DICPUDRAFT_97831 cDNA ORF clone, Dictyostelium purpureum

Gene
Clones
gRNAs

Summary

Gene Symbol	DICPUDRAFT_97831
Entrez Gene ID	10500997
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Dictyostelium purpureum

mRNA and Protein(s)

mRNA	Protein	Name
XM_003287759.1	XP_003287807.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following DICPUDRAFT_97831 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the DICPUDRAFT_97831 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
ODi99577	XM_003287759.1 Latest version!	Dictyostelium purpureum hypothetical protein, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1371.30 $1959.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

DICPUDRAFT_97831 ( XM_003287759.1 ) cDNA ORF clone, Dictyostelium purpureum -> XP_003287807.1 Dictyostelium purpureum hypothetical protein, mRNA.

Price & Availability↑

CloneID	ODi99577
Clone ID Related Accession (Same CDS sequence)	XM_003287759.1
Accession Version	XM_003287759.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7983bp) 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	2011-04-26
Organism	Dictyostelium purpureum
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003519449). COMPLETENESS: incomplete on the 5' end.

ATGGTAATAA AACAAAGAAA CCAAAAGTTA GATATAACTA CAGGTATTAG GAACAATTTA 
GCTAAGTATC AAGAGTCTAA AATATTTAGA GAGATTGTTC AAAATGCTGA AGATGCTGGT 
GCAAATGAAG TCATCATTAA ATTAGATTTA AATACCTATG GCTCTGAGAA ATTATTTTTT 
AAAGAAGATG ATGAATTCTA TAACAACTTA AAGGATCTAC AAGGACCAAG TATTATCATT 
TATAACAATG GTGTATTTAA AGATAGTGAT TGGGAAGGTA TTGAATATAT CGGTGAAGGA 
TCAAAAAAGA AAGATATGCT TTCAATTGGT AATTTTGGAT TGGGATTCAA TTCAACATAC 
CATATTACTG ATTGTCCTCA AATTATTTCT GGAAAAAAGC TTTGGTTTTT AGATCCAGTC 
AAGCTAATTA AAGAGGGTAT CGAATGTGCT GACTTTACTG CTGAAAACTA TGAAGAGTAT 
GAAGATCAGT TTAAACCATT TGAACAGTTT GGCTGTACAA TGAAGTCATT TTTCGAAGGT 
ACCATCATTC GTTTACCATT GAGACTAAGA GGAAATAAAA TCAAAGAAAA ACCACTGTCT 
ATTTGGGATT GTGAAAAAAT TCTTGAAGAA TTTTACAATG AAATGTTAGA AATTCCAATC 
TTTCTTAAAG TAATATCATC TATTACTCTT GAGACAAGTT CAAATTTTAT TTTTAAAGTT 
CAAGTTAAAA ACCATGATCA AGTTCAAAAT GAAAGAAAAA AAGTTAGTGA ACATTTAAAA 
ACAATTGTAA ACTATGAAAT GAAAGATAAA ACTGACAATT ATGAATTCAA CACAATTATA 
TCAAAAAAAA ATCAAAATGA TTTTAAATCA ACATATCAAC TTGAAATGGA AACAACATTA 
AATAATAATG GTGTAATCAA AACAAATGAA ATCAGTTTCA TTGTATCACA AGGTATATTG 
GTTTCAAATG AACTCAACTC TCTTGTAATT GACTCAGAGA TCAAATTAGT ATCGTATGGA 
GGTGTTGCAA TTCCAATCAC AAATAATAAT GGCACTATCG AAGTATATGA TGAAGAGTTT 
CAAGGTAAAC CATTCTGCTT TTTACCAATA GGCAATCAAA AAATCAGTTC AAAGGCTCAT 
GTATTTGGAT ACTATATTCT TTCTGATGCT CGTTCTGAAA TTCAATACAC AAGTCAATCA 
AATCTTGTAT ACAGTCAAGA GTATAAAATC AATAAATGGA ATCATTTTAT CTCAGAATCA 
GTTGTTCCAT TTTTTTATAA AGAAGCACTA AATTACATGA CCAAATTCAA TATCGATCTA 
ATATCATATT TCCCATACCA CTGTCTTGTA AACAAGTCAA GTAACTCATC AGCCGAAATT 
GACTTTTCAA CCAATACAAT GAAGCATGTA ATGGAGGGAT ATTATTTTAT AAAATATTTT 
AAAATTACGG GGTCGCAGTA TAATTCTTAT AGTGGCTCGG TTATTGTTGA AGAAAATACT 
AAATCTTTTG TTTTAGACTA TTTAAAAAAA TCAAATTATC AAACAATACT TTTGAATAAC 
CTATTCATCG GCTATCTCAA AAATAATGGA TTTAATACAA GTTGTATAAT TTCTCCAAAT 
TTTCTATGTT CATTGTTATC AAAGATTCAA CTTACTGAAT ATTCTGAAGA TATTCTAGAC 
TATATTTGCT CATGTGATTC AGTAATTACA AATGGACTTT TAAACAATCT ACAAATTCTT 
CCTATAAATT TTTCATACAT TAGAAACTTG GACTCATTAA AAGTACAAAA CTTCAACAGT 
TTTTCTTCTC CAAATAGTTT TATTATAGTT TCAAATAAAA TATATCAACT ATTAAATAAC 
ATTGGCGCAA ATTTAGATTA TATTCTTGAC ATCTCACTGA TTAGTAAAAC ATTTTGTGAA 
AAGATAGCTC TTATTGAGAA ATTATATTGC AATATTAAAT CAATCGATAT AAATTTATTT 
TTAAATAAAA TAAATATGGT TGCAGCTAGA GAAAACAATT ATTCAAAAGA AATTTGGGAA 
ATAATTAAAA GTTTATATTA TTTTAATGAT GCTTCAATAA ATAAATCAAT ATCAAAATTA 
CATATTTTTC CATACAAGGA GAGTCAATTA TCAGCAATCA AATATATAAA CTTTGATCAC 
CCAAAGGTTT TTCCAAAATT TAATCCAATA TTTTCTGAAA ACAATATAAT TATTTACGAA 
AAATTAAAAA TTATTTTTGT TGAAAATGAA GAGAATGTTC AAAATTTTTT ATCAAATTAT 
TGCCGTTCAA ATAATTTCAT TGATAAATTG TATCTAGAAA TTGGAAAACA TGGTTATTTG 
GAGCAAATAC TTTTACCCGA AGAGATATCA TCCCTCAGAA AATACTTGTA CAATTTAGCG 
AATCAAAATG GTTTTGTTTC ATGGAGCAAC ACTAATAATA ATTTGTTTTT TTCAATGCCA 
ATTCATGAAT GTATTGGTAA TTCAAATAAA AAATTCACAT TCATTTCAAA CCAATCCACA 
TGCATTAAGT TTTCAGATAT TAGAGATTAT GAAATCAATG GCAAAGAAGT TGTTTTAATA 
AATAGCAATG AATATGATGG TATTCCATTA CCAACTAATT CAATTTATAA AAATGACTTT 
TTGGTTTATT TAAACTATCT TTTACCAAAC CTGCAATATT TTTCAGAAGA AAAATCCATT 
CAAGTTATTA AAACATTTGG AAACAAATAC TTATATAGGT CAAGTTATGG AACATACGGA 
GTAATATATA CACCAGGCTC CGATAGTATC TACTCAAATG AACTTTATAA ATCAAATTGG 
ATATTAACAT CGAGTAGTCA ATATATTAAT TTAAAAAACG TGTACCATCT TTCAAATAAA 
GATATTGAAA TATATGAAAT TATCAAACCA GAACTTGTAA TCCATAAAGA GATATACTTT 
ATTTCAGAGA TTTTATTAAA TCTACAATTA ATTAAGAATA TTACTATTTG CCAAACTATT 
AACTCAATTA TAGAATTCTT TCAAAGTAAC CCTTGTGATC AAAAACTATA CGATTTATTG 
TTAATATACT TTAATCAAAT TGATCCATCC CAAGCAAACG GTGTATTAGA TAGAATCAGA 
AATATTAATT TCATTCCAAG CTATATTGTA GAAACATATC CAGGTTTTGA ACCAAATACA 
TCAACCATTT CACTCTCAGA AGTTACTATT TTAGAACATA AAGATATCAA GTTTTCAATA 
AAATATCCAA TCAAATTTGA AAATAAATCA AACATTTACA ATTATTTAAA AGATGACAGC 
CAATCAGTTT TCGATCATTG GTATAAATTA TTAATAAAAA AACCTTTTCC AAAGGATTTA 
AATTTAGATA TAGTTTTCAA ATCAATTTAT AAATTTGTTT CAAAAATTAA AGAATTGTCA 
CCACAACAAG AGCAAGTATT AGATCAGATT GAAGAATATG GTATATTATG GCACATGAAT 
CAATTTATCG ATATTGAAAA ATTGTACTAC GAAGGTGAAA ATGTAGTTTT CTCTCCATTT 
TATTACAAAG TTAATCCATC AGTTTTTCCA ATTTTTAAAA AAATAATAAA GAAAAATTTA 
CACTTAGAAG ATTATTACAA TATAATTTCA GAAATTCAAA AGCAAGAAAT AAATCAAGAT 
TTAATTCAAA TGTATTGTTA TTGCTTAAGG TTTATTTCTA ATTTCAATAG CGAGGACATA 
AACAAAGATA AAATTAAGCT TTTACCAACT GAAGAAAACC AATTAATTGA GTTTGATAAA 
GTTGTATTCT CTGAAACTGT TATTCCACAA AGTATGGATT ATCATCAATT AAGTAAACTT 
ATTGGACTAT TAACAGTAGA GAAATTAGAA ATATCAAAAC TATCGCAAAT TATACAAGAA 
GAGGTTGCAT GTTCTTTTGG TCAAAATGAA GAATTGGTTC CACGTTTACA AAGCCTTATT 
AAAGATTATG GAGTACAAAG TTTTTTCAAT GAAATGATTC AAAATGCCAG CGATGCCAAT 
GCAACTGAAG TTAAAATATT TATGGATCAA AATGGTGATA AAAGTGAATA TATAAAAGAT 
GTTCCAGATA TTGATAATTA TCTATCCAAC TCATTAGTTA TTTATAATAA CTCAATATTT 
ACAGATCAAG ATATTGAAAA TATTCAAAGA ATTAGTTCAT CATACAAAAA ACAAGATGAA 
TCAAAAATTG GTTTCAATGG TTTAGGTATT AACTCAGCAT ACAACTTTTC GAATGTTATT 
ACAATTTTAT CTGGAAAGTA TTTAATGATA TTAGATCCAT TTGTTAGACA TATTCCAGAG 
TCAATTAAAA AATCAACAGG TGCCAAACTT GAAATTAAAA AACACTTTAA TGTAAAAAAA 
GATTATTTCA AACCATTTTT AAATTACAAA AAACTATTCA ATATTGATTT CGATCAAGGA 
GAATTTAAAG GAACCATTAT TAGATTACCA CTAAAAAAAA ATCCAGATAA AAATAGGAAT 
ATTAAAAATG TAGAATATAA TACTCAAAGT ATTTTAGAAC TCTTTTCAAA TTTTAATCAG 
AACAAACTTC ACAACTGCAT GCTTTTCACA AAAATTAATG AAATTGAAAT CGGCTATTTA 
ACAAATAAAT ATGAATCATT ATATAAAACA ACTAAACAAT CTGTAAAGAG TCTCATACAA 
AGAGAAACAC ATAAATTATT AGATGTCATT CCAATGGATA TAACAGAACA TACTTATGAA 
GTAATAAATA AAAAAGAAAA GGAAACAAAT ATATTCATAG TAGGTTCAAC ATCTGTATTT 
GAAAACAATG AAGACTTTTT AAATAATTTA CCAATTGACA ATAAAATAAG AAAGTTCCTC 
ACAATGTATA CCGAAGAAAA GAGAAAACCT TATGGTGGTA TTGCATTTGA AATATCAGAT 
GTAGATGGAT CTTTTATAAA ACAAAAATCG AAATCATTTT GTTACCTTCC ATTCAAAGAT 
AGTGACCTAC CAATCCATGT TAATGGTTTC TTTTCAATGA CTACAGCAAG AGATATATTG 
GAAAAAGAAA GAGCTATGAA TTATCAAATG AATGAAGATC CATTGGAAAA AGTCGTCAGT 
AAAGCTATAC AAAGTCTTGA GTCATTCTCT ATTTACTGGA ACACCTTATT AATTGAAGAA 
CTTATTACTC CAATCTTTAT CAAGACATTA TTATTATACA AAGAAGATTA TATTTTAGGT 
AGAGAATACC CAGATAAAAA TACATACATG GAGTTAATCA ATAAATATTA TCAAATTTTC 
CCAGAAAGTC AAACAAATAG TAGTACAATC TTTCAAAATT TTATCCACAA GTTCTATAAA 
ATTTCAATTG AACACCAATT TGACTATATT ATACCTCATC CAAACTATTT TTCTAGAAGT 
CTAATTAAAT TTTTATTATT AATTGATAGT GATCAAAAAC TATCAATGTC TACATTAAAA 
TGTTTTTCAA ATTATGGCGA TATATATTTT ATTCCAAAAG AACTCTGTAA ACAATTAGAA 
TTGGAACAAA ATATAATGGA GCCACAGTTA TTATCAATAA TAATACAAAA CAAAACATTG 
GACAAAGATA TTTTAAATAA TAATACCAGT TTAATTGAAA TCATTAGATA TTTAGGTCCA 
GATCTATCAA ATGGTTGCCA ACTTTTAAAA TTAAACAATG GTACTTTCGA CTTTGTTAAT 
AGAAAAACAA CTTTAAAGTT TAACCAAGAA TATTATAACT TAGTCAAAGA CAACGTAAAG 
ATCTCCAAAG ATGAATTATT TTTAGATAAA GAATTTTCAG AAATGGCTTT CGATAACAAA 
AACAATCCAA TTTCAAAATT AGTGTTCGAT AAAGAAACTA TTCCAACTTC GTCATGCCCA 
GGAGTTACCG AATTAAATCC AATACAATTC TTTTTCGAAA TTATTTTCCC AAATTATGAA 
AGTTTTTCTT TAGAAGAAAA TATTTCAATT TTAAACTTTT TAAAGAAATC TATTTACAAC 
AATGGCAAAT TTACACCACA ATTGGAATAC GATCAATATG ATCAATTAAA GAAATATAAC 
TTAATTCCAT GCAATTTTAA AGATATTACC CAACTTAGAC CAATTTCAGA ATTATACAGC 
TTTCAATTTA AAGGAATCTT CGATTTACCT TTTCCATTAG ATTGCTTTAA TACCAAAGAA 
TGGGAAAGTG TATTTAAACA TTTCGGTATC AAAGACAATT TAGATAGAGA AAGTATTGAA 
AGAGAATTCA AAAGATTGTC AAAAGACTTT TATGATTTAA AAGATTCAAA AGATTCCCAA 
TCAGAAAAGA ATTTAGTAGA AAGATCTAAA ATGTTATGGA GACTTCTAAA ATCTGGCTTC 
ACTTTACAAT CATATGACAA AATTTGGGAT AATATAATAG AACTTAATAT CATCCCTACT 
TCATCTTTAG ATTTAATTGG TGCCAAACCA AATCCACCTC TTTTGGGAAG AATAAAGAAA 
TGTTTTTTTG ACCAAAAATA TAAAAATCTT CTCTTTACAA TTAAATACCA ATGTTCAGAA 
CCAATCAATA TCCCAAATAA TGATAATTAT ATCCAAATAA CAAATGAAAA AGTTTTTAAA 
AATTTATTCA ATATATTTCA AGGTCAAAAC AATTGGAGAA ATAATGATAA TGAACTATTC 
AACCTCTTAA AAGAAAATTG TCAATATTTA GAAAATCAAT TAATAAATGA TAAAGAAATT 
AAAAATTTCA AGAAATTCAA AATTAAAAGA TTACCAATTC AAAATTCAAA TTTATCAGTA 
GAATTCGAAA ATATTATTTT TGATAATGAT TTGGAACTAG AACCATTCTT TAAACCTTTA 
CCAAATTTTT ATTCAATCTT CCGTAGTTTA TTCACATTAT TGGGTGTAAA AACACTTAAT 
AACAAACAAA CAATAGTCAA TAGATTAGAA CAATTCCTCC ACCAAGATAT TACAAACGAA 
ATTCAATCAT TTGTAAATAT AAAGAGAATT TTGTCGCAAT TTAATAATCA AATAGATAAA 
ACAGATCCAA TTTTAACAAA TATAAATTTT TTAAAACCAT TATCAGAAGT ATTTTATATA 
GATAATCAAA TGATTTTTGA AAGAATAAAT ATTACAGGTA AACTATGGGT TGCAAATGAA 
ATATACAATT ATGATTTTGA AGCTTGGGGA ATTCCAAAAC TATCGACTCT AGTTAAAGAA 
GAAATAAATA GAGAAATTTC AAAATTCAAT CAAAATTTTG AATCACCAGA ATTTAATATA 
TTCAATTTTG AATTTTTAAC AGACCCTAAA CTTGTTTTAT TGATTTCAAA TCATCCAAAT 
AAAATGAAAT TACAAAATAT CACTATCAAC TTTGGATCTA TAATCTTAAA AACAATTTTA 
AAAACAGATA ACTCCAATAT TTCAAATAAT AAGAAAACAA AATATTTCTA TGACCCTGTT 
ACAAATATCT TATACATTGA TGAAGCCAAC GATCAACTAT ATTCTATTTT AGAAGAAATC 
TATGGGTTTA AACAAAACTC ATTATGCAGT ATCTTTAATA GAATTTTAGC AGAAGGAAAT 
AAAAAAGAAA CAAAAAAGAA AAATGAAACT TTTGAAAAAA TGTTAAATGA TTTTAATATA 
TATAAAGATA AAAAATCACT AATATTATAT CAAATAGCTT TAAAAAAGAA CCAGATAGCA 
ACAAAAATGT ACCAAAGCCA AGATTATGAC GAAGTTTTTA AATACTGTAA CAAATCTATT 
TCATTTTCAG TTAAAAGTAT TTTAGAATAT CAAAATATTC GATATAGTTC AATTTCTGAT 
ACTAATAGAT TAAAAGGGTT AACAAACAGT CTAAAATCAC TAAGAGAGCT TACATCATTT 
GAAACCAATT TGTATCAATT CAAAACATCA TTATGCAAAT TCTCTAATCA AGAAAACTCT 
TCTCAAATAT TAGATTTATC AAACAATTAT TTAAAAGAAG CAAAAAAAAT AATCAATAAT 
TAA

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

RefSeq	XP_003287807.1
CDS	1..7983
Translation	MVIKQRNQKLDITTGIRNNLAKYQESKIFREIVQNAEDAGANEVIIKLDLNTYGSEKLFFKEDDEFYNNLKDLQGPSIIIYNNGVFKDSDWEGIEYIGEGSKKKDMLSIGNFGLGFNSTYHITDCPQIISGKKLWFLDPVKLIKEGIECADFTAENYEEYEDQFKPFEQFGCTMKSFFEGTIIRLPLRLRGNKIKEKPLSIWDCEKILEEFYNEMLEIPIFLKVISSITLETSSNFIFKVQVKNHDQVQNERKKVSEHLKTIVNYEMKDKTDNYEFNTIISKKNQNDFKSTYQLEMETTLNNNGVIKTNEISFIVSQGILVSNELNSLVIDSEIKLVSYGGVAIPITNNNGTIEVYDEEFQGKPFCFLPIGNQKISSKAHVFGYYILSDARSEIQYTSQSNLVYSQEYKINKWNHFISESVVPFFYKEALNYMTKFNIDLISYFPYHCLVNKSSNSSAEIDFSTNTMKHVMEGYYFIKYFKITGSQYNSYSGSVIVEENTKSFVLDYLKKSNYQTILLNNLFIGYLKNNGFNTSCIISPNFLCSLLSKIQLTEYSEDILDYICSCDSVITNGLLNNLQILPINFSYIRNLDSLKVQNFNSFSSPNSFIIVSNKIYQLLNNIGANLDYILDISLISKTFCEKIALIEKLYCNIKSIDINLFLNKINMVAARENNYSKEIWEIIKSLYYFNDASINKSISKLHIFPYKESQLSAIKYINFDHPKVFPKFNPIFSENNIIIYEKLKIIFVENEENVQNFLSNYCRSNNFIDKLYLEIGKHGYLEQILLPEEISSLRKYLYNLANQNGFVSWSNTNNNLFFSMPIHECIGNSNKKFTFISNQSTCIKFSDIRDYEINGKEVVLINSNEYDGIPLPTNSIYKNDFLVYLNYLLPNLQYFSEEKSIQVIKTFGNKYLYRSSYGTYGVIYTPGSDSIYSNELYKSNWILTSSSQYINLKNVYHLSNKDIEIYEIIKPELVIHKEIYFISEILLNLQLIKNITICQTINSIIEFFQSNPCDQKLYDLLLIYFNQIDPSQANGVLDRIRNINFIPSYIVETYPGFEPNTSTISLSEVTILEHKDIKFSIKYPIKFENKSNIYNYLKDDSQSVFDHWYKLLIKKPFPKDLNLDIVFKSIYKFVSKIKELSPQQEQVLDQIEEYGILWHMNQFIDIEKLYYEGENVVFSPFYYKVNPSVFPIFKKIIKKNLHLEDYYNIISEIQKQEINQDLIQMYCYCLRFISNFNSEDINKDKIKLLPTEENQLIEFDKVVFSETVIPQSMDYHQLSKLIGLLTVEKLEISKLSQIIQEEVACSFGQNEELVPRLQSLIKDYGVQSFFNEMIQNASDANATEVKIFMDQNGDKSEYIKDVPDIDNYLSNSLVIYNNSIFTDQDIENIQRISSSYKKQDESKIGFNGLGINSAYNFSNVITILSGKYLMILDPFVRHIPESIKKSTGAKLEIKKHFNVKKDYFKPFLNYKKLFNIDFDQGEFKGTIIRLPLKKNPDKNRNIKNVEYNTQSILELFSNFNQNKLHNCMLFTKINEIEIGYLTNKYESLYKTTKQSVKSLIQRETHKLLDVIPMDITEHTYEVINKKEKETNIFIVGSTSVFENNEDFLNNLPIDNKIRKFLTMYTEEKRKPYGGIAFEISDVDGSFIKQKSKSFCYLPFKDSDLPIHVNGFFSMTTARDILEKERAMNYQMNEDPLEKVVSKAIQSLESFSIYWNTLLIEELITPIFIKTLLLYKEDYILGREYPDKNTYMELINKYYQIFPESQTNSSTIFQNFIHKFYKISIEHQFDYIIPHPNYFSRSLIKFLLLIDSDQKLSMSTLKCFSNYGDIYFIPKELCKQLELEQNIMEPQLLSIIIQNKTLDKDILNNNTSLIEIIRYLGPDLSNGCQLLKLNNGTFDFVNRKTTLKFNQEYYNLVKDNVKISKDELFLDKEFSEMAFDNKNNPISKLVFDKETIPTSSCPGVTELNPIQFFFEIIFPNYESFSLEENISILNFLKKSIYNNGKFTPQLEYDQYDQLKKYNLIPCNFKDITQLRPISELYSFQFKGIFDLPFPLDCFNTKEWESVFKHFGIKDNLDRESIEREFKRLSKDFYDLKDSKDSQSEKNLVERSKMLWRLLKSGFTLQSYDKIWDNIIELNIIPTSSLDLIGAKPNPPLLGRIKKCFFDQKYKNLLFTIKYQCSEPINIPNNDNYIQITNEKVFKNLFNIFQGQNNWRNNDNELFNLLKENCQYLENQLINDKEIKNFKKFKIKRLPIQNSNLSVEFENIIFDNDLELEPFFKPLPNFYSIFRSLFTLLGVKTLNNKQTIVNRLEQFLHQDITNEIQSFVNIKRILSQFNNQIDKTDPILTNINFLKPLSEVFYIDNQMIFERINITGKLWVANEIYNYDFEAWGIPKLSTLVKEEINREISKFNQNFESPEFNIFNFEFLTDPKLVLLISNHPNKMKLQNITINFGSIILKTILKTDNSNISNNKKTKYFYDPVTNILYIDEANDQLYSILEEIYGFKQNSLCSIFNRILAEGNKKETKKKNETFEKMLNDFNIYKDKKSLILYQIALKKNQIATKMYQSQDYDEVFKYCNKSISFSVKSILEYQNIRYSSISDTNRLKGLTNSLKSLRELTSFETNLYQFKTSLCKFSNQENSSQILDLSNNYLKEAKKIINN

Target ORF information:

RefSeq Version	XM_003287759.1
Organism	Dictyostelium purpureum
Definition	Dictyostelium purpureum hypothetical protein, mRNA.

Target ORF information:

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

XM_003287759.1

ORF Insert Sequence:

ATGGTAATAA AACAAAGAAA CCAAAAGTTA GATATAACTA CAGGTATTAG GAACAATTTA 
GCTAAGTATC AAGAGTCTAA AATATTTAGA GAGATTGTTC AAAATGCTGA AGATGCTGGT 
GCAAATGAAG TCATCATTAA ATTAGATTTA AATACCTATG GCTCTGAGAA ATTATTTTTT 
AAAGAAGATG ATGAATTCTA TAACAACTTA AAGGATCTAC AAGGACCAAG TATTATCATT 
TATAACAATG GTGTATTTAA AGATAGTGAT TGGGAAGGTA TTGAATATAT CGGTGAAGGA 
TCAAAAAAGA AAGATATGCT TTCAATTGGT AATTTTGGAT TGGGATTCAA TTCAACATAC 
CATATTACTG ATTGTCCTCA AATTATTTCT GGAAAAAAGC TTTGGTTTTT AGATCCAGTC 
AAGCTAATTA AAGAGGGTAT CGAATGTGCT GACTTTACTG CTGAAAACTA TGAAGAGTAT 
GAAGATCAGT TTAAACCATT TGAACAGTTT GGCTGTACAA TGAAGTCATT TTTCGAAGGT 
ACCATCATTC GTTTACCATT GAGACTAAGA GGAAATAAAA TCAAAGAAAA ACCACTGTCT 
ATTTGGGATT GTGAAAAAAT TCTTGAAGAA TTTTACAATG AAATGTTAGA AATTCCAATC 
TTTCTTAAAG TAATATCATC TATTACTCTT GAGACAAGTT CAAATTTTAT TTTTAAAGTT 
CAAGTTAAAA ACCATGATCA AGTTCAAAAT GAAAGAAAAA AAGTTAGTGA ACATTTAAAA 
ACAATTGTAA ACTATGAAAT GAAAGATAAA ACTGACAATT ATGAATTCAA CACAATTATA 
TCAAAAAAAA ATCAAAATGA TTTTAAATCA ACATATCAAC TTGAAATGGA AACAACATTA 
AATAATAATG GTGTAATCAA AACAAATGAA ATCAGTTTCA TTGTATCACA AGGTATATTG 
GTTTCAAATG AACTCAACTC TCTTGTAATT GACTCAGAGA TCAAATTAGT ATCGTATGGA 
GGTGTTGCAA TTCCAATCAC AAATAATAAT GGCACTATCG AAGTATATGA TGAAGAGTTT 
CAAGGTAAAC CATTCTGCTT TTTACCAATA GGCAATCAAA AAATCAGTTC AAAGGCTCAT 
GTATTTGGAT ACTATATTCT TTCTGATGCT CGTTCTGAAA TTCAATACAC AAGTCAATCA 
AATCTTGTAT ACAGTCAAGA GTATAAAATC AATAAATGGA ATCATTTTAT CTCAGAATCA 
GTTGTTCCAT TTTTTTATAA AGAAGCACTA AATTACATGA CCAAATTCAA TATCGATCTA 
ATATCATATT TCCCATACCA CTGTCTTGTA AACAAGTCAA GTAACTCATC AGCCGAAATT 
GACTTTTCAA CCAATACAAT GAAGCATGTA ATGGAGGGAT ATTATTTTAT AAAATATTTT 
AAAATTACGG GGTCGCAGTA TAATTCTTAT AGTGGCTCGG TTATTGTTGA AGAAAATACT 
AAATCTTTTG TTTTAGACTA TTTAAAAAAA TCAAATTATC AAACAATACT TTTGAATAAC 
CTATTCATCG GCTATCTCAA AAATAATGGA TTTAATACAA GTTGTATAAT TTCTCCAAAT 
TTTCTATGTT CATTGTTATC AAAGATTCAA CTTACTGAAT ATTCTGAAGA TATTCTAGAC 
TATATTTGCT CATGTGATTC AGTAATTACA AATGGACTTT TAAACAATCT ACAAATTCTT 
CCTATAAATT TTTCATACAT TAGAAACTTG GACTCATTAA AAGTACAAAA CTTCAACAGT 
TTTTCTTCTC CAAATAGTTT TATTATAGTT TCAAATAAAA TATATCAACT ATTAAATAAC 
ATTGGCGCAA ATTTAGATTA TATTCTTGAC ATCTCACTGA TTAGTAAAAC ATTTTGTGAA 
AAGATAGCTC TTATTGAGAA ATTATATTGC AATATTAAAT CAATCGATAT AAATTTATTT 
TTAAATAAAA TAAATATGGT TGCAGCTAGA GAAAACAATT ATTCAAAAGA AATTTGGGAA 
ATAATTAAAA GTTTATATTA TTTTAATGAT GCTTCAATAA ATAAATCAAT ATCAAAATTA 
CATATTTTTC CATACAAGGA GAGTCAATTA TCAGCAATCA AATATATAAA CTTTGATCAC 
CCAAAGGTTT TTCCAAAATT TAATCCAATA TTTTCTGAAA ACAATATAAT TATTTACGAA 
AAATTAAAAA TTATTTTTGT TGAAAATGAA GAGAATGTTC AAAATTTTTT ATCAAATTAT 
TGCCGTTCAA ATAATTTCAT TGATAAATTG TATCTAGAAA TTGGAAAACA TGGTTATTTG 
GAGCAAATAC TTTTACCCGA AGAGATATCA TCCCTCAGAA AATACTTGTA CAATTTAGCG 
AATCAAAATG GTTTTGTTTC ATGGAGCAAC ACTAATAATA ATTTGTTTTT TTCAATGCCA 
ATTCATGAAT GTATTGGTAA TTCAAATAAA AAATTCACAT TCATTTCAAA CCAATCCACA 
TGCATTAAGT TTTCAGATAT TAGAGATTAT GAAATCAATG GCAAAGAAGT TGTTTTAATA 
AATAGCAATG AATATGATGG TATTCCATTA CCAACTAATT CAATTTATAA AAATGACTTT 
TTGGTTTATT TAAACTATCT TTTACCAAAC CTGCAATATT TTTCAGAAGA AAAATCCATT 
CAAGTTATTA AAACATTTGG AAACAAATAC TTATATAGGT CAAGTTATGG AACATACGGA 
GTAATATATA CACCAGGCTC CGATAGTATC TACTCAAATG AACTTTATAA ATCAAATTGG 
ATATTAACAT CGAGTAGTCA ATATATTAAT TTAAAAAACG TGTACCATCT TTCAAATAAA 
GATATTGAAA TATATGAAAT TATCAAACCA GAACTTGTAA TCCATAAAGA GATATACTTT 
ATTTCAGAGA TTTTATTAAA TCTACAATTA ATTAAGAATA TTACTATTTG CCAAACTATT 
AACTCAATTA TAGAATTCTT TCAAAGTAAC CCTTGTGATC AAAAACTATA CGATTTATTG 
TTAATATACT TTAATCAAAT TGATCCATCC CAAGCAAACG GTGTATTAGA TAGAATCAGA 
AATATTAATT TCATTCCAAG CTATATTGTA GAAACATATC CAGGTTTTGA ACCAAATACA 
TCAACCATTT CACTCTCAGA AGTTACTATT TTAGAACATA AAGATATCAA GTTTTCAATA 
AAATATCCAA TCAAATTTGA AAATAAATCA AACATTTACA ATTATTTAAA AGATGACAGC 
CAATCAGTTT TCGATCATTG GTATAAATTA TTAATAAAAA AACCTTTTCC AAAGGATTTA 
AATTTAGATA TAGTTTTCAA ATCAATTTAT AAATTTGTTT CAAAAATTAA AGAATTGTCA 
CCACAACAAG AGCAAGTATT AGATCAGATT GAAGAATATG GTATATTATG GCACATGAAT 
CAATTTATCG ATATTGAAAA ATTGTACTAC GAAGGTGAAA ATGTAGTTTT CTCTCCATTT 
TATTACAAAG TTAATCCATC AGTTTTTCCA ATTTTTAAAA AAATAATAAA GAAAAATTTA 
CACTTAGAAG ATTATTACAA TATAATTTCA GAAATTCAAA AGCAAGAAAT AAATCAAGAT 
TTAATTCAAA TGTATTGTTA TTGCTTAAGG TTTATTTCTA ATTTCAATAG CGAGGACATA 
AACAAAGATA AAATTAAGCT TTTACCAACT GAAGAAAACC AATTAATTGA GTTTGATAAA 
GTTGTATTCT CTGAAACTGT TATTCCACAA AGTATGGATT ATCATCAATT AAGTAAACTT 
ATTGGACTAT TAACAGTAGA GAAATTAGAA ATATCAAAAC TATCGCAAAT TATACAAGAA 
GAGGTTGCAT GTTCTTTTGG TCAAAATGAA GAATTGGTTC CACGTTTACA AAGCCTTATT 
AAAGATTATG GAGTACAAAG TTTTTTCAAT GAAATGATTC AAAATGCCAG CGATGCCAAT 
GCAACTGAAG TTAAAATATT TATGGATCAA AATGGTGATA AAAGTGAATA TATAAAAGAT 
GTTCCAGATA TTGATAATTA TCTATCCAAC TCATTAGTTA TTTATAATAA CTCAATATTT 
ACAGATCAAG ATATTGAAAA TATTCAAAGA ATTAGTTCAT CATACAAAAA ACAAGATGAA 
TCAAAAATTG GTTTCAATGG TTTAGGTATT AACTCAGCAT ACAACTTTTC GAATGTTATT 
ACAATTTTAT CTGGAAAGTA TTTAATGATA TTAGATCCAT TTGTTAGACA TATTCCAGAG 
TCAATTAAAA AATCAACAGG TGCCAAACTT GAAATTAAAA AACACTTTAA TGTAAAAAAA 
GATTATTTCA AACCATTTTT AAATTACAAA AAACTATTCA ATATTGATTT CGATCAAGGA 
GAATTTAAAG GAACCATTAT TAGATTACCA CTAAAAAAAA ATCCAGATAA AAATAGGAAT 
ATTAAAAATG TAGAATATAA TACTCAAAGT ATTTTAGAAC TCTTTTCAAA TTTTAATCAG 
AACAAACTTC ACAACTGCAT GCTTTTCACA AAAATTAATG AAATTGAAAT CGGCTATTTA 
ACAAATAAAT ATGAATCATT ATATAAAACA ACTAAACAAT CTGTAAAGAG TCTCATACAA 
AGAGAAACAC ATAAATTATT AGATGTCATT CCAATGGATA TAACAGAACA TACTTATGAA 
GTAATAAATA AAAAAGAAAA GGAAACAAAT ATATTCATAG TAGGTTCAAC ATCTGTATTT 
GAAAACAATG AAGACTTTTT AAATAATTTA CCAATTGACA ATAAAATAAG AAAGTTCCTC 
ACAATGTATA CCGAAGAAAA GAGAAAACCT TATGGTGGTA TTGCATTTGA AATATCAGAT 
GTAGATGGAT CTTTTATAAA ACAAAAATCG AAATCATTTT GTTACCTTCC ATTCAAAGAT 
AGTGACCTAC CAATCCATGT TAATGGTTTC TTTTCAATGA CTACAGCAAG AGATATATTG 
GAAAAAGAAA GAGCTATGAA TTATCAAATG AATGAAGATC CATTGGAAAA AGTCGTCAGT 
AAAGCTATAC AAAGTCTTGA GTCATTCTCT ATTTACTGGA ACACCTTATT AATTGAAGAA 
CTTATTACTC CAATCTTTAT CAAGACATTA TTATTATACA AAGAAGATTA TATTTTAGGT 
AGAGAATACC CAGATAAAAA TACATACATG GAGTTAATCA ATAAATATTA TCAAATTTTC 
CCAGAAAGTC AAACAAATAG TAGTACAATC TTTCAAAATT TTATCCACAA GTTCTATAAA 
ATTTCAATTG AACACCAATT TGACTATATT ATACCTCATC CAAACTATTT TTCTAGAAGT 
CTAATTAAAT TTTTATTATT AATTGATAGT GATCAAAAAC TATCAATGTC TACATTAAAA 
TGTTTTTCAA ATTATGGCGA TATATATTTT ATTCCAAAAG AACTCTGTAA ACAATTAGAA 
TTGGAACAAA ATATAATGGA GCCACAGTTA TTATCAATAA TAATACAAAA CAAAACATTG 
GACAAAGATA TTTTAAATAA TAATACCAGT TTAATTGAAA TCATTAGATA TTTAGGTCCA 
GATCTATCAA ATGGTTGCCA ACTTTTAAAA TTAAACAATG GTACTTTCGA CTTTGTTAAT 
AGAAAAACAA CTTTAAAGTT TAACCAAGAA TATTATAACT TAGTCAAAGA CAACGTAAAG 
ATCTCCAAAG ATGAATTATT TTTAGATAAA GAATTTTCAG AAATGGCTTT CGATAACAAA 
AACAATCCAA TTTCAAAATT AGTGTTCGAT AAAGAAACTA TTCCAACTTC GTCATGCCCA 
GGAGTTACCG AATTAAATCC AATACAATTC TTTTTCGAAA TTATTTTCCC AAATTATGAA 
AGTTTTTCTT TAGAAGAAAA TATTTCAATT TTAAACTTTT TAAAGAAATC TATTTACAAC 
AATGGCAAAT TTACACCACA ATTGGAATAC GATCAATATG ATCAATTAAA GAAATATAAC 
TTAATTCCAT GCAATTTTAA AGATATTACC CAACTTAGAC CAATTTCAGA ATTATACAGC 
TTTCAATTTA AAGGAATCTT CGATTTACCT TTTCCATTAG ATTGCTTTAA TACCAAAGAA 
TGGGAAAGTG TATTTAAACA TTTCGGTATC AAAGACAATT TAGATAGAGA AAGTATTGAA 
AGAGAATTCA AAAGATTGTC AAAAGACTTT TATGATTTAA AAGATTCAAA AGATTCCCAA 
TCAGAAAAGA ATTTAGTAGA AAGATCTAAA ATGTTATGGA GACTTCTAAA ATCTGGCTTC 
ACTTTACAAT CATATGACAA AATTTGGGAT AATATAATAG AACTTAATAT CATCCCTACT 
TCATCTTTAG ATTTAATTGG TGCCAAACCA AATCCACCTC TTTTGGGAAG AATAAAGAAA 
TGTTTTTTTG ACCAAAAATA TAAAAATCTT CTCTTTACAA TTAAATACCA ATGTTCAGAA 
CCAATCAATA TCCCAAATAA TGATAATTAT ATCCAAATAA CAAATGAAAA AGTTTTTAAA 
AATTTATTCA ATATATTTCA AGGTCAAAAC AATTGGAGAA ATAATGATAA TGAACTATTC 
AACCTCTTAA AAGAAAATTG TCAATATTTA GAAAATCAAT TAATAAATGA TAAAGAAATT 
AAAAATTTCA AGAAATTCAA AATTAAAAGA TTACCAATTC AAAATTCAAA TTTATCAGTA 
GAATTCGAAA ATATTATTTT TGATAATGAT TTGGAACTAG AACCATTCTT TAAACCTTTA 
CCAAATTTTT ATTCAATCTT CCGTAGTTTA TTCACATTAT TGGGTGTAAA AACACTTAAT 
AACAAACAAA CAATAGTCAA TAGATTAGAA CAATTCCTCC ACCAAGATAT TACAAACGAA 
ATTCAATCAT TTGTAAATAT AAAGAGAATT TTGTCGCAAT TTAATAATCA AATAGATAAA 
ACAGATCCAA TTTTAACAAA TATAAATTTT TTAAAACCAT TATCAGAAGT ATTTTATATA 
GATAATCAAA TGATTTTTGA AAGAATAAAT ATTACAGGTA AACTATGGGT TGCAAATGAA 
ATATACAATT ATGATTTTGA AGCTTGGGGA ATTCCAAAAC TATCGACTCT AGTTAAAGAA 
GAAATAAATA GAGAAATTTC AAAATTCAAT CAAAATTTTG AATCACCAGA ATTTAATATA 
TTCAATTTTG AATTTTTAAC AGACCCTAAA CTTGTTTTAT TGATTTCAAA TCATCCAAAT 
AAAATGAAAT TACAAAATAT CACTATCAAC TTTGGATCTA TAATCTTAAA AACAATTTTA 
AAAACAGATA ACTCCAATAT TTCAAATAAT AAGAAAACAA AATATTTCTA TGACCCTGTT 
ACAAATATCT TATACATTGA TGAAGCCAAC GATCAACTAT ATTCTATTTT AGAAGAAATC 
TATGGGTTTA AACAAAACTC ATTATGCAGT ATCTTTAATA GAATTTTAGC AGAAGGAAAT 
AAAAAAGAAA CAAAAAAGAA AAATGAAACT TTTGAAAAAA TGTTAAATGA TTTTAATATA 
TATAAAGATA AAAAATCACT AATATTATAT CAAATAGCTT TAAAAAAGAA CCAGATAGCA 
ACAAAAATGT ACCAAAGCCA AGATTATGAC GAAGTTTTTA AATACTGTAA CAAATCTATT 
TCATTTTCAG TTAAAAGTAT TTTAGAATAT CAAAATATTC GATATAGTTC AATTTCTGAT 
ACTAATAGAT TAAAAGGGTT AACAAACAGT CTAAAATCAC TAAGAGAGCT TACATCATTT 
GAAACCAATT TGTATCAATT CAAAACATCA TTATGCAAAT TCTCTAATCA AGAAAACTCT 
TCTCAAATAT TAGATTTATC AAACAATTAT TTAAAAGAAG CAAAAAAAAT AATCAATAAT 
TAA