SAMD9 cDNA ORF clone, Bos taurus(cattle)

Gene
Clones
gRNAs

Summary

Gene Symbol	SAMD9
Entrez Gene ID	514205
Full Name	sterile alpha motif domain containing 9
Gene Type	protein-coding
Organism	Bos taurus(cattle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005205144.3	XP_005205201.1	sterile alpha motif domain-containing protein 9 isoform X1
NM_001205781.3	NP_001192710.2	sterile alpha motif domain-containing protein 9
XM_015468125.1	XP_015323611.1	sterile alpha motif domain-containing protein 9 isoform X2
NM_001205781.1	NP_001192710.1	sterile alpha motif domain-containing protein 9
XM_005205143.3	XP_005205200.1	sterile alpha motif domain-containing protein 9 isoform X1
XM_010803998.2	XP_010802300.1	sterile alpha motif domain-containing protein 9 isoform X1
NM_001205781.2	NP_001192710.1	sterile alpha motif domain-containing protein 9

Pathways from BioSystems

Homologies

Homo sapiens (human)	SAMD9	NP_060124.2
	SAMD9	XP_001090497.2
Pan troglodytes (chimpanzee)	SAMD9	XP_001167273.1
Rattus norvegicus (Norway rat)	RGD1563091	XP_575365.2
Danio rerio (zebrafish)	LOC101886156	XP_005171481.1
Bos taurus (cattle)	SAMD9	NP_001192710.1

Gene Ontology
Bibliography

Related articles in PubMed

A whole-genome assembly of the domestic cow, Bos taurus.
Zimin AV, Delcher AL, Florea L, Kelley DR, Schatz MC, Puiu D, Hanrahan F, Pertea G, Van Tassell CP, Sonstegard TS, Mar?ais G, Roberts M, Subramanian P, Yorke JA, Salzberg SL
Genome biology10(4)R42(2009)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following SAMD9 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SAMD9 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)
OBa90574	XM_015468125.1 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OBa245718	NM_001205781.3 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OBa18373	NM_001205781.2 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OBa38771	NM_001205781.1 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OBa18373	XM_005205143.3 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OBa18373	XM_010803998.2 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00
OBa18373	XM_005205144.3 Latest version!	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$881.30 $1259.00

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)

SAMD9 ( XM_015468125.1 ) cDNA ORF clone, Bos taurus(cattle) -> XP_015323611.1 Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OBa90574
Clone ID Related Accession (Same CDS sequence)	XM_015468125.1
Accession Version	XM_015468125.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3651bp) 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	2016-01-25
Organism	Bos taurus(cattle)
Product	sterile alpha motif domain-containing protein 9 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003103886.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bos taurus Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGA ACAACATTAA ACAAAATGAA GAGGCCAAAA 
CTCGGAGAAA GGTGGCTGGG TATTTTAAGA AGTATGCAGA TATATTCGGC CCCTCAGAAG 
AATTACAGAA CAAAGATTTT GGTTCAAAGC TTAGTGTACC GCTTCAGGTA G

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

RefSeq	XP_015323611.1
CDS	767..4417
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLDKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGTTLNKMKRPKLGERWLGILRSMQIYSAPQKNYRTKILVQSLVYRFR

Target ORF information:

RefSeq Version	XM_015468125.1
Organism	Bos taurus(cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X4, mRNA.

Target ORF information:

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

XM_015468125.1

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGA ACAACATTAA ACAAAATGAA GAGGCCAAAA 
CTCGGAGAAA GGTGGCTGGG TATTTTAAGA AGTATGCAGA TATATTCGGC CCCTCAGAAG 
AATTACAGAA CAAAGATTTT GGTTCAAAGC TTAGTGTACC GCTTCAGGTA G

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

SAMD9 ( NM_001205781.3 ) cDNA ORF clone, Bos taurus(cattle) -> NP_001192710.2 Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.

Price & Availability↑

CloneID	OBa245718
Clone ID Related Accession (Same CDS sequence)	NM_001205781.3
Accession Version	NM_001205781.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4746bp) 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	2019-04-21
Organism	Bos taurus(cattle)
Product	sterile alpha motif domain-containing protein 9
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from NKLS02000004.1, CK848294.1 and GGVH01062483.1. On Apr 22, 2019 this sequence version replaced NM_001205781.2. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. ##Evidence-Data-START## Transcript exon combination :: GGVA01036128.1, GGVI01074140.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMN04335747, SAMN05861749 [ECO:0000348] ##Evidence-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGGTAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACCAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

RefSeq	NP_001192710.2
CDS	427..5172
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLGKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGKERFYQKSKRRYDTYNTAGYLGEIEVGLYTIQILQFIPFFDNKNELSKRDMINFISGSKDIPGEANNEFKLVLKNFISYLTNLKFSLKKSFDFFDEYFVLLKPRNNIKQNEEAKTRRKVAGYFKKYADIFGPSEELQNKDFGSKLSVPLQVELYRRSLEVLKADKFSGLLEYLIKAQEDAVHTMEDIMDKYTFLFEQCTVKILIKEKQNFILANIILYCIKPTSKIVKPIKKLKDQLRELLQQTGMSYRYPEPYFLASLLFWPENQQLDQDSRLMEKYASSLENSFRGQYKHMYRTKQPIAYFFLGKGNSVNRLVHKGKIDQCFEKTADINFLWQSGDVWKEKKVQKLLLRLKGRVGNNCLHIEYGINEKITIPITPAFLGQLRSGRSIEKVSFYLGFSIGGPLAYDIEII

Target ORF information:

RefSeq Version	NM_001205781.3
Organism	Bos taurus(cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.

Target ORF information:

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

NM_001205781.3

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGGTAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACCAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

SAMD9 ( NM_001205781.2 ) cDNA ORF clone, Bos taurus(cattle) -> NP_001192710.1 Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.

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CloneID	OBa18373
Clone ID Related Accession (Same CDS sequence)	XM_005205144.3 , XM_005205143.3 , XM_010803998.2 , NM_001205781.2
Accession Version	NM_001205781.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4746bp) 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	2018-05-13
Organism	Bos taurus(cattle)
Product	sterile alpha motif domain-containing protein 9
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from DAAA02009768.1. On Jun 30, 2017 this sequence version replaced NM_001205781.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: BC151751.1, FE011516.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMN04335747, SAMN05861749 [ECO:0000348] ##Evidence-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

RefSeq	NP_001192710.1
CDS	428..5173
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLDKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGKERFYQKSKRRYDTYNTAGYLGEIEVGLYTIQILQFIPFFDNKNELSKRDMINFISGSKDIPGEANNEFKLVLKNFISYLTNLKFSLKKSFDFFDEYFVLLKPRNNIKQNEEAKTRRKVAGYFKKYADIFGPSEELQNKDFGSKLSVPLQVELYRRSLEVLKADKFSGLLEYLIKAQEDAVHTMEDIMDKYTFLFEQCTVKILIKEKQNFILANIILYCIKPTSKIVKPIKKLKDQLRELLQQTGMSYRYPEPYFLASLLFWPENQQLDQDSRLMEKYASSLENSFRGQYKHMYRTKQPIAYFFLGKGNSVNRLVHKGKIDQCFEKTADINFLWQSGDVWKEKKVQKLLLRLKGRVGNNCLHIEYGINEKITIPITPAFLGQLRSGRSIEKVSFYLGFSIGGPLAYDIEII

Target ORF information:

RefSeq Version	NM_001205781.2
Organism	Bos taurus(cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.

Target ORF information:

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

NM_001205781.2

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

SAMD9 ( NM_001205781.1 ) cDNA ORF clone, Bos taurus(cattle) -> NP_001192710.1 Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.

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CloneID	OBa38771
Clone ID Related Accession (Same CDS sequence)	NM_001205781.1
Accession Version	NM_001205781.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4746bp) 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	2015-01-03
Organism	Bos taurus(Cattle)
Product	sterile alpha motif domain-containing protein 9
Comment	PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AAFC03097481.1. On Apr 20, 2011 this sequence version replaced XM_592017.5. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## Transcript exon combination :: BC151751.1, FE011516.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMN01093727, SAMN01093728 [ECO:0000348] ##Evidence-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AGGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGATGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

RefSeq	NP_001192710.1
CDS	428..5173
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLDKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGKERFYQKSKRRYDTYNTAGYLGEIEVGLYTIQILQFIPFFDNKNELSKRDMINFISGSKDIPGEANNEFKLVLKNFISYLTNLKFSLKKSFDFFDEYFVLLKPRNNIKQNEEAKTRRKVAGYFKKYADIFGPSEELQNKDFGSKLSVPLQVELYRRSLEVLKADKFSGLLEYLIKAQEDAVHTMEDIMDKYTFLFEQCTVKILIKEKQNFILANIILYCIKPTSKIVKPIKKLKDQLRELLQQTGMSYRYPEPYFLASLLFWPENQQLDQDSRLMEKYASSLENSFRGQYKHMYRTKQPIAYFFLGKGNSVNRLVHKGKIDQCFEKTADINFLWQSGDVWKEKKVQKLLLRLKGRVGNNCLHIEYGINEKITIPITPAFLGQLRSGRSIEKVSFYLGFSIGGPLAYDIEII

Target ORF information:

RefSeq Version	NM_001205781.1
Organism	Bos taurus(Cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), mRNA.

Target ORF information:

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

NM_001205781.1

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AGGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGATGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

SAMD9 ( XM_005205144.3 ) cDNA ORF clone, Bos taurus(cattle) -> XP_005205201.1 Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X3, mRNA.

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CloneID	OBa18373
Clone ID Related Accession (Same CDS sequence)	XM_005205144.3 , XM_005205143.3 , XM_010803998.2 , NM_001205781.2
Accession Version	XM_005205144.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4746bp) 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	2016-01-25
Organism	Bos taurus(cattle)
Product	sterile alpha motif domain-containing protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003103886.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jan 26, 2016 this sequence version replaced XM_005205144.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bos taurus Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

RefSeq	XP_005205201.1
CDS	500..5245
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLDKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGKERFYQKSKRRYDTYNTAGYLGEIEVGLYTIQILQFIPFFDNKNELSKRDMINFISGSKDIPGEANNEFKLVLKNFISYLTNLKFSLKKSFDFFDEYFVLLKPRNNIKQNEEAKTRRKVAGYFKKYADIFGPSEELQNKDFGSKLSVPLQVELYRRSLEVLKADKFSGLLEYLIKAQEDAVHTMEDIMDKYTFLFEQCTVKILIKEKQNFILANIILYCIKPTSKIVKPIKKLKDQLRELLQQTGMSYRYPEPYFLASLLFWPENQQLDQDSRLMEKYASSLENSFRGQYKHMYRTKQPIAYFFLGKGNSVNRLVHKGKIDQCFEKTADINFLWQSGDVWKEKKVQKLLLRLKGRVGNNCLHIEYGINEKITIPITPAFLGQLRSGRSIEKVSFYLGFSIGGPLAYDIEII

Target ORF information:

RefSeq Version	XM_005205144.3
Organism	Bos taurus(cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X3, mRNA.

Target ORF information:

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

XM_005205144.3

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

SAMD9 ( XM_005205143.3 ) cDNA ORF clone, Bos taurus(cattle) -> XP_005205200.1 Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OBa18373
Clone ID Related Accession (Same CDS sequence)	XM_005205144.3 , XM_005205143.3 , XM_010803998.2 , NM_001205781.2
Accession Version	XM_005205143.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4746bp) 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	2016-01-25
Organism	Bos taurus(cattle)
Product	sterile alpha motif domain-containing protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003103886.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jan 26, 2016 this sequence version replaced XM_005205143.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bos taurus Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

RefSeq	XP_005205200.1
CDS	849..5594
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLDKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGKERFYQKSKRRYDTYNTAGYLGEIEVGLYTIQILQFIPFFDNKNELSKRDMINFISGSKDIPGEANNEFKLVLKNFISYLTNLKFSLKKSFDFFDEYFVLLKPRNNIKQNEEAKTRRKVAGYFKKYADIFGPSEELQNKDFGSKLSVPLQVELYRRSLEVLKADKFSGLLEYLIKAQEDAVHTMEDIMDKYTFLFEQCTVKILIKEKQNFILANIILYCIKPTSKIVKPIKKLKDQLRELLQQTGMSYRYPEPYFLASLLFWPENQQLDQDSRLMEKYASSLENSFRGQYKHMYRTKQPIAYFFLGKGNSVNRLVHKGKIDQCFEKTADINFLWQSGDVWKEKKVQKLLLRLKGRVGNNCLHIEYGINEKITIPITPAFLGQLRSGRSIEKVSFYLGFSIGGPLAYDIEII

Target ORF information:

RefSeq Version	XM_005205143.3
Organism	Bos taurus(cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X1, mRNA.

Target ORF information:

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

XM_005205143.3

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

SAMD9 ( XM_010803998.2 ) cDNA ORF clone, Bos taurus(cattle) -> XP_010802300.1 Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OBa18373
Clone ID Related Accession (Same CDS sequence)	XM_005205144.3 , XM_005205143.3 , XM_010803998.2 , NM_001205781.2
Accession Version	XM_010803998.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4746bp) 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	2016-01-25
Organism	Bos taurus(cattle)
Product	sterile alpha motif domain-containing protein 9 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003103886.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jan 26, 2016 this sequence version replaced XM_010803998.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bos taurus Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

RefSeq	XP_010802300.1
CDS	761..5506
Translation	MAAQLNLPENTDDWTKEDVNQWLESHKIEQKHRAILTAQDVSGAILKYLTKDHLVAMGITFGPAIQIEQLFKELLETSSGDPFQTCKSGKGSKSVPKTQQKDGGTSKQKNKKKSDKVNDSTVSTVTKGSKSLKNEFMEDEIDDTKKKQPSTEPTCMAYPFDEFSDPYRYKLNFKLQPETGPLNLIDPIHEFKAFTNTETGTEEDAKMKFSNEVFRFASACMNSRTNGTIHFGVKDKPHGTIVGVEFTTITKEALIDHFNLMIHQYFEDHQVQKAKNCIREPRFVEVLLPNSTLSDRFVIEVDVVPKYSECEVDYFQIKMQNCSNTIWKQSPNFSVFVRDGASSKDIMKSNMDFKAFKLDLKRLAESRKEAEEKCRVKTNKKESEGPKLVKLLTGNQDLLDNSYYDWYILVINKCHPTQIKHLDFLKEIKWFAVLEFDPESVSKGVVKAYKETRVVNLHFPSLYVEGKTTTEKITSLNLYQQLSWIFCNGRLDLDSEEYKPLDASSWQREKASEVRKLISFLTQEDIMPRGKFLVVFLLLSSVDDPRDPLIETFCAFYQDLKGMENILCICVDSRICQGWKDLLEARLTTQQDELSNQCVSSLSLEEINGTILKLKSVTQSSKRFLPSIGSSTVLLKKEEDIMTALEILCENECEDTILEKDKKKLLEFKALKEEDFYRGGKVTWWNFYFSSENYSSPFVKRDKYEKLEEMIQRGADSSKSTCVKIIHLYHHPGCGGTTLAMHILWELRKKFRCAVLKNKTVDFSEIGEQVTNLITYGTTNNQEYLPILLLVDDFEEQDNVYLLQASIHTAVANRYIRYEKPLVIILNCRRSQNPEKSAKISDSIALIQQLSPKEQRAFELKLKEIEDQHKNFQDFYSFMIMKTNFNKKYIEDVVRNILKEQNISTKEAKLFSFLALLNSYVPDTTISLSQCEKFLGITSKKAFWGTEKFEDKMGTYSTILIKTEVVECGNYCGVRIIHPLIAIRSLEELKISYDLDKSQITLDMLTENLFYDTGIGRSKFLEDVQTLLLTRQRNENEGEMGTLFSPFIEALHKEEGNVAVKNVLRGGIRRFNPNAFICQALTRHFYIKEKDFDSALHWANQAKKIEPDNSYISDTLGQVFKSKIRWWMDDNERNRSISVGELSDLLDLAVQASNAFKESQQQSEDREYEGKERFYQKSKRRYDTYNTAGYLGEIEVGLYTIQILQFIPFFDNKNELSKRDMINFISGSKDIPGEANNEFKLVLKNFISYLTNLKFSLKKSFDFFDEYFVLLKPRNNIKQNEEAKTRRKVAGYFKKYADIFGPSEELQNKDFGSKLSVPLQVELYRRSLEVLKADKFSGLLEYLIKAQEDAVHTMEDIMDKYTFLFEQCTVKILIKEKQNFILANIILYCIKPTSKIVKPIKKLKDQLRELLQQTGMSYRYPEPYFLASLLFWPENQQLDQDSRLMEKYASSLENSFRGQYKHMYRTKQPIAYFFLGKGNSVNRLVHKGKIDQCFEKTADINFLWQSGDVWKEKKVQKLLLRLKGRVGNNCLHIEYGINEKITIPITPAFLGQLRSGRSIEKVSFYLGFSIGGPLAYDIEII

Target ORF information:

RefSeq Version	XM_010803998.2
Organism	Bos taurus(cattle)
Definition	Bos taurus sterile alpha motif domain containing 9 (SAMD9), transcript variant X2, mRNA.

Target ORF information:

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

XM_010803998.2

ORF Insert Sequence:

ATGGCAGCAC AACTTAACTT ACCAGAAAAT ACAGATGACT GGACAAAAGA GGATGTAAAT 
CAGTGGTTAG AAAGTCATAA AATTGAACAA AAACACAGAG CAATTTTGAC TGCACAAGAT 
GTGAGTGGTG CAATCTTGAA GTACTTAACT AAAGATCACC TTGTTGCTAT GGGCATAACA 
TTTGGACCAG CTATCCAAAT AGAACAGCTC TTCAAAGAGT TGCTGGAGAC ATCCTCTGGA 
GATCCTTTCC AGACATGTAA GAGCGGAAAA GGCAGTAAAA GTGTTCCTAA AACACAGCAG 
AAAGATGGAG GGACTTCAAA ACAAAAGAAT AAAAAGAAAT CAGATAAGGT TAATGACTCT 
ACAGTGAGTA CAGTTACTAA AGGTTCTAAG TCACTGAAAA ATGAGTTCAT GGAAGATGAA 
ATAGATGACA CAAAGAAAAA GCAGCCATCC ACAGAACCGA CATGCATGGC ATACCCTTTT 
GATGAATTCA GTGATCCATA TCGTTACAAA TTGAATTTTA AACTACAGCC TGAAACAGGA 
CCACTCAATC TCATTGATCC AATACATGAA TTCAAAGCCT TCACAAACAC AGAAACAGGC 
ACGGAAGAGG ATGCTAAAAT GAAATTTAGC AATGAGGTGT TCCGATTTGC TTCTGCTTGT 
ATGAACTCAC GTACCAATGG CACCATTCAT TTTGGAGTCA AGGACAAACC TCATGGAACA 
ATTGTTGGCG TGGAATTTAC CACCATCACC AAGGAAGCCC TCATTGACCA CTTCAATCTG 
ATGATCCACC AATATTTTGA AGACCATCAG GTCCAAAAAG CAAAGAACTG CATTCGAGAG 
CCAAGATTTG TAGAAGTTTT ACTGCCAAAC AGTACTCTAT CTGACAGATT TGTTATTGAA 
GTGGATGTTG TTCCAAAATA TTCTGAATGT GAAGTTGATT ATTTCCAGAT TAAAATGCAA 
AATTGCAGCA ACACAATATG GAAACAAAGT CCAAACTTCT CAGTCTTTGT GCGAGATGGG 
GCCAGTTCTA AGGACATCAT GAAAAGTAAT ATGGATTTCA AAGCATTTAA ATTAGATTTG 
AAAAGACTTG CAGAATCTAG GAAAGAGGCA GAAGAGAAAT GCAGAGTGAA AACAAATAAA 
AAAGAAAGCG AGGGGCCAAA GCTTGTTAAA TTGTTGACAG GAAATCAGGA TTTGTTAGAT 
AATTCATACT ACGACTGGTA CATTCTTGTA ATAAATAAAT GCCACCCTAC ACAAATCAAA 
CACTTAGATT TCCTAAAGGA AATTAAATGG TTTGCTGTGT TGGAGTTTGA TCCTGAATCT 
GTGAGCAAGG GTGTGGTCAA AGCATACAAA GAAACCCGAG TAGTAAATCT TCACTTCCCA 
AGTTTGTATG TGGAGGGGAA AACCACAACT GAGAAGATTA CTAGTCTGAA TCTTTATCAA 
CAACTCAGCT GGATTTTCTG CAATGGCCGG TTAGATCTTG ACAGTGAAGA GTATAAACCC 
TTAGATGCAA GTTCCTGGCA AAGAGAAAAA GCATCTGAAG TCAGGAAACT GATTTCATTT 
CTTACCCAAG AAGACATAAT GCCAAGAGGG AAGTTTTTGG TGGTATTTCT ATTACTCTCC 
TCCGTTGATG ACCCAAGAGA CCCCCTCATT GAGACTTTCT GTGCTTTCTA CCAAGATCTC 
AAAGGAATGG AAAATATATT GTGTATTTGT GTAGATTCAC GCATATGTCA GGGATGGAAA 
GATCTACTTG AAGCAAGATT AACAACACAG CAAGATGAAT TATCAAACCA ATGTGTTTCT 
TCTTTAAGTC TTGAAGAGAT AAATGGAACT ATTCTTAAGC TAAAATCTGT GACTCAATCT 
TCCAAGAGAT TTTTACCATC TATCGGTTCA TCTACTGTCC TTCTGAAAAA AGAAGAAGAT 
ATCATGACTG CTCTGGAAAT TCTCTGTGAA AATGAATGTG AAGATACAAT ATTAGAGAAA 
GACAAAAAAA AATTACTTGA ATTCAAAGCA TTGAAAGAGG AAGATTTTTA TCGAGGAGGC 
AAAGTAACAT GGTGGAATTT CTACTTTTCT TCTGAAAACT ATTCTTCCCC TTTTGTGAAA 
AGGGATAAAT ATGAAAAACT TGAAGAAATG ATTCAAAGAG GGGCAGATTC TTCTAAGTCG 
ACATGTGTCA AAATTATTCA TCTGTATCAT CATCCAGGCT GTGGTGGGAC TACGTTGGCT 
ATGCATATTC TCTGGGAACT AAGGAAGAAA TTCAGATGTG CTGTGCTAAA AAACAAGACA 
GTGGATTTTT CTGAAATTGG AGAACAAGTG ACTAATTTAA TAACCTATGG GACAACAAAT 
AATCAGGAAT ACTTACCTAT ATTACTGCTT GTTGATGATT TTGAAGAACA GGATAATGTC 
TATCTTCTGC AAGCTTCTAT TCATACAGCT GTAGCTAATA GGTATATTCG ATATGAGAAA 
CCTCTAGTGA TCATTCTAAA TTGCAGGAGA TCACAGAATC CTGAAAAAAG TGCAAAGATC 
TCAGACAGTA TTGCCCTAAT ACAACAACTG TCTCCCAAAG AACAGAGAGC TTTTGAGCTT 
AAATTGAAAG AAATTGAAGA CCAACATAAA AACTTTCAAG ATTTTTATTC CTTCATGATT 
ATGAAAACCA ACTTTAATAA AAAGTACATA GAAGATGTGG TCAGGAATAT CCTGAAAGAA 
CAAAATATTT CCACCAAGGA AGCAAAGCTT TTTTCCTTTC TGGCCCTTCT TAACTCATAT 
GTGCCAGATA CCACCATTTC ACTATCACAG TGTGAAAAGT TCCTAGGAAT CACAAGCAAG 
AAAGCTTTCT GGGGAACAGA AAAATTTGAA GACAAAATGG GCACCTACTC TACAATTCTA 
ATAAAAACAG AGGTGGTAGA ATGTGGGAAC TACTGTGGAG TACGCATTAT TCACCCTTTG 
ATTGCCATTC GTTCACTGGA AGAATTGAAG ATAAGCTATG ACTTGGATAA GAGTCAAATT 
ACGCTGGACA TGCTAACAGA AAATTTGTTC TATGATACTG GAATAGGAAG AAGCAAATTT 
TTAGAAGATG TGCAAACACT GCTGCTGACA AGACAGCGCA ATGAAAATGA AGGTGAAATG 
GGAACTTTGT TCTCCCCGTT CATTGAAGCA TTACATAAAG AAGAAGGGAA CGTGGCAGTT 
AAAAATGTAT TACGTGGAGG TATTCGTCGG TTCAACCCAA ATGCATTCAT TTGCCAAGCC 
TTGACAAGAC ATTTCTACAT TAAAGAGAAG GACTTTGACA GTGCTCTACA CTGGGCAAAT 
CAAGCAAAAA AGATAGAACC TGACAATTCT TATATCTCAG ATACACTGGG TCAAGTCTTC 
AAAAGTAAAA TAAGATGGTG GATGGACGAT AATGAAAGAA ACAGGAGCAT TTCTGTTGGG 
GAGCTATCTG ACCTTTTGGA TTTAGCAGTA CAGGCCTCAA ATGCATTCAA GGAATCTCAA 
CAGCAAAGTG AGGATAGAGA GTATGAAGGT AAGGAAAGAT TTTATCAGAA GTCAAAAAGG 
CGGTATGATA CTTACAATAC AGCTGGCTAT CTAGGGGAGA TAGAAGTTGG GCTCTACACA 
ATCCAGATTC TCCAGTTCAT TCCTTTTTTT GACAATAAAA ATGAACTGTC TAAAAGAGAT 
ATGATCAATT TTATATCAGG AAGTAAAGAT ATTCCTGGAG AAGCAAACAA TGAATTTAAA 
TTAGTCCTCA AGAACTTTAT TTCTTACCTA ACAAATTTGA AATTTTCTTT GAAAAAGTCC 
TTTGATTTTT TTGATGAATA CTTTGTCCTT CTAAAACCTA GGAACAACAT TAAACAAAAT 
GAAGAGGCCA AAACTCGGAG AAAGGTGGCT GGGTATTTTA AGAAGTATGC AGATATATTC 
GGCCCCTCAG AAGAATTACA GAACAAAGAT TTTGGTTCAA AGCTTAGTGT ACCGCTTCAG 
GTAGAGCTGT ATCGGAGAAG CCTGGAAGTT TTAAAAGCAG ACAAGTTTTC TGGACTCTTG 
GAATATCTTA TCAAAGCTCA AGAAGACGCT GTACACACCA TGGAAGATAT AATGGACAAA 
TATACTTTTC TCTTTGAACA ATGCACTGTC AAAATCCTGA TAAAGGAAAA GCAAAATTTC 
ATCCTGGCCA ACATCATTCT CTACTGTATT AAACCGACCT CCAAAATAGT GAAGCCAATT 
AAAAAACTGA AAGATCAGCT TCGAGAACTC TTACAACAAA CAGGAATGTC GTATCGGTAT 
CCAGAACCTT ATTTCCTAGC TTCCCTCTTA TTCTGGCCGG AAAACCAACA ACTAGATCAA 
GATTCTAGAC TAATGGAAAA GTATGCTTCG TCACTGGAAA ATTCTTTTCG GGGACAATAT 
AAGCATATGT ATCGTACAAA GCAACCAATT GCCTATTTCT TTCTTGGGAA AGGTAACAGT 
GTGAACAGAC TTGTTCACAA AGGAAAAATT GATCAATGTT TTGAAAAGAC AGCTGATATT 
AATTTCTTGT GGCAGAGTGG AGATGTATGG AAGGAGAAAA AAGTCCAAAA GCTTTTGCTT 
CGGTTAAAGG GACGAGTTGG AAATAATTGT TTACACATAG AATATGGAAT CAATGAAAAA 
ATCACAATAC CCATCACACC TGCTTTTCTG GGTCAACTCA GAAGTGGTAG AAGCATAGAA 
AAAGTGTCTT TTTACCTGGG ATTTTCCATT GGAGGCCCAC TTGCTTACGA CATTGAGATT 
ATTTAA

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

PubMed

A whole-genome assembly of the domestic cow, Bos taurus.
Genome biology10(4)R42(2009)
Zimin AV,Delcher AL,Florea L,Kelley DR,Schatz MC,Puiu D,Hanrahan F,Pertea G,Van Tassell CP,Sonstegard TS,Mar?ais G,Roberts M,Subramanian P,Yorke JA,Salzberg SL

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SAMD9 cDNA ORF clone, Bos taurus(cattle)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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