SAMD9L cDNA ORF clone, Felis catus(domestic cat)

Gene
Clones
gRNAs

Summary

Gene Symbol	SAMD9L
Entrez Gene ID	101084783
Full Name	sterile alpha motif domain containing 9 like
Gene Type	protein-coding
Organism	Felis catus(domestic cat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003982747.3	XP_003982796.1	sterile alpha motif domain-containing protein 9-like
XM_003982747.4	XP_003982796.1	sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems
Gene Ontology

The following SAMD9L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SAMD9L 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)
OFb03083	XM_003982747.4 Latest version!	Felis catus sterile alpha motif domain containing 9 like (SAMD9L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
View Old Accession Versions >>
OFb03083	XM_003982747.3	Felis catus sterile alpha motif domain containing 9 like (SAMD9L), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
Hide Old Accession Versions >>

ORF Online Only Promotion

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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)

SAMD9L ( XM_003982747.3 ) cDNA ORF clone, Felis catus(domestic cat) -> XP_003982796.1 Felis catus sterile alpha motif domain containing 9 like (SAMD9L), mRNA.

Price & Availability↑

CloneID	OFb03083
Clone ID Related Accession (Same CDS sequence)	XM_003982747.3 , XM_003982747.4
Accession Version	XM_003982747.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4773bp) 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	1482854400000
Organism	Felis catus(Domestic cat)
Product	sterile alpha motif domain-containing protein 9-like
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_018724.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 29, 2016 this sequence version replaced XM_003982747.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Felis catus Annotation Release 103 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##

ATGAGTGAAA AAGTAGAGCT ACCCGAAGTG ACCAACAACT GGACCAAAGA GCATGTGAAA 
CAATGGGTAA CCAAAGACCT TAAGATTGAT GAGAAATATG GGCAGATTCT GATCGATGAA 
GAAGTAACTG GATTAGTCCT GCAGGAATTA ACTGAGATGG ACCTTAGAGA AATGGGGCTA 
CCACGGGGTC CAGCACTTTT GATAAAACGT ACATATAACA GATTGAATAA TAGGTACCCT 
GAAAGTAACA ATCAGGATTC TGGACAATTA GATCACACAA AACCATCCCT ACAAGAACAC 
CCAAAAAAGC CACAACAGAC AAAAAAGGAA GATGAAAAAT CAGAGTTACC CAATTTTAAT 
CATGATCTCA GAGAGATCAG AGATACCAAA AAACAAAAAT CAATTCTTTC AAAAGAAGAT 
ACATTAAATG GAGGAAGAAC CACTGAAGAC CAAAATCAGG ATAAGCTAGA AACTGAACAG 
TTGACTTGTA TGCCATATCC TTTTGATCAG TTCCATAACA GCCAACGTTA CATAGAACAT 
AGTATTCTAC AACCTGAAAC TGGCCCACTC AATCTCATAG ACCCAATACA TGAGTTCAAA 
GCCCTCACAA ATACAGAAGC AGCCACAGAA AAGGACATTA AGATGAAATT TAGCAATGAA 
GTCTTCCGAT TTGCAGCAGC TTGTATTAAT TCACGCACCA ATGGCACCAT CCATTTTGGA 
GTTAAGAACA AACCCCATGG ACAAATTGTT GGTGTGAAAG TCACCAGTAA AGATGCCTTC 
ATTGACCACT TCAATATAAC GATCAGACAA TACTTTGAAG ATGAGGTCAA TGAAGCCAAG 
AAGTGCATTC GGGAACCAAG GTTTGTGGAA GTTCTACTGC AGAACAATAC ACCATCTGAC 
AGATTTGTCA TAGAAGTAGA TGTTATTCCA AAACACTCTG TGTGTGAAGA AAAGTATTTC 
TTAATTAGGA TGCAAAACTG TAAAAATGAA ACATGGAAAC CAAACCAAGA TCTTTCACTG 
TTTGTGAGAG ATGGGGCCAG CTCTAAGGAT ATCCTGGCCA ATGTTAAGCA ACGGGATATA 
GCTTACAAAG CATTTTTACA AAATTTAAAG TCACTAGCAG CATCTAGAAA AGAGGCTGAA 
GAAGAATATG AGGTGAAGGC AAATAAGAAG GAGAGTGAAG GACAAAAGCT TATCAAACTT 
CTCATAGGCA ACCGAGACTC ACTGGATAAT TCATATTACA GCTGGTACAT TCTTGTAACA 
AATAAATGCC ATCCAAACCA AACAAATAAC TTAGATTTTC TAAAGGAAAT GAAGTGGTTT 
GCTGTGTTGG AGTTTGATCC TGAATCTGTG AGCAAGGGGG TGGCCAAAGT TTACAAAAAA 
AGCCGAGTAG CAAATCTTCA CTTTCCAAAT CAGTTTGAAG AAAAGACAAA TAACATAAGG 
GAGAAAATTT CTAGTTTAAA TCTTTACCAG CAGCCCAGCT GGATCTTCTG CAATGGCAGA 
TCAGACTTGA AAAATGAGAG CCATAAGCCT CTAGAACCAC ACTTATGGCA TAGAGAAAGA 
GCTTCTGAAG TCAGAAAGTT GATTTTATTT CTCACAGATG AAAATATAAT GACAAGAGGG 
AAATTTTTGG TAGTGTTTCT ATTACTCTCT CCAGTGGAAA GCCCAGGAGA TCCCCTCATT 
GAAACTTTCT GTGCTTTCTA TCAAGCTCTC AGAGGAATGG AAAATATATT GTGTATCTGT 
GTAAACTCAC AGATTTATCA ACGATGGAAA GATCTGCTAC AAACAAGACT GACAATGGCA 
GATGAATTAA CAAACCACAG TATTTCCACT TTAAATTTAG AACTGATAAA CAGTACTATT 
CTTAAACTAA AACCAGTGAC TCAGTCATCA AGAAGATTTT TGCCTTCCCA TGGATTTTCT 
TCCGTTATCT TAGAGAAAAA GGAAGAGGAT ATCTTGACTG CACTGGAAAT CCTCTGTGAA 
AATGAGTGTA AAGACACAGA CATAGAGAAA GATAAATCTA AATTCCAAGA ATTTAAGACA 
TCAAAAGAGG AACACTTTTA TCGAGGTGGC AAAGTATCCT GGTGGAACTT CTATTTTTCT 
TCTGAAAACT ATTCTTCAGC TTTTGTCAAA AGAGATAGTT ATGAAAAGCT TAAAGATCTG 
ATACAGTGCT GGGCAGACTC TCCTAAACCA GTATTTGCAA AAATTATCAA TCTTTATCAT 
CATCCAGGCT GTGGGGGTAC TACGTTAGCT ATGAATGTCC TCTGGGACCT AAAGAAAAAC 
TTTAGATGTG CTGTGTTAAA AAACAAAACA ACTGATTTTG CAGAAATTGT AGAACAAGTG 
ACCAAACTGA TTACCTATAA GGCAACCAGC CATGAAGACT ACTTTCCTGT ACTTCTCCTT 
GTGGATGATT TTGAAGACCA GGAAAATGTT TATGTCCTGC AGAATGCCAT CGATTCCATT 
TTAGCAGAGA AGGGCTTGAG ATATGAAAAA ACACTGGTAA TTATCCTCAA CTGCATGAGA 
TCCCAGAATC CTGATGAGAC TGCAAAATTA GCAGACAGTG TTGCACTAAC CTACCAACTT 
TCTCCTAAGG AACAAAGAGC TTTTGAGGCT AAACTGGAAG AAATTGAAAA GCAACACAAG 
AACTGTGAAA ACTTTTATTC CTTCATGATC ATGAAGAGCA ATTTTAATGA AATGTACATA 
GAAAAGGTAG TCAAGAATAT CCTAAAAGGA CAGAATGTTG ACAGCAAGGA AGCACAACTC 
ATCTCCTTCC TGGCTTTACT CAACTCTTAT GTTACTGATT CTACAATTTC AGTGTCACAG 
TGTGAAATAT TTTTGGGAAT CATATACACT AGTATACCCT GGGAACCTGA AAGCCTAGAG 
GATAAGATGG GAGCCTATTC TACACTTCTA ATAAACACAG AAGTTGCAGA TTTTGGGAGA 
TACACAGGTG TGCGCATCAT TCATCCTTTG ATTGCCATTT TCTGTCTGAA AGAACTAGAA 
GAAAGCTATA ACTTGACTAA ATGTCAAATT GCATTGAAGA TCTTAAATGA AAATTTATTC 
TATGTTTCTG GAATAGGAAG AGAAAAATTT CAACATGATG TGCAAACTCT TCTGCTTACA 
AGACAGCGCA AGGAGTATGG AGATGAAACA GACACTTTGT TTGCCCCGTT AATCGAAGCT 
TTAAAGAATG AAGAAATTGA AAAGGTCTTG GTGGCAGGGA GTGTTCGATT CCCACAAAAT 
GCATTCATTT GTCAGGCCTT AGCAAGATAT TTCTACATTA AAGAAAAGAA TTTTAATATT 
GCTCTGGATT GGGCAAATCA GGCCAAGAAG AGAGCATCTA AAAATTCCTA TATCTCAGAT 
ACACTTGGTC AAGTCTACAA AAGTCAAATC AAATGGTGGT GGGATGAAAG GAAGAACTCC 
AAGGATATTA CTGTTAATGA TCTGATTACT GTTAATGATC TAACATATCT CCTGGAAGCT 
GCTGAAAATG CCTCAAGAGC CTTCAAAAAA TCCCAAGAGC AAACTGAGAG GAAAGGCTAT 
GAAACAGAGG CCTGGGCACC ACAGAAGTTG CAAAGAAAAT ATGACACATA CAATACAGCC 
GGTTTCTTGG GTGAAATCGA AGTTGGTCTT TACACTATTC AGATTCTCCA GCTCACTCCC 
TATTTCCTCA AAGAAAATGA ATTATCTAAA AAAGCTCTGG TAGAATTTTT ATCAGGAAAG 
GGACTTACTC CCATAAATCC AAAATGTGAA TATTATTTGG CTCTTAGCAA GTTCACACCC 
TACTTACAAG ATTTACAATC AGATTTGAAA AGGTGTTTTG ACTTCCTTGA TGATTATATT 
GTTCTTTTGA AAATGAAGAA CACCCAAAAA GAAATAGTAG AAATCTCATT AAGGAAAAAA 
ATCGCTCGTT GTTTCAGGAA ATACATGGAA CTTTTCTGCC ATTCGGATTT CGGTCCATTA 
CAGGGCAAAG AGAGTGAGTT TCTCCAAGAA GAGAAATGCA GGAAAGGTTT AGAAGCTTTG 
AGAGCAGATA GGTTTTCTGG ACTCCTGGAA TATCTTAATC CAAATCACAA AGACGCTGCA 
ACCAATATGG AAAATATAGT GAACAAATAT TTTTTCCTAT TGAAGCAAAA CCCAACTAAA 
CACCTGGCAA AGGAGAAACT AAATTTCATT TTAGCCAACA TTATTCTTAA TTGTCTAAAA 
CCCCACTCCA AATCCATTCA ACCACTTACC ACACTGAAAA AACAGCTCCG AGAAGTGTTG 
CAAGTCATAG GACTAAGTCA TCAATATCCA GACCCTTATT TCTTGGCCTG CCTTCTGTTC 
TGGCCAGAAA ATCAAGACCT AGATGAAGAT TCCAAACTAA TGGAAAAGTA TGTTTCATCC 
TTAAACAGAA CCTTCAAGAG ACAGTACAGG AGCATGTGCA GGTCCAAGCA GGCAAGCACA 
CTCTTTTATC TGGGGAAGAA GAAGGGTCTC CACAGTCTTG TTCACAAGGC TGAGCTAGAG 
CAATACTTCA ATAAAGTACA AAATATAAAT TCTCTCGGGC AGAGTGGTGA CGTTTGGAAA 
AAAAAAGAAG TCAAAGACCT CCTGTGTCGT CTAACTGGTC AGGCTGAAGG CAAGCTAATC 
TCTATGGAAT ATGGAACAGA GAAAAAAATT AAAATACCAG TAACACCTGT TTATTCAGGT 
CCACTCAGAA GCGGTGGAAA CATAGAAAGA GTGTCCTTCT ACCTAGGATT TTCCATGGAA 
GGCCCTCTAG CATATGACAT AGAAGTAATT TAA

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

RefSeq	XP_003982796.1
CDS	518..5290
Translation	MSEKVELPEVTNNWTKEHVKQWVTKDLKIDEKYGQILIDEEVTGLVLQELTEMDLREMGLPRGPALLIKRTYNRLNNRYPESNNQDSGQLDHTKPSLQEHPKKPQQTKKEDEKSELPNFNHDLREIRDTKKQKSILSKEDTLNGGRTTEDQNQDKLETEQLTCMPYPFDQFHNSQRYIEHSILQPETGPLNLIDPIHEFKALTNTEAATEKDIKMKFSNEVFRFAAACINSRTNGTIHFGVKNKPHGQIVGVKVTSKDAFIDHFNITIRQYFEDEVNEAKKCIREPRFVEVLLQNNTPSDRFVIEVDVIPKHSVCEEKYFLIRMQNCKNETWKPNQDLSLFVRDGASSKDILANVKQRDIAYKAFLQNLKSLAASRKEAEEEYEVKANKKESEGQKLIKLLIGNRDSLDNSYYSWYILVTNKCHPNQTNNLDFLKEMKWFAVLEFDPESVSKGVAKVYKKSRVANLHFPNQFEEKTNNIREKISSLNLYQQPSWIFCNGRSDLKNESHKPLEPHLWHRERASEVRKLILFLTDENIMTRGKFLVVFLLLSPVESPGDPLIETFCAFYQALRGMENILCICVNSQIYQRWKDLLQTRLTMADELTNHSISTLNLELINSTILKLKPVTQSSRRFLPSHGFSSVILEKKEEDILTALEILCENECKDTDIEKDKSKFQEFKTSKEEHFYRGGKVSWWNFYFSSENYSSAFVKRDSYEKLKDLIQCWADSPKPVFAKIINLYHHPGCGGTTLAMNVLWDLKKNFRCAVLKNKTTDFAEIVEQVTKLITYKATSHEDYFPVLLLVDDFEDQENVYVLQNAIDSILAEKGLRYEKTLVIILNCMRSQNPDETAKLADSVALTYQLSPKEQRAFEAKLEEIEKQHKNCENFYSFMIMKSNFNEMYIEKVVKNILKGQNVDSKEAQLISFLALLNSYVTDSTISVSQCEIFLGIIYTSIPWEPESLEDKMGAYSTLLINTEVADFGRYTGVRIIHPLIAIFCLKELEESYNLTKCQIALKILNENLFYVSGIGREKFQHDVQTLLLTRQRKEYGDETDTLFAPLIEALKNEEIEKVLVAGSVRFPQNAFICQALARYFYIKEKNFNIALDWANQAKKRASKNSYISDTLGQVYKSQIKWWWDERKNSKDITVNDLITVNDLTYLLEAAENASRAFKKSQEQTERKGYETEAWAPQKLQRKYDTYNTAGFLGEIEVGLYTIQILQLTPYFLKENELSKKALVEFLSGKGLTPINPKCEYYLALSKFTPYLQDLQSDLKRCFDFLDDYIVLLKMKNTQKEIVEISLRKKIARCFRKYMELFCHSDFGPLQGKESEFLQEEKCRKGLEALRADRFSGLLEYLNPNHKDAATNMENIVNKYFFLLKQNPTKHLAKEKLNFILANIILNCLKPHSKSIQPLTTLKKQLREVLQVIGLSHQYPDPYFLACLLFWPENQDLDEDSKLMEKYVSSLNRTFKRQYRSMCRSKQASTLFYLGKKKGLHSLVHKAELEQYFNKVQNINSLGQSGDVWKKKEVKDLLCRLTGQAEGKLISMEYGTEKKIKIPVTPVYSGPLRSGGNIERVSFYLGFSMEGPLAYDIEVI

Target ORF information:

RefSeq Version	XM_003982747.3
Organism	Felis catus(Domestic cat)
Definition	Felis catus sterile alpha motif domain containing 9 like (SAMD9L), mRNA.

Target ORF information:

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

XM_003982747.3

ORF Insert Sequence:

ATGAGTGAAA AAGTAGAGCT ACCCGAAGTG ACCAACAACT GGACCAAAGA GCATGTGAAA 
CAATGGGTAA CCAAAGACCT TAAGATTGAT GAGAAATATG GGCAGATTCT GATCGATGAA 
GAAGTAACTG GATTAGTCCT GCAGGAATTA ACTGAGATGG ACCTTAGAGA AATGGGGCTA 
CCACGGGGTC CAGCACTTTT GATAAAACGT ACATATAACA GATTGAATAA TAGGTACCCT 
GAAAGTAACA ATCAGGATTC TGGACAATTA GATCACACAA AACCATCCCT ACAAGAACAC 
CCAAAAAAGC CACAACAGAC AAAAAAGGAA GATGAAAAAT CAGAGTTACC CAATTTTAAT 
CATGATCTCA GAGAGATCAG AGATACCAAA AAACAAAAAT CAATTCTTTC AAAAGAAGAT 
ACATTAAATG GAGGAAGAAC CACTGAAGAC CAAAATCAGG ATAAGCTAGA AACTGAACAG 
TTGACTTGTA TGCCATATCC TTTTGATCAG TTCCATAACA GCCAACGTTA CATAGAACAT 
AGTATTCTAC AACCTGAAAC TGGCCCACTC AATCTCATAG ACCCAATACA TGAGTTCAAA 
GCCCTCACAA ATACAGAAGC AGCCACAGAA AAGGACATTA AGATGAAATT TAGCAATGAA 
GTCTTCCGAT TTGCAGCAGC TTGTATTAAT TCACGCACCA ATGGCACCAT CCATTTTGGA 
GTTAAGAACA AACCCCATGG ACAAATTGTT GGTGTGAAAG TCACCAGTAA AGATGCCTTC 
ATTGACCACT TCAATATAAC GATCAGACAA TACTTTGAAG ATGAGGTCAA TGAAGCCAAG 
AAGTGCATTC GGGAACCAAG GTTTGTGGAA GTTCTACTGC AGAACAATAC ACCATCTGAC 
AGATTTGTCA TAGAAGTAGA TGTTATTCCA AAACACTCTG TGTGTGAAGA AAAGTATTTC 
TTAATTAGGA TGCAAAACTG TAAAAATGAA ACATGGAAAC CAAACCAAGA TCTTTCACTG 
TTTGTGAGAG ATGGGGCCAG CTCTAAGGAT ATCCTGGCCA ATGTTAAGCA ACGGGATATA 
GCTTACAAAG CATTTTTACA AAATTTAAAG TCACTAGCAG CATCTAGAAA AGAGGCTGAA 
GAAGAATATG AGGTGAAGGC AAATAAGAAG GAGAGTGAAG GACAAAAGCT TATCAAACTT 
CTCATAGGCA ACCGAGACTC ACTGGATAAT TCATATTACA GCTGGTACAT TCTTGTAACA 
AATAAATGCC ATCCAAACCA AACAAATAAC TTAGATTTTC TAAAGGAAAT GAAGTGGTTT 
GCTGTGTTGG AGTTTGATCC TGAATCTGTG AGCAAGGGGG TGGCCAAAGT TTACAAAAAA 
AGCCGAGTAG CAAATCTTCA CTTTCCAAAT CAGTTTGAAG AAAAGACAAA TAACATAAGG 
GAGAAAATTT CTAGTTTAAA TCTTTACCAG CAGCCCAGCT GGATCTTCTG CAATGGCAGA 
TCAGACTTGA AAAATGAGAG CCATAAGCCT CTAGAACCAC ACTTATGGCA TAGAGAAAGA 
GCTTCTGAAG TCAGAAAGTT GATTTTATTT CTCACAGATG AAAATATAAT GACAAGAGGG 
AAATTTTTGG TAGTGTTTCT ATTACTCTCT CCAGTGGAAA GCCCAGGAGA TCCCCTCATT 
GAAACTTTCT GTGCTTTCTA TCAAGCTCTC AGAGGAATGG AAAATATATT GTGTATCTGT 
GTAAACTCAC AGATTTATCA ACGATGGAAA GATCTGCTAC AAACAAGACT GACAATGGCA 
GATGAATTAA CAAACCACAG TATTTCCACT TTAAATTTAG AACTGATAAA CAGTACTATT 
CTTAAACTAA AACCAGTGAC TCAGTCATCA AGAAGATTTT TGCCTTCCCA TGGATTTTCT 
TCCGTTATCT TAGAGAAAAA GGAAGAGGAT ATCTTGACTG CACTGGAAAT CCTCTGTGAA 
AATGAGTGTA AAGACACAGA CATAGAGAAA GATAAATCTA AATTCCAAGA ATTTAAGACA 
TCAAAAGAGG AACACTTTTA TCGAGGTGGC AAAGTATCCT GGTGGAACTT CTATTTTTCT 
TCTGAAAACT ATTCTTCAGC TTTTGTCAAA AGAGATAGTT ATGAAAAGCT TAAAGATCTG 
ATACAGTGCT GGGCAGACTC TCCTAAACCA GTATTTGCAA AAATTATCAA TCTTTATCAT 
CATCCAGGCT GTGGGGGTAC TACGTTAGCT ATGAATGTCC TCTGGGACCT AAAGAAAAAC 
TTTAGATGTG CTGTGTTAAA AAACAAAACA ACTGATTTTG CAGAAATTGT AGAACAAGTG 
ACCAAACTGA TTACCTATAA GGCAACCAGC CATGAAGACT ACTTTCCTGT ACTTCTCCTT 
GTGGATGATT TTGAAGACCA GGAAAATGTT TATGTCCTGC AGAATGCCAT CGATTCCATT 
TTAGCAGAGA AGGGCTTGAG ATATGAAAAA ACACTGGTAA TTATCCTCAA CTGCATGAGA 
TCCCAGAATC CTGATGAGAC TGCAAAATTA GCAGACAGTG TTGCACTAAC CTACCAACTT 
TCTCCTAAGG AACAAAGAGC TTTTGAGGCT AAACTGGAAG AAATTGAAAA GCAACACAAG 
AACTGTGAAA ACTTTTATTC CTTCATGATC ATGAAGAGCA ATTTTAATGA AATGTACATA 
GAAAAGGTAG TCAAGAATAT CCTAAAAGGA CAGAATGTTG ACAGCAAGGA AGCACAACTC 
ATCTCCTTCC TGGCTTTACT CAACTCTTAT GTTACTGATT CTACAATTTC AGTGTCACAG 
TGTGAAATAT TTTTGGGAAT CATATACACT AGTATACCCT GGGAACCTGA AAGCCTAGAG 
GATAAGATGG GAGCCTATTC TACACTTCTA ATAAACACAG AAGTTGCAGA TTTTGGGAGA 
TACACAGGTG TGCGCATCAT TCATCCTTTG ATTGCCATTT TCTGTCTGAA AGAACTAGAA 
GAAAGCTATA ACTTGACTAA ATGTCAAATT GCATTGAAGA TCTTAAATGA AAATTTATTC 
TATGTTTCTG GAATAGGAAG AGAAAAATTT CAACATGATG TGCAAACTCT TCTGCTTACA 
AGACAGCGCA AGGAGTATGG AGATGAAACA GACACTTTGT TTGCCCCGTT AATCGAAGCT 
TTAAAGAATG AAGAAATTGA AAAGGTCTTG GTGGCAGGGA GTGTTCGATT CCCACAAAAT 
GCATTCATTT GTCAGGCCTT AGCAAGATAT TTCTACATTA AAGAAAAGAA TTTTAATATT 
GCTCTGGATT GGGCAAATCA GGCCAAGAAG AGAGCATCTA AAAATTCCTA TATCTCAGAT 
ACACTTGGTC AAGTCTACAA AAGTCAAATC AAATGGTGGT GGGATGAAAG GAAGAACTCC 
AAGGATATTA CTGTTAATGA TCTGATTACT GTTAATGATC TAACATATCT CCTGGAAGCT 
GCTGAAAATG CCTCAAGAGC CTTCAAAAAA TCCCAAGAGC AAACTGAGAG GAAAGGCTAT 
GAAACAGAGG CCTGGGCACC ACAGAAGTTG CAAAGAAAAT ATGACACATA CAATACAGCC 
GGTTTCTTGG GTGAAATCGA AGTTGGTCTT TACACTATTC AGATTCTCCA GCTCACTCCC 
TATTTCCTCA AAGAAAATGA ATTATCTAAA AAAGCTCTGG TAGAATTTTT ATCAGGAAAG 
GGACTTACTC CCATAAATCC AAAATGTGAA TATTATTTGG CTCTTAGCAA GTTCACACCC 
TACTTACAAG ATTTACAATC AGATTTGAAA AGGTGTTTTG ACTTCCTTGA TGATTATATT 
GTTCTTTTGA AAATGAAGAA CACCCAAAAA GAAATAGTAG AAATCTCATT AAGGAAAAAA 
ATCGCTCGTT GTTTCAGGAA ATACATGGAA CTTTTCTGCC ATTCGGATTT CGGTCCATTA 
CAGGGCAAAG AGAGTGAGTT TCTCCAAGAA GAGAAATGCA GGAAAGGTTT AGAAGCTTTG 
AGAGCAGATA GGTTTTCTGG ACTCCTGGAA TATCTTAATC CAAATCACAA AGACGCTGCA 
ACCAATATGG AAAATATAGT GAACAAATAT TTTTTCCTAT TGAAGCAAAA CCCAACTAAA 
CACCTGGCAA AGGAGAAACT AAATTTCATT TTAGCCAACA TTATTCTTAA TTGTCTAAAA 
CCCCACTCCA AATCCATTCA ACCACTTACC ACACTGAAAA AACAGCTCCG AGAAGTGTTG 
CAAGTCATAG GACTAAGTCA TCAATATCCA GACCCTTATT TCTTGGCCTG CCTTCTGTTC 
TGGCCAGAAA ATCAAGACCT AGATGAAGAT TCCAAACTAA TGGAAAAGTA TGTTTCATCC 
TTAAACAGAA CCTTCAAGAG ACAGTACAGG AGCATGTGCA GGTCCAAGCA GGCAAGCACA 
CTCTTTTATC TGGGGAAGAA GAAGGGTCTC CACAGTCTTG TTCACAAGGC TGAGCTAGAG 
CAATACTTCA ATAAAGTACA AAATATAAAT TCTCTCGGGC AGAGTGGTGA CGTTTGGAAA 
AAAAAAGAAG TCAAAGACCT CCTGTGTCGT CTAACTGGTC AGGCTGAAGG CAAGCTAATC 
TCTATGGAAT ATGGAACAGA GAAAAAAATT AAAATACCAG TAACACCTGT TTATTCAGGT 
CCACTCAGAA GCGGTGGAAA CATAGAAAGA GTGTCCTTCT ACCTAGGATT TTCCATGGAA 
GGCCCTCTAG CATATGACAT AGAAGTAATT TAA

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

SAMD9L ( XM_003982747.4 ) cDNA ORF clone, Felis catus(domestic cat) -> XP_003982796.1 Felis catus sterile alpha motif domain containing 9 like (SAMD9L), mRNA.

Price & Availability↑

CloneID	OFb03083
Clone ID Related Accession (Same CDS sequence)	XM_003982747.3 , XM_003982747.4
Accession Version	XM_003982747.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4773bp) 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	1512921600000
Organism	Felis catus(domestic cat)
Product	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_018724.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 12, 2017 this sequence version replaced XM_003982747.3. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Felis catus Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGTGAAA AAGTAGAGCT ACCCGAAGTG ACCAACAACT GGACCAAAGA GCATGTGAAA 
CAATGGGTAA CCAAAGACCT TAAGATTGAT GAGAAATATG GGCAGATTCT GATCGATGAA 
GAAGTAACTG GATTAGTCCT GCAGGAATTA ACTGAGATGG ACCTTAGAGA AATGGGGCTA 
CCACGGGGTC CAGCACTTTT GATAAAACGT ACATATAACA GATTGAATAA TAGGTACCCT 
GAAAGTAACA ATCAGGATTC TGGACAATTA GATCACACAA AACCATCCCT ACAAGAACAC 
CCAAAAAAGC CACAACAGAC AAAAAAGGAA GATGAAAAAT CAGAGTTACC CAATTTTAAT 
CATGATCTCA GAGAGATCAG AGATACCAAA AAACAAAAAT CAATTCTTTC AAAAGAAGAT 
ACATTAAATG GAGGAAGAAC CACTGAAGAC CAAAATCAGG ATAAGCTAGA AACTGAACAG 
TTGACTTGTA TGCCATATCC TTTTGATCAG TTCCATAACA GCCAACGTTA CATAGAACAT 
AGTATTCTAC AACCTGAAAC TGGCCCACTC AATCTCATAG ACCCAATACA TGAGTTCAAA 
GCCCTCACAA ATACAGAAGC AGCCACAGAA AAGGACATTA AGATGAAATT TAGCAATGAA 
GTCTTCCGAT TTGCAGCAGC TTGTATTAAT TCACGCACCA ATGGCACCAT CCATTTTGGA 
GTTAAGAACA AACCCCATGG ACAAATTGTT GGTGTGAAAG TCACCAGTAA AGATGCCTTC 
ATTGACCACT TCAATATAAC GATCAGACAA TACTTTGAAG ATGAGGTCAA TGAAGCCAAG 
AAGTGCATTC GGGAACCAAG GTTTGTGGAA GTTCTACTGC AGAACAATAC ACCATCTGAC 
AGATTTGTCA TAGAAGTAGA TGTTATTCCA AAACACTCTG TGTGTGAAGA AAAGTATTTC 
TTAATTAGGA TGCAAAACTG TAAAAATGAA ACATGGAAAC CAAACCAAGA TCTTTCACTG 
TTTGTGAGAG ATGGGGCCAG CTCTAAGGAT ATCCTGGCCA ATGTTAAGCA ACGGGATATA 
GCTTACAAAG CATTTTTACA AAATTTAAAG TCACTAGCAG CATCTAGAAA AGAGGCTGAA 
GAAGAATATG AGGTGAAGGC AAATAAGAAG GAGAGTGAAG GACAAAAGCT TATCAAACTT 
CTCATAGGCA ACCGAGACTC ACTGGATAAT TCATATTACA GCTGGTACAT TCTTGTAACA 
AATAAATGCC ATCCAAACCA AACAAATAAC TTAGATTTTC TAAAGGAAAT GAAGTGGTTT 
GCTGTGTTGG AGTTTGATCC TGAATCTGTG AGCAAGGGGG TGGCCAAAGT TTACAAAAAA 
AGCCGAGTAG CAAATCTTCA CTTTCCAAAT CAGTTTGAAG AAAAGACAAA TAACATAAGG 
GAGAAAATTT CTAGTTTAAA TCTTTACCAG CAGCCCAGCT GGATCTTCTG CAATGGCAGA 
TCAGACTTGA AAAATGAGAG CCATAAGCCT CTAGAACCAC ACTTATGGCA TAGAGAAAGA 
GCTTCTGAAG TCAGAAAGTT GATTTTATTT CTCACAGATG AAAATATAAT GACAAGAGGG 
AAATTTTTGG TAGTGTTTCT ATTACTCTCT CCAGTGGAAA GCCCAGGAGA TCCCCTCATT 
GAAACTTTCT GTGCTTTCTA TCAAGCTCTC AGAGGAATGG AAAATATATT GTGTATCTGT 
GTAAACTCAC AGATTTATCA ACGATGGAAA GATCTGCTAC AAACAAGACT GACAATGGCA 
GATGAATTAA CAAACCACAG TATTTCCACT TTAAATTTAG AACTGATAAA CAGTACTATT 
CTTAAACTAA AACCAGTGAC TCAGTCATCA AGAAGATTTT TGCCTTCCCA TGGATTTTCT 
TCCGTTATCT TAGAGAAAAA GGAAGAGGAT ATCTTGACTG CACTGGAAAT CCTCTGTGAA 
AATGAGTGTA AAGACACAGA CATAGAGAAA GATAAATCTA AATTCCAAGA ATTTAAGACA 
TCAAAAGAGG AACACTTTTA TCGAGGTGGC AAAGTATCCT GGTGGAACTT CTATTTTTCT 
TCTGAAAACT ATTCTTCAGC TTTTGTCAAA AGAGATAGTT ATGAAAAGCT TAAAGATCTG 
ATACAGTGCT GGGCAGACTC TCCTAAACCA GTATTTGCAA AAATTATCAA TCTTTATCAT 
CATCCAGGCT GTGGGGGTAC TACGTTAGCT ATGAATGTCC TCTGGGACCT AAAGAAAAAC 
TTTAGATGTG CTGTGTTAAA AAACAAAACA ACTGATTTTG CAGAAATTGT AGAACAAGTG 
ACCAAACTGA TTACCTATAA GGCAACCAGC CATGAAGACT ACTTTCCTGT ACTTCTCCTT 
GTGGATGATT TTGAAGACCA GGAAAATGTT TATGTCCTGC AGAATGCCAT CGATTCCATT 
TTAGCAGAGA AGGGCTTGAG ATATGAAAAA ACACTGGTAA TTATCCTCAA CTGCATGAGA 
TCCCAGAATC CTGATGAGAC TGCAAAATTA GCAGACAGTG TTGCACTAAC CTACCAACTT 
TCTCCTAAGG AACAAAGAGC TTTTGAGGCT AAACTGGAAG AAATTGAAAA GCAACACAAG 
AACTGTGAAA ACTTTTATTC CTTCATGATC ATGAAGAGCA ATTTTAATGA AATGTACATA 
GAAAAGGTAG TCAAGAATAT CCTAAAAGGA CAGAATGTTG ACAGCAAGGA AGCACAACTC 
ATCTCCTTCC TGGCTTTACT CAACTCTTAT GTTACTGATT CTACAATTTC AGTGTCACAG 
TGTGAAATAT TTTTGGGAAT CATATACACT AGTATACCCT GGGAACCTGA AAGCCTAGAG 
GATAAGATGG GAGCCTATTC TACACTTCTA ATAAACACAG AAGTTGCAGA TTTTGGGAGA 
TACACAGGTG TGCGCATCAT TCATCCTTTG ATTGCCATTT TCTGTCTGAA AGAACTAGAA 
GAAAGCTATA ACTTGACTAA ATGTCAAATT GCATTGAAGA TCTTAAATGA AAATTTATTC 
TATGTTTCTG GAATAGGAAG AGAAAAATTT CAACATGATG TGCAAACTCT TCTGCTTACA 
AGACAGCGCA AGGAGTATGG AGATGAAACA GACACTTTGT TTGCCCCGTT AATCGAAGCT 
TTAAAGAATG AAGAAATTGA AAAGGTCTTG GTGGCAGGGA GTGTTCGATT CCCACAAAAT 
GCATTCATTT GTCAGGCCTT AGCAAGATAT TTCTACATTA AAGAAAAGAA TTTTAATATT 
GCTCTGGATT GGGCAAATCA GGCCAAGAAG AGAGCATCTA AAAATTCCTA TATCTCAGAT 
ACACTTGGTC AAGTCTACAA AAGTCAAATC AAATGGTGGT GGGATGAAAG GAAGAACTCC 
AAGGATATTA CTGTTAATGA TCTGATTACT GTTAATGATC TAACATATCT CCTGGAAGCT 
GCTGAAAATG CCTCAAGAGC CTTCAAAAAA TCCCAAGAGC AAACTGAGAG GAAAGGCTAT 
GAAACAGAGG CCTGGGCACC ACAGAAGTTG CAAAGAAAAT ATGACACATA CAATACAGCC 
GGTTTCTTGG GTGAAATCGA AGTTGGTCTT TACACTATTC AGATTCTCCA GCTCACTCCC 
TATTTCCTCA AAGAAAATGA ATTATCTAAA AAAGCTCTGG TAGAATTTTT ATCAGGAAAG 
GGACTTACTC CCATAAATCC AAAATGTGAA TATTATTTGG CTCTTAGCAA GTTCACACCC 
TACTTACAAG ATTTACAATC AGATTTGAAA AGGTGTTTTG ACTTCCTTGA TGATTATATT 
GTTCTTTTGA AAATGAAGAA CACCCAAAAA GAAATAGTAG AAATCTCATT AAGGAAAAAA 
ATCGCTCGTT GTTTCAGGAA ATACATGGAA CTTTTCTGCC ATTCGGATTT CGGTCCATTA 
CAGGGCAAAG AGAGTGAGTT TCTCCAAGAA GAGAAATGCA GGAAAGGTTT AGAAGCTTTG 
AGAGCAGATA GGTTTTCTGG ACTCCTGGAA TATCTTAATC CAAATCACAA AGACGCTGCA 
ACCAATATGG AAAATATAGT GAACAAATAT TTTTTCCTAT TGAAGCAAAA CCCAACTAAA 
CACCTGGCAA AGGAGAAACT AAATTTCATT TTAGCCAACA TTATTCTTAA TTGTCTAAAA 
CCCCACTCCA AATCCATTCA ACCACTTACC ACACTGAAAA AACAGCTCCG AGAAGTGTTG 
CAAGTCATAG GACTAAGTCA TCAATATCCA GACCCTTATT TCTTGGCCTG CCTTCTGTTC 
TGGCCAGAAA ATCAAGACCT AGATGAAGAT TCCAAACTAA TGGAAAAGTA TGTTTCATCC 
TTAAACAGAA CCTTCAAGAG ACAGTACAGG AGCATGTGCA GGTCCAAGCA GGCAAGCACA 
CTCTTTTATC TGGGGAAGAA GAAGGGTCTC CACAGTCTTG TTCACAAGGC TGAGCTAGAG 
CAATACTTCA ATAAAGTACA AAATATAAAT TCTCTCGGGC AGAGTGGTGA CGTTTGGAAA 
AAAAAAGAAG TCAAAGACCT CCTGTGTCGT CTAACTGGTC AGGCTGAAGG CAAGCTAATC 
TCTATGGAAT ATGGAACAGA GAAAAAAATT AAAATACCAG TAACACCTGT TTATTCAGGT 
CCACTCAGAA GCGGTGGAAA CATAGAAAGA GTGTCCTTCT ACCTAGGATT TTCCATGGAA 
GGCCCTCTAG CATATGACAT AGAAGTAATT TAA

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

RefSeq	XP_003982796.1
CDS	519..5291
Translation	MSEKVELPEVTNNWTKEHVKQWVTKDLKIDEKYGQILIDEEVTGLVLQELTEMDLREMGLPRGPALLIKRTYNRLNNRYPESNNQDSGQLDHTKPSLQEHPKKPQQTKKEDEKSELPNFNHDLREIRDTKKQKSILSKEDTLNGGRTTEDQNQDKLETEQLTCMPYPFDQFHNSQRYIEHSILQPETGPLNLIDPIHEFKALTNTEAATEKDIKMKFSNEVFRFAAACINSRTNGTIHFGVKNKPHGQIVGVKVTSKDAFIDHFNITIRQYFEDEVNEAKKCIREPRFVEVLLQNNTPSDRFVIEVDVIPKHSVCEEKYFLIRMQNCKNETWKPNQDLSLFVRDGASSKDILANVKQRDIAYKAFLQNLKSLAASRKEAEEEYEVKANKKESEGQKLIKLLIGNRDSLDNSYYSWYILVTNKCHPNQTNNLDFLKEMKWFAVLEFDPESVSKGVAKVYKKSRVANLHFPNQFEEKTNNIREKISSLNLYQQPSWIFCNGRSDLKNESHKPLEPHLWHRERASEVRKLILFLTDENIMTRGKFLVVFLLLSPVESPGDPLIETFCAFYQALRGMENILCICVNSQIYQRWKDLLQTRLTMADELTNHSISTLNLELINSTILKLKPVTQSSRRFLPSHGFSSVILEKKEEDILTALEILCENECKDTDIEKDKSKFQEFKTSKEEHFYRGGKVSWWNFYFSSENYSSAFVKRDSYEKLKDLIQCWADSPKPVFAKIINLYHHPGCGGTTLAMNVLWDLKKNFRCAVLKNKTTDFAEIVEQVTKLITYKATSHEDYFPVLLLVDDFEDQENVYVLQNAIDSILAEKGLRYEKTLVIILNCMRSQNPDETAKLADSVALTYQLSPKEQRAFEAKLEEIEKQHKNCENFYSFMIMKSNFNEMYIEKVVKNILKGQNVDSKEAQLISFLALLNSYVTDSTISVSQCEIFLGIIYTSIPWEPESLEDKMGAYSTLLINTEVADFGRYTGVRIIHPLIAIFCLKELEESYNLTKCQIALKILNENLFYVSGIGREKFQHDVQTLLLTRQRKEYGDETDTLFAPLIEALKNEEIEKVLVAGSVRFPQNAFICQALARYFYIKEKNFNIALDWANQAKKRASKNSYISDTLGQVYKSQIKWWWDERKNSKDITVNDLITVNDLTYLLEAAENASRAFKKSQEQTERKGYETEAWAPQKLQRKYDTYNTAGFLGEIEVGLYTIQILQLTPYFLKENELSKKALVEFLSGKGLTPINPKCEYYLALSKFTPYLQDLQSDLKRCFDFLDDYIVLLKMKNTQKEIVEISLRKKIARCFRKYMELFCHSDFGPLQGKESEFLQEEKCRKGLEALRADRFSGLLEYLNPNHKDAATNMENIVNKYFFLLKQNPTKHLAKEKLNFILANIILNCLKPHSKSIQPLTTLKKQLREVLQVIGLSHQYPDPYFLACLLFWPENQDLDEDSKLMEKYVSSLNRTFKRQYRSMCRSKQASTLFYLGKKKGLHSLVHKAELEQYFNKVQNINSLGQSGDVWKKKEVKDLLCRLTGQAEGKLISMEYGTEKKIKIPVTPVYSGPLRSGGNIERVSFYLGFSMEGPLAYDIEVI

Target ORF information:

RefSeq Version	XM_003982747.4
Organism	Felis catus(domestic cat)
Definition	Felis catus sterile alpha motif domain containing 9 like (SAMD9L), mRNA.

Target ORF information:

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

XM_003982747.4

ORF Insert Sequence:

ATGAGTGAAA AAGTAGAGCT ACCCGAAGTG ACCAACAACT GGACCAAAGA GCATGTGAAA 
CAATGGGTAA CCAAAGACCT TAAGATTGAT GAGAAATATG GGCAGATTCT GATCGATGAA 
GAAGTAACTG GATTAGTCCT GCAGGAATTA ACTGAGATGG ACCTTAGAGA AATGGGGCTA 
CCACGGGGTC CAGCACTTTT GATAAAACGT ACATATAACA GATTGAATAA TAGGTACCCT 
GAAAGTAACA ATCAGGATTC TGGACAATTA GATCACACAA AACCATCCCT ACAAGAACAC 
CCAAAAAAGC CACAACAGAC AAAAAAGGAA GATGAAAAAT CAGAGTTACC CAATTTTAAT 
CATGATCTCA GAGAGATCAG AGATACCAAA AAACAAAAAT CAATTCTTTC AAAAGAAGAT 
ACATTAAATG GAGGAAGAAC CACTGAAGAC CAAAATCAGG ATAAGCTAGA AACTGAACAG 
TTGACTTGTA TGCCATATCC TTTTGATCAG TTCCATAACA GCCAACGTTA CATAGAACAT 
AGTATTCTAC AACCTGAAAC TGGCCCACTC AATCTCATAG ACCCAATACA TGAGTTCAAA 
GCCCTCACAA ATACAGAAGC AGCCACAGAA AAGGACATTA AGATGAAATT TAGCAATGAA 
GTCTTCCGAT TTGCAGCAGC TTGTATTAAT TCACGCACCA ATGGCACCAT CCATTTTGGA 
GTTAAGAACA AACCCCATGG ACAAATTGTT GGTGTGAAAG TCACCAGTAA AGATGCCTTC 
ATTGACCACT TCAATATAAC GATCAGACAA TACTTTGAAG ATGAGGTCAA TGAAGCCAAG 
AAGTGCATTC GGGAACCAAG GTTTGTGGAA GTTCTACTGC AGAACAATAC ACCATCTGAC 
AGATTTGTCA TAGAAGTAGA TGTTATTCCA AAACACTCTG TGTGTGAAGA AAAGTATTTC 
TTAATTAGGA TGCAAAACTG TAAAAATGAA ACATGGAAAC CAAACCAAGA TCTTTCACTG 
TTTGTGAGAG ATGGGGCCAG CTCTAAGGAT ATCCTGGCCA ATGTTAAGCA ACGGGATATA 
GCTTACAAAG CATTTTTACA AAATTTAAAG TCACTAGCAG CATCTAGAAA AGAGGCTGAA 
GAAGAATATG AGGTGAAGGC AAATAAGAAG GAGAGTGAAG GACAAAAGCT TATCAAACTT 
CTCATAGGCA ACCGAGACTC ACTGGATAAT TCATATTACA GCTGGTACAT TCTTGTAACA 
AATAAATGCC ATCCAAACCA AACAAATAAC TTAGATTTTC TAAAGGAAAT GAAGTGGTTT 
GCTGTGTTGG AGTTTGATCC TGAATCTGTG AGCAAGGGGG TGGCCAAAGT TTACAAAAAA 
AGCCGAGTAG CAAATCTTCA CTTTCCAAAT CAGTTTGAAG AAAAGACAAA TAACATAAGG 
GAGAAAATTT CTAGTTTAAA TCTTTACCAG CAGCCCAGCT GGATCTTCTG CAATGGCAGA 
TCAGACTTGA AAAATGAGAG CCATAAGCCT CTAGAACCAC ACTTATGGCA TAGAGAAAGA 
GCTTCTGAAG TCAGAAAGTT GATTTTATTT CTCACAGATG AAAATATAAT GACAAGAGGG 
AAATTTTTGG TAGTGTTTCT ATTACTCTCT CCAGTGGAAA GCCCAGGAGA TCCCCTCATT 
GAAACTTTCT GTGCTTTCTA TCAAGCTCTC AGAGGAATGG AAAATATATT GTGTATCTGT 
GTAAACTCAC AGATTTATCA ACGATGGAAA GATCTGCTAC AAACAAGACT GACAATGGCA 
GATGAATTAA CAAACCACAG TATTTCCACT TTAAATTTAG AACTGATAAA CAGTACTATT 
CTTAAACTAA AACCAGTGAC TCAGTCATCA AGAAGATTTT TGCCTTCCCA TGGATTTTCT 
TCCGTTATCT TAGAGAAAAA GGAAGAGGAT ATCTTGACTG CACTGGAAAT CCTCTGTGAA 
AATGAGTGTA AAGACACAGA CATAGAGAAA GATAAATCTA AATTCCAAGA ATTTAAGACA 
TCAAAAGAGG AACACTTTTA TCGAGGTGGC AAAGTATCCT GGTGGAACTT CTATTTTTCT 
TCTGAAAACT ATTCTTCAGC TTTTGTCAAA AGAGATAGTT ATGAAAAGCT TAAAGATCTG 
ATACAGTGCT GGGCAGACTC TCCTAAACCA GTATTTGCAA AAATTATCAA TCTTTATCAT 
CATCCAGGCT GTGGGGGTAC TACGTTAGCT ATGAATGTCC TCTGGGACCT AAAGAAAAAC 
TTTAGATGTG CTGTGTTAAA AAACAAAACA ACTGATTTTG CAGAAATTGT AGAACAAGTG 
ACCAAACTGA TTACCTATAA GGCAACCAGC CATGAAGACT ACTTTCCTGT ACTTCTCCTT 
GTGGATGATT TTGAAGACCA GGAAAATGTT TATGTCCTGC AGAATGCCAT CGATTCCATT 
TTAGCAGAGA AGGGCTTGAG ATATGAAAAA ACACTGGTAA TTATCCTCAA CTGCATGAGA 
TCCCAGAATC CTGATGAGAC TGCAAAATTA GCAGACAGTG TTGCACTAAC CTACCAACTT 
TCTCCTAAGG AACAAAGAGC TTTTGAGGCT AAACTGGAAG AAATTGAAAA GCAACACAAG 
AACTGTGAAA ACTTTTATTC CTTCATGATC ATGAAGAGCA ATTTTAATGA AATGTACATA 
GAAAAGGTAG TCAAGAATAT CCTAAAAGGA CAGAATGTTG ACAGCAAGGA AGCACAACTC 
ATCTCCTTCC TGGCTTTACT CAACTCTTAT GTTACTGATT CTACAATTTC AGTGTCACAG 
TGTGAAATAT TTTTGGGAAT CATATACACT AGTATACCCT GGGAACCTGA AAGCCTAGAG 
GATAAGATGG GAGCCTATTC TACACTTCTA ATAAACACAG AAGTTGCAGA TTTTGGGAGA 
TACACAGGTG TGCGCATCAT TCATCCTTTG ATTGCCATTT TCTGTCTGAA AGAACTAGAA 
GAAAGCTATA ACTTGACTAA ATGTCAAATT GCATTGAAGA TCTTAAATGA AAATTTATTC 
TATGTTTCTG GAATAGGAAG AGAAAAATTT CAACATGATG TGCAAACTCT TCTGCTTACA 
AGACAGCGCA AGGAGTATGG AGATGAAACA GACACTTTGT TTGCCCCGTT AATCGAAGCT 
TTAAAGAATG AAGAAATTGA AAAGGTCTTG GTGGCAGGGA GTGTTCGATT CCCACAAAAT 
GCATTCATTT GTCAGGCCTT AGCAAGATAT TTCTACATTA AAGAAAAGAA TTTTAATATT 
GCTCTGGATT GGGCAAATCA GGCCAAGAAG AGAGCATCTA AAAATTCCTA TATCTCAGAT 
ACACTTGGTC AAGTCTACAA AAGTCAAATC AAATGGTGGT GGGATGAAAG GAAGAACTCC 
AAGGATATTA CTGTTAATGA TCTGATTACT GTTAATGATC TAACATATCT CCTGGAAGCT 
GCTGAAAATG CCTCAAGAGC CTTCAAAAAA TCCCAAGAGC AAACTGAGAG GAAAGGCTAT 
GAAACAGAGG CCTGGGCACC ACAGAAGTTG CAAAGAAAAT ATGACACATA CAATACAGCC 
GGTTTCTTGG GTGAAATCGA AGTTGGTCTT TACACTATTC AGATTCTCCA GCTCACTCCC 
TATTTCCTCA AAGAAAATGA ATTATCTAAA AAAGCTCTGG TAGAATTTTT ATCAGGAAAG 
GGACTTACTC CCATAAATCC AAAATGTGAA TATTATTTGG CTCTTAGCAA GTTCACACCC 
TACTTACAAG ATTTACAATC AGATTTGAAA AGGTGTTTTG ACTTCCTTGA TGATTATATT 
GTTCTTTTGA AAATGAAGAA CACCCAAAAA GAAATAGTAG AAATCTCATT AAGGAAAAAA 
ATCGCTCGTT GTTTCAGGAA ATACATGGAA CTTTTCTGCC ATTCGGATTT CGGTCCATTA 
CAGGGCAAAG AGAGTGAGTT TCTCCAAGAA GAGAAATGCA GGAAAGGTTT AGAAGCTTTG 
AGAGCAGATA GGTTTTCTGG ACTCCTGGAA TATCTTAATC CAAATCACAA AGACGCTGCA 
ACCAATATGG AAAATATAGT GAACAAATAT TTTTTCCTAT TGAAGCAAAA CCCAACTAAA 
CACCTGGCAA AGGAGAAACT AAATTTCATT TTAGCCAACA TTATTCTTAA TTGTCTAAAA 
CCCCACTCCA AATCCATTCA ACCACTTACC ACACTGAAAA AACAGCTCCG AGAAGTGTTG 
CAAGTCATAG GACTAAGTCA TCAATATCCA GACCCTTATT TCTTGGCCTG CCTTCTGTTC 
TGGCCAGAAA ATCAAGACCT AGATGAAGAT TCCAAACTAA TGGAAAAGTA TGTTTCATCC 
TTAAACAGAA CCTTCAAGAG ACAGTACAGG AGCATGTGCA GGTCCAAGCA GGCAAGCACA 
CTCTTTTATC TGGGGAAGAA GAAGGGTCTC CACAGTCTTG TTCACAAGGC TGAGCTAGAG 
CAATACTTCA ATAAAGTACA AAATATAAAT TCTCTCGGGC AGAGTGGTGA CGTTTGGAAA 
AAAAAAGAAG TCAAAGACCT CCTGTGTCGT CTAACTGGTC AGGCTGAAGG CAAGCTAATC 
TCTATGGAAT ATGGAACAGA GAAAAAAATT AAAATACCAG TAACACCTGT TTATTCAGGT 
CCACTCAGAA GCGGTGGAAA CATAGAAAGA GTGTCCTTCT ACCTAGGATT TTCCATGGAA 
GGCCCTCTAG CATATGACAT AGAAGTAATT TAA

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

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SAMD9L cDNA ORF clone, Felis catus(domestic cat)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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