samd9l cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	samd9l
Entrez Gene ID	100490592
Full Name	sterile alpha motif domain containing 9-like
General protein information	Preferred Names sterile alpha motif domain containing 9-like Names sterile alpha motif domain-containing protein 9-like
Gene Type	protein-coding
Organism	Xenopus tropicalis(tropical clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018094845.2	XP_017950334.2	LOW QUALITY PROTEIN: sterile alpha motif domain-containing protein 9-like
XM_018094845.1	XP_017950334.1	sterile alpha motif domain-containing protein 9-like

Pathways from BioSystems

Homologies

Canis lupus familiaris (dog)	SAMD9L	XP_539422.3
Gallus gallus (chicken)	SAMD9L	XP_004939355.1
Mus musculus (house mouse)	Samd9l	NP_034286.2
Homo sapiens (human)	SAMD9L	NP_689916.2
Pan troglodytes (chimpanzee)	SAMD9L	XP_001167482.1
	LOC701572	XP_001099940.2
Xenopus tropicalis (tropical clawed frog)	samd9l	XP_004921511.1

Gene Ontology

The following samd9l gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the samd9l cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OXa60408	XM_018094845.2 Latest version!	Xenopus tropicalis sterile alpha motif domain containing 9-like (samd9l), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OXa34813	XM_018094845.1 Latest version!	Xenopus tropicalis sterile alpha motif domain containing 9-like (samd9l), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

samd9l ( XM_018094845.2 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017950334.2 Xenopus tropicalis sterile alpha motif domain containing 9-like (samd9l), mRNA.

Price & Availability↑

CloneID	OXa60408
Clone ID Related Accession (Same CDS sequence)	XM_018094845.2
Accession Version	XM_018094845.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4698bp) 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	2019-12-17
Organism	Xenopus tropicalis(tropical clawed frog)
Product	LOW QUALITY PROTEIN: sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030682.2) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 18, 2019 this sequence version replaced XM_018094845.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Xenopus tropicalis Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 3 indels ##RefSeq-Attributes-END##

ATGGAACATC CAAACCTGTT GGATAAGCCA TTGCATGTGC CACATAATGT TGACACCTGG 
ACTAAAAATC AAGTTAGACA ATGGGTCACA CAGGACCTCA GTATTGGCAT GGATGAAGGT 
GACATTTTAT ACAAACAAAA TGTAACAGGG CAGGTCCTCA ATATATTATC TAAAAAAGAT 
TTTATAGAGA TGGGAATAAC TTTTGGAACT GCTTCCTTAA TAATGCATCG CCTAAAAACT 
ATGTCTACAA CAAGCACAGG CAATAAAAGT GGCAGTGCTG ACAGTTCTAA GAAAGGTGAA 
GAAAAGAAAA AAAAACAAAA GAACGAAGAT AAAAATGTTA CAGGTTTGAC GATCCCAGAA 
AAGAAAGAAA ACATAGAAAA GGAAGAAGAG AACATATCAA CAAATGCCGA GAATGAATCC 
AGCTCTGCAA GAGTGACCTG TACTCCATAC CCCTTTGACT GTACCCACGA AAGTAAAATT 
TATGTTCAAT ATCATTTCCT TCAGCCTGAA TCTGGAACGT CCAACTATAT CGACCCTGTT 
CATGAGTACA AAGAATTCAC AAACACTGAA AATGCTACAC AAATGATANN AAAAATGAAA 
TTTTGCAATG AAGTCTTTAG GTTTGCAGCT GCCTGCATGA ATGTGCGCAC TAATGGTACT 
ATACATTTTG GGGTGCGTGA CAAGCCACAT GGGCAAATTA TTGGTATTAA GATTGACAAC 
AGAGAAGCAT ATGTTTCATA TATTTATCAG ATGATGAACA AATATTTTGA GGAAAAGCAA 
GTAGAAGTTG CAAAGCAATG CATTCGGCCT CCAAGATTCA TAGATGTGCT TTATCAGCAG 
AACACCCAGT CAGATTTAGT TGTTATAGAA GTAGATGTTG TTCCTGAGCA TGCTTATTGC 
AATACAGAAG TATTCTCCAC ATATCAACAA GTTTTCAGTG ACAATAAATG GTTGAAAAGT 
AAAGATAAAT CTTGCTTCAT TCGAGATGGG GAAAGCTCTA AAGACATCCT TGCAAATGTG 
CGCAACAGCG ATGCTGATTT AAAAGTATTT TACTCTAAAC TGAAAGAAAG GGATGATGTT 
AGAAAAAGAG CAGAAGAAAA ATATAAAATC AAGCAAAGGA AAAATATTGA TGAGGGTCCA 
AAACTTGTGA GTTTAATTAC AGGCAACAGA GGCATGATGG ATAATTCCTA TTACAAATGG 
TACATATTAG TGGCTAACAA GTGCCACCAA AGTCAATCAA GTCACCTGGA TTTTATGTCT 
GAAATTCCAT GGTTTGCAGT TTTAGATCAT GACCCAGAGT CTGTTACAAA TGGGTTGTGC 
AAATCATATA GAGAAAAACG AGTACCAAAT NTGCACTTTC CAAGTCAGTA TCAAGATATG 
GATAATGTCA CTTGTGAGAA ACTTGAAGAT CTTAAACTAT ATCAACAGGT CAGCTGGATC 
TTTTGTAATG GGAGGTCAGA TCTAGAGAGT AAAGATTATG AAGCACTGAA TTATAGGCAG 
TGGCATAAAG AAAAGGCAGC GGAAGTAAGA AAGTTGATTT CTTTTCTTTC ACGGAAAGAC 
ATAATGGAAC ATGGGAAATT TCTTGTTGTT TTCTTGCTAC TTTCCACAGT TGATGACCCT 
GCTGATCCTA TTTGTGAAGT GTTCAGCACA TTTTATCAGG AACTGGGTGG GGTGGAGGAT 
ATCTTATGTA TCTGTGAAGA TGAGCATATC TTTCAAAAAT GGAGAGATCT GCAATCTAGA 
TTTGTTAGTG CAGAGGAAAT GGAAAAAAGA TGCATATATA ACTTGGGCAT TGAAAAAGTA 
AATGGAACAA TCCTCAAACT TAAATCTGTG AAACAGTCTA GTTGCCGCTT CTTGCCATCA 
ACTGGTTCTT CCTCAGTTGT ACTACAAAGG AAAGATGAAG ATCTCATGCC AACGTTAAAT 
ATTCTTTGCT TAAATCAATG TCAGGATACA GAAATAGAGA AGGATGAATC GAAGTTTAAT 
TCATTCAGGA GAGACCAAGA AGAGCACTTT TATCGAGGAG GAAAAGTTTC ATGGTGGAAT 
TACTATTTCT CTATGAAACA CTATACTGGA CCATTTATCA AGAGGGACAT TCATGACAAA 
CTAATGCGTT TGATTGATAC GTGGTCTCAG TATGACAAGC AAATAAGTGT AAAAGTAATT 
ACCCTCTATC ATCATCCTGG CTGTGGAGGA TCCACATCTG CAATGCATGT CCTATGGGAA 
TTAAGAGAAA AGTTCAGGTG TGCAATTCTA CATCGGAAGG CTGATAGTTT TGTAGACCTA 
GCGAGAGAGA TAACCAGCCT TGCTACTTAT GGGTTGTCCA ACAGCTCAGA TTACTTTCCT 
GTGCTGCTTC TTGTAGATGA CTACGAAGAG GAAGAAAATG TATACAGTTT GCAAAACTAT 
ATCAGATCAC AAATTGCTGA AAAGTACATC AGATATGAAA AGCCAGTAGT GATCATATTA 
AACTGCATGA GATCTCAGAA CCCAGAGCAA AGCTCAAAAA CCTACCCTTC TGACAGTGTT 
GCACTCAAAC ACAAACTTTC ACCTCAAGAG CAGAGAGCCT TTGAAGCAAA ACTAAAGGAG 
ATTGAGCAGG AACATAACAA GCCAGAGGAT TTCTATTCTT TTATGATAAT GAAAAGCAAT 
TTTGATAAGG TATATATTGA AAAGGTTGTG AGAAACATAC TTAAAGGTTT GAATACAGCT 
GGCAAGGAAG CCCAGCTTAT CTCCTTTCTC GCCCTTCTTA ACAAATATGT AAAGGACTCC 
ACAATATCAG CTTCAATGTG TGAGGAATTT TTAGGCATAT CCACAAAGAA GACATTCTGG 
GGGAATGAGA GTATTGAAGA TAAAATGGGC ACTTATTTTA CTATAATAAT ACAGACAGAA 
GTGGAAGAAT ATGGTGGGTG CCAAGGCCTG CGCATAATAC ACCCATTGAT TGCAAGTCGT 
TGTGTAAAGG AGTTAAAAAA CACTTATGCT ATAAATGAAA GTAATACTAT TATGCAGCTA 
TTAAATACCA ATATATTCTA TGATTTGGGA ATAGGCAGAG ATACTTTTTC ACAAAACATG 
CAAAGCATGC TGATCACTAG ACACAAGAAA GAGCATGGAG ATGAAATGGA CACCCTCTTC 
TCCCCGTTAA TTGAAGAGTT ACAGAAGGAA GAAGGCAATG CTAGTGTTGA AAAAGTATTA 
AGAGAGGGAT CCTTCAGATT TTCCCAAAAT CCATATATTT GTCAGGCACT AGCAAGACAC 
TTCTACATTC GAGAAAAAAA ATTCAGCTCT GCATTGGAAT GGGCAAACAA AGCAAAGACT 
CTTGCACCCA GTAATTCGTT TGTTTTGGAC ACTTTGGGCC AAATATACAA AACACAGCTA 
AAGGCCCTAA TGGACAATCA CAGCAAAAAT AATCCATTAA CAGCACAGGC TTTGGAAACT 
CTTCTTGAAA CAGCAAGAAG AGCATCTGAA GCCTTTAGAG AATGCCAAGA ACAGACAGAA 
AAAACTGAAG CTGAGCGTGA GGAAATGGAA TTAGTGAAGT CAAAACGATA CTTTGTGTAT 
AACACTGCTG GATATCTTGG GCAGATTGAA GTTTGCCTTT ATACAGTAGA CATACTTTTT 
AAACTGCCAT GGTTTAATTC AAAAGATGTG TTGACTAAAA AACACCTGCT GCAGTATTTG 
TCAGGTAAAT GGGATGTATC AGTAGGTTGC ACAAGCAGAA CTGATCATGA ATTGTTTGAT 
GTTCTCAGAG AATATCAGTA CTTCCTAACT AAAGTTAAAT TACATTTAAA GAAGGCTTTT 
GATTTTTTCC AGGACTATTT TGTCTATTTA AAGCAGAGGA ATATTCTAAG GGAAAGTACT 
GAATTCAAAA CACGCGAGAA AGTATCCGAC CTCTTCAAAA AATATCGGAA AATTTTCTGT 
GACCTGGATC TTACACAGAT AACGGGTGGA GAAACCAGAC TAAAAGGAAG CATTGCTTTG 
TATATTGAAG ATTTCAGGGC TGGACTGGAG AATTACAGAG CTGATAGATT TTCCGGGATA 
TTAGAATTTC TCAATGACAA AGACAGCAAA AGGATGGAAT CTATCATACA GGCATATCAG 
TATTTACTCC AGCACCCAAC AGACACCTTT ATTTTAAGGG ACAAGCAAAA TTACATTTTG 
GCCAATATTG TTCTGTATTG CATTTGTCCA AACTCTCCCA AATTTGAACA AACTGAAATT 
TTAAAAACAC ACCTGAGAGA GGTTTTGCAG ATGGTTGGAG ACGATCACAA GTACTCAGAG 
CCTTACTTCC TAGCATCAAT ACTCTTCTGG CCGCACAACT TGCATCAACT TGACAGAGAC 
TCGGCACATC TTGCCAAATA TGTTGCGTCC ATGAGAAAAT CTTTCAGAGG GCAATACCGA 
CACATGTGCC ATGCCAAGCT TCCCATAGCT CATTTCTATC TTGGGCGGAA TAGTGGCCAC 
AATNCTGAAT TAAATTCTCT TTGGCTGTGT GGCGATATAT GGAAAGAAAA AGAAATAGCA 
GATCTCTTGC TTCGTGTGAA GGGAAGAGCA GAAAAAAATC TGATCTATGT GGAATGTGGC 
CAAGACCCCA AAATTACAAT TCCAGTAAGG CCCGCTTACC TTGGTCAATT AAGAAGTGGA 
AAAAGCATTG AACGAGTGTC TTTTTATCTA GGATTTTCCA TTGATGGTCT GATTGCCTAT 
AACATTGAAA CAATCTGA

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

RefSeq	XP_017950334.2
CDS	295..4992
Translation	MEHPNLLDKPLHVPHNVDTWTKNQVRQWVTQDLSIGMDEGDILYKQNVTGQVLNILSKKDFIEMGITFGTASLIMHRLKTMSTTSTGNKSGSADSSKKGEEKKKKQKNEDKNVTGLTIPEKKENIEKEEENISTNAENESSSARVTCTPYPFDCTHESKIYVQYHFLQPESGTSNYIDPVHEYKEFTNTENATQMInullKMKFCNEVFRFAAACMNVRTNGTIHFGVRDKPHGQIIGIKIDNREAYVSYIYQMMNKYFEEKQVEVAKQCIRPPRFIDVLYQQNTQSDLVVIEVDVVPEHAYCNTEVFSTYQQVFSDNKWLKSKDKSCFIRDGESSKDILANVRNSDADLKVFYSKLKERDDVRKRAEEKYKIKQRKNIDEGPKLVSLITGNRGMMDNSYYKWYILVANKCHQSQSSHLDFMSEIPWFAVLDHDPESVTNGLCKSYREKRVPNnullHFPSQYQDMDNVTCEKLEDLKLYQQVSWIFCNGRSDLESKDYEALNYRQWHKEKAAEVRKLISFLSRKDIMEHGKFLVVFLLLSTVDDPADPICEVFSTFYQELGGVEDILCICEDEHIFQKWRDLQSRFVSAEEMEKRCIYNLGIEKVNGTILKLKSVKQSSCRFLPSTGSSSVVLQRKDEDLMPTLNILCLNQCQDTEIEKDESKFNSFRRDQEEHFYRGGKVSWWNYYFSMKHYTGPFIKRDIHDKLMRLIDTWSQYDKQISVKVITLYHHPGCGGSTSAMHVLWELREKFRCAILHRKADSFVDLAREITSLATYGLSNSSDYFPVLLLVDDYEEEENVYSLQNYIRSQIAEKYIRYEKPVVIILNCMRSQNPEQSSKTYPSDSVALKHKLSPQEQRAFEAKLKEIEQEHNKPEDFYSFMIMKSNFDKVYIEKVVRNILKGLNTAGKEAQLISFLALLNKYVKDSTISASMCEEFLGISTKKTFWGNESIEDKMGTYFTIIIQTEVEEYGGCQGLRIIHPLIASRCVKELKNTYAINESNTIMQLLNTNIFYDLGIGRDTFSQNMQSMLITRHKKEHGDEMDTLFSPLIEELQKEEGNASVEKVLREGSFRFSQNPYICQALARHFYIREKKFSSALEWANKAKTLAPSNSFVLDTLGQIYKTQLKALMDNHSKNNPLTAQALETLLETARRASEAFRECQEQTEKTEAEREEMELVKSKRYFVYNTAGYLGQIEVCLYTVDILFKLPWFNSKDVLTKKHLLQYLSGKWDVSVGCTSRTDHELFDVLREYQYFLTKVKLHLKKAFDFFQDYFVYLKQRNILRESTEFKTREKVSDLFKKYRKIFCDLDLTQITGGETRLKGSIALYIEDFRAGLENYRADRFSGILEFLNDKDSKRMESIIQAYQYLLQHPTDTFILRDKQNYILANIVLYCICPNSPKFEQTEILKTHLREVLQMVGDDHKYSEPYFLASILFWPHNLHQLDRDSAHLAKYVASMRKSFRGQYRHMCHAKLPIAHFYLGRNSGHNnullELNSLWLCGDIWKEKEIADLLLRVKGRAEKNLIYVECGQDPKITIPVRPAYLGQLRSGKSIERVSFYLGFSIDGLIAYNIETI

Target ORF information:

RefSeq Version	XM_018094845.2
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sterile alpha motif domain containing 9-like (samd9l), mRNA.

Target ORF information:

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

XM_018094845.2

ORF Insert Sequence:

ATGGAACATC CAAACCTGTT GGATAAGCCA TTGCATGTGC CACATAATGT TGACACCTGG 
ACTAAAAATC AAGTTAGACA ATGGGTCACA CAGGACCTCA GTATTGGCAT GGATGAAGGT 
GACATTTTAT ACAAACAAAA TGTAACAGGG CAGGTCCTCA ATATATTATC TAAAAAAGAT 
TTTATAGAGA TGGGAATAAC TTTTGGAACT GCTTCCTTAA TAATGCATCG CCTAAAAACT 
ATGTCTACAA CAAGCACAGG CAATAAAAGT GGCAGTGCTG ACAGTTCTAA GAAAGGTGAA 
GAAAAGAAAA AAAAACAAAA GAACGAAGAT AAAAATGTTA CAGGTTTGAC GATCCCAGAA 
AAGAAAGAAA ACATAGAAAA GGAAGAAGAG AACATATCAA CAAATGCCGA GAATGAATCC 
AGCTCTGCAA GAGTGACCTG TACTCCATAC CCCTTTGACT GTACCCACGA AAGTAAAATT 
TATGTTCAAT ATCATTTCCT TCAGCCTGAA TCTGGAACGT CCAACTATAT CGACCCTGTT 
CATGAGTACA AAGAATTCAC AAACACTGAA AATGCTACAC AAATGATANN AAAAATGAAA 
TTTTGCAATG AAGTCTTTAG GTTTGCAGCT GCCTGCATGA ATGTGCGCAC TAATGGTACT 
ATACATTTTG GGGTGCGTGA CAAGCCACAT GGGCAAATTA TTGGTATTAA GATTGACAAC 
AGAGAAGCAT ATGTTTCATA TATTTATCAG ATGATGAACA AATATTTTGA GGAAAAGCAA 
GTAGAAGTTG CAAAGCAATG CATTCGGCCT CCAAGATTCA TAGATGTGCT TTATCAGCAG 
AACACCCAGT CAGATTTAGT TGTTATAGAA GTAGATGTTG TTCCTGAGCA TGCTTATTGC 
AATACAGAAG TATTCTCCAC ATATCAACAA GTTTTCAGTG ACAATAAATG GTTGAAAAGT 
AAAGATAAAT CTTGCTTCAT TCGAGATGGG GAAAGCTCTA AAGACATCCT TGCAAATGTG 
CGCAACAGCG ATGCTGATTT AAAAGTATTT TACTCTAAAC TGAAAGAAAG GGATGATGTT 
AGAAAAAGAG CAGAAGAAAA ATATAAAATC AAGCAAAGGA AAAATATTGA TGAGGGTCCA 
AAACTTGTGA GTTTAATTAC AGGCAACAGA GGCATGATGG ATAATTCCTA TTACAAATGG 
TACATATTAG TGGCTAACAA GTGCCACCAA AGTCAATCAA GTCACCTGGA TTTTATGTCT 
GAAATTCCAT GGTTTGCAGT TTTAGATCAT GACCCAGAGT CTGTTACAAA TGGGTTGTGC 
AAATCATATA GAGAAAAACG AGTACCAAAT NTGCACTTTC CAAGTCAGTA TCAAGATATG 
GATAATGTCA CTTGTGAGAA ACTTGAAGAT CTTAAACTAT ATCAACAGGT CAGCTGGATC 
TTTTGTAATG GGAGGTCAGA TCTAGAGAGT AAAGATTATG AAGCACTGAA TTATAGGCAG 
TGGCATAAAG AAAAGGCAGC GGAAGTAAGA AAGTTGATTT CTTTTCTTTC ACGGAAAGAC 
ATAATGGAAC ATGGGAAATT TCTTGTTGTT TTCTTGCTAC TTTCCACAGT TGATGACCCT 
GCTGATCCTA TTTGTGAAGT GTTCAGCACA TTTTATCAGG AACTGGGTGG GGTGGAGGAT 
ATCTTATGTA TCTGTGAAGA TGAGCATATC TTTCAAAAAT GGAGAGATCT GCAATCTAGA 
TTTGTTAGTG CAGAGGAAAT GGAAAAAAGA TGCATATATA ACTTGGGCAT TGAAAAAGTA 
AATGGAACAA TCCTCAAACT TAAATCTGTG AAACAGTCTA GTTGCCGCTT CTTGCCATCA 
ACTGGTTCTT CCTCAGTTGT ACTACAAAGG AAAGATGAAG ATCTCATGCC AACGTTAAAT 
ATTCTTTGCT TAAATCAATG TCAGGATACA GAAATAGAGA AGGATGAATC GAAGTTTAAT 
TCATTCAGGA GAGACCAAGA AGAGCACTTT TATCGAGGAG GAAAAGTTTC ATGGTGGAAT 
TACTATTTCT CTATGAAACA CTATACTGGA CCATTTATCA AGAGGGACAT TCATGACAAA 
CTAATGCGTT TGATTGATAC GTGGTCTCAG TATGACAAGC AAATAAGTGT AAAAGTAATT 
ACCCTCTATC ATCATCCTGG CTGTGGAGGA TCCACATCTG CAATGCATGT CCTATGGGAA 
TTAAGAGAAA AGTTCAGGTG TGCAATTCTA CATCGGAAGG CTGATAGTTT TGTAGACCTA 
GCGAGAGAGA TAACCAGCCT TGCTACTTAT GGGTTGTCCA ACAGCTCAGA TTACTTTCCT 
GTGCTGCTTC TTGTAGATGA CTACGAAGAG GAAGAAAATG TATACAGTTT GCAAAACTAT 
ATCAGATCAC AAATTGCTGA AAAGTACATC AGATATGAAA AGCCAGTAGT GATCATATTA 
AACTGCATGA GATCTCAGAA CCCAGAGCAA AGCTCAAAAA CCTACCCTTC TGACAGTGTT 
GCACTCAAAC ACAAACTTTC ACCTCAAGAG CAGAGAGCCT TTGAAGCAAA ACTAAAGGAG 
ATTGAGCAGG AACATAACAA GCCAGAGGAT TTCTATTCTT TTATGATAAT GAAAAGCAAT 
TTTGATAAGG TATATATTGA AAAGGTTGTG AGAAACATAC TTAAAGGTTT GAATACAGCT 
GGCAAGGAAG CCCAGCTTAT CTCCTTTCTC GCCCTTCTTA ACAAATATGT AAAGGACTCC 
ACAATATCAG CTTCAATGTG TGAGGAATTT TTAGGCATAT CCACAAAGAA GACATTCTGG 
GGGAATGAGA GTATTGAAGA TAAAATGGGC ACTTATTTTA CTATAATAAT ACAGACAGAA 
GTGGAAGAAT ATGGTGGGTG CCAAGGCCTG CGCATAATAC ACCCATTGAT TGCAAGTCGT 
TGTGTAAAGG AGTTAAAAAA CACTTATGCT ATAAATGAAA GTAATACTAT TATGCAGCTA 
TTAAATACCA ATATATTCTA TGATTTGGGA ATAGGCAGAG ATACTTTTTC ACAAAACATG 
CAAAGCATGC TGATCACTAG ACACAAGAAA GAGCATGGAG ATGAAATGGA CACCCTCTTC 
TCCCCGTTAA TTGAAGAGTT ACAGAAGGAA GAAGGCAATG CTAGTGTTGA AAAAGTATTA 
AGAGAGGGAT CCTTCAGATT TTCCCAAAAT CCATATATTT GTCAGGCACT AGCAAGACAC 
TTCTACATTC GAGAAAAAAA ATTCAGCTCT GCATTGGAAT GGGCAAACAA AGCAAAGACT 
CTTGCACCCA GTAATTCGTT TGTTTTGGAC ACTTTGGGCC AAATATACAA AACACAGCTA 
AAGGCCCTAA TGGACAATCA CAGCAAAAAT AATCCATTAA CAGCACAGGC TTTGGAAACT 
CTTCTTGAAA CAGCAAGAAG AGCATCTGAA GCCTTTAGAG AATGCCAAGA ACAGACAGAA 
AAAACTGAAG CTGAGCGTGA GGAAATGGAA TTAGTGAAGT CAAAACGATA CTTTGTGTAT 
AACACTGCTG GATATCTTGG GCAGATTGAA GTTTGCCTTT ATACAGTAGA CATACTTTTT 
AAACTGCCAT GGTTTAATTC AAAAGATGTG TTGACTAAAA AACACCTGCT GCAGTATTTG 
TCAGGTAAAT GGGATGTATC AGTAGGTTGC ACAAGCAGAA CTGATCATGA ATTGTTTGAT 
GTTCTCAGAG AATATCAGTA CTTCCTAACT AAAGTTAAAT TACATTTAAA GAAGGCTTTT 
GATTTTTTCC AGGACTATTT TGTCTATTTA AAGCAGAGGA ATATTCTAAG GGAAAGTACT 
GAATTCAAAA CACGCGAGAA AGTATCCGAC CTCTTCAAAA AATATCGGAA AATTTTCTGT 
GACCTGGATC TTACACAGAT AACGGGTGGA GAAACCAGAC TAAAAGGAAG CATTGCTTTG 
TATATTGAAG ATTTCAGGGC TGGACTGGAG AATTACAGAG CTGATAGATT TTCCGGGATA 
TTAGAATTTC TCAATGACAA AGACAGCAAA AGGATGGAAT CTATCATACA GGCATATCAG 
TATTTACTCC AGCACCCAAC AGACACCTTT ATTTTAAGGG ACAAGCAAAA TTACATTTTG 
GCCAATATTG TTCTGTATTG CATTTGTCCA AACTCTCCCA AATTTGAACA AACTGAAATT 
TTAAAAACAC ACCTGAGAGA GGTTTTGCAG ATGGTTGGAG ACGATCACAA GTACTCAGAG 
CCTTACTTCC TAGCATCAAT ACTCTTCTGG CCGCACAACT TGCATCAACT TGACAGAGAC 
TCGGCACATC TTGCCAAATA TGTTGCGTCC ATGAGAAAAT CTTTCAGAGG GCAATACCGA 
CACATGTGCC ATGCCAAGCT TCCCATAGCT CATTTCTATC TTGGGCGGAA TAGTGGCCAC 
AATNCTGAAT TAAATTCTCT TTGGCTGTGT GGCGATATAT GGAAAGAAAA AGAAATAGCA 
GATCTCTTGC TTCGTGTGAA GGGAAGAGCA GAAAAAAATC TGATCTATGT GGAATGTGGC 
CAAGACCCCA AAATTACAAT TCCAGTAAGG CCCGCTTACC TTGGTCAATT AAGAAGTGGA 
AAAAGCATTG AACGAGTGTC TTTTTATCTA GGATTTTCCA TTGATGGTCT GATTGCCTAT 
AACATTGAAA CAATCTGA

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

samd9l ( XM_018094845.1 ) cDNA ORF clone, Xenopus tropicalis(tropical clawed frog) -> XP_017950334.1 Xenopus tropicalis sterile alpha motif domain containing 9-like (samd9l), mRNA.

Price & Availability↑

CloneID	OXa34813
Clone ID Related Accession (Same CDS sequence)	XM_018094845.1
Accession Version	XM_018094845.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4446bp) 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	2016-09-07
Organism	Xenopus tropicalis(tropical clawed frog)
Product	sterile alpha motif domain-containing protein 9-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030682.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Xenopus tropicalis Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAACATC CAAACCTGTT GGATAAGCCA TTGCATTTGC CACATAATGT TGACACCTGG 
ACTAAAAATC AAGTTAGACA ATGGGTCACA CAGGACCTCA GTATTGGCAT GGATGAAGGT 
GACATTTTAT ACAAACAAAA TGTAACAGGG CAGGTCCTCA ATATATTATC TAAAAAAGAT 
TTTATAGAGA TGGGAATAAC TTTTGGAACT GCTTCCTTAA TAATGCATCG CCTAAAAACT 
ATGTCTACAA CAAGCACAGG CAATAAAAGT GGCAGTGCTG ACAGTTCTAA GAAAGGTGAA 
GAAAAGAAAA AAAAACAAAA GAACGAAGAT AAAAATGTTA CAGGTTTGAC GATCCCAGAA 
AAGAAAGAAA ACATAGAAAA GGAAGAAGAG AACATATCAA CAAATGCCGA GAATGAATCC 
AGCTCTGCAA GAGTGACCTG TACTCCATAC CCCTTTGACT GTACCCACGA AAGTAAAATT 
TATGTTCAAT ATCATTTCCT TCAGCCTGAA TCTGGAACTT CCAACTATAT CGACCCTGTT 
CATGAGTACA AAGAATTCAC AAACACTGAA AATGCTACAC AAAAAAAAAT GAAATTTTGC 
AATGAAGTCT TTAGGTTTGC AGCTGCCTGC ATGAATGTGC GCACTAATGG TACTATACAT 
TTTGGGGTGC GTGACAAGCC ACATGGGCAA ATTATTGGTA TTAAGATTGA CAACAGAGAA 
GCATATGTTT CATATATTTA TCAGATGATG AACAAATATT TTGAGGAAAA GCAAGTAGAA 
GTTGCAAAGC AATGCATTCG GCCTCCAAGA TTCATAGATG TGCTTTATCA GCAGAACACC 
CAGTCAGATT TAGTTGTTAT AGAAGTAGAT GTTGTTCCTG AGCATGCTTA TTGCAATACA 
GAAGTATTCT CCACATATCA ACAAGTTTTC AGTGACAATA AATGGTTGAA AAGTAAAGAT 
AAATCTTGCT TCATTCGAGA TGGGGAAAGC TCTAAAGACA TCCTTGCAAA TGTGCGCAAC 
AGCGATGCTG ATTTAAAAGC ATTTTACTCT AAACTGAAAG AAAGGGATGA TGTTAGAAAA 
AGAGCAGAAG AAAAATATAA AATCAAGCAA AGGAAAAATA TTGATGAGGG TCCAAAACTT 
GTGAGTTTAA TTACAGGCAA CAGAGGCATG ATGGATAATT CCTATTACAA ATGGTACATA 
TTAGTGGCTA ACAAGTGCCA CCAAAGTCAA TCAAGTCACC TGGATTTTAT GTCTGAAATT 
CCATGGTTTG CAGTTTTAGA TCATGACCCA GAGTCTGTTA CAAATGGGTT GTGCAAATCA 
TATAGAGAAA AACGAGTACC AAACTTGCAC TTTCCAAGTC AGTATCAAGA TATGGATAAT 
GTCACTTGTG AGAAACTTGA AGATCTTAAA CTATATCAAC AGGTCAGCTG GATCTTTTGT 
AATGGGAGGT CAGATCTAGA GAGTAAAGAT TATGAAGCAC TGAATTATAG GCAGTGGCAT 
AAAGAAAAGG CAGCGGAAGT AAGAAAGTTG ATTTCTTTTC TTTCACGGAA AGACATAATG 
GAACATGGGA AATTTCTTGT TGTTTTCTTG CTACTTTCCA CAGTTGATGA CCCTGCTGAT 
CCTATTTGTG AAGTGTTCAG CACATTTTAT CAGGAACTGG GTGGGGTGGA GGATATCTTA 
TGTATCTGTG AAGATGAGCA TATCTTTCAA AAATGGAGAG ATCTGCAATC TAGATTTGTT 
AGTGCAGAGG AAATGGAAAA AAGATGCATA TATAACTTGG GCATTGAAAA AGTAAATGGA 
ACAATCCTCA AACTTAAATC TGTGAAACAG TCTAGTTGCC GCTTCTTGCC ATCAACTGGT 
TCTTCCTCAG TTGTACTACA AAGGAAAGAT GAAGATCTCA TGCCAACGTT AAATATTCTT 
TGCTTAAATC AATGTCAGGA TACAGAAATA GAGAAGGATG AATCGAAGTT TAATTCATTC 
AGGAGAGACC AAGAAGAGCA CTTTTATCGA GGAGGAAAAG TTTCATGGTG GAATTACTAT 
TTCTCTATGA AACACTATAC TGGACCATTT ATCAAGAGGG ACATTCATGA CAAACTAATG 
CGTTTGATTG ATACGTGGTC TCAGTATGAC AAGCAAATAA GTGTAAAAGT AATTACCCTC 
TATCATCATC CTGGCTGTGG AGGATCCACA TCTGCAATGC ATGTCCTATG GGAATTAAGA 
GAAAAGTTCA GGTGTGCAAT TCTACATCGG AAGGCTGATA GTTTTGTAGA CCTAGCGAGA 
GAGATAACCA GCCTTGCTAC TTATGGGTTG TCCAACAGCT CAGATTACTT TCCTGTGCTG 
CTTCTTGTAG ATGACTACGA AGAGGAAGAA AATGTATACA GTTTGCAAAA CTATATCAGA 
TCACAAATTG CTGAAAAGTA CATCAGATAT GAAAAGCCAG TAGTGATCAT ATTAAACTGC 
ATGAGATCTC AGAACCCAGA GCAAAGCTCA AAAACCTACC CTTCTGACAG TGTTGCACTC 
AAACACAAAC TTTCACCTCA AGAGCAGAGA GCCTTTGAAG CAAAACTAAA GGAGATTGAG 
CAGGAACATA ACAAGCCAGA GGATTTCTAT TCTTTTATGA TAATGAAAAG CAATTTTGAT 
AAGGTATATA TTGAAAAGGT TGTGAGAAAC ATACTTAAAG GTTTGAATAC AGCTGGCAAG 
GAAGCCCAGC TTATCTCCTT TCTCGCCCTT CTTAACAAAT ATGTAAAGGA CTCCACAATA 
TCAGCTTCAA TGTGTGAGGA ATTTTTAGGC ATATCCACAA AGAAGACATT CTGGGGGAAT 
GAGAGTATTG AAGATAAAAT GGGCACTTAT TTTACTATAA TAATACAGAC AGAAGTGGAA 
GAATATGGTG GGTGCCAAGG CCTGCGCATA ATACACCCAT TGATTGCAAG TCGTTGTGTA 
AAGGAGTTAA AAAACACTTA TGCTATAAAT GAAAGTAATA CTATTATGCA GCTATTAAAT 
ACCAATATAT TCTATGATTT GGGAATAGGC AGAGATACTT TTTCACAAAA CATGCAAAGC 
ATGCTGATCA CTAGACACAA GAAAGAGCAT GGAGATGAAA TGGACACCCT CTTCTCCCCG 
TTAATTGAAG AGTTACAGAA GGAAGAAGGC AATGCTAGTG TTGAAAAAGT ATTAAGAGAG 
GGATCCTTCA GATTTTCCCA AAATCCATAT ATTTGTCAGG CACTAGCAAG ACACTTCTAC 
ATTCGAGAAA AAAAATTCAG CTCTGCATTG GAATGGGCAA ACAAAGCAAA GACTCTTGCA 
CCCAGTAATT CGTTTGTTTT GGACACTTTG GGCCAAATAT ACAAAACACA GCTAAAGGCC 
CTAATGGACA ATCACAGCAA AAATAATCCA TTAACAGCAC AGGCTTTGGA AACTCTTCTT 
GAAACAGCAA GAAGAGCATC TGAAGCCTTT AGAGAATGCC AAGAACAGAC AGAAAAAACT 
GAAGCTGAGC GTGAGGAAAT GGAATTAGTG AAGTCAAAAC GATACTTTGT GTATAACACT 
GCTGGATATC TTGGGCAGAT TGAAGTTTGC CTTTATACAG TAGACATACT TTTTAAACTG 
CCATGGTTTA ATTCAAAAGA TGTGTTGACT AAAAAACACC TGCTGCAGTA TTTGTCAGGT 
AAATGGGATG TATCAGTAGG TTGCACAAGC AGAACTGATC ATGAATTGTT TGATGTTCTC 
AGAGAATATC AGTACTTCCT AACTAAAGTT AAATTACATT TAAAGAAGGC TTTTGATTTT 
TTCCAGGACT ATTTTGTCTA TTTAAAGCAG AGGAATATTC TAAGGGAAAG TACTGAATTC 
AAAACACGCG AGAAAGTATC CGACCTCTTC AAAAAATATC GGAAAATTTT CTGTGACCTG 
GATCTTACAC AGATAACGGG TGGAGAAACC AGACTAAAAG GAAGCATTGC TTTGTATATT 
GAAGATTTCA GGGCTGGACT GGAGAATTAC AGAGCTGATA GATTTTCCGG GATATTAGAA 
TTTCTCAATG ACAAAGACAG CAAAAGGATG GAATCTATCA TACAGGCATA TCAGTATTTA 
CTCCAGCACC CAACAGACAC CTTTATTTTA AGGGACAAGC AAAATTACAT TTTGGCCAAT 
ATTGTTCTGT ATTGCATTTG TCCAAACTCT CCCAAATTTG AACAAACTGA AATTTTAAAA 
ACACACCTGA GAGAGGTTTT GCAGATGGTT GGAGACGATC ACAAGTACTC AGAGCCTTAC 
TTCCTAGCAT CAATACTCTT CTGGCCGCAC AACTTGCATC AACTTGACAG AGACTCGGCA 
CATCTTGCCA AATATGTTGC GTCCATGAGA AAATCTTTCA GAGGGCAATA CCGACACATG 
TGCCATGCCA AGCTTCCCAT AGCTCATTTC TATCTTGGGC GGAATAGTGG CCACAATCTG 
AATTAA

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

RefSeq	XP_017950334.1
CDS	183..4628
Translation	MEHPNLLDKPLHLPHNVDTWTKNQVRQWVTQDLSIGMDEGDILYKQNVTGQVLNILSKKDFIEMGITFGTASLIMHRLKTMSTTSTGNKSGSADSSKKGEEKKKKQKNEDKNVTGLTIPEKKENIEKEEENISTNAENESSSARVTCTPYPFDCTHESKIYVQYHFLQPESGTSNYIDPVHEYKEFTNTENATQKKMKFCNEVFRFAAACMNVRTNGTIHFGVRDKPHGQIIGIKIDNREAYVSYIYQMMNKYFEEKQVEVAKQCIRPPRFIDVLYQQNTQSDLVVIEVDVVPEHAYCNTEVFSTYQQVFSDNKWLKSKDKSCFIRDGESSKDILANVRNSDADLKAFYSKLKERDDVRKRAEEKYKIKQRKNIDEGPKLVSLITGNRGMMDNSYYKWYILVANKCHQSQSSHLDFMSEIPWFAVLDHDPESVTNGLCKSYREKRVPNLHFPSQYQDMDNVTCEKLEDLKLYQQVSWIFCNGRSDLESKDYEALNYRQWHKEKAAEVRKLISFLSRKDIMEHGKFLVVFLLLSTVDDPADPICEVFSTFYQELGGVEDILCICEDEHIFQKWRDLQSRFVSAEEMEKRCIYNLGIEKVNGTILKLKSVKQSSCRFLPSTGSSSVVLQRKDEDLMPTLNILCLNQCQDTEIEKDESKFNSFRRDQEEHFYRGGKVSWWNYYFSMKHYTGPFIKRDIHDKLMRLIDTWSQYDKQISVKVITLYHHPGCGGSTSAMHVLWELREKFRCAILHRKADSFVDLAREITSLATYGLSNSSDYFPVLLLVDDYEEEENVYSLQNYIRSQIAEKYIRYEKPVVIILNCMRSQNPEQSSKTYPSDSVALKHKLSPQEQRAFEAKLKEIEQEHNKPEDFYSFMIMKSNFDKVYIEKVVRNILKGLNTAGKEAQLISFLALLNKYVKDSTISASMCEEFLGISTKKTFWGNESIEDKMGTYFTIIIQTEVEEYGGCQGLRIIHPLIASRCVKELKNTYAINESNTIMQLLNTNIFYDLGIGRDTFSQNMQSMLITRHKKEHGDEMDTLFSPLIEELQKEEGNASVEKVLREGSFRFSQNPYICQALARHFYIREKKFSSALEWANKAKTLAPSNSFVLDTLGQIYKTQLKALMDNHSKNNPLTAQALETLLETARRASEAFRECQEQTEKTEAEREEMELVKSKRYFVYNTAGYLGQIEVCLYTVDILFKLPWFNSKDVLTKKHLLQYLSGKWDVSVGCTSRTDHELFDVLREYQYFLTKVKLHLKKAFDFFQDYFVYLKQRNILRESTEFKTREKVSDLFKKYRKIFCDLDLTQITGGETRLKGSIALYIEDFRAGLENYRADRFSGILEFLNDKDSKRMESIIQAYQYLLQHPTDTFILRDKQNYILANIVLYCICPNSPKFEQTEILKTHLREVLQMVGDDHKYSEPYFLASILFWPHNLHQLDRDSAHLAKYVASMRKSFRGQYRHMCHAKLPIAHFYLGRNSGHNLN

Target ORF information:

RefSeq Version	XM_018094845.1
Organism	Xenopus tropicalis(tropical clawed frog)
Definition	Xenopus tropicalis sterile alpha motif domain containing 9-like (samd9l), mRNA.

Target ORF information:

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

XM_018094845.1

ORF Insert Sequence:

ATGGAACATC CAAACCTGTT GGATAAGCCA TTGCATTTGC CACATAATGT TGACACCTGG 
ACTAAAAATC AAGTTAGACA ATGGGTCACA CAGGACCTCA GTATTGGCAT GGATGAAGGT 
GACATTTTAT ACAAACAAAA TGTAACAGGG CAGGTCCTCA ATATATTATC TAAAAAAGAT 
TTTATAGAGA TGGGAATAAC TTTTGGAACT GCTTCCTTAA TAATGCATCG CCTAAAAACT 
ATGTCTACAA CAAGCACAGG CAATAAAAGT GGCAGTGCTG ACAGTTCTAA GAAAGGTGAA 
GAAAAGAAAA AAAAACAAAA GAACGAAGAT AAAAATGTTA CAGGTTTGAC GATCCCAGAA 
AAGAAAGAAA ACATAGAAAA GGAAGAAGAG AACATATCAA CAAATGCCGA GAATGAATCC 
AGCTCTGCAA GAGTGACCTG TACTCCATAC CCCTTTGACT GTACCCACGA AAGTAAAATT 
TATGTTCAAT ATCATTTCCT TCAGCCTGAA TCTGGAACTT CCAACTATAT CGACCCTGTT 
CATGAGTACA AAGAATTCAC AAACACTGAA AATGCTACAC AAAAAAAAAT GAAATTTTGC 
AATGAAGTCT TTAGGTTTGC AGCTGCCTGC ATGAATGTGC GCACTAATGG TACTATACAT 
TTTGGGGTGC GTGACAAGCC ACATGGGCAA ATTATTGGTA TTAAGATTGA CAACAGAGAA 
GCATATGTTT CATATATTTA TCAGATGATG AACAAATATT TTGAGGAAAA GCAAGTAGAA 
GTTGCAAAGC AATGCATTCG GCCTCCAAGA TTCATAGATG TGCTTTATCA GCAGAACACC 
CAGTCAGATT TAGTTGTTAT AGAAGTAGAT GTTGTTCCTG AGCATGCTTA TTGCAATACA 
GAAGTATTCT CCACATATCA ACAAGTTTTC AGTGACAATA AATGGTTGAA AAGTAAAGAT 
AAATCTTGCT TCATTCGAGA TGGGGAAAGC TCTAAAGACA TCCTTGCAAA TGTGCGCAAC 
AGCGATGCTG ATTTAAAAGC ATTTTACTCT AAACTGAAAG AAAGGGATGA TGTTAGAAAA 
AGAGCAGAAG AAAAATATAA AATCAAGCAA AGGAAAAATA TTGATGAGGG TCCAAAACTT 
GTGAGTTTAA TTACAGGCAA CAGAGGCATG ATGGATAATT CCTATTACAA ATGGTACATA 
TTAGTGGCTA ACAAGTGCCA CCAAAGTCAA TCAAGTCACC TGGATTTTAT GTCTGAAATT 
CCATGGTTTG CAGTTTTAGA TCATGACCCA GAGTCTGTTA CAAATGGGTT GTGCAAATCA 
TATAGAGAAA AACGAGTACC AAACTTGCAC TTTCCAAGTC AGTATCAAGA TATGGATAAT 
GTCACTTGTG AGAAACTTGA AGATCTTAAA CTATATCAAC AGGTCAGCTG GATCTTTTGT 
AATGGGAGGT CAGATCTAGA GAGTAAAGAT TATGAAGCAC TGAATTATAG GCAGTGGCAT 
AAAGAAAAGG CAGCGGAAGT AAGAAAGTTG ATTTCTTTTC TTTCACGGAA AGACATAATG 
GAACATGGGA AATTTCTTGT TGTTTTCTTG CTACTTTCCA CAGTTGATGA CCCTGCTGAT 
CCTATTTGTG AAGTGTTCAG CACATTTTAT CAGGAACTGG GTGGGGTGGA GGATATCTTA 
TGTATCTGTG AAGATGAGCA TATCTTTCAA AAATGGAGAG ATCTGCAATC TAGATTTGTT 
AGTGCAGAGG AAATGGAAAA AAGATGCATA TATAACTTGG GCATTGAAAA AGTAAATGGA 
ACAATCCTCA AACTTAAATC TGTGAAACAG TCTAGTTGCC GCTTCTTGCC ATCAACTGGT 
TCTTCCTCAG TTGTACTACA AAGGAAAGAT GAAGATCTCA TGCCAACGTT AAATATTCTT 
TGCTTAAATC AATGTCAGGA TACAGAAATA GAGAAGGATG AATCGAAGTT TAATTCATTC 
AGGAGAGACC AAGAAGAGCA CTTTTATCGA GGAGGAAAAG TTTCATGGTG GAATTACTAT 
TTCTCTATGA AACACTATAC TGGACCATTT ATCAAGAGGG ACATTCATGA CAAACTAATG 
CGTTTGATTG ATACGTGGTC TCAGTATGAC AAGCAAATAA GTGTAAAAGT AATTACCCTC 
TATCATCATC CTGGCTGTGG AGGATCCACA TCTGCAATGC ATGTCCTATG GGAATTAAGA 
GAAAAGTTCA GGTGTGCAAT TCTACATCGG AAGGCTGATA GTTTTGTAGA CCTAGCGAGA 
GAGATAACCA GCCTTGCTAC TTATGGGTTG TCCAACAGCT CAGATTACTT TCCTGTGCTG 
CTTCTTGTAG ATGACTACGA AGAGGAAGAA AATGTATACA GTTTGCAAAA CTATATCAGA 
TCACAAATTG CTGAAAAGTA CATCAGATAT GAAAAGCCAG TAGTGATCAT ATTAAACTGC 
ATGAGATCTC AGAACCCAGA GCAAAGCTCA AAAACCTACC CTTCTGACAG TGTTGCACTC 
AAACACAAAC TTTCACCTCA AGAGCAGAGA GCCTTTGAAG CAAAACTAAA GGAGATTGAG 
CAGGAACATA ACAAGCCAGA GGATTTCTAT TCTTTTATGA TAATGAAAAG CAATTTTGAT 
AAGGTATATA TTGAAAAGGT TGTGAGAAAC ATACTTAAAG GTTTGAATAC AGCTGGCAAG 
GAAGCCCAGC TTATCTCCTT TCTCGCCCTT CTTAACAAAT ATGTAAAGGA CTCCACAATA 
TCAGCTTCAA TGTGTGAGGA ATTTTTAGGC ATATCCACAA AGAAGACATT CTGGGGGAAT 
GAGAGTATTG AAGATAAAAT GGGCACTTAT TTTACTATAA TAATACAGAC AGAAGTGGAA 
GAATATGGTG GGTGCCAAGG CCTGCGCATA ATACACCCAT TGATTGCAAG TCGTTGTGTA 
AAGGAGTTAA AAAACACTTA TGCTATAAAT GAAAGTAATA CTATTATGCA GCTATTAAAT 
ACCAATATAT TCTATGATTT GGGAATAGGC AGAGATACTT TTTCACAAAA CATGCAAAGC 
ATGCTGATCA CTAGACACAA GAAAGAGCAT GGAGATGAAA TGGACACCCT CTTCTCCCCG 
TTAATTGAAG AGTTACAGAA GGAAGAAGGC AATGCTAGTG TTGAAAAAGT ATTAAGAGAG 
GGATCCTTCA GATTTTCCCA AAATCCATAT ATTTGTCAGG CACTAGCAAG ACACTTCTAC 
ATTCGAGAAA AAAAATTCAG CTCTGCATTG GAATGGGCAA ACAAAGCAAA GACTCTTGCA 
CCCAGTAATT CGTTTGTTTT GGACACTTTG GGCCAAATAT ACAAAACACA GCTAAAGGCC 
CTAATGGACA ATCACAGCAA AAATAATCCA TTAACAGCAC AGGCTTTGGA AACTCTTCTT 
GAAACAGCAA GAAGAGCATC TGAAGCCTTT AGAGAATGCC AAGAACAGAC AGAAAAAACT 
GAAGCTGAGC GTGAGGAAAT GGAATTAGTG AAGTCAAAAC GATACTTTGT GTATAACACT 
GCTGGATATC TTGGGCAGAT TGAAGTTTGC CTTTATACAG TAGACATACT TTTTAAACTG 
CCATGGTTTA ATTCAAAAGA TGTGTTGACT AAAAAACACC TGCTGCAGTA TTTGTCAGGT 
AAATGGGATG TATCAGTAGG TTGCACAAGC AGAACTGATC ATGAATTGTT TGATGTTCTC 
AGAGAATATC AGTACTTCCT AACTAAAGTT AAATTACATT TAAAGAAGGC TTTTGATTTT 
TTCCAGGACT ATTTTGTCTA TTTAAAGCAG AGGAATATTC TAAGGGAAAG TACTGAATTC 
AAAACACGCG AGAAAGTATC CGACCTCTTC AAAAAATATC GGAAAATTTT CTGTGACCTG 
GATCTTACAC AGATAACGGG TGGAGAAACC AGACTAAAAG GAAGCATTGC TTTGTATATT 
GAAGATTTCA GGGCTGGACT GGAGAATTAC AGAGCTGATA GATTTTCCGG GATATTAGAA 
TTTCTCAATG ACAAAGACAG CAAAAGGATG GAATCTATCA TACAGGCATA TCAGTATTTA 
CTCCAGCACC CAACAGACAC CTTTATTTTA AGGGACAAGC AAAATTACAT TTTGGCCAAT 
ATTGTTCTGT ATTGCATTTG TCCAAACTCT CCCAAATTTG AACAAACTGA AATTTTAAAA 
ACACACCTGA GAGAGGTTTT GCAGATGGTT GGAGACGATC ACAAGTACTC AGAGCCTTAC 
TTCCTAGCAT CAATACTCTT CTGGCCGCAC AACTTGCATC AACTTGACAG AGACTCGGCA 
CATCTTGCCA AATATGTTGC GTCCATGAGA AAATCTTTCA GAGGGCAATA CCGACACATG 
TGCCATGCCA AGCTTCCCAT AGCTCATTTC TATCTTGGGC GGAATAGTGG CCACAATCTG 
AATTAA

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

PubMed

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samd9l cDNA ORF clone, Xenopus tropicalis(tropical clawed frog)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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