FN1 cDNA ORF clone, Lipotes vexillifer(Yangtze River dolphin)

Gene
Clones
gRNAs

Summary

Gene Symbol	FN1
Entrez Gene ID	103084224
Full Name	fibronectin 1
Gene Type	protein-coding
Organism	Lipotes vexillifer(Yangtze River dolphin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007456408.1	XP_007456470.1	LOW QUALITY PROTEIN: fibronectin

Pathways from BioSystems
Gene Ontology

The following FN1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FN1 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
OLi22270	XM_007456408.1 Latest version!	Lipotes vexillifer fibronectin 1 (FN1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*Business Day

** 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)

FN1 ( XM_007456408.1 ) cDNA ORF clone, Lipotes vexillifer(Yangtze River dolphin) -> XP_007456470.1 Lipotes vexillifer fibronectin 1 (FN1), mRNA.

Price & Availability↑

CloneID	OLi22270
Clone ID Related Accession (Same CDS sequence)	XM_007456408.1
Accession Version	XM_007456408.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7452bp) 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	1396195200000
Organism	Lipotes vexillifer(Yangtze River dolphin)
Product	LOW QUALITY PROTEIN: fibronectin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006783890.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Lipotes vexillifer Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTCGGGG ATCCGGGGCC CCGGCTGCTG CTGCTGCTGA CCGTTCTGTC CCTGGGGACA 
GCGGTGCCCT CCACTGGAGC CTCGAAGAGC AAGAGGCAGG CTCAGCAGGT CATTCAGCCC 
CAGTCCCCGT TGGCTGTCAG CCAAAGCAAG CCTGGTTGTT ATGACAATGG GAAACACTAT 
CAGATAAACC AACAATGGGA GCGCACCTAC CTGGGCAGTG CCTTGGTCTG CACCTGTTAT 
GGAGGAAGCC GGGGCTTTAA CTGCGAGAGC AAGCCTGAAC CTGAAGAGAC TTGCTTTGAC 
AAGTATACCG GGAACACTTA CCGGGTGGGC GACACTTACG AGCGCCCTAA GGACTCCATG 
ATCTGGGACT GCACCTGCAT TGGGGCTGGG CGAGGGAGAA TAAGCTGCAC CATTGCAAAC 
CGCTGCCATG AAGGGGGTCA GTCCTACAAG ATTGGTGACA CCTGGAGGAG ACCACACGAG 
ACTGGTGGTT ACATGTTGGA GTGTGTGTGT CTCGGTAATG GGAAAGGAGA ATGGACCTGC 
AAACCCATAG CTGAGCAATG TTTTATCNNN NNNNNNNTTG ATCACGCTGC TGGGACTTCC 
TATGTTGTCG GGGAGACCTG GGAAAAGCCT TATCAAGGCT GGATGATGGT GGATTGTACT 
TGTCTGGGAG AAGGCAGTGG ACGCATCACC TGTACCTCCA GAAACAGATG CAACGATCAG 
GACACTAGGA CATCCTATAG AATTGGGGAT ACCTGGCGCA AGAAGGACAA TCGGGGGAAC 
CTGCTCCAGT GTATCTGCAC TGGCAACGGC CGTGGCGAGT GGAAGTGTGA GAGGCACACA 
ACCCTGCAGA CCACGTCTGC TGGTTCTGGC TCCTTCACAG ATGTCCGAAC GGCCATTTAC 
CAGCCACAGC CTCACCCCCA GCCAGCTCCA TACGGTCACT GTGTCACAGA CAGCGGTGTG 
GTTTACTCCG TGGGCATGCA GTGGTTGAAG GCACAAGGAA ATAAGCAAAT GCTTTGCACT 
TGCCTGGGCA ATGGAGTCAG CTGCCAAGAG ACAGCTATAA CCCAGACTTA TGGTGGCAAT 
TCAAATGGGG AGCCTTGCGT CCTACCATTC ACCTACAATG GCAGGACTTT CTACTCCTGC 
ACCACAGAAG GGCGACAGGA TGGACATCTC TGGTGCAGCA CAACTTCCAA TTATGAGCAA 
GACCAGAAAT ACTCTTTCTG TACAGACCAT ACTGTTTTGG TTCAAACTCG AGGTGGGAAT 
TCCAATGGTG CCTTGTGCCA CTTTCCCTTC CTGTACAACA ACCAAAACTA CACCGATTGT 
ACATCCGAGG GCAGGAGGGA CAACATGAAA TGGTGTGGAA CCACACGGAA CTATGACGCT 
GACCAGAAGT TTGGATTCTG CCCCATGGCT GCCCACGAGG AAATCTGTAC AACCAATGAA 
GGGATCATGT ATCGCATTGG AGATCAGTGG GACAAGCAGC ATGATATGGG CCACATGATG 
AGATGCACAT GTGTTGGGAA CGGTCGTGGA GAATGGACAT GTGTCGCCTA CTCCCAGCTC 
CGAGATCAGT GCATCGTCGA CGACATCACA TACAATGTGA ATGACACATT CCACAAACGT 
CACGAAGAGG GACACATGCT GAATTGTACC TGCTTCGGTC AGGGCAGGGG CCGGTGGAAG 
TGCGATCCCA TTGATCAATG CCAGGATTCA GAATCCCGTA CCTTTTATCA AATTGGAGAA 
TCATGGGAGA AGTTTTTGCA TGGAGTCAGG TACCAGTGCT ACTGCTATGG CCGTGGCATT 
GGGGAGTGGG GCTGCCAGCC CATACAGACC TATCCAGGTT CAACTGGTCC TGTCCAAGTA 
ATAATCACTG AGACCCCCAG TCAGCCCAAC TCTCACCCCA TCCAATGGAA TGCACCAGAA 
CCATCTCACA TTTCCAAGTA CATTCTCAGA TGGAAACCTA AAAATTCTCC AGACCGTTGG 
AAGGAAGCCA CCATTCCGGG CCACTTAAAC TCCTACACCA TCAAAGGCCT GAGGCCAGGT 
GTGGTATACG AGGGCCAGCT CATCAGCGTC CAGCACTATG GCCAAAGAGA GATGACACGC 
TTCGACTTCA CCACCACCAG CACAAGCCCA GTGGTGACCA GCAACACCGT GACGGGAGAG 
ACAACACCGT TTTCTCCTGT TGTGGCCACC TCCGAATCCG TGACTGAAAT CACAGCCAGC 
AGCTTTGTGG TCTCCTGGGT CTCGGCTTCC GACACTGTGT CCGGATTCCG GGTGGAGTAT 
GAGCTGAGTG AAGAGGGAGA TGAACCACAG TACCTGGATC TTCCCAGCAC AGCCACTTCT 
GTGAACATCC CTGACCTGCT TCCTGGCCGA AAGTACATCG TCAACGTCTA TCAGATATCC 
GAAGAAGGAG AACAGAGTTT GATCCTGTCT ACCTCACAGA CAACAGCACC TGATGCCCCT 
CCTGATCCTA CCGTGGACCA GGTTGATGAC ACCTCCATTG TCGTTCGCTG GAGCAGACCC 
CAGGCGCCCA TCACAGGATA CAGAATCGTC TATTCCCCAT CAGTAGAGGG TAGTAGCACA 
GAACTCAACC TTCCTGAAAC TGCCAACTCT GTCACTCTCA GTGACTTGCA GCCTGGTGTT 
CAGTATAACA TCACTATCTA TGCTGTGGAA GAAAATCAAG AGAGTACTCC TGTCTTCATC 
CAACAAGAAA CCACTGGCGT CCCACGTTCA GATAAGGTTC CCCCTCCCAG GGACCTGCAG 
TTTGTGGAGG TGACGGACGT AAAGATCACC ATCATGTGGA CACCCCCCGA GAGCACGGTG 
ACCGGTTACC GAGTGGACGT GATCCCCGTC AACCTGCCCG GGGAACACGG GCAGAGGNNN 
NNNNNNAGCA GGAACACATT TGCAGAAGTC ACTGGGCTGT CCCCTGGGGT CACCTATCAC 
TTCAAAGTCT TCGCCGTGAA CCACGGGAGG GAGAGCAAGC CTCTGACGGC ACAACAGACG 
ACCAAATTGG ATGCTCCCAC CAACCTCCAG TTTATCAATG AAACTGACAC CACCGTCATA 
GTGACCTGGA CTCCACCTCG TGCCCGGATA GCCGGGTACC GACTGACTGT GGGCCTGACC 
CGTGGAGGCC AGCCCAAGCA GTACAACGTG GGTCCCTCGT CCACGCAGTA TCCACTGAGG 
AATCTGCAGC CTGGCTCTGA GTACTCTGCA ACCCTCGTGG CCGTGAAAGG CAGCCAGCAG 
AGCCCCAGAG CCACTGGAGT CTTCACCACT CTGCAGCCCC TTGGCTCCAT CCCACCTTAC 
CACATAGAAG TGACTGAAAC CACCATTGTG ATTACATGGA CGCCTGCTCC AAGGATTGGT 
TTTAAGCTGG GTGTACGACC AAGCCAGGGA GGGGAAGCAC CACGAGAAGT GACCTCAGAC 
TCGGGAAGCA TCGTTGTGTC TGGCCTGACT CCAGGCATGG AATACATTTA CACCATCTCA 
GTCCTGAAAG ATGGGCAAGA GAGAGATACA CCAATTGTGA AGAAAGTGGT GACACCACTG 
TCTCCACCAA AGAACTTGCA CCTGGAAACA AACCCCGACA CTGGTGTGCT TACTGTCTCC 
TGGGAGAGGA GTGCCACCCC AGACATTACT GGCTATAGAA TTACCACCAC CCCTACAAAT 
GGCCAACAGG GATATTCTTT GGAAGAAGTG GTCCATGCCG ATCAGAGTTC CTGCACTTTT 
GAAAACCTGA GTCCTGGCCT GGAGTACAAT GTCAGTGTTT ACACAGTCAA AGATGACAAG 
GAAAGTGTCC CTATCTCTGA TACCATCATG CCAGAGGTGC CCCAACTCAC TGACCTAAGC 
TTTGTTGATA TAACCGATTC AAGCATCGGC CTGAGGTGGA CCCCGCTAAA CTCTTCCACC 
ATTATTGGGT ACCGCATCAC AGTAGTTGCG GCAGGAGAAG GTATCCCTAT TTTTGAAGAT 
TTTGTGGACT CCTCAGTAGG ATACTACACA GTTACAGGGC TGGAGCCTGG CATTGACTAT 
GACATCAGCG TTATCACTCT CATTAATGGC GGAGAGAGTG CCCCTACTAC ACTGACACAA 
CAAACCGCTG TCCCTCCTCC CACTGACCTG AGATTTACCA ATGTTGGTCC CGACACGATG 
CGTGTCACCT GGGCCCCACC TCCATCCATT GAATTGACCA ACTTACTGGT GCGCTACTCA 
CCTGTGAAAA ATGAGGAGGA TGTTGCAGAA TTGTCAGTTT CTCCTTCAGA CAATGCAGTG 
TTCTTAACAA ATCTCCTGCC TGGCACAGAG TATTTAGTCA GCGTCTCCAG TGTTTACGAG 
CAGCACGAGA GCGTACCTCT TAGAGGAAGA CAGAAAACTG GTCTCGATTC CCCAACTGGC 
CTTGACTTTT CTGATATCAC TGCCAACTCT TTCACTGTCC ATTGGATTGC TCCTCGAGCT 
ACCATCACCG GCTACAAGAT CCGCCATCAT CCTGAGCACA TGAGTGGAAG ACCTCGGGAG 
GATCGAGTGC CCCCCTCTCG GAATTCCATC ACTCTCACCA ATCTCAATCC GGGCACAGAT 
TATGTGGTCA GCATTGTCGC TCTTAATGGC AAAGAGGAAA GTCCTTCCTT GGTTGGCCAG 
CAAACAACAG TTTCTGATGT TCCAAGGGAC CTGGAAGTCA TTGCTGCAAC CCCCACTAGC 
CTGTTGATCA GCTGGGATGC TCCGGCCGTC ACAGTGAGAT ATTACAGGAT CACCTATGGA 
GAAACAGGAG GAAATAGCCC TGTCCAGGAG TTCACTGTGC CTGGGAGCAA GTCTACAGCT 
ACCATCAGTG GTCTTAAACC TGGAGCAGAC TACACCATCA CTGTTTATGC TGTCACTGGC 
CGTGGGGACA GCCCGGCAAG CAGCAAGCCC ATTTCCATTG ATTACCGAAC AGAAATTGAC 
AAACCATCCC AGATGCAAGT GACTGATGTC CAGGACAACA GCATTAGTGT CAGGTGGCTG 
CCTTCAAGTT CCCCTGTTAC CGGTTACAGA GTGACCACTA CTCCTAAAAA TGGCCCAGGA 
CCATCGAAAA CAATGACTGC AGGTCCAGAT CAAACAGAAA TGACAATTGA AGGCTTGCAG 
CCCACAGTGG AGTATGTGGT TAGTGTCTAC GCTCAGAATC GAAACGGAGA GAGTCAGCCT 
CTGGTTCAGA CAGCAGTAAC CAACATTGAT CGCCCTAAAG GACTGGCATT CACTGATGTG 
GATGTCGATT CCATCAAAAT TGCTTGGGAA AGCCCACAGG GGCAAGTTTC CAGGTACAGG 
GTGACCTACT CGAGCCCTGA GGATGGAATC CATGAGCTAT TCCCTGCACC TGATGGTGAA 
GAAGAGACTG CAGAGCTGCA AGGCCTCAGG CCGGGTTCTG AGTACACAGT CAGTGTGGTT 
GCCTTGCACG ATGATATGGA GAGCCAGCCC CTGATTGGAA CCCAGTCCAC AGCCATTCCT 
GCACCAACCA ACCTGAAGTT CACTCAGGTT TCACCAACCA GCCTGGCCGC CCAGTGGACG 
GCACCCAATG TTCAGCTCAC TGGATATCGA GTGCGAGTGA CCCCTAAGGA GAAGACGGGA 
CCAATGAAAG AAATCAACCT TGCTCCCGAT AGCTCATCTG TGGTTGTATC AGGACTCATG 
GTGGCCACTA AATATGAAGT GAGTGTCTAT GCTCTTAAGG ACACTTTGAC AAGCAGACCA 
GCTCAGGGAG TCGTCACGAC TCTGGAGAAT GTCAGCCCTC CAAGAAGGGC CCGTGTGACA 
GATGCTACTG AGACCACCAT CACCATTAGC TGGAGAACCA AGACTGAGAC GATCACCGGC 
TTCCAAGTCG ATGCCATCCC AGCCAATGGC CAGACTCCAA TTCAGAGAAC CATCAAGCCA 
GATGTCAGAA GCTACACCAT CACAGGTTTA CAACCCGGCA CTGACTACAA GATCCACTTG 
TACACCTTGA ATGACAATGC CCGGAGCTCC CCTGTGGTCA TCGACGCCTC TACTGCCATT 
GATGCACCAT CCAACCTGCA TTTCCTGGCT ACCACACCCA ACTCCCTGCT GTTATCATGG 
CAGCCGCCTC GTGCCAGGAT TACTGGCTAC ATCATCAAGT ATGAGAAGCC CGGGTCCCCT 
CCCAGAGAAC TGGTCCCTCG GCCCCGCCCT GGTGTCACAG AAGCTACTAT TACTGGTCTG 
GAACCAGGAA TCGAGTACAC AATCCAAGTC ATTGCCCTCA AGAACAATCA GAAGAGTGAG 
CCTCTGATCG GGAGGAAAAA GACAGATGAG CTTCCCCAAC TGGTAACCCT TCCACACCCC 
AATCTTCATG GACCAGAGAT CCTGGATGTT CCCTCCACAG TTCAAAAGAC CCCTTTCATC 
ACCAACCCTG GGTATGACAC TGGAAACGGT ATTCAGCTTC CTGGCACTTC TGGTCAGCAG 
CCCAGTCTTG GGCAACAAAT GATCTTTGAG GAGCATGGTT TTAGGCGAAC CACACCGCCC 
ACAATGGCCA GCCCCGTAAG GCATAGGCCA AGACCGTATC CACCGAATGT AAATGAGGAG 
ATCCAAATTG GTCCTGTCCC CAGGGGAGAC GTAGACCATC ATCTCTACCC TCACGTTCTG 
GGACTCAATC CAAATGCTTC TACAGGACAA GAAGCTCTCT CTCAGACAAC CATCTCATGG 
ACCCCATTCC AGGAAAGCTC TGAGTATATC ATTTCATGTC ATCCAGTTGG CATTGATGAA 
GAACCCTTGC AGTTCCGAGT TCCTGGAACT TCTGCTAGTG CCACCTTGAC GGGTCTTACC 
AGAGGGGCCA CCTACAACAT CATAGTGGAG GCAATAAAAG ACCAGAAGAG GCACAAGGTT 
CGGGAGCAAG TAGTTACCGT GGGCAATTCT GTTGACCAAG GCCTAAACCA ACCAACGGAT 
GACTCGTGCT TCGACCCCTA CACGGTTTCC CATTATGCCA TTGGAGAGGA GTGGGAGCGA 
TTGTCTGAAT CTGGCTTTAA ACTCTCATGC CAGTGCTTAG GCTTTGGCAG TGGTCATTTC 
AGATGTGATT CATCTAAATG GTGCCATGAT AATGGTGTGA ACTACAAGAT TGGAGAGAAG 
TGGGATCGTC AGGGAGAAAA TGGCCAGATG ATGAGCTGCA CGTGTCTTGG AAATGGAAAA 
GGAGAATTCA AGTGCGATCC CCATGAGGCA ACGTGTTACG ACGATGGGAA GACGTACCAC 
GTGGGAGAAC AGTGGCAGAA AGAGTATCTT GGTGCCATTT GCTCCTGCAC GTGCTTCGGA 
GGCCAGCGGG GCTGGCGCTG TGACAACTGC CGCAGACCAG GGGCTGAACC CGGTCACGAA 
GGCTCAACTG GCCACTCCTA CAACCAGTAT TCGCAGAGAT ACCATCAGAG AACAAATACT 
AATGTCAACT GCCCAATTGA GTGCTTCATG CCTTTAGATG TACAGGCTGA CAGAGAAGAT 
TCCCGAGAGT AA

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

RefSeq	XP_007456470.1
CDS	172..7623
Translation	MLGDPGPRLLLLLTVLSLGTAVPSTGASKSKRQAQQVIQPQSPLAVSQSKPGCYDNGKHYQINQQWERTYLGSALVCTCYGGSRGFNCESKPEPEETCFDKYTGNTYRVGDTYERPKDSMIWDCTCIGAGRGRISCTIANRCHEGGQSYKIGDTWRRPHETGGYMLECVCLGNGKGEWTCKPIAEQCFInullnullnullnullDHAAGTSYVVGETWEKPYQGWMMVDCTCLGEGSGRITCTSRNRCNDQDTRTSYRIGDTWRKKDNRGNLLQCICTGNGRGEWKCERHTTLQTTSAGSGSFTDVRTAIYQPQPHPQPAPYGHCVTDSGVVYSVGMQWLKAQGNKQMLCTCLGNGVSCQETAITQTYGGNSNGEPCVLPFTYNGRTFYSCTTEGRQDGHLWCSTTSNYEQDQKYSFCTDHTVLVQTRGGNSNGALCHFPFLYNNQNYTDCTSEGRRDNMKWCGTTRNYDADQKFGFCPMAAHEEICTTNEGIMYRIGDQWDKQHDMGHMMRCTCVGNGRGEWTCVAYSQLRDQCIVDDITYNVNDTFHKRHEEGHMLNCTCFGQGRGRWKCDPIDQCQDSESRTFYQIGESWEKFLHGVRYQCYCYGRGIGEWGCQPIQTYPGSTGPVQVIITETPSQPNSHPIQWNAPEPSHISKYILRWKPKNSPDRWKEATIPGHLNSYTIKGLRPGVVYEGQLISVQHYGQREMTRFDFTTTSTSPVVTSNTVTGETTPFSPVVATSESVTEITASSFVVSWVSASDTVSGFRVEYELSEEGDEPQYLDLPSTATSVNIPDLLPGRKYIVNVYQISEEGEQSLILSTSQTTAPDAPPDPTVDQVDDTSIVVRWSRPQAPITGYRIVYSPSVEGSSTELNLPETANSVTLSDLQPGVQYNITIYAVEENQESTPVFIQQETTGVPRSDKVPPPRDLQFVEVTDVKITIMWTPPESTVTGYRVDVIPVNLPGEHGQRnullnullnullSRNTFAEVTGLSPGVTYHFKVFAVNHGRESKPLTAQQTTKLDAPTNLQFINETDTTVIVTWTPPRARIAGYRLTVGLTRGGQPKQYNVGPSSTQYPLRNLQPGSEYSATLVAVKGSQQSPRATGVFTTLQPLGSIPPYHIEVTETTIVITWTPAPRIGFKLGVRPSQGGEAPREVTSDSGSIVVSGLTPGMEYIYTISVLKDGQERDTPIVKKVVTPLSPPKNLHLETNPDTGVLTVSWERSATPDITGYRITTTPTNGQQGYSLEEVVHADQSSCTFENLSPGLEYNVSVYTVKDDKESVPISDTIMPEVPQLTDLSFVDITDSSIGLRWTPLNSSTIIGYRITVVAAGEGIPIFEDFVDSSVGYYTVTGLEPGIDYDISVITLINGGESAPTTLTQQTAVPPPTDLRFTNVGPDTMRVTWAPPPSIELTNLLVRYSPVKNEEDVAELSVSPSDNAVFLTNLLPGTEYLVSVSSVYEQHESVPLRGRQKTGLDSPTGLDFSDITANSFTVHWIAPRATITGYKIRHHPEHMSGRPREDRVPPSRNSITLTNLNPGTDYVVSIVALNGKEESPSLVGQQTTVSDVPRDLEVIAATPTSLLISWDAPAVTVRYYRITYGETGGNSPVQEFTVPGSKSTATISGLKPGADYTITVYAVTGRGDSPASSKPISIDYRTEIDKPSQMQVTDVQDNSISVRWLPSSSPVTGYRVTTTPKNGPGPSKTMTAGPDQTEMTIEGLQPTVEYVVSVYAQNRNGESQPLVQTAVTNIDRPKGLAFTDVDVDSIKIAWESPQGQVSRYRVTYSSPEDGIHELFPAPDGEEETAELQGLRPGSEYTVSVVALHDDMESQPLIGTQSTAIPAPTNLKFTQVSPTSLAAQWTAPNVQLTGYRVRVTPKEKTGPMKEINLAPDSSSVVVSGLMVATKYEVSVYALKDTLTSRPAQGVVTTLENVSPPRRARVTDATETTITISWRTKTETITGFQVDAIPANGQTPIQRTIKPDVRSYTITGLQPGTDYKIHLYTLNDNARSSPVVIDASTAIDAPSNLHFLATTPNSLLLSWQPPRARITGYIIKYEKPGSPPRELVPRPRPGVTEATITGLEPGIEYTIQVIALKNNQKSEPLIGRKKTDELPQLVTLPHPNLHGPEILDVPSTVQKTPFITNPGYDTGNGIQLPGTSGQQPSLGQQMIFEEHGFRRTTPPTMASPVRHRPRPYPPNVNEEIQIGPVPRGDVDHHLYPHVLGLNPNASTGQEALSQTTISWTPFQESSEYIISCHPVGIDEEPLQFRVPGTSASATLTGLTRGATYNIIVEAIKDQKRHKVREQVVTVGNSVDQGLNQPTDDSCFDPYTVSHYAIGEEWERLSESGFKLSCQCLGFGSGHFRCDSSKWCHDNGVNYKIGEKWDRQGENGQMMSCTCLGNGKGEFKCDPHEATCYDDGKTYHVGEQWQKEYLGAICSCTCFGGQRGWRCDNCRRPGAEPGHEGSTGHSYNQYSQRYHQRTNTNVNCPIECFMPLDVQADREDSRE

Target ORF information:

RefSeq Version	XM_007456408.1
Organism	Lipotes vexillifer(Yangtze River dolphin)
Definition	Lipotes vexillifer fibronectin 1 (FN1), mRNA.

Target ORF information:

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

XM_007456408.1

ORF Insert Sequence:

ATGCTCGGGG ATCCGGGGCC CCGGCTGCTG CTGCTGCTGA CCGTTCTGTC CCTGGGGACA 
GCGGTGCCCT CCACTGGAGC CTCGAAGAGC AAGAGGCAGG CTCAGCAGGT CATTCAGCCC 
CAGTCCCCGT TGGCTGTCAG CCAAAGCAAG CCTGGTTGTT ATGACAATGG GAAACACTAT 
CAGATAAACC AACAATGGGA GCGCACCTAC CTGGGCAGTG CCTTGGTCTG CACCTGTTAT 
GGAGGAAGCC GGGGCTTTAA CTGCGAGAGC AAGCCTGAAC CTGAAGAGAC TTGCTTTGAC 
AAGTATACCG GGAACACTTA CCGGGTGGGC GACACTTACG AGCGCCCTAA GGACTCCATG 
ATCTGGGACT GCACCTGCAT TGGGGCTGGG CGAGGGAGAA TAAGCTGCAC CATTGCAAAC 
CGCTGCCATG AAGGGGGTCA GTCCTACAAG ATTGGTGACA CCTGGAGGAG ACCACACGAG 
ACTGGTGGTT ACATGTTGGA GTGTGTGTGT CTCGGTAATG GGAAAGGAGA ATGGACCTGC 
AAACCCATAG CTGAGCAATG TTTTATCNNN NNNNNNNTTG ATCACGCTGC TGGGACTTCC 
TATGTTGTCG GGGAGACCTG GGAAAAGCCT TATCAAGGCT GGATGATGGT GGATTGTACT 
TGTCTGGGAG AAGGCAGTGG ACGCATCACC TGTACCTCCA GAAACAGATG CAACGATCAG 
GACACTAGGA CATCCTATAG AATTGGGGAT ACCTGGCGCA AGAAGGACAA TCGGGGGAAC 
CTGCTCCAGT GTATCTGCAC TGGCAACGGC CGTGGCGAGT GGAAGTGTGA GAGGCACACA 
ACCCTGCAGA CCACGTCTGC TGGTTCTGGC TCCTTCACAG ATGTCCGAAC GGCCATTTAC 
CAGCCACAGC CTCACCCCCA GCCAGCTCCA TACGGTCACT GTGTCACAGA CAGCGGTGTG 
GTTTACTCCG TGGGCATGCA GTGGTTGAAG GCACAAGGAA ATAAGCAAAT GCTTTGCACT 
TGCCTGGGCA ATGGAGTCAG CTGCCAAGAG ACAGCTATAA CCCAGACTTA TGGTGGCAAT 
TCAAATGGGG AGCCTTGCGT CCTACCATTC ACCTACAATG GCAGGACTTT CTACTCCTGC 
ACCACAGAAG GGCGACAGGA TGGACATCTC TGGTGCAGCA CAACTTCCAA TTATGAGCAA 
GACCAGAAAT ACTCTTTCTG TACAGACCAT ACTGTTTTGG TTCAAACTCG AGGTGGGAAT 
TCCAATGGTG CCTTGTGCCA CTTTCCCTTC CTGTACAACA ACCAAAACTA CACCGATTGT 
ACATCCGAGG GCAGGAGGGA CAACATGAAA TGGTGTGGAA CCACACGGAA CTATGACGCT 
GACCAGAAGT TTGGATTCTG CCCCATGGCT GCCCACGAGG AAATCTGTAC AACCAATGAA 
GGGATCATGT ATCGCATTGG AGATCAGTGG GACAAGCAGC ATGATATGGG CCACATGATG 
AGATGCACAT GTGTTGGGAA CGGTCGTGGA GAATGGACAT GTGTCGCCTA CTCCCAGCTC 
CGAGATCAGT GCATCGTCGA CGACATCACA TACAATGTGA ATGACACATT CCACAAACGT 
CACGAAGAGG GACACATGCT GAATTGTACC TGCTTCGGTC AGGGCAGGGG CCGGTGGAAG 
TGCGATCCCA TTGATCAATG CCAGGATTCA GAATCCCGTA CCTTTTATCA AATTGGAGAA 
TCATGGGAGA AGTTTTTGCA TGGAGTCAGG TACCAGTGCT ACTGCTATGG CCGTGGCATT 
GGGGAGTGGG GCTGCCAGCC CATACAGACC TATCCAGGTT CAACTGGTCC TGTCCAAGTA 
ATAATCACTG AGACCCCCAG TCAGCCCAAC TCTCACCCCA TCCAATGGAA TGCACCAGAA 
CCATCTCACA TTTCCAAGTA CATTCTCAGA TGGAAACCTA AAAATTCTCC AGACCGTTGG 
AAGGAAGCCA CCATTCCGGG CCACTTAAAC TCCTACACCA TCAAAGGCCT GAGGCCAGGT 
GTGGTATACG AGGGCCAGCT CATCAGCGTC CAGCACTATG GCCAAAGAGA GATGACACGC 
TTCGACTTCA CCACCACCAG CACAAGCCCA GTGGTGACCA GCAACACCGT GACGGGAGAG 
ACAACACCGT TTTCTCCTGT TGTGGCCACC TCCGAATCCG TGACTGAAAT CACAGCCAGC 
AGCTTTGTGG TCTCCTGGGT CTCGGCTTCC GACACTGTGT CCGGATTCCG GGTGGAGTAT 
GAGCTGAGTG AAGAGGGAGA TGAACCACAG TACCTGGATC TTCCCAGCAC AGCCACTTCT 
GTGAACATCC CTGACCTGCT TCCTGGCCGA AAGTACATCG TCAACGTCTA TCAGATATCC 
GAAGAAGGAG AACAGAGTTT GATCCTGTCT ACCTCACAGA CAACAGCACC TGATGCCCCT 
CCTGATCCTA CCGTGGACCA GGTTGATGAC ACCTCCATTG TCGTTCGCTG GAGCAGACCC 
CAGGCGCCCA TCACAGGATA CAGAATCGTC TATTCCCCAT CAGTAGAGGG TAGTAGCACA 
GAACTCAACC TTCCTGAAAC TGCCAACTCT GTCACTCTCA GTGACTTGCA GCCTGGTGTT 
CAGTATAACA TCACTATCTA TGCTGTGGAA GAAAATCAAG AGAGTACTCC TGTCTTCATC 
CAACAAGAAA CCACTGGCGT CCCACGTTCA GATAAGGTTC CCCCTCCCAG GGACCTGCAG 
TTTGTGGAGG TGACGGACGT AAAGATCACC ATCATGTGGA CACCCCCCGA GAGCACGGTG 
ACCGGTTACC GAGTGGACGT GATCCCCGTC AACCTGCCCG GGGAACACGG GCAGAGGNNN 
NNNNNNAGCA GGAACACATT TGCAGAAGTC ACTGGGCTGT CCCCTGGGGT CACCTATCAC 
TTCAAAGTCT TCGCCGTGAA CCACGGGAGG GAGAGCAAGC CTCTGACGGC ACAACAGACG 
ACCAAATTGG ATGCTCCCAC CAACCTCCAG TTTATCAATG AAACTGACAC CACCGTCATA 
GTGACCTGGA CTCCACCTCG TGCCCGGATA GCCGGGTACC GACTGACTGT GGGCCTGACC 
CGTGGAGGCC AGCCCAAGCA GTACAACGTG GGTCCCTCGT CCACGCAGTA TCCACTGAGG 
AATCTGCAGC CTGGCTCTGA GTACTCTGCA ACCCTCGTGG CCGTGAAAGG CAGCCAGCAG 
AGCCCCAGAG CCACTGGAGT CTTCACCACT CTGCAGCCCC TTGGCTCCAT CCCACCTTAC 
CACATAGAAG TGACTGAAAC CACCATTGTG ATTACATGGA CGCCTGCTCC AAGGATTGGT 
TTTAAGCTGG GTGTACGACC AAGCCAGGGA GGGGAAGCAC CACGAGAAGT GACCTCAGAC 
TCGGGAAGCA TCGTTGTGTC TGGCCTGACT CCAGGCATGG AATACATTTA CACCATCTCA 
GTCCTGAAAG ATGGGCAAGA GAGAGATACA CCAATTGTGA AGAAAGTGGT GACACCACTG 
TCTCCACCAA AGAACTTGCA CCTGGAAACA AACCCCGACA CTGGTGTGCT TACTGTCTCC 
TGGGAGAGGA GTGCCACCCC AGACATTACT GGCTATAGAA TTACCACCAC CCCTACAAAT 
GGCCAACAGG GATATTCTTT GGAAGAAGTG GTCCATGCCG ATCAGAGTTC CTGCACTTTT 
GAAAACCTGA GTCCTGGCCT GGAGTACAAT GTCAGTGTTT ACACAGTCAA AGATGACAAG 
GAAAGTGTCC CTATCTCTGA TACCATCATG CCAGAGGTGC CCCAACTCAC TGACCTAAGC 
TTTGTTGATA TAACCGATTC AAGCATCGGC CTGAGGTGGA CCCCGCTAAA CTCTTCCACC 
ATTATTGGGT ACCGCATCAC AGTAGTTGCG GCAGGAGAAG GTATCCCTAT TTTTGAAGAT 
TTTGTGGACT CCTCAGTAGG ATACTACACA GTTACAGGGC TGGAGCCTGG CATTGACTAT 
GACATCAGCG TTATCACTCT CATTAATGGC GGAGAGAGTG CCCCTACTAC ACTGACACAA 
CAAACCGCTG TCCCTCCTCC CACTGACCTG AGATTTACCA ATGTTGGTCC CGACACGATG 
CGTGTCACCT GGGCCCCACC TCCATCCATT GAATTGACCA ACTTACTGGT GCGCTACTCA 
CCTGTGAAAA ATGAGGAGGA TGTTGCAGAA TTGTCAGTTT CTCCTTCAGA CAATGCAGTG 
TTCTTAACAA ATCTCCTGCC TGGCACAGAG TATTTAGTCA GCGTCTCCAG TGTTTACGAG 
CAGCACGAGA GCGTACCTCT TAGAGGAAGA CAGAAAACTG GTCTCGATTC CCCAACTGGC 
CTTGACTTTT CTGATATCAC TGCCAACTCT TTCACTGTCC ATTGGATTGC TCCTCGAGCT 
ACCATCACCG GCTACAAGAT CCGCCATCAT CCTGAGCACA TGAGTGGAAG ACCTCGGGAG 
GATCGAGTGC CCCCCTCTCG GAATTCCATC ACTCTCACCA ATCTCAATCC GGGCACAGAT 
TATGTGGTCA GCATTGTCGC TCTTAATGGC AAAGAGGAAA GTCCTTCCTT GGTTGGCCAG 
CAAACAACAG TTTCTGATGT TCCAAGGGAC CTGGAAGTCA TTGCTGCAAC CCCCACTAGC 
CTGTTGATCA GCTGGGATGC TCCGGCCGTC ACAGTGAGAT ATTACAGGAT CACCTATGGA 
GAAACAGGAG GAAATAGCCC TGTCCAGGAG TTCACTGTGC CTGGGAGCAA GTCTACAGCT 
ACCATCAGTG GTCTTAAACC TGGAGCAGAC TACACCATCA CTGTTTATGC TGTCACTGGC 
CGTGGGGACA GCCCGGCAAG CAGCAAGCCC ATTTCCATTG ATTACCGAAC AGAAATTGAC 
AAACCATCCC AGATGCAAGT GACTGATGTC CAGGACAACA GCATTAGTGT CAGGTGGCTG 
CCTTCAAGTT CCCCTGTTAC CGGTTACAGA GTGACCACTA CTCCTAAAAA TGGCCCAGGA 
CCATCGAAAA CAATGACTGC AGGTCCAGAT CAAACAGAAA TGACAATTGA AGGCTTGCAG 
CCCACAGTGG AGTATGTGGT TAGTGTCTAC GCTCAGAATC GAAACGGAGA GAGTCAGCCT 
CTGGTTCAGA CAGCAGTAAC CAACATTGAT CGCCCTAAAG GACTGGCATT CACTGATGTG 
GATGTCGATT CCATCAAAAT TGCTTGGGAA AGCCCACAGG GGCAAGTTTC CAGGTACAGG 
GTGACCTACT CGAGCCCTGA GGATGGAATC CATGAGCTAT TCCCTGCACC TGATGGTGAA 
GAAGAGACTG CAGAGCTGCA AGGCCTCAGG CCGGGTTCTG AGTACACAGT CAGTGTGGTT 
GCCTTGCACG ATGATATGGA GAGCCAGCCC CTGATTGGAA CCCAGTCCAC AGCCATTCCT 
GCACCAACCA ACCTGAAGTT CACTCAGGTT TCACCAACCA GCCTGGCCGC CCAGTGGACG 
GCACCCAATG TTCAGCTCAC TGGATATCGA GTGCGAGTGA CCCCTAAGGA GAAGACGGGA 
CCAATGAAAG AAATCAACCT TGCTCCCGAT AGCTCATCTG TGGTTGTATC AGGACTCATG 
GTGGCCACTA AATATGAAGT GAGTGTCTAT GCTCTTAAGG ACACTTTGAC AAGCAGACCA 
GCTCAGGGAG TCGTCACGAC TCTGGAGAAT GTCAGCCCTC CAAGAAGGGC CCGTGTGACA 
GATGCTACTG AGACCACCAT CACCATTAGC TGGAGAACCA AGACTGAGAC GATCACCGGC 
TTCCAAGTCG ATGCCATCCC AGCCAATGGC CAGACTCCAA TTCAGAGAAC CATCAAGCCA 
GATGTCAGAA GCTACACCAT CACAGGTTTA CAACCCGGCA CTGACTACAA GATCCACTTG 
TACACCTTGA ATGACAATGC CCGGAGCTCC CCTGTGGTCA TCGACGCCTC TACTGCCATT 
GATGCACCAT CCAACCTGCA TTTCCTGGCT ACCACACCCA ACTCCCTGCT GTTATCATGG 
CAGCCGCCTC GTGCCAGGAT TACTGGCTAC ATCATCAAGT ATGAGAAGCC CGGGTCCCCT 
CCCAGAGAAC TGGTCCCTCG GCCCCGCCCT GGTGTCACAG AAGCTACTAT TACTGGTCTG 
GAACCAGGAA TCGAGTACAC AATCCAAGTC ATTGCCCTCA AGAACAATCA GAAGAGTGAG 
CCTCTGATCG GGAGGAAAAA GACAGATGAG CTTCCCCAAC TGGTAACCCT TCCACACCCC 
AATCTTCATG GACCAGAGAT CCTGGATGTT CCCTCCACAG TTCAAAAGAC CCCTTTCATC 
ACCAACCCTG GGTATGACAC TGGAAACGGT ATTCAGCTTC CTGGCACTTC TGGTCAGCAG 
CCCAGTCTTG GGCAACAAAT GATCTTTGAG GAGCATGGTT TTAGGCGAAC CACACCGCCC 
ACAATGGCCA GCCCCGTAAG GCATAGGCCA AGACCGTATC CACCGAATGT AAATGAGGAG 
ATCCAAATTG GTCCTGTCCC CAGGGGAGAC GTAGACCATC ATCTCTACCC TCACGTTCTG 
GGACTCAATC CAAATGCTTC TACAGGACAA GAAGCTCTCT CTCAGACAAC CATCTCATGG 
ACCCCATTCC AGGAAAGCTC TGAGTATATC ATTTCATGTC ATCCAGTTGG CATTGATGAA 
GAACCCTTGC AGTTCCGAGT TCCTGGAACT TCTGCTAGTG CCACCTTGAC GGGTCTTACC 
AGAGGGGCCA CCTACAACAT CATAGTGGAG GCAATAAAAG ACCAGAAGAG GCACAAGGTT 
CGGGAGCAAG TAGTTACCGT GGGCAATTCT GTTGACCAAG GCCTAAACCA ACCAACGGAT 
GACTCGTGCT TCGACCCCTA CACGGTTTCC CATTATGCCA TTGGAGAGGA GTGGGAGCGA 
TTGTCTGAAT CTGGCTTTAA ACTCTCATGC CAGTGCTTAG GCTTTGGCAG TGGTCATTTC 
AGATGTGATT CATCTAAATG GTGCCATGAT AATGGTGTGA ACTACAAGAT TGGAGAGAAG 
TGGGATCGTC AGGGAGAAAA TGGCCAGATG ATGAGCTGCA CGTGTCTTGG AAATGGAAAA 
GGAGAATTCA AGTGCGATCC CCATGAGGCA ACGTGTTACG ACGATGGGAA GACGTACCAC 
GTGGGAGAAC AGTGGCAGAA AGAGTATCTT GGTGCCATTT GCTCCTGCAC GTGCTTCGGA 
GGCCAGCGGG GCTGGCGCTG TGACAACTGC CGCAGACCAG GGGCTGAACC CGGTCACGAA 
GGCTCAACTG GCCACTCCTA CAACCAGTAT TCGCAGAGAT ACCATCAGAG AACAAATACT 
AATGTCAACT GCCCAATTGA GTGCTTCATG CCTTTAGATG TACAGGCTGA CAGAGAAGAT 
TCCCGAGAGT AA

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

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FN1 cDNA ORF clone, Lipotes vexillifer(Yangtze River dolphin)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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