PRUNE2 cDNA ORF clone, Alligator sinensis(Chinese alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	PRUNE2
Entrez Gene ID	106722883
Full Name	prune homolog 2
Gene Type	protein-coding
Organism	Alligator sinensis(Chinese alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014525535.1	XP_014381021.1	protein prune homolog 2

Pathways from BioSystems
Gene Ontology

The following PRUNE2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the PRUNE2 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
OAl29125	XM_014525535.1 Latest version!	Alligator sinensis prune homolog 2 (Drosophila) (PRUNE2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1371.30 $1959.00

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)

PRUNE2 ( XM_014525535.1 ) cDNA ORF clone, Alligator sinensis(Chinese alligator) -> XP_014381021.1 Alligator sinensis prune homolog 2 (Drosophila) (PRUNE2), mRNA.

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CloneID	OAl29125
Clone ID Related Accession (Same CDS sequence)	XM_014525535.1
Accession Version	XM_014525535.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7530bp) 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	2015-10-29
Organism	Alligator sinensis(Chinese alligator)
Product	protein prune homolog 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005842825.1) 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 :: Alligator sinensis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 96% of CDS bases ##RefSeq-Attributes-END##

ATGAAGAATA AACAAGATGA TTTGGCAGTT ACAACCTGCA GAAAGAACTA TGATCTGATT 
GGTATTGTGG AAAAGTGGTG GGACAGCTCT TACGACTGGA CTGTCAACAT TGAAGATTAC 
ACTCTGCTTC AGAAGAACAG GGATTGCATG TTTCACAGGA ATATCATTGG TGACCTGAAA 
GCATTTATAG ATAAATATGC TTTTGATGTA CTTGTTATTT TGGCCAACTA TTTAACAGAG 
GAAGAGCAGA CAAAGCAACA AATAGTGGTG TACTCGGAAA ATGTAGAGCT GTGCAATCAA 
ATTTGCTGTG AGTTAGAAGA ATGTCAGAAT CCTTGTTTGG AGCTGGATCC TTTGGAATGT 
GGATGTGACC AGATCCTCAT TTATCAGCAA GAAAATTCTT CAGTCACTTG TGATCAAATA 
TTTTTATTAA TTAAGGAAGT TATCAATAGG AGACAACCAG AAATGGTATC CAACAGCAGA 
ACTTCATCTA CTGAAGCTGT TGCTGGGAGT GCACCACTTT CACAAGGTTC TTCTGGTATT 
ATGGAATTGT ATGGTTCAGA CATAGAACCA CAGCCCAGTT CTGTCAATTT TATAGAAAAT 
CCCCAAGACC TCAATGGATC TATCCAAGCC CATGCTGATG TTAATATAGA CCTCGTGAGT 
CCAGATAGTG GGTTAGCTAC CATTAGAAGC AGTCGGTCTT CCAAGGAGAG CTCAGTTTTT 
CTCAGTGATG ATAGTCCAGT TGCAGAAGGT GCTGCATCTC ATCACAGTCT CCTTCCTGGT 
TTTGATTCTT ACAGCCCCAT TCCTGAAGGG GCAATAGCAG AAGAACAAAC AGCTCAGTCA 
AGAAACAGCA GTGATAACTT TGATCTTTTC AGTTTTGATC TAGCACCCAT GGTTACAGTT 
CGATCTGAGT CATCTTCTCG TTCTGTTGAT TATTCCCCAG CAGATGACTT CTTCCTCAAC 
AGTGATTCAT CAGAAGGACA ACCACCTACT GTTCAGAAAG GACTTGATGA GACAAATCTA 
TTAGAAAGTG ACATGGCTAA TTATTCAGCT GATTTACTAA TGAAAACAAA TGAAGACAAC 
AATTTAGTAG AGTTTGATGG TGAATTTAAC CATAGGCAAG AAAATCTTGG AGATATGTCT 
GAAAAAAGTT CAAGTTTGAT TGATTTAGTG GAAGGTGATT CATCTTCACC AGAGTTATTG 
AAAGTTGTTG AAACAAGAAT TCCACCAACT CCTATGAACA GTCTTGTAGA AACATCACCT 
TTAGATAATG GACCACCCCT GTTTTTCCCA CAAGATGTAA TTAAGAAAAT TAATGAAATA 
GATGGTGCAA ATTATTCTCC ATCTCGTGTT AGGTATGGAA GTTGGTGGGA TGGCTTTGAT 
TTAGATACCA AAACTGCTGA TGCATGGAGT TCAAGTGAGC AGGAATCTGT ATTTCAGAGT 
CCTGATTCAT GGAAAGATCG TAAAACGAGT CCATTACTAC GGGAACATTT TGACAGAAGA 
GCCTCCGATT CTGTATTCCT CCAGAAACAA TCAAGGCAGA TGGACTATTC AAGAGTAGGT 
CTGTGGGAAA ACCAGTTTAA CCCAGTCCAA GACAAACAGA GCCTAGAACT CCAGAAGAAA 
ACTACTGAAC ATACCTGTTT GCAAAGTGAG TCTATAGAGG AGTCTAAGCA ACAAATGGAG 
GACTTCACTG ATTTGTGGAA GTCCAATGAA CCAACACCAG ATCCATGGTA CAGTACTGTA 
GGTGAAAATG GGCAACTTAA TGCAGAATCT TATGATGTTT GGACAAAGAT TGATCACGAT 
GCCACAGAGC CCTTGGAAAA TGCATGGAAC ATGCCCAAAC TGGATATTGA ACAAACTTCA 
ACAAAGAATC CTGATGCGTG GGTCATGTCC CAAACTAGTT TATCAGATAC TTCAGAAATC 
ACTGCAGACA ATGAGTCTGA AAACCAAAAG AATCAACTAT CACCAGAAAC CCGGAATAAT 
GGGAGAGACT ATTTAGTAGA AGAATTCAGT ATATCTGAAA ATACAAGTTC CAATATGGAT 
GGTGTGCAGG ACAATCCTGA ACTAAGCACA GAAAATCAAT ATGTTTTAGG TGACACTAAA 
CTGAGACCAA AACAATTTGA AAAGATGAAT GCATTGGAGC TGTATGATAA AAACACGAAG 
AAAGAAGCTC TGGAAGCTGT GGTTCCCTGG GAAGGCTCTT TTTTGTCATA TAAATGCTCA 
GACTTTAGTT CATCAAATGG GGGTGAAGAG TTGGTTGTTT CTCCATTAGA CACCAATTAT 
TCAACATCTG ATTCATATGT TTCACCTACA TTTATAGAGG ATGAGAAGGA AGGTGAAGAA 
AGGCATTTTT ACAAAGAAAC AATTTTTGAT CAAGCAATTA GCTCAAATGC AGATGAATCT 
AATTTTTTTG AGGAAACACA TAAGGCATCA TTACCGCAAA CATGTACTAG AAATACACCT 
TATGCAAGCC CTGGAAACGT GGACTTGTGG GATTCACCTC TGAATAACGG CAGACAGTGG 
AAAGCAGAAA ATTCTGAAAT TCTACCAAAC ACTGATAAAC TTTTACTTAA TTCAGAACAA 
ATGCTTACTC AACATTTTTC AGCAGATGAG GAAGTTGGTG AAAATAAGCA TTCTGATGCT 
GAAGACCCTA GAGTGCCTCT TGTATCTAAT CAAACAATCA ATCACTTACC TCAGCCACAT 
AATGAATTGA ATGCCAGAGA CACTACAGCT GAAAAAGAAG AAATAGGGAG CAGAGGCCCT 
GAAGAGGACA CTGCATTATC TACAAGTTCA GACAGGGGTA ACCATTTGGA CTTGACAACA 
AGTAACTCAG AAAGTGAGAT TCCACATAAA GATCAAACAC AAGAAAGTAT TCATAAGGAT 
TCAGAGCAGA GTACTCAGCT TTCAGTGCAG CAGTTGAATC TGTGGAGTAT ACCAATTCAA 
CAGAGCCATC AGGCAGGATG GGAAAATTGT GATACCTCTC AGCAGCAAGA AGATGAAAAT 
ACAAGAATGG ATGAGTCCGG TGGACAGTTA ACCATTAGGA ACATTTGGAC TGTGCAAGAT 
AGTGATGCAT CCCCCTTAAT ACCATTCAAA CCATCCTCTG GTACAGATTC AGAGGAAAGC 
AAGTCAAAAT CTGAAATTCC TAGCTCACCA GAAGAAATAA GAAACAATGG CAGTTTTGAA 
GCTCTAGAAA TAGAGAAATC AGAAATTGAA ATGCCATTTT CTAATCAGAC TAGTTTTGTC 
AATCAGGAAG AGAAGAATAG ATCATTACAG AGCAATGCAG AGTCTTCTTC AATAATTGTT 
GAGACAGAAG GACATTCTGA GGATTTAGAT GTACATAACC CACAAATGTA CAACCATAGT 
ATAATATCCC AGTTACTTCT TAAAAATACT GATAAGGAAG GTATAGAGGT CGAGGACGCA 
ACAAGTCCAG AAATGGAAAG TGCCTCTGAA AGCTCTGATA GAGGGGAGGC TAATCAAGAA 
ATGCCTTCTC CAACAGTGCT TGACAAGCTG GATATCTGGA ATGGCACTGT GAAGAGTAGC 
TCTGACTCGG CTGCACCAAG TCATTTGATA AATAAAGCAT CAGAGGTGTT AAGAGAAGCT 
CAAGAGAGTT TATCTGATGA GGTCCCTAAC AATTTAGACA TGTGTAAATC TGAATTAGGT 
TCTTCTGAAA ATAGTCTAGA GTTAGGGTCC GATACCGAAA AATCCTTTGT GAATGAAACT 
CTGAAGATTA AATTGCAGGA GAATCCCTCT TCTGGATATG CTGAAATTCA TGGTATTACA 
AATATGCCTA TGAGGGATAA TTCATTTTTA CATGGAATAG ATTCTGAGAG AAATGAAGCT 
TCTGGAAGTT TAGAAATGGA GAGTAAACTT CTAGACAAGG AGGATGTGGA TGTCACCTCT 
CTTCATAATT TCCCCCAAAC TTTAAGTGTT TGGAATTCAC ACATGGATGA AGATGTACAG 
TCCCCTGGAG CAAGTCCTGA GACAAGTGAG GTTCTTGATG TGGCAAACAC CTGGAGTAGC 
CTATCCAGAG ATCTAAAAAT CAAAAGTTAT TGTGAAGAGG ATAATGTATG GAGTGGTTCA 
ACAAATGATT ATACCTATTC AAATACAACA AGCCCTGATA TAAGTGATGC CTCTGTGAAT 
GTGTGGGGGG TCACCCCAGC TACCAATAAT CATAGAGAAA ATAAAGAGAC CTGGAACATT 
ACACATGATG AGAAATTAGA AGAGACTCCT GAAATAAAGA TTCCTAAAAA AAAGATCTTT 
GAGACTAAAA GTCAAGAAGA GTCTGAAACA ACCACCGATC ACAAAGTTCC AGTACATTTA 
GATTTCTGGA ATGCACATGT AGATGACGAT ACAGTATCTT CCTTGTCAAG TCCTGAAGTA 
AATGAGGATT CAGAGAAATC AGAAGCTCTT GAGGCAGAGA TAGAAGCAGA TTCCAACCAG 
GAAGCAAATG GACATAAAGT TCTTGAACTA CATGGGCCTT ATTACGCACA GTCTGATGCA 
ACAAGTCCTG AAATAGATGA AAACAGTTCA GAGGATGAAA CTAAATTAGA AAAAGAGGAG 
GAAATGGCTA TTTTGGATAA CAGTTCTGAA AACATCAAAG CATGGACTGT AACAAAGGAA 
AATGATATTA CTCACTCACC CATATCCGAT CACAGTATAC CTGAGTCTTC TGAAGGCTTA 
GAACGCAAGG AAACAATTCA GAGAGACGTT CAAGGAAATG CAGACAGTGG CAATCCAGAC 
AGTCCAGGTG TTTGGAATTC ATGCCAGCTG AGTGGTGATA TGTCACCAAC TCCTGCAGCA 
CATCATAAAG AAGAGTGTTC TTCCAAGGAT TCAGATACAT TGAGAATATC ATTGGAAGCT 
GATTCTAAAA TGGAACAAAA ATCCAGAGTG GAAATATCTG GATTTCCAGA TGATAATTTG 
GGATGGTGGA ATTCAGAAAT GCAAGCAGGT GAGACGGTGG AAGGCCAATA TTTTAATTCA 
GATAATGGCT TAGAAATGAA TCAGTTAAAC ACTAAATTTG ATGCATGGGG ATCACAAATA 
CAAAGTGAAG AATTAAAAGA TACATATCGA ACTGACCCAG GTAGCGATGG AAATCACTCA 
CCCCTTCTAT ATTGTCAAGA ACAACAACAG GAAGACCGGG TGCACTCCAT GAATATTCAC 
AATAGTCAAA TGGATCAAGA CCCTCTGCTG TTTAAAGTGT ATGATCCATT CATACTTTGT 
AAAGAAGAAA AGGATTTAAA AGAGCAGCCT TTTGCTATAG TGCAGCAAGA TCAAGACCAT 
ACTAAAAGTC CTGTTGTAGA AGAGTGTCAA CCAGATATAC CTGAGCCAGT ATGTTTGGTA 
AATTCAGCAA GAGATTATGT GGATATGATA CCCAGTACTT CAACTGGAGA GGACAAAGTA 
AATGTTTTTG TTCAAAAACA ATCAGATGTA ACTGAAACAT TAAAACTGTG TAGCTCCCCA 
GAAAATGCTG TCATTGCATA TGATTCATCC TTTAAATTGA CAGCAAAATT AAACCGAGAC 
AGAAATGAAC TAGCTGAAAT TCCCCAAACT ACATTTATCC CAGATATTTT ACAGGGCAAC 
GCCCAGGAGA GTAATCATTC ATTCTCAGTA GATCCTGATT TATGGACTGA TGCTGAACAT 
CTTTTCACTT TGAAAGCAAG TGGTGAAAAT CCTGATATAT TAAGTCACTG TGACCAAGAC 
AGTAATTCAC AGACGTCAAA CAGTCCTGAT GTGTGCCAAG AACATGAAGT CAAGCATACA 
TCTGCACCAT CTTCTTGTGC TTTGGCTGGA GATGAAGTTA GTCACTCACT TCTTGAAGTG 
TCAAATATAA GCCAAGAAGC AGGGTTTGGT TTTATACCGC TATTAGAAAC ACCCAAAGTA 
GCAACATATC CTGAACAAGG CAACCCCCAA AATAATGATG GGACAAATGG TGATGAGTCC 
TATCAACTAT TATCTTCTGA AGCTCATGAA CCTTTGGAAT TTGTCAGGGA AGATATCTTA 
GAAGAATCTG ACTTAGAAAA TAAAGCAGCT GTTGTACAAA TGGGTTCAGC AAGTTCCTCT 
GCTGAAGATT TGAGCATGGC TCCTTTAACT CTTGAAGACA CGTGGTATGA AGGTAGCACT 
TTTGCAAACC ATCAAGACTC AGCTTCAGCC AACACTGTTA GTTCTCAAAA TGATTTAATT 
GCCGCCCCTT TATTTTCTCC TGGAAGCTCT GAAGAAAGCA TAAAAGATAT GAGTACTGTA 
GCTGAAACTG GACACATTTT AGCTATTGAC CACACAGCAG TGACTAATGA TAAATTAGAA 
ATATCAGATA CGTGTGATAG AAGTGAGACT GGTATAGAAG TGAATACTGA TAATTCACCA 
GTCACTAACA ATCCATTCAG GACTGTAGAA GAAGTGAGCC AAGCATCACT GTTAGAAAGT 
AAACAGATGG CAGCAATGGA AAGGCATACA ACCGATAAAC AAATGCTATC CTTAAAAGAC 
TCACAAGAGG TTGGTAGTGA AGGTTTTGCA TGTGGCTCAT TCAGTCAGCA TGCTGATAAT 
GTAGTAAAAG GATCTGAAAT CTTACTTGAA AGCCAGACTC CTTTATTTAA AGAACTGCCT 
AATGAACAAT CACAAATCAC ATACACTTCT CCACCTAGTG TACCATTTGA TACAGAAGTC 
ACTGGCAGCA GAGAGAGCAC AACGGATAAG ATTGTATTAA CACAGCAGTT TCTTGACAGT 
GGTGTAGTGG AAATGCCATT ATCTTCACAT ACTCCTCAAA AAGAAGAAAT AAGCTTTTTA 
GAGACCAAAA GCAGCAATAC TAATGATCAG CTATTTGGCA CACTTGCAGA TTGTCCCAAG 
GAGTATCATG CATCAAGATC TTTATCGCTA GATTCTGAAG CGATGCTCAA TTCATCTGAG 
ATTTTGACAA GATTAGAATG TGAAGCGGAA ACAAGTAATA CTGATTCACC ACCAGATGGA 
GCCCTAGGAT TGCCCAATGA AGCTGCTGGT GACCCACATT ATAAAGAGAG TAAGCAGAGG 
ACTTCCACTG CAAGCCTTGA GCAGATGCAT GTGAACAGTA AGGAAGATAT GAAGGTAGAT 
CAGACTGCAT TACAAATGGA TTACATCCTT ATGACTAGTG AAGGAAATAT ATCTGTAAGG 
AAGGATATAC TTGAAACAGA GGAAAGTGAT TTTACATTTA ACAAAGCTAA CATTGCTGAA 
CAAACACAGC CTCATGAAAC CTTTTCAGCT GACTCATCGG ATACATTTCA GTCAATCTCC 
ATGATAAATG AAAGCGAAGG CCACTCTGTT TTGGGGACTG AATGGGATTC TTTTCACTTA 
GCACAGAAAA GTCCTTCTAT TATGCCTCCA AACCTGGGTG ATGAAAAGAG ATCTCCAGAA 
AGCTGTGGCT GGATAGTTGT TGGTGATGAC GGTGAATGGG AAGTGTGTTC ACAACAACAT 
CCTAGAAGTG ACATGGCAAC TGAACAAGAA ACAGAGGTGG AAACAGAATT TCTCAGTCAT 
GAAAGAGAAC CAAGCCAAAT ATCAGGGTAA

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

RefSeq	XP_014381021.1
CDS	1..7530
Translation	MKNKQDDLAVTTCRKNYDLIGIVEKWWDSSYDWTVNIEDYTLLQKNRDCMFHRNIIGDLKAFIDKYAFDVLVILANYLTEEEQTKQQIVVYSENVELCNQICCELEECQNPCLELDPLECGCDQILIYQQENSSVTCDQIFLLIKEVINRRQPEMVSNSRTSSTEAVAGSAPLSQGSSGIMELYGSDIEPQPSSVNFIENPQDLNGSIQAHADVNIDLVSPDSGLATIRSSRSSKESSVFLSDDSPVAEGAASHHSLLPGFDSYSPIPEGAIAEEQTAQSRNSSDNFDLFSFDLAPMVTVRSESSSRSVDYSPADDFFLNSDSSEGQPPTVQKGLDETNLLESDMANYSADLLMKTNEDNNLVEFDGEFNHRQENLGDMSEKSSSLIDLVEGDSSSPELLKVVETRIPPTPMNSLVETSPLDNGPPLFFPQDVIKKINEIDGANYSPSRVRYGSWWDGFDLDTKTADAWSSSEQESVFQSPDSWKDRKTSPLLREHFDRRASDSVFLQKQSRQMDYSRVGLWENQFNPVQDKQSLELQKKTTEHTCLQSESIEESKQQMEDFTDLWKSNEPTPDPWYSTVGENGQLNAESYDVWTKIDHDATEPLENAWNMPKLDIEQTSTKNPDAWVMSQTSLSDTSEITADNESENQKNQLSPETRNNGRDYLVEEFSISENTSSNMDGVQDNPELSTENQYVLGDTKLRPKQFEKMNALELYDKNTKKEALEAVVPWEGSFLSYKCSDFSSSNGGEELVVSPLDTNYSTSDSYVSPTFIEDEKEGEERHFYKETIFDQAISSNADESNFFEETHKASLPQTCTRNTPYASPGNVDLWDSPLNNGRQWKAENSEILPNTDKLLLNSEQMLTQHFSADEEVGENKHSDAEDPRVPLVSNQTINHLPQPHNELNARDTTAEKEEIGSRGPEEDTALSTSSDRGNHLDLTTSNSESEIPHKDQTQESIHKDSEQSTQLSVQQLNLWSIPIQQSHQAGWENCDTSQQQEDENTRMDESGGQLTIRNIWTVQDSDASPLIPFKPSSGTDSEESKSKSEIPSSPEEIRNNGSFEALEIEKSEIEMPFSNQTSFVNQEEKNRSLQSNAESSSIIVETEGHSEDLDVHNPQMYNHSIISQLLLKNTDKEGIEVEDATSPEMESASESSDRGEANQEMPSPTVLDKLDIWNGTVKSSSDSAAPSHLINKASEVLREAQESLSDEVPNNLDMCKSELGSSENSLELGSDTEKSFVNETLKIKLQENPSSGYAEIHGITNMPMRDNSFLHGIDSERNEASGSLEMESKLLDKEDVDVTSLHNFPQTLSVWNSHMDEDVQSPGASPETSEVLDVANTWSSLSRDLKIKSYCEEDNVWSGSTNDYTYSNTTSPDISDASVNVWGVTPATNNHRENKETWNITHDEKLEETPEIKIPKKKIFETKSQEESETTTDHKVPVHLDFWNAHVDDDTVSSLSSPEVNEDSEKSEALEAEIEADSNQEANGHKVLELHGPYYAQSDATSPEIDENSSEDETKLEKEEEMAILDNSSENIKAWTVTKENDITHSPISDHSIPESSEGLERKETIQRDVQGNADSGNPDSPGVWNSCQLSGDMSPTPAAHHKEECSSKDSDTLRISLEADSKMEQKSRVEISGFPDDNLGWWNSEMQAGETVEGQYFNSDNGLEMNQLNTKFDAWGSQIQSEELKDTYRTDPGSDGNHSPLLYCQEQQQEDRVHSMNIHNSQMDQDPLLFKVYDPFILCKEEKDLKEQPFAIVQQDQDHTKSPVVEECQPDIPEPVCLVNSARDYVDMIPSTSTGEDKVNVFVQKQSDVTETLKLCSSPENAVIAYDSSFKLTAKLNRDRNELAEIPQTTFIPDILQGNAQESNHSFSVDPDLWTDAEHLFTLKASGENPDILSHCDQDSNSQTSNSPDVCQEHEVKHTSAPSSCALAGDEVSHSLLEVSNISQEAGFGFIPLLETPKVATYPEQGNPQNNDGTNGDESYQLLSSEAHEPLEFVREDILEESDLENKAAVVQMGSASSSAEDLSMAPLTLEDTWYEGSTFANHQDSASANTVSSQNDLIAAPLFSPGSSEESIKDMSTVAETGHILAIDHTAVTNDKLEISDTCDRSETGIEVNTDNSPVTNNPFRTVEEVSQASLLESKQMAAMERHTTDKQMLSLKDSQEVGSEGFACGSFSQHADNVVKGSEILLESQTPLFKELPNEQSQITYTSPPSVPFDTEVTGSRESTTDKIVLTQQFLDSGVVEMPLSSHTPQKEEISFLETKSSNTNDQLFGTLADCPKEYHASRSLSLDSEAMLNSSEILTRLECEAETSNTDSPPDGALGLPNEAAGDPHYKESKQRTSTASLEQMHVNSKEDMKVDQTALQMDYILMTSEGNISVRKDILETEESDFTFNKANIAEQTQPHETFSADSSDTFQSISMINESEGHSVLGTEWDSFHLAQKSPSIMPPNLGDEKRSPESCGWIVVGDDGEWEVCSQQHPRSDMATEQETEVETEFLSHEREPSQISG

Target ORF information:

RefSeq Version	XM_014525535.1
Organism	Alligator sinensis(Chinese alligator)
Definition	Alligator sinensis prune homolog 2 (Drosophila) (PRUNE2), mRNA.

Target ORF information:

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

XM_014525535.1

ORF Insert Sequence:

ATGAAGAATA AACAAGATGA TTTGGCAGTT ACAACCTGCA GAAAGAACTA TGATCTGATT 
GGTATTGTGG AAAAGTGGTG GGACAGCTCT TACGACTGGA CTGTCAACAT TGAAGATTAC 
ACTCTGCTTC AGAAGAACAG GGATTGCATG TTTCACAGGA ATATCATTGG TGACCTGAAA 
GCATTTATAG ATAAATATGC TTTTGATGTA CTTGTTATTT TGGCCAACTA TTTAACAGAG 
GAAGAGCAGA CAAAGCAACA AATAGTGGTG TACTCGGAAA ATGTAGAGCT GTGCAATCAA 
ATTTGCTGTG AGTTAGAAGA ATGTCAGAAT CCTTGTTTGG AGCTGGATCC TTTGGAATGT 
GGATGTGACC AGATCCTCAT TTATCAGCAA GAAAATTCTT CAGTCACTTG TGATCAAATA 
TTTTTATTAA TTAAGGAAGT TATCAATAGG AGACAACCAG AAATGGTATC CAACAGCAGA 
ACTTCATCTA CTGAAGCTGT TGCTGGGAGT GCACCACTTT CACAAGGTTC TTCTGGTATT 
ATGGAATTGT ATGGTTCAGA CATAGAACCA CAGCCCAGTT CTGTCAATTT TATAGAAAAT 
CCCCAAGACC TCAATGGATC TATCCAAGCC CATGCTGATG TTAATATAGA CCTCGTGAGT 
CCAGATAGTG GGTTAGCTAC CATTAGAAGC AGTCGGTCTT CCAAGGAGAG CTCAGTTTTT 
CTCAGTGATG ATAGTCCAGT TGCAGAAGGT GCTGCATCTC ATCACAGTCT CCTTCCTGGT 
TTTGATTCTT ACAGCCCCAT TCCTGAAGGG GCAATAGCAG AAGAACAAAC AGCTCAGTCA 
AGAAACAGCA GTGATAACTT TGATCTTTTC AGTTTTGATC TAGCACCCAT GGTTACAGTT 
CGATCTGAGT CATCTTCTCG TTCTGTTGAT TATTCCCCAG CAGATGACTT CTTCCTCAAC 
AGTGATTCAT CAGAAGGACA ACCACCTACT GTTCAGAAAG GACTTGATGA GACAAATCTA 
TTAGAAAGTG ACATGGCTAA TTATTCAGCT GATTTACTAA TGAAAACAAA TGAAGACAAC 
AATTTAGTAG AGTTTGATGG TGAATTTAAC CATAGGCAAG AAAATCTTGG AGATATGTCT 
GAAAAAAGTT CAAGTTTGAT TGATTTAGTG GAAGGTGATT CATCTTCACC AGAGTTATTG 
AAAGTTGTTG AAACAAGAAT TCCACCAACT CCTATGAACA GTCTTGTAGA AACATCACCT 
TTAGATAATG GACCACCCCT GTTTTTCCCA CAAGATGTAA TTAAGAAAAT TAATGAAATA 
GATGGTGCAA ATTATTCTCC ATCTCGTGTT AGGTATGGAA GTTGGTGGGA TGGCTTTGAT 
TTAGATACCA AAACTGCTGA TGCATGGAGT TCAAGTGAGC AGGAATCTGT ATTTCAGAGT 
CCTGATTCAT GGAAAGATCG TAAAACGAGT CCATTACTAC GGGAACATTT TGACAGAAGA 
GCCTCCGATT CTGTATTCCT CCAGAAACAA TCAAGGCAGA TGGACTATTC AAGAGTAGGT 
CTGTGGGAAA ACCAGTTTAA CCCAGTCCAA GACAAACAGA GCCTAGAACT CCAGAAGAAA 
ACTACTGAAC ATACCTGTTT GCAAAGTGAG TCTATAGAGG AGTCTAAGCA ACAAATGGAG 
GACTTCACTG ATTTGTGGAA GTCCAATGAA CCAACACCAG ATCCATGGTA CAGTACTGTA 
GGTGAAAATG GGCAACTTAA TGCAGAATCT TATGATGTTT GGACAAAGAT TGATCACGAT 
GCCACAGAGC CCTTGGAAAA TGCATGGAAC ATGCCCAAAC TGGATATTGA ACAAACTTCA 
ACAAAGAATC CTGATGCGTG GGTCATGTCC CAAACTAGTT TATCAGATAC TTCAGAAATC 
ACTGCAGACA ATGAGTCTGA AAACCAAAAG AATCAACTAT CACCAGAAAC CCGGAATAAT 
GGGAGAGACT ATTTAGTAGA AGAATTCAGT ATATCTGAAA ATACAAGTTC CAATATGGAT 
GGTGTGCAGG ACAATCCTGA ACTAAGCACA GAAAATCAAT ATGTTTTAGG TGACACTAAA 
CTGAGACCAA AACAATTTGA AAAGATGAAT GCATTGGAGC TGTATGATAA AAACACGAAG 
AAAGAAGCTC TGGAAGCTGT GGTTCCCTGG GAAGGCTCTT TTTTGTCATA TAAATGCTCA 
GACTTTAGTT CATCAAATGG GGGTGAAGAG TTGGTTGTTT CTCCATTAGA CACCAATTAT 
TCAACATCTG ATTCATATGT TTCACCTACA TTTATAGAGG ATGAGAAGGA AGGTGAAGAA 
AGGCATTTTT ACAAAGAAAC AATTTTTGAT CAAGCAATTA GCTCAAATGC AGATGAATCT 
AATTTTTTTG AGGAAACACA TAAGGCATCA TTACCGCAAA CATGTACTAG AAATACACCT 
TATGCAAGCC CTGGAAACGT GGACTTGTGG GATTCACCTC TGAATAACGG CAGACAGTGG 
AAAGCAGAAA ATTCTGAAAT TCTACCAAAC ACTGATAAAC TTTTACTTAA TTCAGAACAA 
ATGCTTACTC AACATTTTTC AGCAGATGAG GAAGTTGGTG AAAATAAGCA TTCTGATGCT 
GAAGACCCTA GAGTGCCTCT TGTATCTAAT CAAACAATCA ATCACTTACC TCAGCCACAT 
AATGAATTGA ATGCCAGAGA CACTACAGCT GAAAAAGAAG AAATAGGGAG CAGAGGCCCT 
GAAGAGGACA CTGCATTATC TACAAGTTCA GACAGGGGTA ACCATTTGGA CTTGACAACA 
AGTAACTCAG AAAGTGAGAT TCCACATAAA GATCAAACAC AAGAAAGTAT TCATAAGGAT 
TCAGAGCAGA GTACTCAGCT TTCAGTGCAG CAGTTGAATC TGTGGAGTAT ACCAATTCAA 
CAGAGCCATC AGGCAGGATG GGAAAATTGT GATACCTCTC AGCAGCAAGA AGATGAAAAT 
ACAAGAATGG ATGAGTCCGG TGGACAGTTA ACCATTAGGA ACATTTGGAC TGTGCAAGAT 
AGTGATGCAT CCCCCTTAAT ACCATTCAAA CCATCCTCTG GTACAGATTC AGAGGAAAGC 
AAGTCAAAAT CTGAAATTCC TAGCTCACCA GAAGAAATAA GAAACAATGG CAGTTTTGAA 
GCTCTAGAAA TAGAGAAATC AGAAATTGAA ATGCCATTTT CTAATCAGAC TAGTTTTGTC 
AATCAGGAAG AGAAGAATAG ATCATTACAG AGCAATGCAG AGTCTTCTTC AATAATTGTT 
GAGACAGAAG GACATTCTGA GGATTTAGAT GTACATAACC CACAAATGTA CAACCATAGT 
ATAATATCCC AGTTACTTCT TAAAAATACT GATAAGGAAG GTATAGAGGT CGAGGACGCA 
ACAAGTCCAG AAATGGAAAG TGCCTCTGAA AGCTCTGATA GAGGGGAGGC TAATCAAGAA 
ATGCCTTCTC CAACAGTGCT TGACAAGCTG GATATCTGGA ATGGCACTGT GAAGAGTAGC 
TCTGACTCGG CTGCACCAAG TCATTTGATA AATAAAGCAT CAGAGGTGTT AAGAGAAGCT 
CAAGAGAGTT TATCTGATGA GGTCCCTAAC AATTTAGACA TGTGTAAATC TGAATTAGGT 
TCTTCTGAAA ATAGTCTAGA GTTAGGGTCC GATACCGAAA AATCCTTTGT GAATGAAACT 
CTGAAGATTA AATTGCAGGA GAATCCCTCT TCTGGATATG CTGAAATTCA TGGTATTACA 
AATATGCCTA TGAGGGATAA TTCATTTTTA CATGGAATAG ATTCTGAGAG AAATGAAGCT 
TCTGGAAGTT TAGAAATGGA GAGTAAACTT CTAGACAAGG AGGATGTGGA TGTCACCTCT 
CTTCATAATT TCCCCCAAAC TTTAAGTGTT TGGAATTCAC ACATGGATGA AGATGTACAG 
TCCCCTGGAG CAAGTCCTGA GACAAGTGAG GTTCTTGATG TGGCAAACAC CTGGAGTAGC 
CTATCCAGAG ATCTAAAAAT CAAAAGTTAT TGTGAAGAGG ATAATGTATG GAGTGGTTCA 
ACAAATGATT ATACCTATTC AAATACAACA AGCCCTGATA TAAGTGATGC CTCTGTGAAT 
GTGTGGGGGG TCACCCCAGC TACCAATAAT CATAGAGAAA ATAAAGAGAC CTGGAACATT 
ACACATGATG AGAAATTAGA AGAGACTCCT GAAATAAAGA TTCCTAAAAA AAAGATCTTT 
GAGACTAAAA GTCAAGAAGA GTCTGAAACA ACCACCGATC ACAAAGTTCC AGTACATTTA 
GATTTCTGGA ATGCACATGT AGATGACGAT ACAGTATCTT CCTTGTCAAG TCCTGAAGTA 
AATGAGGATT CAGAGAAATC AGAAGCTCTT GAGGCAGAGA TAGAAGCAGA TTCCAACCAG 
GAAGCAAATG GACATAAAGT TCTTGAACTA CATGGGCCTT ATTACGCACA GTCTGATGCA 
ACAAGTCCTG AAATAGATGA AAACAGTTCA GAGGATGAAA CTAAATTAGA AAAAGAGGAG 
GAAATGGCTA TTTTGGATAA CAGTTCTGAA AACATCAAAG CATGGACTGT AACAAAGGAA 
AATGATATTA CTCACTCACC CATATCCGAT CACAGTATAC CTGAGTCTTC TGAAGGCTTA 
GAACGCAAGG AAACAATTCA GAGAGACGTT CAAGGAAATG CAGACAGTGG CAATCCAGAC 
AGTCCAGGTG TTTGGAATTC ATGCCAGCTG AGTGGTGATA TGTCACCAAC TCCTGCAGCA 
CATCATAAAG AAGAGTGTTC TTCCAAGGAT TCAGATACAT TGAGAATATC ATTGGAAGCT 
GATTCTAAAA TGGAACAAAA ATCCAGAGTG GAAATATCTG GATTTCCAGA TGATAATTTG 
GGATGGTGGA ATTCAGAAAT GCAAGCAGGT GAGACGGTGG AAGGCCAATA TTTTAATTCA 
GATAATGGCT TAGAAATGAA TCAGTTAAAC ACTAAATTTG ATGCATGGGG ATCACAAATA 
CAAAGTGAAG AATTAAAAGA TACATATCGA ACTGACCCAG GTAGCGATGG AAATCACTCA 
CCCCTTCTAT ATTGTCAAGA ACAACAACAG GAAGACCGGG TGCACTCCAT GAATATTCAC 
AATAGTCAAA TGGATCAAGA CCCTCTGCTG TTTAAAGTGT ATGATCCATT CATACTTTGT 
AAAGAAGAAA AGGATTTAAA AGAGCAGCCT TTTGCTATAG TGCAGCAAGA TCAAGACCAT 
ACTAAAAGTC CTGTTGTAGA AGAGTGTCAA CCAGATATAC CTGAGCCAGT ATGTTTGGTA 
AATTCAGCAA GAGATTATGT GGATATGATA CCCAGTACTT CAACTGGAGA GGACAAAGTA 
AATGTTTTTG TTCAAAAACA ATCAGATGTA ACTGAAACAT TAAAACTGTG TAGCTCCCCA 
GAAAATGCTG TCATTGCATA TGATTCATCC TTTAAATTGA CAGCAAAATT AAACCGAGAC 
AGAAATGAAC TAGCTGAAAT TCCCCAAACT ACATTTATCC CAGATATTTT ACAGGGCAAC 
GCCCAGGAGA GTAATCATTC ATTCTCAGTA GATCCTGATT TATGGACTGA TGCTGAACAT 
CTTTTCACTT TGAAAGCAAG TGGTGAAAAT CCTGATATAT TAAGTCACTG TGACCAAGAC 
AGTAATTCAC AGACGTCAAA CAGTCCTGAT GTGTGCCAAG AACATGAAGT CAAGCATACA 
TCTGCACCAT CTTCTTGTGC TTTGGCTGGA GATGAAGTTA GTCACTCACT TCTTGAAGTG 
TCAAATATAA GCCAAGAAGC AGGGTTTGGT TTTATACCGC TATTAGAAAC ACCCAAAGTA 
GCAACATATC CTGAACAAGG CAACCCCCAA AATAATGATG GGACAAATGG TGATGAGTCC 
TATCAACTAT TATCTTCTGA AGCTCATGAA CCTTTGGAAT TTGTCAGGGA AGATATCTTA 
GAAGAATCTG ACTTAGAAAA TAAAGCAGCT GTTGTACAAA TGGGTTCAGC AAGTTCCTCT 
GCTGAAGATT TGAGCATGGC TCCTTTAACT CTTGAAGACA CGTGGTATGA AGGTAGCACT 
TTTGCAAACC ATCAAGACTC AGCTTCAGCC AACACTGTTA GTTCTCAAAA TGATTTAATT 
GCCGCCCCTT TATTTTCTCC TGGAAGCTCT GAAGAAAGCA TAAAAGATAT GAGTACTGTA 
GCTGAAACTG GACACATTTT AGCTATTGAC CACACAGCAG TGACTAATGA TAAATTAGAA 
ATATCAGATA CGTGTGATAG AAGTGAGACT GGTATAGAAG TGAATACTGA TAATTCACCA 
GTCACTAACA ATCCATTCAG GACTGTAGAA GAAGTGAGCC AAGCATCACT GTTAGAAAGT 
AAACAGATGG CAGCAATGGA AAGGCATACA ACCGATAAAC AAATGCTATC CTTAAAAGAC 
TCACAAGAGG TTGGTAGTGA AGGTTTTGCA TGTGGCTCAT TCAGTCAGCA TGCTGATAAT 
GTAGTAAAAG GATCTGAAAT CTTACTTGAA AGCCAGACTC CTTTATTTAA AGAACTGCCT 
AATGAACAAT CACAAATCAC ATACACTTCT CCACCTAGTG TACCATTTGA TACAGAAGTC 
ACTGGCAGCA GAGAGAGCAC AACGGATAAG ATTGTATTAA CACAGCAGTT TCTTGACAGT 
GGTGTAGTGG AAATGCCATT ATCTTCACAT ACTCCTCAAA AAGAAGAAAT AAGCTTTTTA 
GAGACCAAAA GCAGCAATAC TAATGATCAG CTATTTGGCA CACTTGCAGA TTGTCCCAAG 
GAGTATCATG CATCAAGATC TTTATCGCTA GATTCTGAAG CGATGCTCAA TTCATCTGAG 
ATTTTGACAA GATTAGAATG TGAAGCGGAA ACAAGTAATA CTGATTCACC ACCAGATGGA 
GCCCTAGGAT TGCCCAATGA AGCTGCTGGT GACCCACATT ATAAAGAGAG TAAGCAGAGG 
ACTTCCACTG CAAGCCTTGA GCAGATGCAT GTGAACAGTA AGGAAGATAT GAAGGTAGAT 
CAGACTGCAT TACAAATGGA TTACATCCTT ATGACTAGTG AAGGAAATAT ATCTGTAAGG 
AAGGATATAC TTGAAACAGA GGAAAGTGAT TTTACATTTA ACAAAGCTAA CATTGCTGAA 
CAAACACAGC CTCATGAAAC CTTTTCAGCT GACTCATCGG ATACATTTCA GTCAATCTCC 
ATGATAAATG AAAGCGAAGG CCACTCTGTT TTGGGGACTG AATGGGATTC TTTTCACTTA 
GCACAGAAAA GTCCTTCTAT TATGCCTCCA AACCTGGGTG ATGAAAAGAG ATCTCCAGAA 
AGCTGTGGCT GGATAGTTGT TGGTGATGAC GGTGAATGGG AAGTGTGTTC ACAACAACAT 
CCTAGAAGTG ACATGGCAAC TGAACAAGAA ACAGAGGTGG AAACAGAATT TCTCAGTCAT 
GAAAGAGAAC CAAGCCAAAT ATCAGGGTAA