LOC100367446 cDNA ORF clone, Saccoglossus kowalevskii

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100367446
Entrez Gene ID	100367446
Full Name	rapamycin-insensitive companion of mTOR-like
Gene Type	protein-coding
Organism	Saccoglossus kowalevskii

mRNA and Protein(s)

mRNA	Protein	Name
XM_002741609.1	XP_002741655.1	rapamycin-insensitive companion of mTOR-like

Pathways from BioSystems
Gene Ontology

The following LOC100367446 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100367446 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
OSg16203	XM_002741609.1 Latest version!	Saccoglossus kowalevskii rapamycin-insensitive companion of mTOR-like (LOC100367446), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC100367446 ( XM_002741609.1 ) cDNA ORF clone, Saccoglossus kowalevskii -> XP_002741655.1 Saccoglossus kowalevskii rapamycin-insensitive companion of mTOR-like (LOC100367446), mRNA.

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CloneID	OSg16203
Clone ID Related Accession (Same CDS sequence)	XM_002741609.1
Accession Version	XM_002741609.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5139bp) 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	1392566400000
Organism	Saccoglossus kowalevskii
Product	rapamycin-insensitive companion of mTOR-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003155740.1) 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 :: Saccoglossus kowalevskii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGCCA TGTTCCGGCC CCGTCATAGC TCCAGACGGA CAAGAGGACG TCATGATAGT 
GGAGATACGG ATGTCCCGTT GGATCTCGGC CGAGCTCCTG AGGAGAATGT ACGTGATATA 
TTAGTCAATA TAGTTAAGAC GTCTGGTAGT TCAAGAGGGA GAAAGCTTGG CCATCTCAAT 
AATTTTGTTA AAATTTTAAA AAATGTTTCT TCAGAAACAG ATTTGGGAAT TAAGTTACCT 
GAACTTATAT GTTGTTTGAG ACTTTCTCTT CTACATGAGG CGAAAGAAGT ACGGGCTGGT 
GGATTGCGAG CGCTACGATA TTTGATAACA AATGTAGAAA CGCTACAAGT GTTATTGAAA 
TATCACATTG ATATTCTTGT TGCAAGATGC ATTGACATAA ACCAGAATAA TGAAGTGGAA 
CGGGCACAAG CGCTTCGGTT TATGAGAAAG ATTATTACAG TGTGCCCAGA ATTGTTTCCC 
AGATCTCTTG CCAATACAAT AGTTGCCATT GGTAACGATG GTGGACATGA GAGGGACAGG 
TTACTGAGAT CCTCTGTAGC CACAATATGT GAATTAGCTT TAAAAAATAT AGAAATTATT 
TCAGAGTGTG GTGGAATTAA TACAATACTA CACAACATAT TAGACAGTCA GTTATCTCGG 
GTGAATGAAT CGTTGGTATT TACAATATTA TATTTATTAA ATCAACCACA AACAAGAAAA 
TATATCAAAT CAGATGTCGA CTTAGAGAAA ATTTTAGCTC CTTACACAGA TATTCACTAT 
CATCATACTT TCCAAATTCC GGATGCCCAT ATAAGTGATG ATAGACATGC ACGCTGTTTA 
GCAAGTCGTA TGGCGATAGT AACGATGTTT AGATCATGGC CAGGAATGAT ACGTCTTTGT 
AGACCTGATG CCAGTGGTTT GTGTTCATTT CTTGGTGTTT TATCAGTTCC TAATGAGGAT 
TTGAGGAAAG GTGTCATGGA CGTCCTTTAT GAAATATTTA GTCTTCCAAT TCCTGAATGG 
ACGGATAATT TTAATATAGC CTTACTGAGT TCAGATCCTT CTCAAGAGCA TGTATCATGG 
AAGTTGTCAG CTGGGTTTGT GGTCGAGGAA GCAAAGCGGG TGTTGCCACA TCGGGCAATG 
ACGCGAAGTA ATCTAGTGGA GAATCACATA GCATTGATAT TACAAGCTTT CATCGGTGCT 
GGATTATTAG AGAGTCTAGT AGAAGTCATC ACAACAGGAG AGCAGCACTT ATCAATAAGA 
GCAACAATAT TATTAGGAGA GTTATTACAC ATGGCGAATA CACTATTACC ATATGAATGT 
GGTCACCATT CTCATTGTTT ACCAACTCTG ATGACAATAG CAGCTTCATT TGACGTCCCA 
CCTATAGAAC GAGTTCGAGC CAGTATAGCT GTCAATCGAT TAAACCGATT CCATGAAATG 
AAGAAGAGGG GTCCAGTGCC GTCAAGTTTA TTTTTAGATC AGATCATGAA ATATACAAGG 
GAGCATAAAA TTGACACGCA ATTAACTGAA AGACTCAGTC ATGAAAAACT AATTAAAGCT 
ATTTACAAGG ACTATGATGA TCCAGTTGGG CAGGCAATTA GAGACTCTAT GGTGATTTCA 
ACTTCACAAC ATCAGGCTTG GAACTGGAAT ATTATTACAG CTTTACTCAA GTGGCCAAGT 
ACCTCACTAA GAAGACTAGA TGATACTGTG AATCTCAGAT TTATCAGGAG ATTAATCCAA 
TTCTTCAAAC CCAGCAGTTG TCTGTATGAC AACATTGAGT TGTCTGTGTT GGATTCTGAC 
AAGTACTCAG TGGCTGGTAT ACAACTCGTA GATTTCCTAC TGACATGTGA AGAGGAAGGA 
GAGAAAATCT TGAGTGAGCT GATGCAAGAG ATAGTAGATT GTTTAGCCGA CACATTGAAG 
AGGACACCAC AATCAGCAGA CGCCATTTTT GGCTCTCACA AAGTTACACA TAATCTGAGT 
CAACATTATT TTTTATTTAT TGGTAAATTA ACTACTACTT TATCAGGAGA AAAGATTTTG 
GAGAAGACTG GATTATTTCA ACATTTACTT GATCTCTGTT CGTCGCAGTC TCATGAATAC 
CTCATCAAAT TAGTTATCAC CAGTTTAGAC TATACTAGGG ACAGTCTGTC AAGAATCATA 
CTATCCAAAG TGCTGTCATC AGCACCAGAG AATGTAAGAC AGTATGCCAC CAGTCATCTT 
AGAGTGTTAC TACGAGCCCA GGCTCCCTTC TTCACTAACT GGGGAATGGA ATTGCTTGTG 
ACACAACTGT ATGATAAGAA CCGTGCCATT GCTATAGAAG CCATTGACAT CTTAGATGAG 
GCCTGTGAGG TGGAGGCTAA TTTACATGCT TTAGTTCAGA TGCGACCGTC GTTACTTCAT 
ATGGGGGACA AAGGAGTTTT GCTTCTTATA AGGTTCCTCT CCATTCCAAA GGGTTTTAAG 
TGCCTTTCTG ATGTAAACTT TGTCACTCAT GAACTTGAGA AGTGGAAGAA GACATTCAAC 
AAAAAGTATG TAATTATAGT CGAAGCTGAG CTCAACGAAT CATTTACATC ATATCAGAGA 
CCACCGAGTG ATGGTCAGGT GATGAGGCGT TCATCAGAAC CCAAACAGAG GCAACGGGAT 
GTCTTTGTAC CTGTACATTT GTATGGTCAA TTGGTGCAAC ACAAAGCAGG TTCTGATCTA 
TTGGACAAGC AGGATGCTGT ACCTGAATTA AGTCGATCTG TGAGGTACCC TGAGCTAGAT 
CAAGAAGGCA TCTTGAATCT CAAGGCAGCT ATATGGGGAT TGGGTCATAT AGGAAGTTCC 
ATTTGGGGAC TTAAGCTACT GTTGCAAGAA GAGATAATAG CTGATATTAT CAGATTAGCA 
GAAGAATGTG AAATATACTC AATCAGAGGG ACATGTTTCT ATGTGCTTGG TATGATAGCC 
AAGACAAAGA ATGGAGCCGA TCTGTTACGA TCTTTGGGAT GGGAAAGTGT CCGGCATAGT 
CGTAAAGATA TCTGGCCAGT TGTGGAAGAA GACGATGATT TATTGGATAA AGGAGGAAGT 
TTCCTCCCTG ATTATCCTTC TATGTCTAGT ATCCATAGCA ACATTGAAAG CCCTCATTAC 
TCGGATGCTG TGCCTTTTTT GGGGAGTGGT GATAGGACTT CAGATGGCAG TCCTAGTAGT 
ACATTCTTTC TTGACATCAA TGAACATGGG GAGCATCACT TAGTGAAAGG AGCAGATAAA 
TCTCCAGGTG GGAGTACTAC ATCACCAATA AGGGATAAAT TAGGTTTCCC GTTCTATCAA 
GTTGATGTAG ATAACCGTAA TAGAAGCACA AATAATGCTG CGTTACGAAA GTACATAGCC 
ATGTCAAAGG AACGTGATAT CCCGCGAGAT TCAGAACTAT CTAAATCTGC AGGGAAATTG 
AAACGCAATG TAACATCTCC GATTCTTCGA AGTACTAGTA TGCATGGAAG CCCGACTCGG 
GAAGTCAAAT TGCGCAGCAA TAGTGACAGT AGGACTCAAA TGGTATCAGA GGAAATGTCT 
GGAAAATTGC GTAGTAGTAG TAGTGTTGAC TTCAAGTGCA ATACTCTGCC TAAACAGCGA 
AGTCAAAGCT TCAAATATCG TAGCAATAGC AACGAAAGCA GTGGACGAGG CAGCACCGAT 
ACGAAGAGTC GTAGTGAAAG TTTCACTGAG ACAGTGACGA GTGGCATTAG TTCGTTAAAC 
TCTATTCAGT CAAACCCATC ATTTGAACTA ACAACCGAAA GCAACTCTAG TGTTAGTACA 
ATAAGTAGTT TGCAAACTTT TAAAACTGTT CATTCCTCAG ACTTTGCAAG GAAGCAGGTG 
AACTTGAAAC GAACGCCCAG TTTTACGAGA CGTTTTTCAA GCCCCATTAC AAGTTTGAGT 
CCCCCTGGTG GGAAATCATT CACTCTCCCA CCAGGCGTTC ACCTTAATAC TAATAAAAGT 
ACCATTGTTG AAGCTAACGC AGTGTATACA ACAACGCGGG ATGCGCAAGG ATATGCGGCT 
CTTAAGAATT TGAAAAAAAT TCGAGCTGAG TCAATGAGTG ATAATGTTGA CGTCATATCC 
TGGTCTGGTT TTCCTCTGTG CAGTCCACCG AAAGCGGGAT TTGGTAGAAG CAATACATAC 
ACCGGAAGAT TAGCTTCATT GGGGGAAGGT AGCACAACAT CTTTGGAAAG CGTAGACAGT 
ACTAAGAAGT CCCGGTCATT GACTCAGAAA CCTCACTCAA CCAGTGGTGG TGGGGGTGAT 
TATGTAGGGT TATGTCTACC AGTAGATGTC AATATGATAT TTCAGGTTGA TGATCCACCA 
AGCAAAATCA CTTCATCAGG AATCCATCGA CATGGAGGAC CACTCTCTGT ATTATCCCCT 
GTATCAGAAA AATGCCTGAC ATCTGTTGAT GCTCAAGTTT CCACAACTAC ATCAATGGCA 
CCACAATTTA GTCTCACACA AGCAGCAGAA ACTTTACGTC AACAGGTCAG AGAGCGAAAA 
ATCTCACGGA TGGAAAGCGG TTTTGAAGCT CATGCCATTG ACAAATGCTT ACTGTGTACA 
AAGGTCAGGA TCAAGAGCTT TGCCGTGACG ATAGAAGAAT ACACAGCAGA TATTGGACGT 
CTGCGAGCAT TAAGTGAGGC TGATGATAGC GTTTTACCAT CTTCAGCAGA ACATTATGCA 
GAACCTAGCT CAGGAACGAC ACCACAGTCC TCGTTAGTCA AATCGTTGTC TCTCACGAAA 
TCACCTTGCA GTAGCGACAT GACCCCGTCT AGTGCAAGTA GTGATGATTC AACACCAGCG 
TTCAAGAAGC TGACAGAAGA CAGTCCACTC GGAAGATCTT TAATAAAGAA GGAGATTGTG 
AGACTAGTTG TTAATCTGAG TAGTTCAGTG GCAATGAAAG CCCAGGAGCA AGGACTTCTC 
AGTTTGAAGG AGCGTTTTCC AAATGCCTTT CAGGATGTAT GTTTGTATTC AGACATTGCT 
GATATACTGG GCAACTACTC GTTTAGACTA GGTGCTCGGA GATTCGTACA AGAACTTTTT 
CAAGATATGG TATTTAGTGA GATGTATGCT GACGCCAGAG CAATATTGCA AATAACGGAA 
GCTGAGATGG CCAAAATGGA AAATGAAACA ATTCTTTGA

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

RefSeq	XP_002741655.1
CDS	1..5139
Translation	MAAMFRPRHSSRRTRGRHDSGDTDVPLDLGRAPEENVRDILVNIVKTSGSSRGRKLGHLNNFVKILKNVSSETDLGIKLPELICCLRLSLLHEAKEVRAGGLRALRYLITNVETLQVLLKYHIDILVARCIDINQNNEVERAQALRFMRKIITVCPELFPRSLANTIVAIGNDGGHERDRLLRSSVATICELALKNIEIISECGGINTILHNILDSQLSRVNESLVFTILYLLNQPQTRKYIKSDVDLEKILAPYTDIHYHHTFQIPDAHISDDRHARCLASRMAIVTMFRSWPGMIRLCRPDASGLCSFLGVLSVPNEDLRKGVMDVLYEIFSLPIPEWTDNFNIALLSSDPSQEHVSWKLSAGFVVEEAKRVLPHRAMTRSNLVENHIALILQAFIGAGLLESLVEVITTGEQHLSIRATILLGELLHMANTLLPYECGHHSHCLPTLMTIAASFDVPPIERVRASIAVNRLNRFHEMKKRGPVPSSLFLDQIMKYTREHKIDTQLTERLSHEKLIKAIYKDYDDPVGQAIRDSMVISTSQHQAWNWNIITALLKWPSTSLRRLDDTVNLRFIRRLIQFFKPSSCLYDNIELSVLDSDKYSVAGIQLVDFLLTCEEEGEKILSELMQEIVDCLADTLKRTPQSADAIFGSHKVTHNLSQHYFLFIGKLTTTLSGEKILEKTGLFQHLLDLCSSQSHEYLIKLVITSLDYTRDSLSRIILSKVLSSAPENVRQYATSHLRVLLRAQAPFFTNWGMELLVTQLYDKNRAIAIEAIDILDEACEVEANLHALVQMRPSLLHMGDKGVLLLIRFLSIPKGFKCLSDVNFVTHELEKWKKTFNKKYVIIVEAELNESFTSYQRPPSDGQVMRRSSEPKQRQRDVFVPVHLYGQLVQHKAGSDLLDKQDAVPELSRSVRYPELDQEGILNLKAAIWGLGHIGSSIWGLKLLLQEEIIADIIRLAEECEIYSIRGTCFYVLGMIAKTKNGADLLRSLGWESVRHSRKDIWPVVEEDDDLLDKGGSFLPDYPSMSSIHSNIESPHYSDAVPFLGSGDRTSDGSPSSTFFLDINEHGEHHLVKGADKSPGGSTTSPIRDKLGFPFYQVDVDNRNRSTNNAALRKYIAMSKERDIPRDSELSKSAGKLKRNVTSPILRSTSMHGSPTREVKLRSNSDSRTQMVSEEMSGKLRSSSSVDFKCNTLPKQRSQSFKYRSNSNESSGRGSTDTKSRSESFTETVTSGISSLNSIQSNPSFELTTESNSSVSTISSLQTFKTVHSSDFARKQVNLKRTPSFTRRFSSPITSLSPPGGKSFTLPPGVHLNTNKSTIVEANAVYTTTRDAQGYAALKNLKKIRAESMSDNVDVISWSGFPLCSPPKAGFGRSNTYTGRLASLGEGSTTSLESVDSTKKSRSLTQKPHSTSGGGGDYVGLCLPVDVNMIFQVDDPPSKITSSGIHRHGGPLSVLSPVSEKCLTSVDAQVSTTTSMAPQFSLTQAAETLRQQVRERKISRMESGFEAHAIDKCLLCTKVRIKSFAVTIEEYTADIGRLRALSEADDSVLPSSAEHYAEPSSGTTPQSSLVKSLSLTKSPCSSDMTPSSASSDDSTPAFKKLTEDSPLGRSLIKKEIVRLVVNLSSSVAMKAQEQGLLSLKERFPNAFQDVCLYSDIADILGNYSFRLGARRFVQELFQDMVFSEMYADARAILQITEAEMAKMENETIL

Target ORF information:

RefSeq Version	XM_002741609.1
Organism	Saccoglossus kowalevskii
Definition	Saccoglossus kowalevskii rapamycin-insensitive companion of mTOR-like (LOC100367446), mRNA.

Target ORF information:

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

XM_002741609.1

ORF Insert Sequence:

ATGGCTGCCA TGTTCCGGCC CCGTCATAGC TCCAGACGGA CAAGAGGACG TCATGATAGT 
GGAGATACGG ATGTCCCGTT GGATCTCGGC CGAGCTCCTG AGGAGAATGT ACGTGATATA 
TTAGTCAATA TAGTTAAGAC GTCTGGTAGT TCAAGAGGGA GAAAGCTTGG CCATCTCAAT 
AATTTTGTTA AAATTTTAAA AAATGTTTCT TCAGAAACAG ATTTGGGAAT TAAGTTACCT 
GAACTTATAT GTTGTTTGAG ACTTTCTCTT CTACATGAGG CGAAAGAAGT ACGGGCTGGT 
GGATTGCGAG CGCTACGATA TTTGATAACA AATGTAGAAA CGCTACAAGT GTTATTGAAA 
TATCACATTG ATATTCTTGT TGCAAGATGC ATTGACATAA ACCAGAATAA TGAAGTGGAA 
CGGGCACAAG CGCTTCGGTT TATGAGAAAG ATTATTACAG TGTGCCCAGA ATTGTTTCCC 
AGATCTCTTG CCAATACAAT AGTTGCCATT GGTAACGATG GTGGACATGA GAGGGACAGG 
TTACTGAGAT CCTCTGTAGC CACAATATGT GAATTAGCTT TAAAAAATAT AGAAATTATT 
TCAGAGTGTG GTGGAATTAA TACAATACTA CACAACATAT TAGACAGTCA GTTATCTCGG 
GTGAATGAAT CGTTGGTATT TACAATATTA TATTTATTAA ATCAACCACA AACAAGAAAA 
TATATCAAAT CAGATGTCGA CTTAGAGAAA ATTTTAGCTC CTTACACAGA TATTCACTAT 
CATCATACTT TCCAAATTCC GGATGCCCAT ATAAGTGATG ATAGACATGC ACGCTGTTTA 
GCAAGTCGTA TGGCGATAGT AACGATGTTT AGATCATGGC CAGGAATGAT ACGTCTTTGT 
AGACCTGATG CCAGTGGTTT GTGTTCATTT CTTGGTGTTT TATCAGTTCC TAATGAGGAT 
TTGAGGAAAG GTGTCATGGA CGTCCTTTAT GAAATATTTA GTCTTCCAAT TCCTGAATGG 
ACGGATAATT TTAATATAGC CTTACTGAGT TCAGATCCTT CTCAAGAGCA TGTATCATGG 
AAGTTGTCAG CTGGGTTTGT GGTCGAGGAA GCAAAGCGGG TGTTGCCACA TCGGGCAATG 
ACGCGAAGTA ATCTAGTGGA GAATCACATA GCATTGATAT TACAAGCTTT CATCGGTGCT 
GGATTATTAG AGAGTCTAGT AGAAGTCATC ACAACAGGAG AGCAGCACTT ATCAATAAGA 
GCAACAATAT TATTAGGAGA GTTATTACAC ATGGCGAATA CACTATTACC ATATGAATGT 
GGTCACCATT CTCATTGTTT ACCAACTCTG ATGACAATAG CAGCTTCATT TGACGTCCCA 
CCTATAGAAC GAGTTCGAGC CAGTATAGCT GTCAATCGAT TAAACCGATT CCATGAAATG 
AAGAAGAGGG GTCCAGTGCC GTCAAGTTTA TTTTTAGATC AGATCATGAA ATATACAAGG 
GAGCATAAAA TTGACACGCA ATTAACTGAA AGACTCAGTC ATGAAAAACT AATTAAAGCT 
ATTTACAAGG ACTATGATGA TCCAGTTGGG CAGGCAATTA GAGACTCTAT GGTGATTTCA 
ACTTCACAAC ATCAGGCTTG GAACTGGAAT ATTATTACAG CTTTACTCAA GTGGCCAAGT 
ACCTCACTAA GAAGACTAGA TGATACTGTG AATCTCAGAT TTATCAGGAG ATTAATCCAA 
TTCTTCAAAC CCAGCAGTTG TCTGTATGAC AACATTGAGT TGTCTGTGTT GGATTCTGAC 
AAGTACTCAG TGGCTGGTAT ACAACTCGTA GATTTCCTAC TGACATGTGA AGAGGAAGGA 
GAGAAAATCT TGAGTGAGCT GATGCAAGAG ATAGTAGATT GTTTAGCCGA CACATTGAAG 
AGGACACCAC AATCAGCAGA CGCCATTTTT GGCTCTCACA AAGTTACACA TAATCTGAGT 
CAACATTATT TTTTATTTAT TGGTAAATTA ACTACTACTT TATCAGGAGA AAAGATTTTG 
GAGAAGACTG GATTATTTCA ACATTTACTT GATCTCTGTT CGTCGCAGTC TCATGAATAC 
CTCATCAAAT TAGTTATCAC CAGTTTAGAC TATACTAGGG ACAGTCTGTC AAGAATCATA 
CTATCCAAAG TGCTGTCATC AGCACCAGAG AATGTAAGAC AGTATGCCAC CAGTCATCTT 
AGAGTGTTAC TACGAGCCCA GGCTCCCTTC TTCACTAACT GGGGAATGGA ATTGCTTGTG 
ACACAACTGT ATGATAAGAA CCGTGCCATT GCTATAGAAG CCATTGACAT CTTAGATGAG 
GCCTGTGAGG TGGAGGCTAA TTTACATGCT TTAGTTCAGA TGCGACCGTC GTTACTTCAT 
ATGGGGGACA AAGGAGTTTT GCTTCTTATA AGGTTCCTCT CCATTCCAAA GGGTTTTAAG 
TGCCTTTCTG ATGTAAACTT TGTCACTCAT GAACTTGAGA AGTGGAAGAA GACATTCAAC 
AAAAAGTATG TAATTATAGT CGAAGCTGAG CTCAACGAAT CATTTACATC ATATCAGAGA 
CCACCGAGTG ATGGTCAGGT GATGAGGCGT TCATCAGAAC CCAAACAGAG GCAACGGGAT 
GTCTTTGTAC CTGTACATTT GTATGGTCAA TTGGTGCAAC ACAAAGCAGG TTCTGATCTA 
TTGGACAAGC AGGATGCTGT ACCTGAATTA AGTCGATCTG TGAGGTACCC TGAGCTAGAT 
CAAGAAGGCA TCTTGAATCT CAAGGCAGCT ATATGGGGAT TGGGTCATAT AGGAAGTTCC 
ATTTGGGGAC TTAAGCTACT GTTGCAAGAA GAGATAATAG CTGATATTAT CAGATTAGCA 
GAAGAATGTG AAATATACTC AATCAGAGGG ACATGTTTCT ATGTGCTTGG TATGATAGCC 
AAGACAAAGA ATGGAGCCGA TCTGTTACGA TCTTTGGGAT GGGAAAGTGT CCGGCATAGT 
CGTAAAGATA TCTGGCCAGT TGTGGAAGAA GACGATGATT TATTGGATAA AGGAGGAAGT 
TTCCTCCCTG ATTATCCTTC TATGTCTAGT ATCCATAGCA ACATTGAAAG CCCTCATTAC 
TCGGATGCTG TGCCTTTTTT GGGGAGTGGT GATAGGACTT CAGATGGCAG TCCTAGTAGT 
ACATTCTTTC TTGACATCAA TGAACATGGG GAGCATCACT TAGTGAAAGG AGCAGATAAA 
TCTCCAGGTG GGAGTACTAC ATCACCAATA AGGGATAAAT TAGGTTTCCC GTTCTATCAA 
GTTGATGTAG ATAACCGTAA TAGAAGCACA AATAATGCTG CGTTACGAAA GTACATAGCC 
ATGTCAAAGG AACGTGATAT CCCGCGAGAT TCAGAACTAT CTAAATCTGC AGGGAAATTG 
AAACGCAATG TAACATCTCC GATTCTTCGA AGTACTAGTA TGCATGGAAG CCCGACTCGG 
GAAGTCAAAT TGCGCAGCAA TAGTGACAGT AGGACTCAAA TGGTATCAGA GGAAATGTCT 
GGAAAATTGC GTAGTAGTAG TAGTGTTGAC TTCAAGTGCA ATACTCTGCC TAAACAGCGA 
AGTCAAAGCT TCAAATATCG TAGCAATAGC AACGAAAGCA GTGGACGAGG CAGCACCGAT 
ACGAAGAGTC GTAGTGAAAG TTTCACTGAG ACAGTGACGA GTGGCATTAG TTCGTTAAAC 
TCTATTCAGT CAAACCCATC ATTTGAACTA ACAACCGAAA GCAACTCTAG TGTTAGTACA 
ATAAGTAGTT TGCAAACTTT TAAAACTGTT CATTCCTCAG ACTTTGCAAG GAAGCAGGTG 
AACTTGAAAC GAACGCCCAG TTTTACGAGA CGTTTTTCAA GCCCCATTAC AAGTTTGAGT 
CCCCCTGGTG GGAAATCATT CACTCTCCCA CCAGGCGTTC ACCTTAATAC TAATAAAAGT 
ACCATTGTTG AAGCTAACGC AGTGTATACA ACAACGCGGG ATGCGCAAGG ATATGCGGCT 
CTTAAGAATT TGAAAAAAAT TCGAGCTGAG TCAATGAGTG ATAATGTTGA CGTCATATCC 
TGGTCTGGTT TTCCTCTGTG CAGTCCACCG AAAGCGGGAT TTGGTAGAAG CAATACATAC 
ACCGGAAGAT TAGCTTCATT GGGGGAAGGT AGCACAACAT CTTTGGAAAG CGTAGACAGT 
ACTAAGAAGT CCCGGTCATT GACTCAGAAA CCTCACTCAA CCAGTGGTGG TGGGGGTGAT 
TATGTAGGGT TATGTCTACC AGTAGATGTC AATATGATAT TTCAGGTTGA TGATCCACCA 
AGCAAAATCA CTTCATCAGG AATCCATCGA CATGGAGGAC CACTCTCTGT ATTATCCCCT 
GTATCAGAAA AATGCCTGAC ATCTGTTGAT GCTCAAGTTT CCACAACTAC ATCAATGGCA 
CCACAATTTA GTCTCACACA AGCAGCAGAA ACTTTACGTC AACAGGTCAG AGAGCGAAAA 
ATCTCACGGA TGGAAAGCGG TTTTGAAGCT CATGCCATTG ACAAATGCTT ACTGTGTACA 
AAGGTCAGGA TCAAGAGCTT TGCCGTGACG ATAGAAGAAT ACACAGCAGA TATTGGACGT 
CTGCGAGCAT TAAGTGAGGC TGATGATAGC GTTTTACCAT CTTCAGCAGA ACATTATGCA 
GAACCTAGCT CAGGAACGAC ACCACAGTCC TCGTTAGTCA AATCGTTGTC TCTCACGAAA 
TCACCTTGCA GTAGCGACAT GACCCCGTCT AGTGCAAGTA GTGATGATTC AACACCAGCG 
TTCAAGAAGC TGACAGAAGA CAGTCCACTC GGAAGATCTT TAATAAAGAA GGAGATTGTG 
AGACTAGTTG TTAATCTGAG TAGTTCAGTG GCAATGAAAG CCCAGGAGCA AGGACTTCTC 
AGTTTGAAGG AGCGTTTTCC AAATGCCTTT CAGGATGTAT GTTTGTATTC AGACATTGCT 
GATATACTGG GCAACTACTC GTTTAGACTA GGTGCTCGGA GATTCGTACA AGAACTTTTT 
CAAGATATGG TATTTAGTGA GATGTATGCT GACGCCAGAG CAATATTGCA AATAACGGAA 
GCTGAGATGG CCAAAATGGA AAATGAAACA ATTCTTTGA

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

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LOC100367446 cDNA ORF clone, Saccoglossus kowalevskii

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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