NEO1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	NEO1
Entrez Gene ID	100473369
Full Name	neogenin 1
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019800150.1	XP_019655709.1	neogenin

Pathways from BioSystems
Gene Ontology

The following NEO1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NEO1 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
OAc93140	XM_019800150.1 Latest version!	Ailuropoda melanoleuca neogenin 1 (NEO1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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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)

NEO1 ( XM_019800150.1 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_019655709.1 Ailuropoda melanoleuca neogenin 1 (NEO1), mRNA.

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CloneID	OAc93140
Clone ID Related Accession (Same CDS sequence)	XM_019800150.1
Accession Version	XM_019800150.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4449bp) 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	neogenin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217645.1) 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 :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGCCGCTCC TTCAGATGTT TACCACCACC TGCAGACCTC TGACCCTTCC TGACAGCCCA 
GCCTACCCAC ACCAGCAACA GTTCTACTCA CCAACTCCTT CAGCAGCTGT ACGAGCAATT 
AACCATGACT CCGGATCCAG CGTTCGAACA TTCACTCCAT TTTATTTTCT GGTGGAACCA 
GTGGATACAC TCTCAGTTAG AGGCTCTTCT GTTATATTGA ACTGTTCAGC ATATTCTGAA 
CCTTCTCCAA AAATTGAATG GAAAAAAGAT GGAACTTTTT TAAACTTAGT ATCAGATGAC 
CGACGCCAGC TTCTCTCAGA TGGGTCTTTA TTTATCAGGA ATGTGGTGCA TTCCAAACAC 
AGTAAACCTG ATGAAGGTTA TTATCAGTGT GTGGCCACTG TTGAGAACCT TGGAACTATT 
GTCAGCAGAA CAGCTAAGCT CACAGTAGCA GGTCTTCCAA GATTTGCCAG CCAGCCAGAA 
CCTTCTTCAG TTTATGCTGG GAACAGTGCA ATTCTGAATT GTGAAGTTAA TGTAGATTTG 
GTCCCGTTTG TGAGGTGGGA ACAGAACAGA CAGCCTCTTC TTCTGCATGA TAGAGTTATT 
AAACTTCCAA GTGGAACACT GGTTATCAGC AACGCTACTG AAGGAGATGG GGGACTTTAT 
CGCTGCATAG TTGAAAGTGG TGGGCCACCA AAGTATAGCG ATGAAGCTGA ATTGAAAGTT 
CTTCCAGATC CTGAGTTCAC TTCAAACTTG GTATTTTTGA AACAACCTTC TTCCTTAGTC 
AGAGTCATTG GTCAGAGTGC GGTGTTGCCA TGTGTTGCTT CAGGACTTCC TACTCCAGCC 
ATTAGATGGA TGAAAAATGA GGAGGCACTT GACACAGAAA GCTCTGAGAA ATTGGTGTTG 
CTGGCAGGTG GTAGTCTGGA GATCAGTGAT GTTACTGAGG AGGACGCGGG GACTTATTTT 
TGTGTAGCTG AGAGTGGGAA TGAGACAATT GAAGCTCAAG CAGAGCTTAC AGTACAAGCC 
CAACCTGAAT TCCTGAAACA GCCTACTAAT ATATATGCTC ACGAATCAAT GGATATTGTA 
TTTGAGTGTG AAGTGACTGG GAAACCAACT CCAACAGTGA AGTGGGTCAA GAATGGGGAT 
GTGGTTATCC CAAGTGATTA CTTTAAGATT GTAAAGGAAC ATAATCTTCA AGTTTTGGGT 
CTGGTGAAAT CAGATGAAGG GTTCTATCAA TGCATTGCTG AGAATGATGT TGGAAATGCA 
CAGGCTGGAG CCCAACTGAT AATCCTTGAG CATGATGTTG CCATCCCAAC ATTACCTCCC 
ACTTCACTGA CCAGTGCCAC TACTGACCAT CTAGCACCAG CCACAACGGG ACCACTGCCT 
TCAGCTCCTC GGGATGTCGT GGCCTCCCTG GTCTCTACCC GCTTCATCAA ATTGACGTGG 
CGGACACCTG CATCAGATCC TCATGGAGAC AACCTTACCT ACTCTGTCTT CTACACCAAG 
GAGGGGATTG CTAGGGAACG TGTTGAGAAT ACCAGTCACC CAGGAGAAAT GCAGGTAACC 
ATTCAAAACC TAATGCCAGC GACTGTGTAC GTCTTTAGAG TTATGGCTCA AAACAAACAC 
GGCTCCGGAG AGAGTTCAGC TCCACTCCGA GTAGAAACAC AGCCTGAGGT CCAGCTCCCT 
GGCCCGGCAC CTAACATCCG AGCTTACGCG GCTTCACCTA CTTCCATCAC CGTCACCTGG 
GAAACACCAC TGTCTGGCAA TGGGGAAATT CAGAATTACA AATTATACTA CATGGAAAAA 
GGGACTGATA AAGAACAGGA TGTTGATGTT TCAAGTCACT CCCATACCAT TAACGGGTTG 
AAAAAATACA CAGAGTATAG TTTCCGAGTG GTGGCTTACA ACAAACATGG TCCTGGAGTG 
TCCACACAAG ATGTTGCTGT TCGAACGTTG TCAGATGTTC CCAGCGCTGC GCCTCAGAAT 
CTGTCCTTAG AAGTAAGAAA TTCAAAGAGT ATTGTGATTC ACTGGCAGCC ACCTCCTCCA 
GCCACACAAA ACGGTCAGAT TACCGGCTAC AAGATCCGCT ACCGAAAGGC CTCCCGAAAG 
AGTGATGTCA CTGAGACCTT GGTAACTGGG ACACAGTTGT CTCAACTGAT TGAAGGTCTT 
GATCGGGGGA CTGAGTATAA TTTCCGAGTG GCTGCCCTAA CAGTCAATGG TACAGGCCCA 
GCTACTGACT GGCTGTCTGC TGAAACTTTT GAAAGTGACT TAGATGAAAC TCGTGTTCCT 
GAAGTGCCTA GTTCTCTTCA CGTCCGGCCA CTGGTCACTA GTATTGTAGT TAGCTGGACT 
CCTCCAGAGA ATCAGAACAT TGTGGTCAGA GGTTATGCCA TTGGTTATGG CATTGGCAGC 
CCTCATGCCC AGACCATCAA AGTGGACTAT AAACAGCGCT ATTACACCAT CGAAAATCTG 
GATCCCAGCT CTCACTATGT GATAACCCTG AAAGCCTTTA ACAATGTGGG TGAGGGCATC 
CCTCTGTATG AGAGTGCTGT GACCAGACCT CACACAGACA CTTCTGAAGT TGATTTATTT 
GTTATTAACG CTCCATACAC TCCAGTGCCA GATCCCACTC CCATGATGCC ACCGGTGGGG 
GTTCAGGCTT CCATTCTGAG TCATGACACC ATAAGGATCA CATGGGCGGA CAACTCCCTG 
CCCAAACACC AGAAGATCAC AGATTCCCGG TACTACACAG TCCGATGGAA AACCAACATC 
CCAGCAAACA CCAAGTACAA GAATGCAAAT GCAACAACTC TGAGTTACTT GGTGACTGGT 
TTAAAAGCAA ATACACTGTA TGAATTCTCT GTGATGGTGA CCAAAGGTCG AAGATCAAGC 
ACATGGAGTA TGACAGCCCA TGGCACCACC TTTGAATTTG TTCCTACTTC CCCACCCAAG 
GATGTGACAG TTGTGAGTAA AGAGGGAAAA CCTAGGACCA TAATTGTAAA TTGGCAACCT 
CCCTCAGAAG CCAATGGCAA AATTACAGGT TACATCATCT ATTACAGCAC GGATGTGAAT 
GCGGAGATAC ACGACTGGGT TATTGAGCCT GTTGTGGGCA ACAGGCTGAC TCACCAGATA 
CAAGAGTTAA CGCTTGACAC CCCCTACTAC TTCAAAATCC AAGCCCGGAA CTCAAAGGGC 
ATGGGGCCCA TGTCTGAAGC TGTCCAGTTC AGAACACCTA AAGCGGACTC CTCTGATAAA 
ATGCCTAATG ATCAAGCCTC AGGGTCTGCA GGAAAAGGAA GCCGGCTGCC AGACCTAGGA 
TCCGACTACA AACCTCCAAT GAGTGGTAGT AACAGCCCGC ATGGAAGCCC CACCTCCCCC 
CTGGACAGCA GCGTGCTGCT GGTCATCATT GTCTCGGTTG GCGTTGTCAC CATTGTGGTG 
GTTGTGGTCA TTGCTGTCTT TTGCACCAGG CGCACCACCT CTCACCAGAA AAAGAAACGA 
GCTGCTTGCA AATCAGTGAA CGGCTCCCAC AAGTACAAAG GGAACTCCAA AGATGTCAAA 
CCCCCAGACC TCTGGATCCA TCATGAGAGA CTGGAGCTGA AACCCATCGA TAAATCTCCA 
GACCCCAACC CCATCATGAC TGATACTCCA ATTCCTCGTA ACTCTCAAGA TATCACACCA 
GTTGACAACT CCATGGACAG CAACATCCAT CAAAGGCGGA ATTCATATAG AGGGCATGAA 
TCAGAGGACA GCATGTCTAC ACTGGCTGGA AGGCGGGGAA TGAGACCAAA AATGATGATG 
CCTTTTGACT CCCAGCCACC CCAGCCTGTG ATTAGTGCCC ATCCCATCCA TCCCCTCGAT 
AACCCTCACC ATCATTTCCA CTCCAGCAGC CTCGCTTCTC CAGCTCGCAG TCATCTCTAC 
CACCCGGGCA GCCCGTGGCC CGTTGGCACA TCCCTGTCCC TTTCAGACAG GGCCAATTCC 
ACAGAATCCG TTCGAAATAC CCCCAGCACT GACACCATGC CAGCCTCCTC GTCTCAAACA 
TGCTGTACTG ATCACCAGGA TCCTGAAGGT GCTACCAGTT CCTCTTACCT GGCGAGCTCC 
CAAGAGGAAG ATTCAGGCCA GAGTCTTCCT ACAGCGCACG TGCGCCCTTC CCACCCATTG 
AAGAGCTTTG CTGTGCCGGC AGCCCCGCCC CCAGGCCCTC CCACCTATGA TCCCACGCTG 
CCAAGCACAC CGTTACTAGC CCAGCAAGCT CTGAACCATC ACATTCACTC GGTGAAGACG 
GCCTCCATTG GGACTTTAGG AAGGAGCCGA CCGCCTATGC CAGTGGTGGT GCCCAGTGCC 
CCTGAAGTGC AGGAGACCAC AAGGATGCTG GAAGACTCCG AGAGTAGCTA TGAACCAGAT 
GAGCTGACCA AAGAGATGGC CCACCTGGAA GGACTAATGA AGGACCTAAA CGCCATCACG 
ACAGCATGA

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

RefSeq	XP_019655709.1
CDS	1..4449
Translation	MPLLQMFTTTCRPLTLPDSPAYPHQQQFYSPTPSAAVRAINHDSGSSVRTFTPFYFLVEPVDTLSVRGSSVILNCSAYSEPSPKIEWKKDGTFLNLVSDDRRQLLSDGSLFIRNVVHSKHSKPDEGYYQCVATVENLGTIVSRTAKLTVAGLPRFASQPEPSSVYAGNSAILNCEVNVDLVPFVRWEQNRQPLLLHDRVIKLPSGTLVISNATEGDGGLYRCIVESGGPPKYSDEAELKVLPDPEFTSNLVFLKQPSSLVRVIGQSAVLPCVASGLPTPAIRWMKNEEALDTESSEKLVLLAGGSLEISDVTEEDAGTYFCVAESGNETIEAQAELTVQAQPEFLKQPTNIYAHESMDIVFECEVTGKPTPTVKWVKNGDVVIPSDYFKIVKEHNLQVLGLVKSDEGFYQCIAENDVGNAQAGAQLIILEHDVAIPTLPPTSLTSATTDHLAPATTGPLPSAPRDVVASLVSTRFIKLTWRTPASDPHGDNLTYSVFYTKEGIARERVENTSHPGEMQVTIQNLMPATVYVFRVMAQNKHGSGESSAPLRVETQPEVQLPGPAPNIRAYAASPTSITVTWETPLSGNGEIQNYKLYYMEKGTDKEQDVDVSSHSHTINGLKKYTEYSFRVVAYNKHGPGVSTQDVAVRTLSDVPSAAPQNLSLEVRNSKSIVIHWQPPPPATQNGQITGYKIRYRKASRKSDVTETLVTGTQLSQLIEGLDRGTEYNFRVAALTVNGTGPATDWLSAETFESDLDETRVPEVPSSLHVRPLVTSIVVSWTPPENQNIVVRGYAIGYGIGSPHAQTIKVDYKQRYYTIENLDPSSHYVITLKAFNNVGEGIPLYESAVTRPHTDTSEVDLFVINAPYTPVPDPTPMMPPVGVQASILSHDTIRITWADNSLPKHQKITDSRYYTVRWKTNIPANTKYKNANATTLSYLVTGLKANTLYEFSVMVTKGRRSSTWSMTAHGTTFEFVPTSPPKDVTVVSKEGKPRTIIVNWQPPSEANGKITGYIIYYSTDVNAEIHDWVIEPVVGNRLTHQIQELTLDTPYYFKIQARNSKGMGPMSEAVQFRTPKADSSDKMPNDQASGSAGKGSRLPDLGSDYKPPMSGSNSPHGSPTSPLDSSVLLVIIVSVGVVTIVVVVVIAVFCTRRTTSHQKKKRAACKSVNGSHKYKGNSKDVKPPDLWIHHERLELKPIDKSPDPNPIMTDTPIPRNSQDITPVDNSMDSNIHQRRNSYRGHESEDSMSTLAGRRGMRPKMMMPFDSQPPQPVISAHPIHPLDNPHHHFHSSSLASPARSHLYHPGSPWPVGTSLSLSDRANSTESVRNTPSTDTMPASSSQTCCTDHQDPEGATSSSYLASSQEEDSGQSLPTAHVRPSHPLKSFAVPAAPPPGPPTYDPTLPSTPLLAQQALNHHIHSVKTASIGTLGRSRPPMPVVVPSAPEVQETTRMLEDSESSYEPDELTKEMAHLEGLMKDLNAITTA

Target ORF information:

RefSeq Version	XM_019800150.1
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca neogenin 1 (NEO1), mRNA.

Target ORF information:

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

XM_019800150.1

ORF Insert Sequence:

ATGCCGCTCC TTCAGATGTT TACCACCACC TGCAGACCTC TGACCCTTCC TGACAGCCCA 
GCCTACCCAC ACCAGCAACA GTTCTACTCA CCAACTCCTT CAGCAGCTGT ACGAGCAATT 
AACCATGACT CCGGATCCAG CGTTCGAACA TTCACTCCAT TTTATTTTCT GGTGGAACCA 
GTGGATACAC TCTCAGTTAG AGGCTCTTCT GTTATATTGA ACTGTTCAGC ATATTCTGAA 
CCTTCTCCAA AAATTGAATG GAAAAAAGAT GGAACTTTTT TAAACTTAGT ATCAGATGAC 
CGACGCCAGC TTCTCTCAGA TGGGTCTTTA TTTATCAGGA ATGTGGTGCA TTCCAAACAC 
AGTAAACCTG ATGAAGGTTA TTATCAGTGT GTGGCCACTG TTGAGAACCT TGGAACTATT 
GTCAGCAGAA CAGCTAAGCT CACAGTAGCA GGTCTTCCAA GATTTGCCAG CCAGCCAGAA 
CCTTCTTCAG TTTATGCTGG GAACAGTGCA ATTCTGAATT GTGAAGTTAA TGTAGATTTG 
GTCCCGTTTG TGAGGTGGGA ACAGAACAGA CAGCCTCTTC TTCTGCATGA TAGAGTTATT 
AAACTTCCAA GTGGAACACT GGTTATCAGC AACGCTACTG AAGGAGATGG GGGACTTTAT 
CGCTGCATAG TTGAAAGTGG TGGGCCACCA AAGTATAGCG ATGAAGCTGA ATTGAAAGTT 
CTTCCAGATC CTGAGTTCAC TTCAAACTTG GTATTTTTGA AACAACCTTC TTCCTTAGTC 
AGAGTCATTG GTCAGAGTGC GGTGTTGCCA TGTGTTGCTT CAGGACTTCC TACTCCAGCC 
ATTAGATGGA TGAAAAATGA GGAGGCACTT GACACAGAAA GCTCTGAGAA ATTGGTGTTG 
CTGGCAGGTG GTAGTCTGGA GATCAGTGAT GTTACTGAGG AGGACGCGGG GACTTATTTT 
TGTGTAGCTG AGAGTGGGAA TGAGACAATT GAAGCTCAAG CAGAGCTTAC AGTACAAGCC 
CAACCTGAAT TCCTGAAACA GCCTACTAAT ATATATGCTC ACGAATCAAT GGATATTGTA 
TTTGAGTGTG AAGTGACTGG GAAACCAACT CCAACAGTGA AGTGGGTCAA GAATGGGGAT 
GTGGTTATCC CAAGTGATTA CTTTAAGATT GTAAAGGAAC ATAATCTTCA AGTTTTGGGT 
CTGGTGAAAT CAGATGAAGG GTTCTATCAA TGCATTGCTG AGAATGATGT TGGAAATGCA 
CAGGCTGGAG CCCAACTGAT AATCCTTGAG CATGATGTTG CCATCCCAAC ATTACCTCCC 
ACTTCACTGA CCAGTGCCAC TACTGACCAT CTAGCACCAG CCACAACGGG ACCACTGCCT 
TCAGCTCCTC GGGATGTCGT GGCCTCCCTG GTCTCTACCC GCTTCATCAA ATTGACGTGG 
CGGACACCTG CATCAGATCC TCATGGAGAC AACCTTACCT ACTCTGTCTT CTACACCAAG 
GAGGGGATTG CTAGGGAACG TGTTGAGAAT ACCAGTCACC CAGGAGAAAT GCAGGTAACC 
ATTCAAAACC TAATGCCAGC GACTGTGTAC GTCTTTAGAG TTATGGCTCA AAACAAACAC 
GGCTCCGGAG AGAGTTCAGC TCCACTCCGA GTAGAAACAC AGCCTGAGGT CCAGCTCCCT 
GGCCCGGCAC CTAACATCCG AGCTTACGCG GCTTCACCTA CTTCCATCAC CGTCACCTGG 
GAAACACCAC TGTCTGGCAA TGGGGAAATT CAGAATTACA AATTATACTA CATGGAAAAA 
GGGACTGATA AAGAACAGGA TGTTGATGTT TCAAGTCACT CCCATACCAT TAACGGGTTG 
AAAAAATACA CAGAGTATAG TTTCCGAGTG GTGGCTTACA ACAAACATGG TCCTGGAGTG 
TCCACACAAG ATGTTGCTGT TCGAACGTTG TCAGATGTTC CCAGCGCTGC GCCTCAGAAT 
CTGTCCTTAG AAGTAAGAAA TTCAAAGAGT ATTGTGATTC ACTGGCAGCC ACCTCCTCCA 
GCCACACAAA ACGGTCAGAT TACCGGCTAC AAGATCCGCT ACCGAAAGGC CTCCCGAAAG 
AGTGATGTCA CTGAGACCTT GGTAACTGGG ACACAGTTGT CTCAACTGAT TGAAGGTCTT 
GATCGGGGGA CTGAGTATAA TTTCCGAGTG GCTGCCCTAA CAGTCAATGG TACAGGCCCA 
GCTACTGACT GGCTGTCTGC TGAAACTTTT GAAAGTGACT TAGATGAAAC TCGTGTTCCT 
GAAGTGCCTA GTTCTCTTCA CGTCCGGCCA CTGGTCACTA GTATTGTAGT TAGCTGGACT 
CCTCCAGAGA ATCAGAACAT TGTGGTCAGA GGTTATGCCA TTGGTTATGG CATTGGCAGC 
CCTCATGCCC AGACCATCAA AGTGGACTAT AAACAGCGCT ATTACACCAT CGAAAATCTG 
GATCCCAGCT CTCACTATGT GATAACCCTG AAAGCCTTTA ACAATGTGGG TGAGGGCATC 
CCTCTGTATG AGAGTGCTGT GACCAGACCT CACACAGACA CTTCTGAAGT TGATTTATTT 
GTTATTAACG CTCCATACAC TCCAGTGCCA GATCCCACTC CCATGATGCC ACCGGTGGGG 
GTTCAGGCTT CCATTCTGAG TCATGACACC ATAAGGATCA CATGGGCGGA CAACTCCCTG 
CCCAAACACC AGAAGATCAC AGATTCCCGG TACTACACAG TCCGATGGAA AACCAACATC 
CCAGCAAACA CCAAGTACAA GAATGCAAAT GCAACAACTC TGAGTTACTT GGTGACTGGT 
TTAAAAGCAA ATACACTGTA TGAATTCTCT GTGATGGTGA CCAAAGGTCG AAGATCAAGC 
ACATGGAGTA TGACAGCCCA TGGCACCACC TTTGAATTTG TTCCTACTTC CCCACCCAAG 
GATGTGACAG TTGTGAGTAA AGAGGGAAAA CCTAGGACCA TAATTGTAAA TTGGCAACCT 
CCCTCAGAAG CCAATGGCAA AATTACAGGT TACATCATCT ATTACAGCAC GGATGTGAAT 
GCGGAGATAC ACGACTGGGT TATTGAGCCT GTTGTGGGCA ACAGGCTGAC TCACCAGATA 
CAAGAGTTAA CGCTTGACAC CCCCTACTAC TTCAAAATCC AAGCCCGGAA CTCAAAGGGC 
ATGGGGCCCA TGTCTGAAGC TGTCCAGTTC AGAACACCTA AAGCGGACTC CTCTGATAAA 
ATGCCTAATG ATCAAGCCTC AGGGTCTGCA GGAAAAGGAA GCCGGCTGCC AGACCTAGGA 
TCCGACTACA AACCTCCAAT GAGTGGTAGT AACAGCCCGC ATGGAAGCCC CACCTCCCCC 
CTGGACAGCA GCGTGCTGCT GGTCATCATT GTCTCGGTTG GCGTTGTCAC CATTGTGGTG 
GTTGTGGTCA TTGCTGTCTT TTGCACCAGG CGCACCACCT CTCACCAGAA AAAGAAACGA 
GCTGCTTGCA AATCAGTGAA CGGCTCCCAC AAGTACAAAG GGAACTCCAA AGATGTCAAA 
CCCCCAGACC TCTGGATCCA TCATGAGAGA CTGGAGCTGA AACCCATCGA TAAATCTCCA 
GACCCCAACC CCATCATGAC TGATACTCCA ATTCCTCGTA ACTCTCAAGA TATCACACCA 
GTTGACAACT CCATGGACAG CAACATCCAT CAAAGGCGGA ATTCATATAG AGGGCATGAA 
TCAGAGGACA GCATGTCTAC ACTGGCTGGA AGGCGGGGAA TGAGACCAAA AATGATGATG 
CCTTTTGACT CCCAGCCACC CCAGCCTGTG ATTAGTGCCC ATCCCATCCA TCCCCTCGAT 
AACCCTCACC ATCATTTCCA CTCCAGCAGC CTCGCTTCTC CAGCTCGCAG TCATCTCTAC 
CACCCGGGCA GCCCGTGGCC CGTTGGCACA TCCCTGTCCC TTTCAGACAG GGCCAATTCC 
ACAGAATCCG TTCGAAATAC CCCCAGCACT GACACCATGC CAGCCTCCTC GTCTCAAACA 
TGCTGTACTG ATCACCAGGA TCCTGAAGGT GCTACCAGTT CCTCTTACCT GGCGAGCTCC 
CAAGAGGAAG ATTCAGGCCA GAGTCTTCCT ACAGCGCACG TGCGCCCTTC CCACCCATTG 
AAGAGCTTTG CTGTGCCGGC AGCCCCGCCC CCAGGCCCTC CCACCTATGA TCCCACGCTG 
CCAAGCACAC CGTTACTAGC CCAGCAAGCT CTGAACCATC ACATTCACTC GGTGAAGACG 
GCCTCCATTG GGACTTTAGG AAGGAGCCGA CCGCCTATGC CAGTGGTGGT GCCCAGTGCC 
CCTGAAGTGC AGGAGACCAC AAGGATGCTG GAAGACTCCG AGAGTAGCTA TGAACCAGAT 
GAGCTGACCA AAGAGATGGC CCACCTGGAA GGACTAATGA AGGACCTAAA CGCCATCACG 
ACAGCATGA

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

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NEO1 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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