YLPM1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	YLPM1
Entrez Gene ID	100018700
Full Name	YLP motif containing 1
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007472807.2	XP_007472869.1	LOW QUALITY PROTEIN: YLP motif-containing protein 1

Pathways from BioSystems
Gene Ontology

The following YLPM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the YLPM1 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
OMc02753	XM_007472807.2 Latest version!	Monodelphis domestica YLP motif containing 1 (YLPM1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

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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)

YLPM1 ( XM_007472807.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007472869.1 Monodelphis domestica YLP motif containing 1 (YLPM1), mRNA.

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CloneID	OMc02753
Clone ID Related Accession (Same CDS sequence)	XM_007472807.2
Accession Version	XM_007472807.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6609bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	LOW QUALITY PROTEIN: YLP motif-containing protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008801.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007472807.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## frameshifts :: corrected 2 indels ##RefSeq-Attributes-END##

ATGTACCCGA CTTGGGGCCG GTATGGCGGA GCCAGCCATT ACCCGCCGCC CCCGGTGCCT 
CCGCCGCCTC CGCCCGTGGG GCTCCCCGAG GCCTCCCCGG GGCCCGGCGG CTACTCGAGC 
GCGGCGGCGC CGGCGGCCCC TGCCTCCTCA GGCTTCCTGA GCTTCCGCGA GCAGCACTTG 
GCGCAGCTCC AGCAGCTGCA GCAGATGCAC CAGAAGCAGA TGCAGTGCGT CCTTCAGCCC 
CATCACCTCC CCCCGCCGCC CTTGCCGCCC CCTCCGGTCA TGCCCGGCGG GGGCTACGGG 
GACTGGCAGC CGCCGCCGCC GCCTATGCCC CCACCGCCGG GACCGGTCCT AAGCTATCAG 
AAGCAGCAGC AGTACAAGCA TCAGATGCTC CAGCAGCACC GAGATGGGCC CCCTGGTCCA 
GTACCCATGG AGCTGGATTC CCCTCCCGAG TCTCCCCGGG GGCCCCGGGG TTCTTACNAT 
CCTTCTTTCC AAATCTACAT GCCCCCCGCT CAACTTCCGC CTNTTTATTT CCCCCAATCC 
TCATCCCAGT CCTACCTGCC ACCAGCTCAA CCATCCCCTT CCCAGTCCCC ACCTTCCCAA 
TCCTACATTG CACCTTCTCA GTCCACCCCA TCCTACTCCA CCTCCTCTCA ATCATACTTG 
CCCCATTCCC AGCCTTATTT GCCCCAATCC CAGTCATCTC CTTCCCACTC CTCTCAGTCC 
CATTCCAAAT CACAACTGGC TTCACTACAA CCCAGCCCTT CTGGTACCAG TACAGCTGCC 
CAGCAAGAGC CACTGGAGAG TGGTGCCAAG AACACAGGTG CTGAGCAGCC CGTCCCTCAT 
CAACCAGATC CTTCCACTAT GACCCCACAG GAACAGCAGC AGTATTGGTA CAAACAGCAT 
TTGCTTAGCC TGCAGCAGAG GGCAAAAGCA CATGCACAGG GACAACAACC ACTAAAGGGC 
CCTGGAATGG TGAAAGATAT ACCAGAAGCA GCAAAAGAAG AAACTACACC AACCAGTCAG 
ATACCTGAAC CTCCTCCATG TCAAGATCCC CCACTGCCAC CTCCTAGTGA AGAGGTTCCA 
CCTCCTCTGC CTCCTGATGA GCCCCAGTCT GAAGACCCTG AAGAAGAGGC CAGATTAAAG 
CAATTACAGG CTGCTGCTGC ACATTGGCAG CAGCATCAGC ATCACCGAGT TGGCTTTCAA 
TATCAGGGAA TCATGCAGAA GCATGCCCAG CTGCAGCAGA TCCTGCAACA ATACCAGCAG 
ATCATACAGC AGCCACCACA TATACAGACT ATGTCCGTAG ATATGCAGCT GAGACACTAT 
GAGATGCAAC AGCAGCAGTT TCAGCATCTT TACAAAGAAT GGGAACGAGA GTTTCAGCAG 
TGGCAAGATC AGCTCCATAC TTATCCTCAC AAAGATCAGC TTCAAGAGTA TGAAAAGCAA 
TGGAACTCAT GGCAGGGACA TTTAAAAGCT ACCCAATCCA GCCTTCAAGA GAAAGTGAGC 
ACACTTCAGA ATGTGAAAAA TCAGTATATG GGAAATATGA CAATACCACC ACCTTTTGTT 
CCATACTCTC AAATGCCTCC AGCAATACCA ACAATGCCCC CTCCTGTATT GCCTCCATCT 
CTATCAACAT CACTACCACC ACCAGTGATG CCCCCTACTC TGCCTGCCAC AGTGCCACCA 
CCTGTGATGC CCCCACCAGT GATGCCTCCA ATACCAACAT CTGTTCCTCC ACCTGGGGTG 
CCTCCATCTC TGCCTTCAGC TGGGCCTCCA CCGGTTCTTC CTCCACCATC TCTCTCTTCA 
TCTGGGCCTC CTCCAGTTCT TCCTCCACCA TCTCTCTCTT CAACAGGACC TCCACCTGTT 
CTTCCCCCAC CATCTCTTTC TTCAACAGCA GCACCACCTG TCTTGCCTCC CCCACCTTTG 
TCATCAGCAA CACCCCCTCC AGGAATGCCT CCCCCAAATC TCTCTTCAGC TGTTCTCCCT 
CAAGGGTTAC CCCCTCAATT AACTACCACA TCAGTTCCAC CAGTTGCCGG TTCTCAAAGT 
TCAAAACCTC CAGACAAACC TAGGCCAGCA CTACTTCCCA CTCCTATATC CTTTGGTTCA 
CCTCCACCTT ACCATCCTCC AGTAAAATCG TCCATGGGCT CTTCAGAACA AGTGAATTCT 
AAAGCTCCTC TGCCATTCAG TTCTTTTTCA TCTGAACAAG GACATATGGA ACCCAAAATT 
TCTACCACAG GATCTTCATC TGCTTCAAAT CAGCCTGGTA ACACAATTAA AGACACACCA 
GTGAGATCAG GTGGGCTGCT TCCAGATCCT CCTAGAAGTG CTTACTTGGA AGGTCCAAGA 
GGAGGTCCTA GGTTTGATGG TCCTCGAGGA AGATTTGATT CACCAGGGGC AAGATGCGAA 
GGACCAAGAC CTAAAGGACC TCGTTTTGAA GGACATCGTT CAGATGGACC AAGACCCAAA 
TATGAAGGGC ACCACTCAGA GGGTACCTCT AAAAGCAAAT GGGGGACAAT TCCCCGGGGG 
CCTGCATCTC AGTTTTATAT TTCTTCAAAT ACTTCCCAAG GCCCTCGACA AAGTGGACCT 
CAGTGGAGAG GATCTAAGCC AGCTTATGGC CAGCAGCAAC AACAGCAACA TCCACCTAAA 
TCACAAGCAG AATCTCATCT GGGAAACAAG GAACCTTTGA TAGACCCCAG TAGTGGACAA 
CAAAAGAACA ACAGAATGTC TCCAACTCCA TTTTCTCTTA CTACAGATGT GAAGGAATCA 
AAGTCATTTC AGTCCAGTGA GAAAATAAAA GATGTTCAAC ATGATATCCC CCAATCTGAA 
GTCCAAGCAG GATCCAATGA TCCTTCAAAT TGGAGTCAGA ATTCTCAAAA TATGGAAAAA 
CAAATAGATA AAACTGGTCA GCCTATACCT GGACAATGCC AGAAACCCTT TGTAAACAAA 
TCATCTATTC AATCAACTTT TCCATCAAGA ACAGGAGGAA TGGATGGAGG AGGAGCACCA 
CCTATGTCAT CATTAACTGC AAATAATGAT TTAAAATCTG TAGGTGTTGG TATTCCTCAG 
TTAGAAAATA ACCAGGACAA GGGATTGACC AGGCTAGATA ACAGAGATCA TAGACCAGAA 
GGCAATAGAG GTAGCAGTTC ATCTTACAGA GGTAGAGGAC AAGGAAGAAT TGAAGACATG 
AGGGAAAAGG GCCTAACAAA CAGAGGTAGA GGACAAATAA TTAATCAGGG ACCAGGGATG 
GGTAAACCAG AAGACATTAG AGAGAAAATA ATTGGCAGAA GGGAAGAGAG TCGAGAGAAG 
ATGGGTAGGC AAGAAGGTAG TCGAGAGAGA CTGATGGGAA GACGATCAGG CAGCCGAGAT 
AGAGGATTAG GAAGACTGGG AAGCAGTAGG GAAAAAATTC CAGGTAGTCA GGCAGACATC 
CAAGATAGGG GGAGAGCCGG CAGCCGGGAA AGAGGACCTC CCCGGAGGGC CAACAGTCAA 
GAGAGAGGAC CTCCTAGAAG GGCTGGGAGT CGGGAGAGAG GACCTCCACT ACACAGGGCT 
GGAAGCAGAG AGAGGGGACC ACCTCGGCGT CCTGGAAGTC GGGAAAGGGG ACTTGGCAGA 
CCAGAATTTG GGAGGGATAA AGGTATACCC AGACTAGAAC CTGGTAATGT AGATAAATCA 
GTTAGGATTG GAGATGGGGA AAAAATGCCC CCTTATCATC GAGATGAAGC ATCTAGGGCT 
CCCTGGAATC ATGGAGAGGA TAGAGGACAT GAAGACTTTG CATTAGATGG TAGAAATGTC 
CCTCCCTTAG AACGGGAAAG ACTTGATGAT TGGGACAGAG AGAGGTATTG GAGAGAATGT 
GAGCCAGATT ATCAAGATGA TGTAGATCCA TACAACAGAG AGGATAGATT TTCACTGCCA 
CCTTCTCGGT CCCATGATGT GGATCGTCGA GGATCTTGGT GGGATGATTG GGATAGAGAT 
CGGGATATGG ATCGGGACTT CCGGGATATG GATAGGGAAA TGGACAGGGA CCGGGACAGA 
GACCGGGACC GGATGGGAAG ACCTATGGAT ATGTATGACC GAGAATTGGA TAGAGAATGG 
GACAGAGATT ACATGAGACC AATGGATGAC CAAGAATCAC AATTTCATGA ACGTGATATT 
CCTCCCCTTC CACCTTTGCC ACCCCTTCCA CCTCTTCCAC CTTTGGATCG ATATCGTGAT 
GACAGATGGA GAGATGAAAG AGACAGAGAT CACATGTATG ATCGGGACCT TCGTGACAGG 
GGAGAGTTGA GAATTAGAGA ATATCCTGAG AGAGGAGAAA CATGGCGGGA AAAACGAGAT 
TACCTTCCTG AGCGAATGGA CTGGGAAAGA GAACGGTTGT CAGACAGATG GTACTCATCT 
GATGTAGATA GACATTCCCC TATGGGGGAT CATATGCCAC CTATTCCCCC ATCACACCAT 
TCATCTGAAA TGTTGGGAGC AGAAGGAAAC CTGGACTCTG ATCAGTCTCT TGGAGGGGTA 
ATGGTCCTTA GTCAAAGGCA GCATGAAATA ATTTTGAAAG CTGCACAGGA ACTGAAAATG 
CTACGAGAAC AGAAAGAACA GCTTCAGAAA CTCAAAGACT TTGCCACTGA GCCGCAGGCA 
CCTGATCTTC CACCACCACC ACCTGAGCCA CCAAGATTGC AGACTGCATC TTCACGTCCA 
CCAGGAATCT TTCAGCCTCC AGGATCTTAC AGGCCACCTC CTCCTATGGG TAAACCAACC 
CTTCCAGGGA TGAGACAATC TGCTCCATCA GCAAGACCGT CTCTTCCTAT GACAAGGCCA 
CCTGTCCCAA TACCACCTCC CCCTCCAGTG GTAAAGCCTC AGCCTGCTGC TATGGAACAA 
GAACGTTGGG ATGAAGATTC TTTTCATGGA CTCTGGGATA CAAATGAAGA TAAAGGATTG 
AATTCAGAAT ATACCTCAGA GACAGGTCCA CCATCTGTTG CAATGAAAGC ACCACCTATT 
CATCCTTCTA TTCCCCCTCC AAGCCCAATT CCTGTGGTTA TGCAGTCAAT GTCTAAACCC 
CCACCAGTGC AGCAGACAGT AGACTATGGC CATGGCCGAG ACATATCCAC CAATAAAATT 
GAACAAATAC CTTATGGGGA GAGAATAACT CTTCGTCCTG ACCCCTTGCC TGAAAGATCA 
GCTTTTGAGA CAGAGCATCC AGGCCAACGA GACCGTTATG ATAGAGATAG GGATCGTGAA 
CCTTATTTTG ATCGTCAGAG CAACATCATG GTAGATCATA GAGATTTTAA AAGGGATAGA 
GAAACACACA GGGACCGAGA CCGTGATCGC GGCATTATTG AATATGATCG TGATAGATTT 
GACAGAGATC GCCGTCCTCG TGAAGATCGA GCACCCCCAA TCACACCTTC AAGGACACAG 
TCTTATCGTG ATAAAAAAGA ACACTCCTCA TCCAGACGTG GCGGATTTGA TAGGCCTTCA 
TATGAACGGA AAACTGACAG GCCAGCTTAT GACCATGGAC CTTCCATGTT TGGAGGAGAC 
CGAAGGACTT ATCCTGAGGA ACGGATGCCT ATGTCTGCAC CATCATTAAG TCACCAGCCA 
CCTCCGGCAC CTCGGGTAGA GAAGAAACCC GAATCTAAGA ATGTAGATGA TATTCTGAAA 
CCACCAGGCC GAGAGAGCCG ACCTGAGAGA ATAGTTGTCA TAATGAGAGG ATTACCTGGA 
AGTGGAAAGA CACATGTTGC AAAACTTATT CGTGATAAGG AAGTGGAGTG TGGGGGACCT 
GCACCTAGAG TTCTCAGCCT GGATGATTAC TTTATCACAG AAGTGGAAAA AGAAGAAAAA 
GACCCTGATA CTGGAAAGAG AGTAAAAAAG AAGGTAATGG AATATGAATA TGAAGCTGAT 
ATGGAGGAGA CCTACCGTAC CAGCATGTTC AAAACTTTCA AGAAGACCTT GGATGATGGC 
TTTTTCCCCT TCATAATTCT AGATGCCATT AATGACCGAG TTAGGCATTT TGAACAGTTT 
TGGAGTGCTG CAAAAACCAA GGGCTTTGAG GTATATTTAG CTGAAATGAG TGCAGACAAC 
CAAACTTGTG GCAAAAGGAA TATCCATGGA AGAAAACTTA AGGAAATTAA TAAGATGGCT 
GATCACTGGG AGACTGCACC TCGTCACATG ATGCGTCTAG ACATCCGTTC CTTGTTGCAA 
GATGCTGCTA TTGAAGAGGT GGAGATGGAA GATTTTGATG CAAATATTGA AGAGCAGAAA 
GAAGAAAAGA AAGACGCGGA GGAAGAGGAA AGCGAACTGG GTTACATTCC GAAAAGCAAA 
TGGGAGATGG ACACATCTGA GGCAAAGCTA GACAAGTTGG ATGGCCTGAG GACTGGCACT 
AAGAGGAAGC GTGACTGGGA AGCAATTGCC AGTAGGATGG AGGATTATCT TCAGCTTCCT 
GATGATTATG ATACCCGAGC TTCTGAACCT GGAAAGAAAA GGGTAAGATG GGCAGACTTG 
GAAGAAAAGA AAGATGCAGA TAGGAAAAGG GCCATAGGTT TTGTGGTTGG ACAAACTGAC 
TGGGAGAAAA TCACAGATGA AAGTGGTCAC CTTGCTGAAA GAGCCCTCAA TCGCACCAAA 
TATATTTGA

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

RefSeq	XP_007472869.1
CDS	151..6759
Translation	MYPTWGRYGGASHYPPPPVPPPPPPVGLPEASPGPGGYSSAAAPAAPASSGFLSFREQHLAQLQQLQQMHQKQMQCVLQPHHLPPPPLPPPPVMPGGGYGDWQPPPPPMPPPPGPVLSYQKQQQYKHQMLQQHRDGPPGPVPMELDSPPESPRGPRGSYnullPSFQIYMPPAQLPPnullYFPQSSSQSYLPPAQPSPSQSPPSQSYIAPSQSTPSYSTSSQSYLPHSQPYLPQSQSSPSHSSQSHSKSQLASLQPSPSGTSTAAQQEPLESGAKNTGAEQPVPHQPDPSTMTPQEQQQYWYKQHLLSLQQRAKAHAQGQQPLKGPGMVKDIPEAAKEETTPTSQIPEPPPCQDPPLPPPSEEVPPPLPPDEPQSEDPEEEARLKQLQAAAAHWQQHQHHRVGFQYQGIMQKHAQLQQILQQYQQIIQQPPHIQTMSVDMQLRHYEMQQQQFQHLYKEWEREFQQWQDQLHTYPHKDQLQEYEKQWNSWQGHLKATQSSLQEKVSTLQNVKNQYMGNMTIPPPFVPYSQMPPAIPTMPPPVLPPSLSTSLPPPVMPPTLPATVPPPVMPPPVMPPIPTSVPPPGVPPSLPSAGPPPVLPPPSLSSSGPPPVLPPPSLSSTGPPPVLPPPSLSSTAAPPVLPPPPLSSATPPPGMPPPNLSSAVLPQGLPPQLTTTSVPPVAGSQSSKPPDKPRPALLPTPISFGSPPPYHPPVKSSMGSSEQVNSKAPLPFSSFSSEQGHMEPKISTTGSSSASNQPGNTIKDTPVRSGGLLPDPPRSAYLEGPRGGPRFDGPRGRFDSPGARCEGPRPKGPRFEGHRSDGPRPKYEGHHSEGTSKSKWGTIPRGPASQFYISSNTSQGPRQSGPQWRGSKPAYGQQQQQQHPPKSQAESHLGNKEPLIDPSSGQQKNNRMSPTPFSLTTDVKESKSFQSSEKIKDVQHDIPQSEVQAGSNDPSNWSQNSQNMEKQIDKTGQPIPGQCQKPFVNKSSIQSTFPSRTGGMDGGGAPPMSSLTANNDLKSVGVGIPQLENNQDKGLTRLDNRDHRPEGNRGSSSSYRGRGQGRIEDMREKGLTNRGRGQIINQGPGMGKPEDIREKIIGRREESREKMGRQEGSRERLMGRRSGSRDRGLGRLGSSREKIPGSQADIQDRGRAGSRERGPPRRANSQERGPPRRAGSRERGPPLHRAGSRERGPPRRPGSRERGLGRPEFGRDKGIPRLEPGNVDKSVRIGDGEKMPPYHRDEASRAPWNHGEDRGHEDFALDGRNVPPLERERLDDWDRERYWRECEPDYQDDVDPYNREDRFSLPPSRSHDVDRRGSWWDDWDRDRDMDRDFRDMDREMDRDRDRDRDRMGRPMDMYDRELDREWDRDYMRPMDDQESQFHERDIPPLPPLPPLPPLPPLDRYRDDRWRDERDRDHMYDRDLRDRGELRIREYPERGETWREKRDYLPERMDWERERLSDRWYSSDVDRHSPMGDHMPPIPPSHHSSEMLGAEGNLDSDQSLGGVMVLSQRQHEIILKAAQELKMLREQKEQLQKLKDFATEPQAPDLPPPPPEPPRLQTASSRPPGIFQPPGSYRPPPPMGKPTLPGMRQSAPSARPSLPMTRPPVPIPPPPPVVKPQPAAMEQERWDEDSFHGLWDTNEDKGLNSEYTSETGPPSVAMKAPPIHPSIPPPSPIPVVMQSMSKPPPVQQTVDYGHGRDISTNKIEQIPYGERITLRPDPLPERSAFETEHPGQRDRYDRDRDREPYFDRQSNIMVDHRDFKRDRETHRDRDRDRGIIEYDRDRFDRDRRPREDRAPPITPSRTQSYRDKKEHSSSRRGGFDRPSYERKTDRPAYDHGPSMFGGDRRTYPEERMPMSAPSLSHQPPPAPRVEKKPESKNVDDILKPPGRESRPERIVVIMRGLPGSGKTHVAKLIRDKEVECGGPAPRVLSLDDYFITEVEKEEKDPDTGKRVKKKVMEYEYEADMEETYRTSMFKTFKKTLDDGFFPFIILDAINDRVRHFEQFWSAAKTKGFEVYLAEMSADNQTCGKRNIHGRKLKEINKMADHWETAPRHMMRLDIRSLLQDAAIEEVEMEDFDANIEEQKEEKKDAEEEESELGYIPKSKWEMDTSEAKLDKLDGLRTGTKRKRDWEAIASRMEDYLQLPDDYDTRASEPGKKRVRWADLEEKKDADRKRAIGFVVGQTDWEKITDESGHLAERALNRTKYI

Target ORF information:

RefSeq Version	XM_007472807.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica YLP motif containing 1 (YLPM1), mRNA.

Target ORF information:

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

XM_007472807.2

ORF Insert Sequence:

ATGTACCCGA CTTGGGGCCG GTATGGCGGA GCCAGCCATT ACCCGCCGCC CCCGGTGCCT 
CCGCCGCCTC CGCCCGTGGG GCTCCCCGAG GCCTCCCCGG GGCCCGGCGG CTACTCGAGC 
GCGGCGGCGC CGGCGGCCCC TGCCTCCTCA GGCTTCCTGA GCTTCCGCGA GCAGCACTTG 
GCGCAGCTCC AGCAGCTGCA GCAGATGCAC CAGAAGCAGA TGCAGTGCGT CCTTCAGCCC 
CATCACCTCC CCCCGCCGCC CTTGCCGCCC CCTCCGGTCA TGCCCGGCGG GGGCTACGGG 
GACTGGCAGC CGCCGCCGCC GCCTATGCCC CCACCGCCGG GACCGGTCCT AAGCTATCAG 
AAGCAGCAGC AGTACAAGCA TCAGATGCTC CAGCAGCACC GAGATGGGCC CCCTGGTCCA 
GTACCCATGG AGCTGGATTC CCCTCCCGAG TCTCCCCGGG GGCCCCGGGG TTCTTACNAT 
CCTTCTTTCC AAATCTACAT GCCCCCCGCT CAACTTCCGC CTNTTTATTT CCCCCAATCC 
TCATCCCAGT CCTACCTGCC ACCAGCTCAA CCATCCCCTT CCCAGTCCCC ACCTTCCCAA 
TCCTACATTG CACCTTCTCA GTCCACCCCA TCCTACTCCA CCTCCTCTCA ATCATACTTG 
CCCCATTCCC AGCCTTATTT GCCCCAATCC CAGTCATCTC CTTCCCACTC CTCTCAGTCC 
CATTCCAAAT CACAACTGGC TTCACTACAA CCCAGCCCTT CTGGTACCAG TACAGCTGCC 
CAGCAAGAGC CACTGGAGAG TGGTGCCAAG AACACAGGTG CTGAGCAGCC CGTCCCTCAT 
CAACCAGATC CTTCCACTAT GACCCCACAG GAACAGCAGC AGTATTGGTA CAAACAGCAT 
TTGCTTAGCC TGCAGCAGAG GGCAAAAGCA CATGCACAGG GACAACAACC ACTAAAGGGC 
CCTGGAATGG TGAAAGATAT ACCAGAAGCA GCAAAAGAAG AAACTACACC AACCAGTCAG 
ATACCTGAAC CTCCTCCATG TCAAGATCCC CCACTGCCAC CTCCTAGTGA AGAGGTTCCA 
CCTCCTCTGC CTCCTGATGA GCCCCAGTCT GAAGACCCTG AAGAAGAGGC CAGATTAAAG 
CAATTACAGG CTGCTGCTGC ACATTGGCAG CAGCATCAGC ATCACCGAGT TGGCTTTCAA 
TATCAGGGAA TCATGCAGAA GCATGCCCAG CTGCAGCAGA TCCTGCAACA ATACCAGCAG 
ATCATACAGC AGCCACCACA TATACAGACT ATGTCCGTAG ATATGCAGCT GAGACACTAT 
GAGATGCAAC AGCAGCAGTT TCAGCATCTT TACAAAGAAT GGGAACGAGA GTTTCAGCAG 
TGGCAAGATC AGCTCCATAC TTATCCTCAC AAAGATCAGC TTCAAGAGTA TGAAAAGCAA 
TGGAACTCAT GGCAGGGACA TTTAAAAGCT ACCCAATCCA GCCTTCAAGA GAAAGTGAGC 
ACACTTCAGA ATGTGAAAAA TCAGTATATG GGAAATATGA CAATACCACC ACCTTTTGTT 
CCATACTCTC AAATGCCTCC AGCAATACCA ACAATGCCCC CTCCTGTATT GCCTCCATCT 
CTATCAACAT CACTACCACC ACCAGTGATG CCCCCTACTC TGCCTGCCAC AGTGCCACCA 
CCTGTGATGC CCCCACCAGT GATGCCTCCA ATACCAACAT CTGTTCCTCC ACCTGGGGTG 
CCTCCATCTC TGCCTTCAGC TGGGCCTCCA CCGGTTCTTC CTCCACCATC TCTCTCTTCA 
TCTGGGCCTC CTCCAGTTCT TCCTCCACCA TCTCTCTCTT CAACAGGACC TCCACCTGTT 
CTTCCCCCAC CATCTCTTTC TTCAACAGCA GCACCACCTG TCTTGCCTCC CCCACCTTTG 
TCATCAGCAA CACCCCCTCC AGGAATGCCT CCCCCAAATC TCTCTTCAGC TGTTCTCCCT 
CAAGGGTTAC CCCCTCAATT AACTACCACA TCAGTTCCAC CAGTTGCCGG TTCTCAAAGT 
TCAAAACCTC CAGACAAACC TAGGCCAGCA CTACTTCCCA CTCCTATATC CTTTGGTTCA 
CCTCCACCTT ACCATCCTCC AGTAAAATCG TCCATGGGCT CTTCAGAACA AGTGAATTCT 
AAAGCTCCTC TGCCATTCAG TTCTTTTTCA TCTGAACAAG GACATATGGA ACCCAAAATT 
TCTACCACAG GATCTTCATC TGCTTCAAAT CAGCCTGGTA ACACAATTAA AGACACACCA 
GTGAGATCAG GTGGGCTGCT TCCAGATCCT CCTAGAAGTG CTTACTTGGA AGGTCCAAGA 
GGAGGTCCTA GGTTTGATGG TCCTCGAGGA AGATTTGATT CACCAGGGGC AAGATGCGAA 
GGACCAAGAC CTAAAGGACC TCGTTTTGAA GGACATCGTT CAGATGGACC AAGACCCAAA 
TATGAAGGGC ACCACTCAGA GGGTACCTCT AAAAGCAAAT GGGGGACAAT TCCCCGGGGG 
CCTGCATCTC AGTTTTATAT TTCTTCAAAT ACTTCCCAAG GCCCTCGACA AAGTGGACCT 
CAGTGGAGAG GATCTAAGCC AGCTTATGGC CAGCAGCAAC AACAGCAACA TCCACCTAAA 
TCACAAGCAG AATCTCATCT GGGAAACAAG GAACCTTTGA TAGACCCCAG TAGTGGACAA 
CAAAAGAACA ACAGAATGTC TCCAACTCCA TTTTCTCTTA CTACAGATGT GAAGGAATCA 
AAGTCATTTC AGTCCAGTGA GAAAATAAAA GATGTTCAAC ATGATATCCC CCAATCTGAA 
GTCCAAGCAG GATCCAATGA TCCTTCAAAT TGGAGTCAGA ATTCTCAAAA TATGGAAAAA 
CAAATAGATA AAACTGGTCA GCCTATACCT GGACAATGCC AGAAACCCTT TGTAAACAAA 
TCATCTATTC AATCAACTTT TCCATCAAGA ACAGGAGGAA TGGATGGAGG AGGAGCACCA 
CCTATGTCAT CATTAACTGC AAATAATGAT TTAAAATCTG TAGGTGTTGG TATTCCTCAG 
TTAGAAAATA ACCAGGACAA GGGATTGACC AGGCTAGATA ACAGAGATCA TAGACCAGAA 
GGCAATAGAG GTAGCAGTTC ATCTTACAGA GGTAGAGGAC AAGGAAGAAT TGAAGACATG 
AGGGAAAAGG GCCTAACAAA CAGAGGTAGA GGACAAATAA TTAATCAGGG ACCAGGGATG 
GGTAAACCAG AAGACATTAG AGAGAAAATA ATTGGCAGAA GGGAAGAGAG TCGAGAGAAG 
ATGGGTAGGC AAGAAGGTAG TCGAGAGAGA CTGATGGGAA GACGATCAGG CAGCCGAGAT 
AGAGGATTAG GAAGACTGGG AAGCAGTAGG GAAAAAATTC CAGGTAGTCA GGCAGACATC 
CAAGATAGGG GGAGAGCCGG CAGCCGGGAA AGAGGACCTC CCCGGAGGGC CAACAGTCAA 
GAGAGAGGAC CTCCTAGAAG GGCTGGGAGT CGGGAGAGAG GACCTCCACT ACACAGGGCT 
GGAAGCAGAG AGAGGGGACC ACCTCGGCGT CCTGGAAGTC GGGAAAGGGG ACTTGGCAGA 
CCAGAATTTG GGAGGGATAA AGGTATACCC AGACTAGAAC CTGGTAATGT AGATAAATCA 
GTTAGGATTG GAGATGGGGA AAAAATGCCC CCTTATCATC GAGATGAAGC ATCTAGGGCT 
CCCTGGAATC ATGGAGAGGA TAGAGGACAT GAAGACTTTG CATTAGATGG TAGAAATGTC 
CCTCCCTTAG AACGGGAAAG ACTTGATGAT TGGGACAGAG AGAGGTATTG GAGAGAATGT 
GAGCCAGATT ATCAAGATGA TGTAGATCCA TACAACAGAG AGGATAGATT TTCACTGCCA 
CCTTCTCGGT CCCATGATGT GGATCGTCGA GGATCTTGGT GGGATGATTG GGATAGAGAT 
CGGGATATGG ATCGGGACTT CCGGGATATG GATAGGGAAA TGGACAGGGA CCGGGACAGA 
GACCGGGACC GGATGGGAAG ACCTATGGAT ATGTATGACC GAGAATTGGA TAGAGAATGG 
GACAGAGATT ACATGAGACC AATGGATGAC CAAGAATCAC AATTTCATGA ACGTGATATT 
CCTCCCCTTC CACCTTTGCC ACCCCTTCCA CCTCTTCCAC CTTTGGATCG ATATCGTGAT 
GACAGATGGA GAGATGAAAG AGACAGAGAT CACATGTATG ATCGGGACCT TCGTGACAGG 
GGAGAGTTGA GAATTAGAGA ATATCCTGAG AGAGGAGAAA CATGGCGGGA AAAACGAGAT 
TACCTTCCTG AGCGAATGGA CTGGGAAAGA GAACGGTTGT CAGACAGATG GTACTCATCT 
GATGTAGATA GACATTCCCC TATGGGGGAT CATATGCCAC CTATTCCCCC ATCACACCAT 
TCATCTGAAA TGTTGGGAGC AGAAGGAAAC CTGGACTCTG ATCAGTCTCT TGGAGGGGTA 
ATGGTCCTTA GTCAAAGGCA GCATGAAATA ATTTTGAAAG CTGCACAGGA ACTGAAAATG 
CTACGAGAAC AGAAAGAACA GCTTCAGAAA CTCAAAGACT TTGCCACTGA GCCGCAGGCA 
CCTGATCTTC CACCACCACC ACCTGAGCCA CCAAGATTGC AGACTGCATC TTCACGTCCA 
CCAGGAATCT TTCAGCCTCC AGGATCTTAC AGGCCACCTC CTCCTATGGG TAAACCAACC 
CTTCCAGGGA TGAGACAATC TGCTCCATCA GCAAGACCGT CTCTTCCTAT GACAAGGCCA 
CCTGTCCCAA TACCACCTCC CCCTCCAGTG GTAAAGCCTC AGCCTGCTGC TATGGAACAA 
GAACGTTGGG ATGAAGATTC TTTTCATGGA CTCTGGGATA CAAATGAAGA TAAAGGATTG 
AATTCAGAAT ATACCTCAGA GACAGGTCCA CCATCTGTTG CAATGAAAGC ACCACCTATT 
CATCCTTCTA TTCCCCCTCC AAGCCCAATT CCTGTGGTTA TGCAGTCAAT GTCTAAACCC 
CCACCAGTGC AGCAGACAGT AGACTATGGC CATGGCCGAG ACATATCCAC CAATAAAATT 
GAACAAATAC CTTATGGGGA GAGAATAACT CTTCGTCCTG ACCCCTTGCC TGAAAGATCA 
GCTTTTGAGA CAGAGCATCC AGGCCAACGA GACCGTTATG ATAGAGATAG GGATCGTGAA 
CCTTATTTTG ATCGTCAGAG CAACATCATG GTAGATCATA GAGATTTTAA AAGGGATAGA 
GAAACACACA GGGACCGAGA CCGTGATCGC GGCATTATTG AATATGATCG TGATAGATTT 
GACAGAGATC GCCGTCCTCG TGAAGATCGA GCACCCCCAA TCACACCTTC AAGGACACAG 
TCTTATCGTG ATAAAAAAGA ACACTCCTCA TCCAGACGTG GCGGATTTGA TAGGCCTTCA 
TATGAACGGA AAACTGACAG GCCAGCTTAT GACCATGGAC CTTCCATGTT TGGAGGAGAC 
CGAAGGACTT ATCCTGAGGA ACGGATGCCT ATGTCTGCAC CATCATTAAG TCACCAGCCA 
CCTCCGGCAC CTCGGGTAGA GAAGAAACCC GAATCTAAGA ATGTAGATGA TATTCTGAAA 
CCACCAGGCC GAGAGAGCCG ACCTGAGAGA ATAGTTGTCA TAATGAGAGG ATTACCTGGA 
AGTGGAAAGA CACATGTTGC AAAACTTATT CGTGATAAGG AAGTGGAGTG TGGGGGACCT 
GCACCTAGAG TTCTCAGCCT GGATGATTAC TTTATCACAG AAGTGGAAAA AGAAGAAAAA 
GACCCTGATA CTGGAAAGAG AGTAAAAAAG AAGGTAATGG AATATGAATA TGAAGCTGAT 
ATGGAGGAGA CCTACCGTAC CAGCATGTTC AAAACTTTCA AGAAGACCTT GGATGATGGC 
TTTTTCCCCT TCATAATTCT AGATGCCATT AATGACCGAG TTAGGCATTT TGAACAGTTT 
TGGAGTGCTG CAAAAACCAA GGGCTTTGAG GTATATTTAG CTGAAATGAG TGCAGACAAC 
CAAACTTGTG GCAAAAGGAA TATCCATGGA AGAAAACTTA AGGAAATTAA TAAGATGGCT 
GATCACTGGG AGACTGCACC TCGTCACATG ATGCGTCTAG ACATCCGTTC CTTGTTGCAA 
GATGCTGCTA TTGAAGAGGT GGAGATGGAA GATTTTGATG CAAATATTGA AGAGCAGAAA 
GAAGAAAAGA AAGACGCGGA GGAAGAGGAA AGCGAACTGG GTTACATTCC GAAAAGCAAA 
TGGGAGATGG ACACATCTGA GGCAAAGCTA GACAAGTTGG ATGGCCTGAG GACTGGCACT 
AAGAGGAAGC GTGACTGGGA AGCAATTGCC AGTAGGATGG AGGATTATCT TCAGCTTCCT 
GATGATTATG ATACCCGAGC TTCTGAACCT GGAAAGAAAA GGGTAAGATG GGCAGACTTG 
GAAGAAAAGA AAGATGCAGA TAGGAAAAGG GCCATAGGTT TTGTGGTTGG ACAAACTGAC 
TGGGAGAAAA TCACAGATGA AAGTGGTCAC CTTGCTGAAA GAGCCCTCAA TCGCACCAAA 
TATATTTGA

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

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YLPM1 cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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