCTCAGCTCT 
GGAGCTGTGG TGGCAGCAGG AAGGGAGCCA TTTAAAGCAG GAAATTATGA CATCCAGAAG 
TACTTGCTTT CTGCAAGATT ACCAGGAATC TCTCATCATG TATACACCAA GGGAAGTGCT 
AGGTCAGAAA GCAGAAAGAT GAGGACACAT GTGCCTTCGA GCCCAAAGTC CCAGATTTAT 
TCTGTTTCTT CTGACAAAAT ACATAATAGC GATTGCTACT CAGACCATTC TTTTGCTTCT 
GAAAATTACT TGGCCTTAGA AAAAAATGAT TCTCAGAATT TATTGATACA TCCTTCTGAA 
GATGATATTG AGAAATCAAT TATTTTTAAT CAAGATGGTA CCATGACAGT TGAGATGAAA 
GTTCGATTTA AGATCAAAGA GGAGGAAACC ATAAAATGGA CCACTGTCAG TAGAACTAGT 
CTTTCTCATA ACAATGAAAA GAGCGAGATA GGCGGTTTTC CAGGAAGAAC AGATGATCAG 
TCTTCTGGCT TAAAAATTAC AGCATGCTCA TTGTCTGCAG ATGTCTCATC CCTGGAGAAA 
GACAATAATC AAGAGGGCAG TTTGGCAGAG GACATAAACA CTCAAATGAC AGATCAAGTG 
ACTGAAACTT GCGCTTCTGC TAGTTGGCAG AATGCTGCTA TGGACACAAA CACCATCCAG 
AAGACTAAGG ATCAAGCAAA GCATCATTTT TATAGGCCCC CTACACCAGG ACCAAGGAGA 
GTGAGACAAA AGAAATCTGT GAGAGGGACT GTGACCTTGG TATCTGAAAC TGAAGTTCAA 
GAGGAAATGA TCTACAGTGA AGAGAGGGAA GACGGGGAAA ACAAATCTGA GTACTGTATG 
TTCACACATT CTTGCAGTAA AATGTCATCA GTATCTAACA AACCAGTGCT TGTTCAGATT 
GATAACAATG AGCAGATGGA GTCATCTTTA GAAGGAAAAA AGGAAAGCAG GCTGCTCAAG 
TCAGGTGCAA TACGTGCTGG TGTTGTAGAA ATTACAAGTC AGAAGATGTT AGAGATGTCT 
CATAATAATG GCTTGCCGCA GACTATATCA GAAAACTCAA TTGTGGAGGA AGGTATAGTT 
GATAGTGTAA CATCAGACAA CAAAACTAGT ATCAAAAACT TAAGACCTTG TGGTAACACC 
AGTGATAGAT TCAGGCCTAT TTTAGCAGAT ACAACTGATT CTTTAAGTAA CACCTCTGGA 
GCAGACAGAA CTATTTCTGA GACCCCAGCT TTGGTAGGGT CTTCCACTGT CACCACAAGA 
ATTGACAGAC TAGTTAATGA ATTTGCTCAG TGTGGTTTAA CAAAATTTCC AGCAAGTGAA 
AAGCAGATTT CATCATCTGG TGCCAGCAAA AAGAAGAAAT CTCAGCAACG AATGATAAAT 
TCCAGGTATC AGGATGGGCA GATTGCAGCC AAAGGACTTC TTAGTGAGAG AATAAACACA 
GGAGGTAGAA TTGCACAGGA AATAATATTG GAGGATTCAG ACTCTTCCCT TAAAGGAGGA 
ATACTTTGTG AGGAAGACCT CCATGTAAGT GATATGGTAA TTGAATCAAA TTGTTGTTCT 
GAAAGTAATC TCAATCCTGT GAATTCCAAG AATTTCCATG TAAATAAACT AAATACTCTT 
CAGAATCCTA AGAAGGTTCA AGGACTTTTA ACCAAAAGGA AGTCCAGACC ACTAAACAAA 
GTAAGTTTAG GAGGACCTAC AAAAAGAGAA ATTGGTCAAG GCAGTGAAGT ATTTCCCCAT 
AATGACTTTA GGTGTTACAA AAATAATTTT GAAGATCACA ATTTATTTCA TGTGTTTAAC 
TTCCTTGAGC AAAAACCCAG TGCTTTTTGT GGACCACAGG CTCAAGCAGA AATAGCATCT 
TGGTATTTGA GAGGAATGAC CAAGAAAAGT TTAGTTTCAA ATGTTAATAA TTCACACATA 
AATTTAAAAA CCCAGAAAAG ACAAAAAGGG GGTAAGTTGA AATCAAGTAC TATTGTAAAT 
AAACAACATG TTACAACCAG GGCAAATTCC TTAGCTTCTT TGAAAAAAGC TGTTTTTCCT 
GAGAATATTA GCCATCATTC AGTTCAAAAT TATATACAGA GATGGTTGCA GAGCATAAAT 
CCGCATTCAG CTTTGCAACC TAGAAAATCA GCTCCACTAT ACAAAAAGGA AAGGAGTGTG 
GTAAGTTATA ACAACAATGG TTTTGTAGGA GCTAATTCCC ACACAAGTCT TGGAAAAGGA 
AATAATTTTG TTAGGGAAAG TAATAAACGC ATAACTAAGT TAAGTACCAG TTCGACAGAA 
AATCTAGGCA AAAAGGTAGG TAAATCTTTT GACAAAGATA ACAGTGAAGA ACTTTCCAAA 
GATCTCTGTG AGAATCAGGT TGAATCTCTG AATGATGCTT GCTTGCTTCC CTTGCATGAA 
AATTGTGCTT TGTCACAGTC AGCTATCAGT GATCATAATA CTAAAATCCA AGTATGTGCT 
GAAAAATTAG GACCAGAGGT AAGCCTTGTT TACCAAGAAA TAAACCTAGC TACAAAAAGG 
CACAGTGTAG AGGCTGCTAT TCAAGTAGAT CTTATGGAAG AAGATACTCC AAAAGACCTT 
TTACTAGTCT TGTTGCTTCG CCAACTGCAA GCTTTAGTTC CTAGTATTCA CAAGACTCAG 
AATGGAATTA TTCAGATGCC AGGTTCACTT GCAGATGTTC CGTTCCCTTC CCCAATATGT 
AAGTCATATA CTGATGTCCT TCTAGCTTGG CTTTTGGTGC TAACCTTAAA GGGAAGTATA 
GATAGCTTCT GCCAAGGTGA TGCTCACAAG ACTACCAACA GAGCTTCAGA AATAATTGGA 
TTATTGGAGG TTCTAAAGCA TACTGCCATC ACAGAGGAAG CTGATGATCT GAAGGCTGCT 
GTTGCCAATT TAGTGGAATC AACCACAAAT CACTTTGGAC TCACTGAGAA AGAACAAGAC 
ATGGTTCCAA GAGGATTTTC TGCAAATTGT TCCACACCCA ACATCCAGAG AGTTCCTCAG 
TGCATTGAAA ATGAAAAAAC ACAGAAAATC TCCTTTTTAG ATGGAGGCTA CTCTGCCAGT 
GAGGACTGTG GCCCTGAAGT CTGTGTTTCA GAGTTGACTT GTTCTTCATG TCAGATGTGC 
ACTGTGAATA AGACCTGTCT TCCAAAAGAG ACTTGTAACC TCAGTGACAT TTTTTCCCCT 
AGTGATGGTT CTACCATTGA TCAGACCTCC ATGAATAAGG CTTGTTTCCT AGGAGAGATC 
TGTTCATTTA CTGATGCTCT GTTTCCCCAT CAGGCTTGTG CTCATGATGA AAACCATAAT 
TATGAGGCAT CTTGCCCAGT TGATGAGACC TACATTCCCA AGAAAGCCTG CAATACCAGT 
GACTTTTTCA ATTCCAAAGA AAACACATGT GCTGATAATT TGGAATTGAC TGAAGAATTA 
GAAAGGATCA ATGAAGTTCA GAAAGACCAA AATATTTTGG CAGACCCATT GTGTAAACAT 
GGCTTTAATA TATTGGTGTC ACACCAAAAT GTCAGCAATT TAAGCCATTG TGTCTTTCCC 
ATAAATGAAA CTGAACCAGA AATTGATAAG GACCATCATG TAGCTGAATT TAAAAATTGT 
TCATTAAAGA AATTTCTGGG TAAAAATGCA TCTACATCCT CTGATAAGGA AGACTCAAAG 
ACTTCTGAAG AACCAGGCTC AATAACCAAT AGCATGACAT CAAGTGAAAG AAACATTTCA 
GAATTGGAAT CTTTTGAAGA ATTAGAAAAC CAGGACATTG ATATCTTTCA TACAAAGGTA 
AATGCAGGAG AGCAGGCCAC TAAAGAATTT ATCCATAAAG AGTTAGAGGC TAGTGAAAAT 
TTGGAATTGA TAGAAGTCTC CAGCAGGAAC ATTACACAAG AAGAAAAAAG AAATGGTGTA 
ATTTGCGAGG CAATCAGTAG GAGGCTGACA ACACCACCAT CTTTAGTGTT TTGCTATGAT 
TCTAAGCAAA ATACTGAAAA GGAACTCGAT GAAAGAGAAA CTAAAATGAG TGTAAAAATG 
ATGGTGAAAC ACATGGAAAT TGGAAGTTAC TCAGAGTCCT CTCTTGATTT TAAAAATTGT 
TTCATAAGAC CAGTGACTTC TGATTGGTCA GAATTTAGAC TAGACAGTGA TAATGAGCAG 
CCATATAAAA CATCCAGTCA TGGCCCCAAT GGCAGTGAGG AGATTGCCCA AGAGAAAGAA 
TACAATAAAG GATTTGTTAA AAGGACAGTA GAAAAACTTT ACAGTAAAGG GGAAATTATG 
AAACCATCTT TTTTTTCTGG GTCTGTGCAC AGATCTCAGG TTTGTCCTTA CAATTCTATG 
GAATTTCAGT GTGCTAGGAA AGTAGGTCTT TATGATTCTG AAGGTCAGTC ATTTGGGTCT 
TCTGAACAGG TATCTAGTAG TTCATCTATG TTGCAGAAAT TTCCAGAGGA AGGTCAAGAG 
AAATGTGACT TTAATGATGT GGGGGCCAGT TATCATGGGG GAGACATTGT AGGACATGAC 
ACAAAGCAAA ATGATCATAG CAGAATCATT AGAGACATAG AGGAAGGGGT ACTGATTGAT 
AAAGGAAAGT GGCTCCTGAA AGAAAATCAC TTGTTAAGAG TATCATTTCC TGAAAATTCT 
GGCTTCTATG GCAATGAAGA CACCACATCA GTGGATACTG TACTTAATAA CAGTAATGAG 
GTGCCATATT CACATTTTGG AAATTTGGCT CCAGGCTCAA ACATGGCTGA GCTATCCTCT 
TCAGAATTGG AGGAACTGAC TCAACCCCTT GAACTGAAAT GCAGTTATTT TAACATGCCT 
CATTGTACTG ACTCCGAGAC TTTTTGTGAG GATTTGCTAG ATGTTCGAAG TAAAACTGGT 
GCCAAGGAGA AAATACTAGA TCATCATGCA GAAGAGAAGG CTAGTCATAA GTCAGAAAGA 
GTATGCACAT CAGTCACTCA TGTCTTTACG TCTGCTGGTA ACAAAGTCCA TCCTGTCACT 
GATGATACTA TTAAAAACCA ACCGTTGCCT GGTAGTAATG TAATTCATGG TGCACTTCAA 
GAAGGTGATT CTCTGGATAA GCTCTATGCT ATTTGTGGCC AGCATTGCCC TATACTAACT 
GTTATCATCC AACCTATAAA TGAGGAAGAC CGAGGATTTG TATATTGCAA AGATTCTGAT 
ATTGAAAATT TCTTGGGTCT CCATTTATGG ATGAAAATAC ACCCATATTT ACTACCATCA 
AGCAAAACCA TGTTCAGAGA TGAGAACAAT AAAGCAAGTG GTAGAAAAGC ATTTATTGAT 
ACTGCCATTG ATGATACATT TGATCAACTT TATTTTAGTA ATACATTTGA CTTGTATAAA 
AGAAAATTAA GAAAATTAAA AGGAATGAAC TCCTTGGGCT TAGAGGAAGA AAATAATTTA 
AAGAAATTTC AATTATATTT AAAGAAAAAG TTTTGTGTGA ATTTCTTGCA CACATTGTTT 
TTGGTTATGG ACGATGTGAA TTCAAATACA TGGGATCCTA CCAGTCAGAC AAATGAAATC 
TTCGAAGTAG CTGATGAGAA TAACGATTTA CTAGATAACA GATTTCAGAA CTCATTAACA 
AATCTCAACC AAGTAGTAAG AGAAAATAGT GACTGTCATT TTTCCTTTGA AGCGCGTGGT 
CAAGCCTGCC TATTTTACCA AGTTGAGACA TCCTTAAATA TCAGCAACAG AAATGTATTA 
GAAATATTTT ATATATTTGA GGATGAAAAT CTTTTTATTT GGGAAGAGGA AAGCCAATTT 
GATCTTGAAA ACAGTGATGG ACAAGATTTG TAA

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

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RP1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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