FAM120C cDNA ORF clone, Rattus norvegicus(Norway rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	FAM120C
Entrez Gene ID	317423
Full Name	family with sequence similarity 120C
Synonyms	RGD1564253
General protein information	Preferred Names family with sequence similarity 120C Names constitutive coactivator of PPAR-gamma-like protein 2 LOW QUALITY PROTEIN: constitutive coactivator of PPAR-gamma-like protein 2
Gene Type	protein-coding
Organism	Rattus norvegicus(Norway rat)
Genome	Chromosome: X Map Location: Xq12

mRNA and Protein(s)

mRNA	Protein	Name
XM_017602279.1	XP_017457768.1	LOW QUALITY PROTEIN: constitutive coactivator of PPAR-gamma-like protein 2 isoform X1
XM_001068090.5	XP_001068090.1	constitutive coactivator of PPAR-gamma-like protein 2 isoform X2

Pathways from BioSystems
Gene Ontology

The following FAM120C gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FAM120C 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
ORa63151	XM_017602279.1 Latest version!	Rattus norvegicus family with sequence similarity 120C (FAM120C), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
ORa21390	XM_001068090.5 Latest version!	Rattus norvegicus family with sequence similarity 120C (FAM120C), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00

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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)

FAM120C ( XM_017602279.1 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_017457768.1 Rattus norvegicus family with sequence similarity 120C (FAM120C), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ORa63151
Clone ID Related Accession (Same CDS sequence)	XM_017602279.1
Accession Version	XM_017602279.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3690bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	LOW QUALITY PROTEIN: constitutive coactivator of PPAR-gamma-like protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_005120.4) 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 :: Rattus norvegicus Annotation Release 106 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## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGCTCATCC GCCCCGCCCC TGCACCCCTC CCCCAGCTAG AAAGCGAGTA TCACAGAGAA 
GACGAGGCAA CATGGCTCCC GGAGGTGGAA GGCAGAGGCT TCACCCCCTT TGAAGAGGTG 
AAGAAGAGCA GCGGAGGGGA ACGGGAAAAG AGAAGTGACT ACGATTTGTC ATCGCTTTTA 
TCTTCCCAGC CTCTTCTGAG TCTGGTCAGC CTCACCTCTG CTCTCCATCC GCACCCAGTC 
TGTGGTCTCC TCCCCTCCCC GCCCACGTTC CCTCGCCCCT CCCGCTCTCG AACCCTCTCC 
CCGCCCCCCT CGCCCCTACC CCCCGCGGAG TGCGCACGCG CCCGCCTCCA GCTTCGCGCG 
GGGATCGCCG CCTGGCTCGC TTGCGCAGCC GCTGTTTCTT CTGCCCACGG AGGAAGCATG 
GGCGTCCAGG GCTTCCAAGA GTTCCTGGAG AAGCGCTGTC CCGGGGCTGT GGTGCCTGTG 
GACCTCCTCA AACTCGCGCG CACCGTCTCG CGCCAGCAGC AGCAGCAGCA CCTGCACCGC 
CAGCTGCCGC CAGCAGCCCT AGCGCCAGGG GCTCCACGCA TCGCCAGGGG CTCTGCTCCT 
CTGCCGCCGC CGCTCCCGCC TGCTGCCTTT GGTGCTTACT CCGGGGGCGC GGGGCCGACT 
CGGCACCATC ACCCTGCTCA CCATTTCCAC CACCATGGCC AAGCGCCGCC AGGGCTGCAT 
CCGCCGCCGC CCCCTCCGCT GCCTGGGGCT CGGGTATTGG TAGACGCGGG CTCCGCGCTG 
CCGCGGCTCT ATGGTGGCTA CCAGACGGAT TGGGTTTGTG GCGGCCAGTG GAATGCCATG 
CTGGGCTACT TGTCAGCGCT GTGCCAGGCT TGTGCCTATC CGGGCGGAGA CGGCCTGGAG 
CTGGTGGTCA TGTTCCCTGG GGGCCTGGGG AAGGACCGAC TGGCGGAGTG GGGCCGTCGG 
TGCCAGGCGG AGCGGCAGAC TGCGCAACTG ATCGTGGGAC ACGTGGGCAA CAAGGGCACC 
CCTCCACCGC GGGCCTGGTT CCTGNCCCCT GCCTGTCTGA GCCACTGCGT GAGGCTAGCA 
CTCATCCGCT TCCGGGTCAA GGTCTTTCAG AGCCTTGAAG ACCACCATTT GGAAGTAGTG 
GCTTTTTTCA GGGAGAATGG CTTTCATGGC CTTCTTGCTC ACGACTCTGA GTATGCGCTC 
TACAATATCC CATCTTACTA CAGTTCCCAT GCGCTGAAGC TGAGCTGGAA TGGCAAGAAC 
CTCACAACCA ACCAGTTCCT GATGCAGGAA GTGGCCAAGC AGCTGGGTTT GAAGCGAATG 
AATTTTCCCA TATTCGCTGC ACTGCTTGGT AACCACATTC TGCCAGATGA AGACTTGGCT 
GCTTTTCACT GGAGCCTTTT GGGACCAGAA CATCCTCTTG CATCACTTAA GGTCCGAGCT 
CATCAGCTGG TTCTTCCTCC TTGTGACGTC GTCATCAAGG CTGTTTCTGA GTATGTTAGT 
TCCATCAAAG ATCCCTCAAA CCTGGACGTG GTTGGCAAGG ATGTTTTCAA ACAATCTCAG 
TCTAGGACAG AAGACAAAAT AGAACGATTC AAGAAAGCAG TTGAGTACTA TTCAGTCACA 
ACCAAACTCT CTTCACTGCC AGTGGGTCCT TCCTTTCTAG GCTTTCGAAA TAATCGGCTT 
GGAAATCCTC CCCTTCCACG GAATCAAATG GGCCCTATTT CTCCTGGAAA GCCAATGTTT 
TCTCGCCAGA TGCCCCAGAA AATGAAATAT CCACCACCAT TTCCAATGGG ACCCAACTCA 
TCTCTTCTCT TCTCCCATAG TGTGGGAGAA TCCCATGCTT TCTCTGAGGA TGCCATGCTA 
CAGGACAGTT CCTTTGCCAA TTGGGCTGTT TCTTATGACT CTAATACATC CCAGTTTCCT 
AACTGCCTGA CTTCCAAAAC TTCACCTCCT TTGGGACCAG ATTCTTCCCA TTCCTCTTCC 
TCTGATGGTG ACGAGGCAAA TGGAGCTGGT TCTGAACAAG TCACAGAAGC AGTTCAACAA 
CAGCCTGGAT GGGAAGATCC CAGTGGTGAC AGAGGAGCTT GGGTACAGCC TGTTGATGCT 
GGAGCTTCAG AAACAAACGC AACTGAAAGT GAACCTCACA TCCCATCTCT GTTATCTATG 
TCTACAAGGA ACCACATGGA TATCACCATT CCACCCTTAC CTCCAGTAGC TCCAGAAGTC 
TTGAGGGTTG CTGAGCACAG ACACCGAAGG GGTCTTATGT ATCCGTATAT TTACCATGTC 
CTTACTAAGG GTGAGATTAA AATCCCTGTA TGTATCGAGG ATGAATGTAA CATGGAGCTG 
CCTCCAGCTG CTCTCCTGTT CCGCTCAGCT CGCCAGTATG TATATGGAGT CCTTTTTAGC 
CTAGCAGAGA CACAGCGGAA AATGGAGCGC CTGGCCATAC GGCGACGGTT ACCTATAGAA 
GTTCCTTCTG TGATCCTTAA AGAGTGGTCT GCATATAAAG GGAAATCACC TCAGACCCCC 
GAGCTGGTAT CTGCACTCAC TTTTCGGGAA TGGACTTGCC CAAACCTCAA GAAGCTCTGG 
TTAGGCAAAG CAGTTGAGGA CAAGAACAGG AGGATGAGGG CTTTCCTGGC CTGTATGAAG 
TCAGACACTC CCAGTATGCT CAATCCAGCT AATGTTCCCA CCCACCTGCT ACTCATGTGC 
TGTGTACTCC GATACATGGT TCAGTGGCCT GGTGGCCGAA TCCTGCATCG CCATGAACTT 
GACACCTTCC TTGCACAGGC AGTGTCTACT CAACTTTATG AACCAGATCA GCTTCAAGAA 
CTCAAGATTG AGAAACTGGA TGCTCGAGGG ATCCAGCTTG CTGCCCTGTT CATGAGTGGG 
GTCGATACAG CTCTGTTTGC TAATGATGCA TGTGGCCAGC CAGTCCCTTG GGAGCACTGC 
TGCCCCTGGA TTTACTTTGA TGGCAAGCTG TTCCAGAGCA AACTCATTAA AGCAGGCCGA 
GAACGAGTAT CACTGGTTGA ACTCTGTGAT GGCCAGGCTG ACCTGGCAAG CAAAGTGGAA 
AAGATGAGGC AGAGCATCCT TGAAGGCGTC AACATGAATC ATCCACCACC TTCTGCTCTG 
CTTCCTTCAC CTACGTTCGT GCCTCCCATG GTGCCATCTC TCTACCCTGT TTCTCTTTAT 
TCCAGAGCCA TGGGCTCATT TCCACCTCCC CCTCAAGCAA GGAGTCGAGG CTTTGCAGGT 
CTCCATCCAA TCCCACCCCA AGGAGGAAAA CTGGAAATTG CTGGCATGGT GGTGGGCCAG 
TGGGCTGGCA GCAGATCTTC GAGAAGCCGA GGATCCTTTG GCATGCAAGT GGTTTCTGTC 
GGTGGGCCAG GAAAGGGACA TGGAAAAGAA CAGGCTGGGA GAGGATCCAA AGGTCACAAA 
AAAGGAAATA AACAAGGCTC TTCAGATGGA ATTTCCAAAT CTGTGGAGCT TCATCCGAGT 
CGGGCCCGCT CGCAGGTAAA TGGAAACAAT GGCACATTGA TTGTGGAGGA GAAGAGTGAT 
CCGCTTCCGG CTCCACCCCA GTGCGCCTTA TCCAGAGACA GTACTGTGTG TAACAGTAGC 
GATGACCACT GCCTCCCCGT GAAGAATGGA GAGAAGAACC ATGTGCAAGA GCAAGAGCTA 
GAAGCTGTGG CCCAACAGAA AGAGGAGTGA

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

RefSeq	XP_017457768.1
CDS	2328..6017
Translation	MLIRPAPAPLPQLESEYHREDEATWLPEVEGRGFTPFEEVKKSSGGEREKRSDYDLSSLLSSQPLLSLVSLTSALHPHPVCGLLPSPPTFPRPSRSRTLSPPPSPLPPAECARARLQLRAGIAAWLACAAAVSSAHGGSMGVQGFQEFLEKRCPGAVVPVDLLKLARTVSRQQQQQHLHRQLPPAALAPGAPRIARGSAPLPPPLPPAAFGAYSGGAGPTRHHHPAHHFHHHGQAPPGLHPPPPPPLPGARVLVDAGSALPRLYGGYQTDWVCGGQWNAMLGYLSALCQACAYPGGDGLELVVMFPGGLGKDRLAEWGRRCQAERQTAQLIVGHVGNKGTPPPRAWFLnullPACLSHCVRLALIRFRVKVFQSLEDHHLEVVAFFRENGFHGLLAHDSEYALYNIPSYYSSHALKLSWNGKNLTTNQFLMQEVAKQLGLKRMNFPIFAALLGNHILPDEDLAAFHWSLLGPEHPLASLKVRAHQLVLPPCDVVIKAVSEYVSSIKDPSNLDVVGKDVFKQSQSRTEDKIERFKKAVEYYSVTTKLSSLPVGPSFLGFRNNRLGNPPLPRNQMGPISPGKPMFSRQMPQKMKYPPPFPMGPNSSLLFSHSVGESHAFSEDAMLQDSSFANWAVSYDSNTSQFPNCLTSKTSPPLGPDSSHSSSSDGDEANGAGSEQVTEAVQQQPGWEDPSGDRGAWVQPVDAGASETNATESEPHIPSLLSMSTRNHMDITIPPLPPVAPEVLRVAEHRHRRGLMYPYIYHVLTKGEIKIPVCIEDECNMELPPAALLFRSARQYVYGVLFSLAETQRKMERLAIRRRLPIEVPSVILKEWSAYKGKSPQTPELVSALTFREWTCPNLKKLWLGKAVEDKNRRMRAFLACMKSDTPSMLNPANVPTHLLLMCCVLRYMVQWPGGRILHRHELDTFLAQAVSTQLYEPDQLQELKIEKLDARGIQLAALFMSGVDTALFANDACGQPVPWEHCCPWIYFDGKLFQSKLIKAGRERVSLVELCDGQADLASKVEKMRQSILEGVNMNHPPPSALLPSPTFVPPMVPSLYPVSLYSRAMGSFPPPPQARSRGFAGLHPIPPQGGKLEIAGMVVGQWAGSRSSRSRGSFGMQVVSVGGPGKGHGKEQAGRGSKGHKKGNKQGSSDGISKSVELHPSRARSQVNGNNGTLIVEEKSDPLPAPPQCALSRDSTVCNSSDDHCLPVKNGEKNHVQEQELEAVAQQKEE

Target ORF information:

RefSeq Version	XM_017602279.1
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus family with sequence similarity 120C (FAM120C), transcript variant X1, mRNA.

Target ORF information:

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

XM_017602279.1

ORF Insert Sequence:

ATGCTCATCC GCCCCGCCCC TGCACCCCTC CCCCAGCTAG AAAGCGAGTA TCACAGAGAA 
GACGAGGCAA CATGGCTCCC GGAGGTGGAA GGCAGAGGCT TCACCCCCTT TGAAGAGGTG 
AAGAAGAGCA GCGGAGGGGA ACGGGAAAAG AGAAGTGACT ACGATTTGTC ATCGCTTTTA 
TCTTCCCAGC CTCTTCTGAG TCTGGTCAGC CTCACCTCTG CTCTCCATCC GCACCCAGTC 
TGTGGTCTCC TCCCCTCCCC GCCCACGTTC CCTCGCCCCT CCCGCTCTCG AACCCTCTCC 
CCGCCCCCCT CGCCCCTACC CCCCGCGGAG TGCGCACGCG CCCGCCTCCA GCTTCGCGCG 
GGGATCGCCG CCTGGCTCGC TTGCGCAGCC GCTGTTTCTT CTGCCCACGG AGGAAGCATG 
GGCGTCCAGG GCTTCCAAGA GTTCCTGGAG AAGCGCTGTC CCGGGGCTGT GGTGCCTGTG 
GACCTCCTCA AACTCGCGCG CACCGTCTCG CGCCAGCAGC AGCAGCAGCA CCTGCACCGC 
CAGCTGCCGC CAGCAGCCCT AGCGCCAGGG GCTCCACGCA TCGCCAGGGG CTCTGCTCCT 
CTGCCGCCGC CGCTCCCGCC TGCTGCCTTT GGTGCTTACT CCGGGGGCGC GGGGCCGACT 
CGGCACCATC ACCCTGCTCA CCATTTCCAC CACCATGGCC AAGCGCCGCC AGGGCTGCAT 
CCGCCGCCGC CCCCTCCGCT GCCTGGGGCT CGGGTATTGG TAGACGCGGG CTCCGCGCTG 
CCGCGGCTCT ATGGTGGCTA CCAGACGGAT TGGGTTTGTG GCGGCCAGTG GAATGCCATG 
CTGGGCTACT TGTCAGCGCT GTGCCAGGCT TGTGCCTATC CGGGCGGAGA CGGCCTGGAG 
CTGGTGGTCA TGTTCCCTGG GGGCCTGGGG AAGGACCGAC TGGCGGAGTG GGGCCGTCGG 
TGCCAGGCGG AGCGGCAGAC TGCGCAACTG ATCGTGGGAC ACGTGGGCAA CAAGGGCACC 
CCTCCACCGC GGGCCTGGTT CCTGNCCCCT GCCTGTCTGA GCCACTGCGT GAGGCTAGCA 
CTCATCCGCT TCCGGGTCAA GGTCTTTCAG AGCCTTGAAG ACCACCATTT GGAAGTAGTG 
GCTTTTTTCA GGGAGAATGG CTTTCATGGC CTTCTTGCTC ACGACTCTGA GTATGCGCTC 
TACAATATCC CATCTTACTA CAGTTCCCAT GCGCTGAAGC TGAGCTGGAA TGGCAAGAAC 
CTCACAACCA ACCAGTTCCT GATGCAGGAA GTGGCCAAGC AGCTGGGTTT GAAGCGAATG 
AATTTTCCCA TATTCGCTGC ACTGCTTGGT AACCACATTC TGCCAGATGA AGACTTGGCT 
GCTTTTCACT GGAGCCTTTT GGGACCAGAA CATCCTCTTG CATCACTTAA GGTCCGAGCT 
CATCAGCTGG TTCTTCCTCC TTGTGACGTC GTCATCAAGG CTGTTTCTGA GTATGTTAGT 
TCCATCAAAG ATCCCTCAAA CCTGGACGTG GTTGGCAAGG ATGTTTTCAA ACAATCTCAG 
TCTAGGACAG AAGACAAAAT AGAACGATTC AAGAAAGCAG TTGAGTACTA TTCAGTCACA 
ACCAAACTCT CTTCACTGCC AGTGGGTCCT TCCTTTCTAG GCTTTCGAAA TAATCGGCTT 
GGAAATCCTC CCCTTCCACG GAATCAAATG GGCCCTATTT CTCCTGGAAA GCCAATGTTT 
TCTCGCCAGA TGCCCCAGAA AATGAAATAT CCACCACCAT TTCCAATGGG ACCCAACTCA 
TCTCTTCTCT TCTCCCATAG TGTGGGAGAA TCCCATGCTT TCTCTGAGGA TGCCATGCTA 
CAGGACAGTT CCTTTGCCAA TTGGGCTGTT TCTTATGACT CTAATACATC CCAGTTTCCT 
AACTGCCTGA CTTCCAAAAC TTCACCTCCT TTGGGACCAG ATTCTTCCCA TTCCTCTTCC 
TCTGATGGTG ACGAGGCAAA TGGAGCTGGT TCTGAACAAG TCACAGAAGC AGTTCAACAA 
CAGCCTGGAT GGGAAGATCC CAGTGGTGAC AGAGGAGCTT GGGTACAGCC TGTTGATGCT 
GGAGCTTCAG AAACAAACGC AACTGAAAGT GAACCTCACA TCCCATCTCT GTTATCTATG 
TCTACAAGGA ACCACATGGA TATCACCATT CCACCCTTAC CTCCAGTAGC TCCAGAAGTC 
TTGAGGGTTG CTGAGCACAG ACACCGAAGG GGTCTTATGT ATCCGTATAT TTACCATGTC 
CTTACTAAGG GTGAGATTAA AATCCCTGTA TGTATCGAGG ATGAATGTAA CATGGAGCTG 
CCTCCAGCTG CTCTCCTGTT CCGCTCAGCT CGCCAGTATG TATATGGAGT CCTTTTTAGC 
CTAGCAGAGA CACAGCGGAA AATGGAGCGC CTGGCCATAC GGCGACGGTT ACCTATAGAA 
GTTCCTTCTG TGATCCTTAA AGAGTGGTCT GCATATAAAG GGAAATCACC TCAGACCCCC 
GAGCTGGTAT CTGCACTCAC TTTTCGGGAA TGGACTTGCC CAAACCTCAA GAAGCTCTGG 
TTAGGCAAAG CAGTTGAGGA CAAGAACAGG AGGATGAGGG CTTTCCTGGC CTGTATGAAG 
TCAGACACTC CCAGTATGCT CAATCCAGCT AATGTTCCCA CCCACCTGCT ACTCATGTGC 
TGTGTACTCC GATACATGGT TCAGTGGCCT GGTGGCCGAA TCCTGCATCG CCATGAACTT 
GACACCTTCC TTGCACAGGC AGTGTCTACT CAACTTTATG AACCAGATCA GCTTCAAGAA 
CTCAAGATTG AGAAACTGGA TGCTCGAGGG ATCCAGCTTG CTGCCCTGTT CATGAGTGGG 
GTCGATACAG CTCTGTTTGC TAATGATGCA TGTGGCCAGC CAGTCCCTTG GGAGCACTGC 
TGCCCCTGGA TTTACTTTGA TGGCAAGCTG TTCCAGAGCA AACTCATTAA AGCAGGCCGA 
GAACGAGTAT CACTGGTTGA ACTCTGTGAT GGCCAGGCTG ACCTGGCAAG CAAAGTGGAA 
AAGATGAGGC AGAGCATCCT TGAAGGCGTC AACATGAATC ATCCACCACC TTCTGCTCTG 
CTTCCTTCAC CTACGTTCGT GCCTCCCATG GTGCCATCTC TCTACCCTGT TTCTCTTTAT 
TCCAGAGCCA TGGGCTCATT TCCACCTCCC CCTCAAGCAA GGAGTCGAGG CTTTGCAGGT 
CTCCATCCAA TCCCACCCCA AGGAGGAAAA CTGGAAATTG CTGGCATGGT GGTGGGCCAG 
TGGGCTGGCA GCAGATCTTC GAGAAGCCGA GGATCCTTTG GCATGCAAGT GGTTTCTGTC 
GGTGGGCCAG GAAAGGGACA TGGAAAAGAA CAGGCTGGGA GAGGATCCAA AGGTCACAAA 
AAAGGAAATA AACAAGGCTC TTCAGATGGA ATTTCCAAAT CTGTGGAGCT TCATCCGAGT 
CGGGCCCGCT CGCAGGTAAA TGGAAACAAT GGCACATTGA TTGTGGAGGA GAAGAGTGAT 
CCGCTTCCGG CTCCACCCCA GTGCGCCTTA TCCAGAGACA GTACTGTGTG TAACAGTAGC 
GATGACCACT GCCTCCCCGT GAAGAATGGA GAGAAGAACC ATGTGCAAGA GCAAGAGCTA 
GAAGCTGTGG CCCAACAGAA AGAGGAGTGA

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

FAM120C ( XM_001068090.5 ) cDNA ORF clone, Rattus norvegicus(Norway rat) -> XP_001068090.1 Rattus norvegicus family with sequence similarity 120C (FAM120C), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ORa21390
Clone ID Related Accession (Same CDS sequence)	XM_001068090.5
Accession Version	XM_001068090.5 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3330bp) 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	2016-07-25
Organism	Rattus norvegicus(Norway rat)
Product	constitutive coactivator of PPAR-gamma-like protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (AC_000089.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jul 26, 2016 this sequence version replaced XM_001068090.4. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Rattus norvegicus Annotation Release 106 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 :: 7% of CDS bases ##RefSeq-Attributes-END##

ATGCTCATCC GCCCCGCCCC TGCACCCCTC CCCCAGCTAG AAAGCGAGTA TCACAGAGAA 
GACGAGGCAA CATGGCTCCC GGAGGTGGAA GGCAGAGGCT TCACCCCCTT TGAAGAGGTG 
AAGAAGAGCA GCGGAGGGGA ACGGGAAAAG AGAAGTGACT ACGATTTGTC ATCGCTTTTA 
TCTTCCCAGC CTCTTCTGAG TCTGGTCAGC CTCACCTCTG CTCTCCATCC GCACCCAGTC 
TGTGCCCCCA TTCTCTCCCC TGCTGCCTTT GGTGCTTACT CCGGGGGCGC GGGGCCGACT 
CGGCACCATC ACCCTGCTCA CCATTTCCAC CACCATGGCC AAGCGCCGCC AGGGCTGCAT 
CCGCCGCCGC CCCCTCCGCT GCCTGGGGCT CGGGTATTGG TAGACGCGGG CTCCGCGCTG 
CCGCGGCTCT ATGGTGGCTA CCAGACGGAT TGGGTTTGTG GCGGCCAGTG GAATGCCATG 
CTGGGCTACT TGTCAGCGCT GTGCCAGGCT TGTGCCTATC CGGGCGGAGA CGGCCTGGAG 
CTGGTGGTCA TGTTCCCTGG GGGCCTGGGG AAGGACCGAC TGGCGGAGTG GGGCCGTCGG 
TGCCAGGCGG AGCGGCAGAC TGCGCAACTG ATCGTGGGAC ACGTGGGCAA CAAGGGCACC 
CCTCCACCGC GGGCCTGGTT CCTGCCACCT GCCTGTCTGA GCCACTGCGT GAGGCTAGCA 
CTCATCCGCT TCCGGGTCAA GGTCTTTCAG AGCCTTGAAG ACCACCATTT GGAAGTAGTG 
GCTTTTTTCA GGGAGAATGG CTTTCATGGC CTTCTTGCTC ACGACTCTGA GTATGCGCTC 
TACAATATCC CATCTTACTA CAGTTCCCAT GCGCTGAAGC TGAGCTGGAA TGGCAAGAAC 
CTCACAACCA ACCAGTTCCT GATGCAGGAA GTGGCCAAGC AGCTGGGTTT GAAGCGAATG 
AATTTTCCCA TATTCGCTGC ACTGCTTGGT AACCACATTC TGCCAGATGA AGACTTGGCT 
GCTTTTCACT GGAGCCTTTT GGGACCAGAA CATCCTCTTG CATCACTTAA GGTCCGAGCT 
CATCAGCTGG TTCTTCCTCC TTGTGACGTC GTCATCAAGG CTGTTTCTGA GTATGTTAGT 
TCCATCAAAG ATCCCTCAAA CCTGGACGTG GTTGGCAAGG ATGTTTTCAA ACAATCTCAG 
TCTAGGACAG AAGACAAAAT AGAACGATTC AAGAAAGCAG TTGAGTACTA TTCAGTCACA 
ACCAAACTCT CTTCACTGCC AGTGGGTCCT TCCTTTCTAG GCTTTCGAAA TAATCGGCTT 
GGAAATCCTC CCCTTCCACG GAATCAAATG GGCCCTATTT CTCCTGGAAA GCCAATGTTT 
TCTCGCCAGA TGCCCCAGAA AATGAAATAT CCACCACCAT TTCCAATGGG ACCCAACTCA 
TCTCTTCTCT TCTCCCATAG TGTGGGAGAA TCCCATGCTT TCTCTGAGGA TGCCATGCTA 
CAGGACAGTT CCTTTGCCAA TTGGGCTGTT TCTTATGACT CTAATACATC CCAGTTTCCT 
AACTGCCTGA CTTCCAAAAC TTCACCTCCT TTGGGACCAG ATTCTTCCCA TTCCTCTTCC 
TCTGATGGTG ACGAGGCAAA TGGAGCTGGT TCTGAACAAG TCACAGAAGC AGTTCAACAA 
CAGCCTGGAT GGGAAGATCC CAGTGGTGAC AGAGGAGCTT GGGTACAGCC TGTTGATGCT 
GGAGCTTCAG AAACAAACGC AACTGAAAGT GAACCTCACA TCCCATCTCT GTTATCTATG 
TCTACAAGGA ACCACATGGA TATCACCATT CCACCCTTAC CTCCAGTAGC TCCAGAAGTC 
TTGAGGGTTG CTGAGCACAG ACACCGAAGG GGTCTTATGT ATCCGTATAT TTACCATGTC 
CTTACTAAGG GTGAGATTAA AATCCCTGTA TGTATCGAGG ATGAATGTAA CATGGAGCTG 
CCTCCAGCTG CTCTCCTGTT CCGCTCAGCT CGCCAGTATG TATATGGAGT CCTTTTTAGC 
CTAGCAGAGA CACAGCGGAA AATGGAGCGC CTGGCCATAC GGCGACGGTT ACCTATAGAA 
GTTCCTTCTG TGATCCTTAA AGAGTGGTCT GCATATAAAG GGAAATCACC TCAGACCCCC 
GAGCTGGTAT CTGCACTCAC TTTTCGGGAA TGGACTTGCC CAAACCTCAA GAAGCTCTGG 
TTAGGCAAAG CAGTTGAGGA CAAGAACAGG AGGATGAGGG CTTTCCTGGC CTGTATGAAG 
TCAGACACTC CCAGTATGCT CAATCCAGCT AATGTTCCCA CCCACCTGCT ACTCATGTGC 
TGTGTACTCC GATACATGGT TCAGTGGCCT GGTGGCCGAA TCCTGCATCG CCATGAACTT 
GACACCTTCC TTGCACAGGC AGTGTCTACT CAACTTTATG AACCAGATCA GCTTCAAGAA 
CTCAAGATTG AGAAACTGGA TGCTCGAGGG ATCCAGCTTG CTGCCCTGTT CATGAGTGGG 
GTCGATACAG CTCTGTTTGC TAATGATGCA TGTGGCCAGC CAGTCCCTTG GGAGCACTGC 
TGCCCCTGGA TTTACTTTGA TGGCAAGCTG TTCCAGAGCA AACTCATTAA AGCAGGCCGA 
GAACGAGTAT CACTGGTTGA ACTCTGTGAT GGCCAGGCTG ACCTGGCAAG CAAAGTGGAA 
AAGATGAGGC AGAGCATCCT TGAAGGCGTC AACATGAATC ATCCACCACC TTCTGCTCTG 
CTTCCTTCAC CTACGTTCGT GCCTCCCATG GTGCCATCTC TCTACCCTGT TTCTCTTTAT 
TCCAGAGCCA TGGGCTCATT TCCACCTCCC CCTCAAGCAA GGAGTCGAGG CTTTGCAGGT 
CTCCATCCAA TCCCACCCCA AGGAGGAAAA CTGGAAATTG CTGGCATGGT GGTGGGCCAG 
TGGGCTGGCA GCAGATCTTC GAGAAGCCGA GGATCCTTTG GCATGCAAGT GGTTTCTGTC 
GGTGGGCCAG GAAAGGGACA TGGAAAAGAA CAGGCTGGGA GAGGATCCAA AGGTCACAAA 
AAAGGAAATA AACAAGGCTC TTCAGATGGA ATTTCCAAAT CTGTGGAGCT TCATCCGAGT 
CGGGCCCGCT CGCAGGTAAA TGGAAACAAT GGCACATTGA TTGTGGAGGA GAAGAGTGAT 
CCGCTTCCGG CTCCACCCCA GTGCGCCTTA TCCAGAGACA GTACTGTGTG TAACAGTAGC 
GATGACCACT GCCTCCCCGT GAAGAATGGA GAGAAGAACC ATGTGCAAGA GCAAGAGCTA 
GAAGCTGTGG CCCAACAGAA AGAGGAGTGA

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

RefSeq	XP_001068090.1
CDS	1..3330
Translation	MLIRPAPAPLPQLESEYHREDEATWLPEVEGRGFTPFEEVKKSSGGEREKRSDYDLSSLLSSQPLLSLVSLTSALHPHPVCAPILSPAAFGAYSGGAGPTRHHHPAHHFHHHGQAPPGLHPPPPPPLPGARVLVDAGSALPRLYGGYQTDWVCGGQWNAMLGYLSALCQACAYPGGDGLELVVMFPGGLGKDRLAEWGRRCQAERQTAQLIVGHVGNKGTPPPRAWFLPPACLSHCVRLALIRFRVKVFQSLEDHHLEVVAFFRENGFHGLLAHDSEYALYNIPSYYSSHALKLSWNGKNLTTNQFLMQEVAKQLGLKRMNFPIFAALLGNHILPDEDLAAFHWSLLGPEHPLASLKVRAHQLVLPPCDVVIKAVSEYVSSIKDPSNLDVVGKDVFKQSQSRTEDKIERFKKAVEYYSVTTKLSSLPVGPSFLGFRNNRLGNPPLPRNQMGPISPGKPMFSRQMPQKMKYPPPFPMGPNSSLLFSHSVGESHAFSEDAMLQDSSFANWAVSYDSNTSQFPNCLTSKTSPPLGPDSSHSSSSDGDEANGAGSEQVTEAVQQQPGWEDPSGDRGAWVQPVDAGASETNATESEPHIPSLLSMSTRNHMDITIPPLPPVAPEVLRVAEHRHRRGLMYPYIYHVLTKGEIKIPVCIEDECNMELPPAALLFRSARQYVYGVLFSLAETQRKMERLAIRRRLPIEVPSVILKEWSAYKGKSPQTPELVSALTFREWTCPNLKKLWLGKAVEDKNRRMRAFLACMKSDTPSMLNPANVPTHLLLMCCVLRYMVQWPGGRILHRHELDTFLAQAVSTQLYEPDQLQELKIEKLDARGIQLAALFMSGVDTALFANDACGQPVPWEHCCPWIYFDGKLFQSKLIKAGRERVSLVELCDGQADLASKVEKMRQSILEGVNMNHPPPSALLPSPTFVPPMVPSLYPVSLYSRAMGSFPPPPQARSRGFAGLHPIPPQGGKLEIAGMVVGQWAGSRSSRSRGSFGMQVVSVGGPGKGHGKEQAGRGSKGHKKGNKQGSSDGISKSVELHPSRARSQVNGNNGTLIVEEKSDPLPAPPQCALSRDSTVCNSSDDHCLPVKNGEKNHVQEQELEAVAQQKEE

Target ORF information:

RefSeq Version	XM_001068090.5
Organism	Rattus norvegicus(Norway rat)
Definition	Rattus norvegicus family with sequence similarity 120C (FAM120C), transcript variant X2, mRNA.

Target ORF information:

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

XM_001068090.5

ORF Insert Sequence:

ATGCTCATCC GCCCCGCCCC TGCACCCCTC CCCCAGCTAG AAAGCGAGTA TCACAGAGAA 
GACGAGGCAA CATGGCTCCC GGAGGTGGAA GGCAGAGGCT TCACCCCCTT TGAAGAGGTG 
AAGAAGAGCA GCGGAGGGGA ACGGGAAAAG AGAAGTGACT ACGATTTGTC ATCGCTTTTA 
TCTTCCCAGC CTCTTCTGAG TCTGGTCAGC CTCACCTCTG CTCTCCATCC GCACCCAGTC 
TGTGCCCCCA TTCTCTCCCC TGCTGCCTTT GGTGCTTACT CCGGGGGCGC GGGGCCGACT 
CGGCACCATC ACCCTGCTCA CCATTTCCAC CACCATGGCC AAGCGCCGCC AGGGCTGCAT 
CCGCCGCCGC CCCCTCCGCT GCCTGGGGCT CGGGTATTGG TAGACGCGGG CTCCGCGCTG 
CCGCGGCTCT ATGGTGGCTA CCAGACGGAT TGGGTTTGTG GCGGCCAGTG GAATGCCATG 
CTGGGCTACT TGTCAGCGCT GTGCCAGGCT TGTGCCTATC CGGGCGGAGA CGGCCTGGAG 
CTGGTGGTCA TGTTCCCTGG GGGCCTGGGG AAGGACCGAC TGGCGGAGTG GGGCCGTCGG 
TGCCAGGCGG AGCGGCAGAC TGCGCAACTG ATCGTGGGAC ACGTGGGCAA CAAGGGCACC 
CCTCCACCGC GGGCCTGGTT CCTGCCACCT GCCTGTCTGA GCCACTGCGT GAGGCTAGCA 
CTCATCCGCT TCCGGGTCAA GGTCTTTCAG AGCCTTGAAG ACCACCATTT GGAAGTAGTG 
GCTTTTTTCA GGGAGAATGG CTTTCATGGC CTTCTTGCTC ACGACTCTGA GTATGCGCTC 
TACAATATCC CATCTTACTA CAGTTCCCAT GCGCTGAAGC TGAGCTGGAA TGGCAAGAAC 
CTCACAACCA ACCAGTTCCT GATGCAGGAA GTGGCCAAGC AGCTGGGTTT GAAGCGAATG 
AATTTTCCCA TATTCGCTGC ACTGCTTGGT AACCACATTC TGCCAGATGA AGACTTGGCT 
GCTTTTCACT GGAGCCTTTT GGGACCAGAA CATCCTCTTG CATCACTTAA GGTCCGAGCT 
CATCAGCTGG TTCTTCCTCC TTGTGACGTC GTCATCAAGG CTGTTTCTGA GTATGTTAGT 
TCCATCAAAG ATCCCTCAAA CCTGGACGTG GTTGGCAAGG ATGTTTTCAA ACAATCTCAG 
TCTAGGACAG AAGACAAAAT AGAACGATTC AAGAAAGCAG TTGAGTACTA TTCAGTCACA 
ACCAAACTCT CTTCACTGCC AGTGGGTCCT TCCTTTCTAG GCTTTCGAAA TAATCGGCTT 
GGAAATCCTC CCCTTCCACG GAATCAAATG GGCCCTATTT CTCCTGGAAA GCCAATGTTT 
TCTCGCCAGA TGCCCCAGAA AATGAAATAT CCACCACCAT TTCCAATGGG ACCCAACTCA 
TCTCTTCTCT TCTCCCATAG TGTGGGAGAA TCCCATGCTT TCTCTGAGGA TGCCATGCTA 
CAGGACAGTT CCTTTGCCAA TTGGGCTGTT TCTTATGACT CTAATACATC CCAGTTTCCT 
AACTGCCTGA CTTCCAAAAC TTCACCTCCT TTGGGACCAG ATTCTTCCCA TTCCTCTTCC 
TCTGATGGTG ACGAGGCAAA TGGAGCTGGT TCTGAACAAG TCACAGAAGC AGTTCAACAA 
CAGCCTGGAT GGGAAGATCC CAGTGGTGAC AGAGGAGCTT GGGTACAGCC TGTTGATGCT 
GGAGCTTCAG AAACAAACGC AACTGAAAGT GAACCTCACA TCCCATCTCT GTTATCTATG 
TCTACAAGGA ACCACATGGA TATCACCATT CCACCCTTAC CTCCAGTAGC TCCAGAAGTC 
TTGAGGGTTG CTGAGCACAG ACACCGAAGG GGTCTTATGT ATCCGTATAT TTACCATGTC 
CTTACTAAGG GTGAGATTAA AATCCCTGTA TGTATCGAGG ATGAATGTAA CATGGAGCTG 
CCTCCAGCTG CTCTCCTGTT CCGCTCAGCT CGCCAGTATG TATATGGAGT CCTTTTTAGC 
CTAGCAGAGA CACAGCGGAA AATGGAGCGC CTGGCCATAC GGCGACGGTT ACCTATAGAA 
GTTCCTTCTG TGATCCTTAA AGAGTGGTCT GCATATAAAG GGAAATCACC TCAGACCCCC 
GAGCTGGTAT CTGCACTCAC TTTTCGGGAA TGGACTTGCC CAAACCTCAA GAAGCTCTGG 
TTAGGCAAAG CAGTTGAGGA CAAGAACAGG AGGATGAGGG CTTTCCTGGC CTGTATGAAG 
TCAGACACTC CCAGTATGCT CAATCCAGCT AATGTTCCCA CCCACCTGCT ACTCATGTGC 
TGTGTACTCC GATACATGGT TCAGTGGCCT GGTGGCCGAA TCCTGCATCG CCATGAACTT 
GACACCTTCC TTGCACAGGC AGTGTCTACT CAACTTTATG AACCAGATCA GCTTCAAGAA 
CTCAAGATTG AGAAACTGGA TGCTCGAGGG ATCCAGCTTG CTGCCCTGTT CATGAGTGGG 
GTCGATACAG CTCTGTTTGC TAATGATGCA TGTGGCCAGC CAGTCCCTTG GGAGCACTGC 
TGCCCCTGGA TTTACTTTGA TGGCAAGCTG TTCCAGAGCA AACTCATTAA AGCAGGCCGA 
GAACGAGTAT CACTGGTTGA ACTCTGTGAT GGCCAGGCTG ACCTGGCAAG CAAAGTGGAA 
AAGATGAGGC AGAGCATCCT TGAAGGCGTC AACATGAATC ATCCACCACC TTCTGCTCTG 
CTTCCTTCAC CTACGTTCGT GCCTCCCATG GTGCCATCTC TCTACCCTGT TTCTCTTTAT 
TCCAGAGCCA TGGGCTCATT TCCACCTCCC CCTCAAGCAA GGAGTCGAGG CTTTGCAGGT 
CTCCATCCAA TCCCACCCCA AGGAGGAAAA CTGGAAATTG CTGGCATGGT GGTGGGCCAG 
TGGGCTGGCA GCAGATCTTC GAGAAGCCGA GGATCCTTTG GCATGCAAGT GGTTTCTGTC 
GGTGGGCCAG GAAAGGGACA TGGAAAAGAA CAGGCTGGGA GAGGATCCAA AGGTCACAAA 
AAAGGAAATA AACAAGGCTC TTCAGATGGA ATTTCCAAAT CTGTGGAGCT TCATCCGAGT 
CGGGCCCGCT CGCAGGTAAA TGGAAACAAT GGCACATTGA TTGTGGAGGA GAAGAGTGAT 
CCGCTTCCGG CTCCACCCCA GTGCGCCTTA TCCAGAGACA GTACTGTGTG TAACAGTAGC 
GATGACCACT GCCTCCCCGT GAAGAATGGA GAGAAGAACC ATGTGCAAGA GCAAGAGCTA 
GAAGCTGTGG CCCAACAGAA AGAGGAGTGA