LOC105234503 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC105234503
Entrez Gene ID	105234503
Full Name	dynein heavy chain 5, axonemal
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011216897.1	XP_011215199.1	dynein heavy chain 5, axonemal

Pathways from BioSystems
Gene Ontology

The following LOC105234503 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC105234503 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
OAc33661	XM_011216897.1 Latest version!	Ailuropoda melanoleuca dynein heavy chain 5, axonemal (LOC105234503), 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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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

LOC105234503 ( XM_011216897.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011215199.1 Ailuropoda melanoleuca dynein heavy chain 5, axonemal (LOC105234503), mRNA.

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CloneID	OAc33661
Clone ID Related Accession (Same CDS sequence)	XM_011216897.1
Accession Version	XM_011216897.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6180bp) 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	dynein heavy chain 5, axonemal
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003219469.1) 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## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGCAGGTTA TTCAGATCTG TGATATGTCC CATTCACAGA GACGGTGCTG TGAATGGGAA 
ATTGTAGAAG GGCTAAATTA TTCTTTGAAT AATGGGGCTG GGGGATATAG TGTCATCAAT 
ATTTTAAAAA TCATTTACTG TGTCTTAGGG GATATTTTCA CAAATCTTTC TGTTGGCTTT 
CTTGTTTCAC AGAGGACAAT AGAGAGCTAT GTGGATAAAC GCATGGGTAC AACATATGGC 
CCTCCTGCAG GAAAGAAGAT GACTGTTTTT ATTGATGATG TGAATATGCC AATAATCAAT 
GAGTGGGGAG ATCAGGTTAC TAATGAGATA GTACGACAGC TAATGGAACA GAATGGATTT 
TATAACCTAG AGAAGCCTGG GGAGTTTACC AGCATCGTGG ACATCCAGTT TTTGGCAGCC 
ATGATCCATC CTGGTGGTGG ACGCAGTGAT ATACCACAGA GACTCAAGAG GCAGTTCTGT 
ATATTTAACT GCACGTTGCC TTCTGATGCT TCCATGGACA AGATCTTTGG TGTTATTGGG 
AGAGGCTACT ACTGTGCTCA GAGGGGTTTC TCAGAAGAAG TGAGAGATTC AGTGATGAGA 
TTGGTCCCCT TGACACGCCG ACTGTGGCAG ATGACCAAGA ATAAAATGCT CCCTACACCT 
GCAAAATTCC ATTACGTATT TAACCTTCGA GATCTTTCCA GGATCTGGCA GGGCATGCTG 
AACACCACCT CAGAGGTTAT CAAGGAACCG GATGAACTGT TACGGCTGTG GAAGCATGAG 
TGTAAACGTG TTATAGCCGA TCGTTTCACG GTGTCCAGCG ATGTGACCTG GTTTGATAAG 
GCTTTAGTAG GTTTGGTGGA GGAGGGGTTT GGTGAAGAGA AAAAACTCTT GGTGGATTGT 
GGAACTGATG CTTATTTTGT GGATTTCTTG AGGGACGCAC CTGAAGCTAC AGGTGAAACA 
TCTGAGGAGG CTGATGCTGA AATGCCCAAA ATTTATGAGC CAATTGAATC TTTTGATCAC 
CTAAAGGAGC GTTTGAATAT GTTCTTGCAG CTGTATAATG AAAGCATCCG TGGCGCCGGC 
ATGGATTTGG TATTCTTCAA GGACGCCATG GTTCACTTAG TCAGGATCTC ACGTGTCATT 
GGCACGCCCC GGGGAAATGC CCTCCTGGTC GGAGTGGGCG GATCAGGAAA GCAGAGCCTG 
ACACGGTTGG CTTCATTCAT TGCTGGCTAT GCTTCCTTCC AGATCGCTCT GACAAGATCC 
TACAACACAT CAAACCTAGT GGAAGACTTG AAGATTTTGT ATAGAACGGC GGGGCAGCAA 
GGCAAAGGAA TCACTTTCAT CTTTACAGAC AATGAGATTA AGGATGAGTC ATTTTTGGAA 
TATATGAACA ATGTTTTATC ATCAGGTGAG GTCTCCAACC TATTTGCTCG TGATGAAATT 
GATGAAATTA ATTGTGATCT CCTATCAGTC ATGAAGAAAG AATATCCCAG GCGCCCTCCT 
ACCAATGAGA ACCTGCATGA CTACTTCATG AGTCGGGTCC GACAGAACCT TCACATCGTG 
CTCTGCTTTT CACCTGTGGG GGAGAAATTT CGAAATCGAG CGTTGAAGTT CCCTGCCCTT 
ATTTCAGGAT GCACTATTGA CTGGTTCAGC CGATGGCCTA AGGATGCCTT AGTTGCTGTG 
TCTGAACACT TCCTGTCCTC CTATGACATT GACTGCAGTT TGGAAACCAA GAGGCAAGTG 
GTCCAGTGCA TGGGCTCCTT CCAGGATGGG GTAGCTGAGA AGTGTGTGGA CTATTTCCAG 
AGGTTCCGAC GCTCTACTCA TGTGACTCCC AAGTCATATC TCTCCTTTAT TCAGGGCTAT 
AAATGCACAT ACAGAGAAAA GCATGTGGAA GTGCAAACTC TGGCCAATAG AATGAATACT 
GGATTGGAAA AGCTGAAAGA AGCCTCAGAG TCCATTGCAG CCCTGAGCAA AGAACTGCAA 
GTGAAAGAAA AGGAGCTCCA AGTGGCCAAT GATAAAGCTG ACACGGTCTT GAAAGAAGTG 
ACAATGAAAG CACAGGCTGC GGAAAAGGTC AAGGCCGAGG TACAGAAGGT GAAGGACAAA 
GCCCAAGCCA TCGTGGACGG CATCTCTAAA GATAAAGCCG TCGCCGAAGA GAAACTGGAA 
AGAGCAAAAC CAGCTTTAGG AGAAGCAGAG GCAGCCCTGC AGACAATCAA GCCTTCGGAC 
ATTGCCACTG TCCGCACACT GGGCCGACCC CCTCACCTCA TCATGAGGAT CATGGATTGT 
GTGCTGCTCC TGTTTCAAAG GAAAGTCAAT GCAGTGAAAA TTGACCTGGA AAAAAGCTGT 
ACAATTCCGT CCTGGCAGGA ATCTTTAAAA CTCATGACGG CAGGAAACTT CTTACAGAAC 
TTACAGCAAT TCCCAAAAGA CACAATCAAT GAAGAAGTGA TAGAATTTTT GAACCCTTAC 
TTTGAAATGA CAGACTACAA CATTGAAACT GCTAAACGCG TATGTGGAAA TGTAGCTGGT 
CTTTGTTCCT GGACCAAAGC CATGGCTTCC TTCTTTTCTA TCAACAGGGA AGTGTTGCCT 
CTGAAGGCCA ACTTGGTGGT ACAGGAGAAT CGCTACATCT TGGCCATGCA GGATCTGCAG 
AAGGCCCAGG CTGAGCTGGA TGACAAGCAG AGAGAGCTCG ACGTGGTGCA GGCTGAGTAT 
GAACAGGCCA TGACTGAAAA GCAGACCTTG CTTGAAGATG CGGAGCGCTG CAGAAGAAAG 
ATGCAGACCG CCTCCACGCT GATCGGTGGC TTGGCGGGAG AAAAAGAAAG ATGGACAGAA 
CAAAGTAAAG AGTTTGCTGC ACAAACAAAA AGACTCGTAG GGGATGTGTT GTTGGCTACA 
GCTTTTCTAT CTTATTCTGG TCCATTTAAT CAAGAGTTTC GCAATCTGTT GCTAAATGAC 
TGGCAGAAGG AAATGAAAGT CCGGGAAATC CCATTTGGAG ACAATCTAAA TCTCAATGAG 
ATGTTGATTG ATGCTCCCAC TGTTAGTGAA TGGAACCTCC AAGGTCTGCC AAATGATGAC 
CTATCCATTC AGAATGGCAT CATTGTCACA AAGGCGTCTC GCTATCCTTT GTTAATTGAT 
CCACAGACTC AAGGGAAGAT GTGGATTAAA AATAAAGAAA GCCAGAATGA ACTCCAGATC 
ACATCTCTAA ATCACAAGTA CTTCAGAAAC CATCTGGAGG ACAGTCTTTC TCTTGGAAGG 
CCCTTGCTTA TTGAAGATGT TGGGGAGGAG CTAGACCCAG CACTGGATAA TGTTTTGGAA 
AGAAACTTCA TTAAGACTGG GTCTACCTTT AAGGTGAAAG TTGGTGATAA GGAAGTAGAT 
GTGATGGATG GCTTCCGACT CTACATCACC ACCAAGCTGC CCAATCCAGC CTACACCCCT 
GAAATAAGTG CTCGGACCTC TCTCATTGAC TTCACTGTCA CCATGAAAGG TCTGGAAGAT 
CAGTTACTGG GGAGAGTCAT CCTCACAGAG AAGCGGGAAT TGGAGAAAGA GAGAACTCAT 
CTCATGGAAG ATGTAACTGC AAACAAAAGA AGGATGAAGG AGCTGGAAGA TAATTTGCTT 
TACCGGCTGA CGAGTACCCA GGGGTCGCTG GTGGAAGACG AGAGTCTCAT TGTTGTGCTG 
AGTAACACAA AAAAGACCGC GGAAGAGGTG ACACAGAAGC TGGAAATTTC GGCTGAGACA 
GAAATTCAAA TTAACTCAGC CCGGGAGGAA TACAGACCTG TGGCGACACG AGGCAGCATC 
CTTTACTTCC TCCTCACTGA GATGCGCTTG GTTAATGAAA TGTATCAGAC TTCACTCCGC 
CAGTTCCTGG GCTTGTTTGA CCTTTCCTTA GCCAGGTCTG TCAAGAGCCC AATTACGAGC 
AAGAGGATTG CTAATATCAT TGAGCATATG ACTTATGAGG TTTATAAGTA TGCAGCCCGG 
GGCTTGTATG AGGAACACAA ATTCCTGTTC ACCTTGTTGC TTACCCTGAA GATCGACATC 
CAGAGGAACC GAGTCAAGCA TGAAGAGTTT CTCACCCTTA TTAAAGGAGG TGCCTCCTTG 
GACCTTAAAG CTTGTCCCCC TAAACCATCT AAGTGGATCC TGGACATGAC CTGGCTGAAT 
TTGGTGGAAC TCAGCAAACT CAGACAGTTT TCAGATGTCC TTGATCAGAT ATCCAGAAAT 
GAGAAAATGT GGAAAATTTG GTTTGATAAG GAAAACCCTG AGGAGGAACC CCTTCCAAAT 
GCCTATGATA AATCTCTTGA CTGCTTTAGA CGTCTTCTCC TTATTAGATC CTGGTGTCCC 
GACAGAACCA TTGCCCAGGC CCGCAAATAC ATCATGGACT CCATGGGAGA ACGCTATGCA 
GAAGGAGTTA TCCTGGATTT GGAAAAGACA TGGGAGGAAT CTGATCCACG GACACCACTC 
ATCTGTCTCC TGTCTATGGG CTCAGATCCC ACGGATTCCA TCATTGCCTT GGGGAAGAGA 
TTAAAAATAG AAACCCGTTA TGTGTCCATG GGCCAGGGCC AGGAGGTCCA TGCGCGCAAG 
CTCTTACAGC AGACCATGGC GAATGGCGGA TGGGCTCTTC TACAGAACTG CCATCTGGGG 
CTCGATTTCA TGGATGAGCT AATGGACATA ATTATAGAAA CCGACACTGT ACATGATGCT 
TTCCGCCTCT GGATGACCAC CGAAGTTCAT AAGCACTTTC CCATTACACT CCTTCAGATG 
GCCATTAAAT TTGCCAATGA GCCTCCACAG GGCCTCCGGG CAGGATTGAA AAGAACATAT 
GGCGGTGTGA GCCAGGACCT GCTGGACGTG AGCACTGCAG CCCAGTGGAA ACCAATGCTC 
TATGCTGTGG CTTTCCTGCA CTCCACAGTC CAGGAGAGGA GGAAGTTCGG TCCTCTGGGG 
TGGAACATCC CCTACGAATT TAATCAGGCC GACTTCAATG CCACCGTGCA GTTCATCCAA 
AACCACTTAG ATGACATGGA TGTCAAAAAG GGCGTCTCCT GGACCACCAT CCGCTACATG 
GTAGGAGAGA TTCAGTACGG GGGCAGAGTC ACTGATGACT ATGATAAGAG GTTGCTGAAC 
GCGTTTGCTA AGGTCTGGTT CAGTGAAGAT ATGTTTGGAT CAGATTTCAG CTTTTACCAA 
GGATATGATA TTCCGCAGTG CAACGCAGTG GATAACTATC TTCAATATAT CCAGAGCTTG 
CCTACCTACG ACAGCCCCGA GGTGTTCGGG CTGCACCCCA ATGCCGACAT TACCTACCAG 
AGCAAGCTGG CCAAGGACGT GCTGGACACC ATCCTCAGCA TCCAGCCCAA GGACAGCTCT 
GGTGGAGCGG ATGAGACCCG GGAGGCTGTC GTGGCCCGGC TGGCTGATGA TATGCTGGAA 
AAGCTGCCCC CGGACTACAG CCCATTTGAA GTGAAAGAGA GGCTACAGAA GATGGGGCCG 
TTCCAGCCGA TGAACATTTT CCTCAGGCAG GAGATAGACA GAATGCAGAG GCTACTCACT 
CTGGTCCGCA GCACCCTGAC CGAGCTAAAA CTTGCTATTG ATGGCACCAT CATCATGAGC 
GAAGATCTTG GAGACGCGCT GAATAGCATG TTTGATGCCA GAATCCCTGC TCGGTGGAAG 
AAAGCGTCAT GGGTTTCTAG TACGTTGGGC TTCTGGTTTA CTGAACTTCT AGAAAGAAAC 
TGCCAGTTTA CCTCTTGGGT TTTCAATGGC CGACCCTGCT GCTTCTGGAT GACAGGCTTT 
TTTAACCCCC AAGGATTTTT AACTGCAATG CGCCAGGAAA TAACTCGGGC CAACAAAGGC 
TGGGCCTTGG ACAATATGGT GCTTTGCAAC GAAGTCACCA AGTGGATGAA GGATGACATT 
TCTGCCCCTC CCACCGAGGG TGTCTACGTC TATGGCTTGT ATCTTGAAGG TGCTGGTTGG 
GACAAGAGGA ACATGAAGCT CATCGAATCC AAACCAAAAG TGCTCTTTGA GTTGATGCCT 
GTCATAAGGA TTTATGCAGA AAACAACACT TTAAGAGATC CTCAGTTTTA TTCCTGCCCC 
ATTTACAAGA AGCCAGTCCG AACGGACTTA AACTACATCG CCGCTGTGGA CCTCAGAACA 
GCCCAGGTCC CTGAACACTG GGTGCTCCGT GGGGTTGCCC TTCTCTGTGA TGTCAAGTAA

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

RefSeq	XP_011215199.1
CDS	1..6180
Translation	MQVIQICDMSHSQRRCCEWEIVEGLNYSLNNGAGGYSVINILKIIYCVLGDIFTNLSVGFLVSQRTIESYVDKRMGTTYGPPAGKKMTVFIDDVNMPIINEWGDQVTNEIVRQLMEQNGFYNLEKPGEFTSIVDIQFLAAMIHPGGGRSDIPQRLKRQFCIFNCTLPSDASMDKIFGVIGRGYYCAQRGFSEEVRDSVMRLVPLTRRLWQMTKNKMLPTPAKFHYVFNLRDLSRIWQGMLNTTSEVIKEPDELLRLWKHECKRVIADRFTVSSDVTWFDKALVGLVEEGFGEEKKLLVDCGTDAYFVDFLRDAPEATGETSEEADAEMPKIYEPIESFDHLKERLNMFLQLYNESIRGAGMDLVFFKDAMVHLVRISRVIGTPRGNALLVGVGGSGKQSLTRLASFIAGYASFQIALTRSYNTSNLVEDLKILYRTAGQQGKGITFIFTDNEIKDESFLEYMNNVLSSGEVSNLFARDEIDEINCDLLSVMKKEYPRRPPTNENLHDYFMSRVRQNLHIVLCFSPVGEKFRNRALKFPALISGCTIDWFSRWPKDALVAVSEHFLSSYDIDCSLETKRQVVQCMGSFQDGVAEKCVDYFQRFRRSTHVTPKSYLSFIQGYKCTYREKHVEVQTLANRMNTGLEKLKEASESIAALSKELQVKEKELQVANDKADTVLKEVTMKAQAAEKVKAEVQKVKDKAQAIVDGISKDKAVAEEKLERAKPALGEAEAALQTIKPSDIATVRTLGRPPHLIMRIMDCVLLLFQRKVNAVKIDLEKSCTIPSWQESLKLMTAGNFLQNLQQFPKDTINEEVIEFLNPYFEMTDYNIETAKRVCGNVAGLCSWTKAMASFFSINREVLPLKANLVVQENRYILAMQDLQKAQAELDDKQRELDVVQAEYEQAMTEKQTLLEDAERCRRKMQTASTLIGGLAGEKERWTEQSKEFAAQTKRLVGDVLLATAFLSYSGPFNQEFRNLLLNDWQKEMKVREIPFGDNLNLNEMLIDAPTVSEWNLQGLPNDDLSIQNGIIVTKASRYPLLIDPQTQGKMWIKNKESQNELQITSLNHKYFRNHLEDSLSLGRPLLIEDVGEELDPALDNVLERNFIKTGSTFKVKVGDKEVDVMDGFRLYITTKLPNPAYTPEISARTSLIDFTVTMKGLEDQLLGRVILTEKRELEKERTHLMEDVTANKRRMKELEDNLLYRLTSTQGSLVEDESLIVVLSNTKKTAEEVTQKLEISAETEIQINSAREEYRPVATRGSILYFLLTEMRLVNEMYQTSLRQFLGLFDLSLARSVKSPITSKRIANIIEHMTYEVYKYAARGLYEEHKFLFTLLLTLKIDIQRNRVKHEEFLTLIKGGASLDLKACPPKPSKWILDMTWLNLVELSKLRQFSDVLDQISRNEKMWKIWFDKENPEEEPLPNAYDKSLDCFRRLLLIRSWCPDRTIAQARKYIMDSMGERYAEGVILDLEKTWEESDPRTPLICLLSMGSDPTDSIIALGKRLKIETRYVSMGQGQEVHARKLLQQTMANGGWALLQNCHLGLDFMDELMDIIIETDTVHDAFRLWMTTEVHKHFPITLLQMAIKFANEPPQGLRAGLKRTYGGVSQDLLDVSTAAQWKPMLYAVAFLHSTVQERRKFGPLGWNIPYEFNQADFNATVQFIQNHLDDMDVKKGVSWTTIRYMVGEIQYGGRVTDDYDKRLLNAFAKVWFSEDMFGSDFSFYQGYDIPQCNAVDNYLQYIQSLPTYDSPEVFGLHPNADITYQSKLAKDVLDTILSIQPKDSSGGADETREAVVARLADDMLEKLPPDYSPFEVKERLQKMGPFQPMNIFLRQEIDRMQRLLTLVRSTLTELKLAIDGTIIMSEDLGDALNSMFDARIPARWKKASWVSSTLGFWFTELLERNCQFTSWVFNGRPCCFWMTGFFNPQGFLTAMRQEITRANKGWALDNMVLCNEVTKWMKDDISAPPTEGVYVYGLYLEGAGWDKRNMKLIESKPKVLFELMPVIRIYAENNTLRDPQFYSCPIYKKPVRTDLNYIAAVDLRTAQVPEHWVLRGVALLCDVK

Target ORF information:

RefSeq Version	XM_011216897.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca dynein heavy chain 5, axonemal (LOC105234503), mRNA.

Target ORF information:

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

XM_011216897.1

ORF Insert Sequence:

ATGCAGGTTA TTCAGATCTG TGATATGTCC CATTCACAGA GACGGTGCTG TGAATGGGAA 
ATTGTAGAAG GGCTAAATTA TTCTTTGAAT AATGGGGCTG GGGGATATAG TGTCATCAAT 
ATTTTAAAAA TCATTTACTG TGTCTTAGGG GATATTTTCA CAAATCTTTC TGTTGGCTTT 
CTTGTTTCAC AGAGGACAAT AGAGAGCTAT GTGGATAAAC GCATGGGTAC AACATATGGC 
CCTCCTGCAG GAAAGAAGAT GACTGTTTTT ATTGATGATG TGAATATGCC AATAATCAAT 
GAGTGGGGAG ATCAGGTTAC TAATGAGATA GTACGACAGC TAATGGAACA GAATGGATTT 
TATAACCTAG AGAAGCCTGG GGAGTTTACC AGCATCGTGG ACATCCAGTT TTTGGCAGCC 
ATGATCCATC CTGGTGGTGG ACGCAGTGAT ATACCACAGA GACTCAAGAG GCAGTTCTGT 
ATATTTAACT GCACGTTGCC TTCTGATGCT TCCATGGACA AGATCTTTGG TGTTATTGGG 
AGAGGCTACT ACTGTGCTCA GAGGGGTTTC TCAGAAGAAG TGAGAGATTC AGTGATGAGA 
TTGGTCCCCT TGACACGCCG ACTGTGGCAG ATGACCAAGA ATAAAATGCT CCCTACACCT 
GCAAAATTCC ATTACGTATT TAACCTTCGA GATCTTTCCA GGATCTGGCA GGGCATGCTG 
AACACCACCT CAGAGGTTAT CAAGGAACCG GATGAACTGT TACGGCTGTG GAAGCATGAG 
TGTAAACGTG TTATAGCCGA TCGTTTCACG GTGTCCAGCG ATGTGACCTG GTTTGATAAG 
GCTTTAGTAG GTTTGGTGGA GGAGGGGTTT GGTGAAGAGA AAAAACTCTT GGTGGATTGT 
GGAACTGATG CTTATTTTGT GGATTTCTTG AGGGACGCAC CTGAAGCTAC AGGTGAAACA 
TCTGAGGAGG CTGATGCTGA AATGCCCAAA ATTTATGAGC CAATTGAATC TTTTGATCAC 
CTAAAGGAGC GTTTGAATAT GTTCTTGCAG CTGTATAATG AAAGCATCCG TGGCGCCGGC 
ATGGATTTGG TATTCTTCAA GGACGCCATG GTTCACTTAG TCAGGATCTC ACGTGTCATT 
GGCACGCCCC GGGGAAATGC CCTCCTGGTC GGAGTGGGCG GATCAGGAAA GCAGAGCCTG 
ACACGGTTGG CTTCATTCAT TGCTGGCTAT GCTTCCTTCC AGATCGCTCT GACAAGATCC 
TACAACACAT CAAACCTAGT GGAAGACTTG AAGATTTTGT ATAGAACGGC GGGGCAGCAA 
GGCAAAGGAA TCACTTTCAT CTTTACAGAC AATGAGATTA AGGATGAGTC ATTTTTGGAA 
TATATGAACA ATGTTTTATC ATCAGGTGAG GTCTCCAACC TATTTGCTCG TGATGAAATT 
GATGAAATTA ATTGTGATCT CCTATCAGTC ATGAAGAAAG AATATCCCAG GCGCCCTCCT 
ACCAATGAGA ACCTGCATGA CTACTTCATG AGTCGGGTCC GACAGAACCT TCACATCGTG 
CTCTGCTTTT CACCTGTGGG GGAGAAATTT CGAAATCGAG CGTTGAAGTT CCCTGCCCTT 
ATTTCAGGAT GCACTATTGA CTGGTTCAGC CGATGGCCTA AGGATGCCTT AGTTGCTGTG 
TCTGAACACT TCCTGTCCTC CTATGACATT GACTGCAGTT TGGAAACCAA GAGGCAAGTG 
GTCCAGTGCA TGGGCTCCTT CCAGGATGGG GTAGCTGAGA AGTGTGTGGA CTATTTCCAG 
AGGTTCCGAC GCTCTACTCA TGTGACTCCC AAGTCATATC TCTCCTTTAT TCAGGGCTAT 
AAATGCACAT ACAGAGAAAA GCATGTGGAA GTGCAAACTC TGGCCAATAG AATGAATACT 
GGATTGGAAA AGCTGAAAGA AGCCTCAGAG TCCATTGCAG CCCTGAGCAA AGAACTGCAA 
GTGAAAGAAA AGGAGCTCCA AGTGGCCAAT GATAAAGCTG ACACGGTCTT GAAAGAAGTG 
ACAATGAAAG CACAGGCTGC GGAAAAGGTC AAGGCCGAGG TACAGAAGGT GAAGGACAAA 
GCCCAAGCCA TCGTGGACGG CATCTCTAAA GATAAAGCCG TCGCCGAAGA GAAACTGGAA 
AGAGCAAAAC CAGCTTTAGG AGAAGCAGAG GCAGCCCTGC AGACAATCAA GCCTTCGGAC 
ATTGCCACTG TCCGCACACT GGGCCGACCC CCTCACCTCA TCATGAGGAT CATGGATTGT 
GTGCTGCTCC TGTTTCAAAG GAAAGTCAAT GCAGTGAAAA TTGACCTGGA AAAAAGCTGT 
ACAATTCCGT CCTGGCAGGA ATCTTTAAAA CTCATGACGG CAGGAAACTT CTTACAGAAC 
TTACAGCAAT TCCCAAAAGA CACAATCAAT GAAGAAGTGA TAGAATTTTT GAACCCTTAC 
TTTGAAATGA CAGACTACAA CATTGAAACT GCTAAACGCG TATGTGGAAA TGTAGCTGGT 
CTTTGTTCCT GGACCAAAGC CATGGCTTCC TTCTTTTCTA TCAACAGGGA AGTGTTGCCT 
CTGAAGGCCA ACTTGGTGGT ACAGGAGAAT CGCTACATCT TGGCCATGCA GGATCTGCAG 
AAGGCCCAGG CTGAGCTGGA TGACAAGCAG AGAGAGCTCG ACGTGGTGCA GGCTGAGTAT 
GAACAGGCCA TGACTGAAAA GCAGACCTTG CTTGAAGATG CGGAGCGCTG CAGAAGAAAG 
ATGCAGACCG CCTCCACGCT GATCGGTGGC TTGGCGGGAG AAAAAGAAAG ATGGACAGAA 
CAAAGTAAAG AGTTTGCTGC ACAAACAAAA AGACTCGTAG GGGATGTGTT GTTGGCTACA 
GCTTTTCTAT CTTATTCTGG TCCATTTAAT CAAGAGTTTC GCAATCTGTT GCTAAATGAC 
TGGCAGAAGG AAATGAAAGT CCGGGAAATC CCATTTGGAG ACAATCTAAA TCTCAATGAG 
ATGTTGATTG ATGCTCCCAC TGTTAGTGAA TGGAACCTCC AAGGTCTGCC AAATGATGAC 
CTATCCATTC AGAATGGCAT CATTGTCACA AAGGCGTCTC GCTATCCTTT GTTAATTGAT 
CCACAGACTC AAGGGAAGAT GTGGATTAAA AATAAAGAAA GCCAGAATGA ACTCCAGATC 
ACATCTCTAA ATCACAAGTA CTTCAGAAAC CATCTGGAGG ACAGTCTTTC TCTTGGAAGG 
CCCTTGCTTA TTGAAGATGT TGGGGAGGAG CTAGACCCAG CACTGGATAA TGTTTTGGAA 
AGAAACTTCA TTAAGACTGG GTCTACCTTT AAGGTGAAAG TTGGTGATAA GGAAGTAGAT 
GTGATGGATG GCTTCCGACT CTACATCACC ACCAAGCTGC CCAATCCAGC CTACACCCCT 
GAAATAAGTG CTCGGACCTC TCTCATTGAC TTCACTGTCA CCATGAAAGG TCTGGAAGAT 
CAGTTACTGG GGAGAGTCAT CCTCACAGAG AAGCGGGAAT TGGAGAAAGA GAGAACTCAT 
CTCATGGAAG ATGTAACTGC AAACAAAAGA AGGATGAAGG AGCTGGAAGA TAATTTGCTT 
TACCGGCTGA CGAGTACCCA GGGGTCGCTG GTGGAAGACG AGAGTCTCAT TGTTGTGCTG 
AGTAACACAA AAAAGACCGC GGAAGAGGTG ACACAGAAGC TGGAAATTTC GGCTGAGACA 
GAAATTCAAA TTAACTCAGC CCGGGAGGAA TACAGACCTG TGGCGACACG AGGCAGCATC 
CTTTACTTCC TCCTCACTGA GATGCGCTTG GTTAATGAAA TGTATCAGAC TTCACTCCGC 
CAGTTCCTGG GCTTGTTTGA CCTTTCCTTA GCCAGGTCTG TCAAGAGCCC AATTACGAGC 
AAGAGGATTG CTAATATCAT TGAGCATATG ACTTATGAGG TTTATAAGTA TGCAGCCCGG 
GGCTTGTATG AGGAACACAA ATTCCTGTTC ACCTTGTTGC TTACCCTGAA GATCGACATC 
CAGAGGAACC GAGTCAAGCA TGAAGAGTTT CTCACCCTTA TTAAAGGAGG TGCCTCCTTG 
GACCTTAAAG CTTGTCCCCC TAAACCATCT AAGTGGATCC TGGACATGAC CTGGCTGAAT 
TTGGTGGAAC TCAGCAAACT CAGACAGTTT TCAGATGTCC TTGATCAGAT ATCCAGAAAT 
GAGAAAATGT GGAAAATTTG GTTTGATAAG GAAAACCCTG AGGAGGAACC CCTTCCAAAT 
GCCTATGATA AATCTCTTGA CTGCTTTAGA CGTCTTCTCC TTATTAGATC CTGGTGTCCC 
GACAGAACCA TTGCCCAGGC CCGCAAATAC ATCATGGACT CCATGGGAGA ACGCTATGCA 
GAAGGAGTTA TCCTGGATTT GGAAAAGACA TGGGAGGAAT CTGATCCACG GACACCACTC 
ATCTGTCTCC TGTCTATGGG CTCAGATCCC ACGGATTCCA TCATTGCCTT GGGGAAGAGA 
TTAAAAATAG AAACCCGTTA TGTGTCCATG GGCCAGGGCC AGGAGGTCCA TGCGCGCAAG 
CTCTTACAGC AGACCATGGC GAATGGCGGA TGGGCTCTTC TACAGAACTG CCATCTGGGG 
CTCGATTTCA TGGATGAGCT AATGGACATA ATTATAGAAA CCGACACTGT ACATGATGCT 
TTCCGCCTCT GGATGACCAC CGAAGTTCAT AAGCACTTTC CCATTACACT CCTTCAGATG 
GCCATTAAAT TTGCCAATGA GCCTCCACAG GGCCTCCGGG CAGGATTGAA AAGAACATAT 
GGCGGTGTGA GCCAGGACCT GCTGGACGTG AGCACTGCAG CCCAGTGGAA ACCAATGCTC 
TATGCTGTGG CTTTCCTGCA CTCCACAGTC CAGGAGAGGA GGAAGTTCGG TCCTCTGGGG 
TGGAACATCC CCTACGAATT TAATCAGGCC GACTTCAATG CCACCGTGCA GTTCATCCAA 
AACCACTTAG ATGACATGGA TGTCAAAAAG GGCGTCTCCT GGACCACCAT CCGCTACATG 
GTAGGAGAGA TTCAGTACGG GGGCAGAGTC ACTGATGACT ATGATAAGAG GTTGCTGAAC 
GCGTTTGCTA AGGTCTGGTT CAGTGAAGAT ATGTTTGGAT CAGATTTCAG CTTTTACCAA 
GGATATGATA TTCCGCAGTG CAACGCAGTG GATAACTATC TTCAATATAT CCAGAGCTTG 
CCTACCTACG ACAGCCCCGA GGTGTTCGGG CTGCACCCCA ATGCCGACAT TACCTACCAG 
AGCAAGCTGG CCAAGGACGT GCTGGACACC ATCCTCAGCA TCCAGCCCAA GGACAGCTCT 
GGTGGAGCGG ATGAGACCCG GGAGGCTGTC GTGGCCCGGC TGGCTGATGA TATGCTGGAA 
AAGCTGCCCC CGGACTACAG CCCATTTGAA GTGAAAGAGA GGCTACAGAA GATGGGGCCG 
TTCCAGCCGA TGAACATTTT CCTCAGGCAG GAGATAGACA GAATGCAGAG GCTACTCACT 
CTGGTCCGCA GCACCCTGAC CGAGCTAAAA CTTGCTATTG ATGGCACCAT CATCATGAGC 
GAAGATCTTG GAGACGCGCT GAATAGCATG TTTGATGCCA GAATCCCTGC TCGGTGGAAG 
AAAGCGTCAT GGGTTTCTAG TACGTTGGGC TTCTGGTTTA CTGAACTTCT AGAAAGAAAC 
TGCCAGTTTA CCTCTTGGGT TTTCAATGGC CGACCCTGCT GCTTCTGGAT GACAGGCTTT 
TTTAACCCCC AAGGATTTTT AACTGCAATG CGCCAGGAAA TAACTCGGGC CAACAAAGGC 
TGGGCCTTGG ACAATATGGT GCTTTGCAAC GAAGTCACCA AGTGGATGAA GGATGACATT 
TCTGCCCCTC CCACCGAGGG TGTCTACGTC TATGGCTTGT ATCTTGAAGG TGCTGGTTGG 
GACAAGAGGA ACATGAAGCT CATCGAATCC AAACCAAAAG TGCTCTTTGA GTTGATGCCT 
GTCATAAGGA TTTATGCAGA AAACAACACT TTAAGAGATC CTCAGTTTTA TTCCTGCCCC 
ATTTACAAGA AGCCAGTCCG AACGGACTTA AACTACATCG CCGCTGTGGA CCTCAGAACA 
GCCCAGGTCC CTGAACACTG GGTGCTCCGT GGGGTTGCCC TTCTCTGTGA TGTCAAGTAA

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

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LOC105234503 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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