CCDC146 cDNA ORF clone, Sus scrofa(pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC146
Entrez Gene ID	100737427
Full Name	coiled-coil domain containing 146
Gene Type	protein-coding
Organism	Sus scrofa(pig)

mRNA and Protein(s)

mRNA	Protein	Name
XM_003482689.3	XP_003482737.1	coiled-coil domain-containing protein 146
XM_021102558.1	XP_020958217.1	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 146

Pathways from BioSystems
Gene Ontology

The following CCDC146 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC146 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
OSe16880	XM_003482689.3 Latest version!	Sus scrofa coiled-coil domain containing 146 (CCDC146), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$426.30 $609.00
OSe225406	XM_021102558.1 Latest version!	Sus scrofa coiled-coil domain containing 146 (CCDC146), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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
30% OFF

*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)

CCDC146 ( XM_003482689.3 ) cDNA ORF clone, Sus scrofa(pig) -> XP_003482737.1 Sus scrofa coiled-coil domain containing 146 (CCDC146), mRNA.

Price & Availability↑

CloneID	OSe16880
Clone ID Related Accession (Same CDS sequence)	XM_003482689.3
Accession Version	XM_003482689.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2415bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-09-10
Organism	Sus scrofa(Pig)
Product	coiled-coil domain-containing protein 146
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003611142.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Sep 11, 2015 this sequence version replaced XM_003482689.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 105 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAGAAA AAAGTCTCAT TCTAAAGGAA TTCGAGAAGA TACCTAAGCC AGGAGAAATG 
GAGAAGAAGG TGAGAATGTT GAGAGAAAGC ACTGAAGAAC TACGTAAGGA AGTAATGCAG 
AAGAAATTAG AAATTAAAAA TTTACGGGAG GATTTGACAT CGAAGCAAAA GCAATCACTA 
AAGGAGCAGA AGGAACTAGA AGAACTGTTG GAATATCAGG TCACTTTAAA GGATGAAGTG 
GTCCACCATC AAGCCATTCC TGTACAAATT GGAAAAGAGA TAGAAAAGAC AATGCGCAAA 
AAAGTAGAAA TGGAAAAGAA AAAACTCACC CTAGAATGCG AATTCAAAGA GCTAAATGAC 
TCCCTAAAGA AAGTTGAAAC CAAAATTAAC ACTATAATGG AAGAGAAGGA GGATGTAATA 
AAGGAAGTTG AAGGCAAACG AGCCTTACTT GAGATTAAAG AACGAGAATA TAACCAATTA 
GTCAAGCTAC TGGAATTAAC CAGAGAGAAT GAAGCAGCTT CACTAACTGA AAGAGGGATC 
TTGGATCTCA ATTTACGAAA CTGTCTCATT GACAAGCAGA ACTACCATGA TGAACTTTCT 
CGTAAGCAAA GAGAAAAAGA ACGAGATTTT CGCAATTTAA AAAAGATGGA GCTACTCCTC 
AAAGTGTCCT GGGATGCCCT CACTCAAACT CAAGCCATGC ATCAAAGGCT TCTGTTGGAG 
ATTGAAGCTA TCCCTAAAGA TGATTCTCTG TTATCTGAGA GAAGGAGGGA ACTCCACAAG 
GAAGTTGAAG TAGCCAAGAG GAATTTGACC CAACAGAAAA TCCTATCAGA AGCCGAGTCC 
AAGTTAGTAG AACAGCAACT TGCTGAAGAA AATAAACTTT TAAAGGAGCA AGAAAACATA 
CGAGAGCTGG TGTTCAACCT GGTCCGTATG ACTCAAATCA AAATTGATGA GAAGGAGCAA 
AAATCCAAGG ACTTCCTCAA AGCTCAGCAA AAATATACCA GCATTGTTAA GGAGATCAAA 
GCCAAGGACC TTGAAATCAG GGTACACAGG AAGAAAAAAC GAGAGATTCA TCGCAGACTC 
AGAGAGTTTG CTAAACTGTA TGACACTATT CGAAACGAAA GAAACAAATT TATTAACTTA 
CTTCACAAAG CTCACCAGAA AGTCAATGAA ATAAAAGAAA GGCATAAAAT GTCATTAAAT 
GAACTGGAAA TTTTAAGAAA TAGTGCAGTT ACTCAAGAAA GAAAGCTACA AAATTCTATG 
CTGAAGCATG CCAACAACAT TACCATCAGA GAAAGCATGC AAAACGATGT GTGCAAAATC 
GTAGCAAAAC TTCAGGAAAT GAAAGAGAAG AAGGAAGCCC AGTTAAATAA CATCGACAGA 
CTTGCCAACA TGATCACAAC GATTGAGGAG GAGATGGTGC AGCTTCGCAA AAAATACGAA 
AAAGCCGTGC AGCGTCGAAA TGAAAGCGGT GTTCAGCTGA TAGAGCGGGA AGAGGAAGTG 
TGCATTTTTT ATGAAAAAAT AAATATCCAA GAGAAGATGA AGCTAAATGG AGAACTTGAA 
ATACATGTCC TAGAGGAAAA GATCCGATTC CTGAAACTGA AGATTGCCGA GAAGCAAAGG 
CAGATTCACG TGACCCAGCA ATTACTGCCA GTCAAGAGGT CTCTGGATGC TGATTTAGCA 
GTGCTCCAGA TTCAGTTTTC ACAGTGTACA GACAGAATAA AAGACCTGGA GAAACAATTT 
ATCAATCCCG ACAGTGAGAA CAGAACACGC TTCCTTCCAG GGAAAGATAT GACCGAAGAA 
GAAATGATTA AAAAAATGGA TGCGCTGGAA CTACAGCTGG CCAAGAAGGA GGAGAAGTTG 
CTGGAGAAGG ATTTCATCTA TGAACAGGTG TCTCGGCTCA CAGACAGGCT CTACAGCAAA 
ACTCAGGCCT GCAAGCAGGA CACACTGCTC TTGGCCAAGA AGATGAACGG CTACCAGAAA 
AAAATCAAAG ATGCTACCGA AAAAATGATG GCTCTTGTTG CTGAGCTGTC CATGAAACAA 
GCTATGGCCA TTGAACTCCA AAAGGAAGTC AAAGAGAAGG AAGACTTCAT CTTCACTTGC 
AATTCCAGGA TGGAAAAGGG TCTGCCCCTC AACAAAGAGA TTGAGAGAGA ATGGCTGAAA 
GTACTTCGAG ATGAAGAAAT GTACGCTTCG GCCATTGCTG AAAAGTCTCG GGAGTTCCTG 
GAAGCAGAAA ATCGCCAGCT GCCCAATGGT GTTTACACAA CCGCAGAGCC GCGTCCAAAT 
GCCTACATCC CAGAGGCAGA GGCCACTCTT CCTCTGCCAA AACCATATGG TGCTCTGGCT 
CCTTTTAAGC CCAGTGAACC TGGGGCCAAT ATGAGGCACA TAAGGAAACC TGTTATAAAG 
CCAATTGAAA TTTGA

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

RefSeq	XP_003482737.1
CDS	26..2440
Translation	MEEKSLILKEFEKIPKPGEMEKKVRMLRESTEELRKEVMQKKLEIKNLREDLTSKQKQSLKEQKELEELLEYQVTLKDEVVHHQAIPVQIGKEIEKTMRKKVEMEKKKLTLECEFKELNDSLKKVETKINTIMEEKEDVIKEVEGKRALLEIKEREYNQLVKLLELTRENEAASLTERGILDLNLRNCLIDKQNYHDELSRKQREKERDFRNLKKMELLLKVSWDALTQTQAMHQRLLLEIEAIPKDDSLLSERRRELHKEVEVAKRNLTQQKILSEAESKLVEQQLAEENKLLKEQENIRELVFNLVRMTQIKIDEKEQKSKDFLKAQQKYTSIVKEIKAKDLEIRVHRKKKREIHRRLREFAKLYDTIRNERNKFINLLHKAHQKVNEIKERHKMSLNELEILRNSAVTQERKLQNSMLKHANNITIRESMQNDVCKIVAKLQEMKEKKEAQLNNIDRLANMITTIEEEMVQLRKKYEKAVQRRNESGVQLIEREEEVCIFYEKINIQEKMKLNGELEIHVLEEKIRFLKLKIAEKQRQIHVTQQLLPVKRSLDADLAVLQIQFSQCTDRIKDLEKQFINPDSENRTRFLPGKDMTEEEMIKKMDALELQLAKKEEKLLEKDFIYEQVSRLTDRLYSKTQACKQDTLLLAKKMNGYQKKIKDATEKMMALVAELSMKQAMAIELQKEVKEKEDFIFTCNSRMEKGLPLNKEIEREWLKVLRDEEMYASAIAEKSREFLEAENRQLPNGVYTTAEPRPNAYIPEAEATLPLPKPYGALAPFKPSEPGANMRHIRKPVIKPIEI

Target ORF information:

RefSeq Version	XM_003482689.3
Organism	Sus scrofa(Pig)
Definition	Sus scrofa coiled-coil domain containing 146 (CCDC146), mRNA.

Target ORF information:

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

XM_003482689.3

ORF Insert Sequence:

ATGGAAGAAA AAAGTCTCAT TCTAAAGGAA TTCGAGAAGA TACCTAAGCC AGGAGAAATG 
GAGAAGAAGG TGAGAATGTT GAGAGAAAGC ACTGAAGAAC TACGTAAGGA AGTAATGCAG 
AAGAAATTAG AAATTAAAAA TTTACGGGAG GATTTGACAT CGAAGCAAAA GCAATCACTA 
AAGGAGCAGA AGGAACTAGA AGAACTGTTG GAATATCAGG TCACTTTAAA GGATGAAGTG 
GTCCACCATC AAGCCATTCC TGTACAAATT GGAAAAGAGA TAGAAAAGAC AATGCGCAAA 
AAAGTAGAAA TGGAAAAGAA AAAACTCACC CTAGAATGCG AATTCAAAGA GCTAAATGAC 
TCCCTAAAGA AAGTTGAAAC CAAAATTAAC ACTATAATGG AAGAGAAGGA GGATGTAATA 
AAGGAAGTTG AAGGCAAACG AGCCTTACTT GAGATTAAAG AACGAGAATA TAACCAATTA 
GTCAAGCTAC TGGAATTAAC CAGAGAGAAT GAAGCAGCTT CACTAACTGA AAGAGGGATC 
TTGGATCTCA ATTTACGAAA CTGTCTCATT GACAAGCAGA ACTACCATGA TGAACTTTCT 
CGTAAGCAAA GAGAAAAAGA ACGAGATTTT CGCAATTTAA AAAAGATGGA GCTACTCCTC 
AAAGTGTCCT GGGATGCCCT CACTCAAACT CAAGCCATGC ATCAAAGGCT TCTGTTGGAG 
ATTGAAGCTA TCCCTAAAGA TGATTCTCTG TTATCTGAGA GAAGGAGGGA ACTCCACAAG 
GAAGTTGAAG TAGCCAAGAG GAATTTGACC CAACAGAAAA TCCTATCAGA AGCCGAGTCC 
AAGTTAGTAG AACAGCAACT TGCTGAAGAA AATAAACTTT TAAAGGAGCA AGAAAACATA 
CGAGAGCTGG TGTTCAACCT GGTCCGTATG ACTCAAATCA AAATTGATGA GAAGGAGCAA 
AAATCCAAGG ACTTCCTCAA AGCTCAGCAA AAATATACCA GCATTGTTAA GGAGATCAAA 
GCCAAGGACC TTGAAATCAG GGTACACAGG AAGAAAAAAC GAGAGATTCA TCGCAGACTC 
AGAGAGTTTG CTAAACTGTA TGACACTATT CGAAACGAAA GAAACAAATT TATTAACTTA 
CTTCACAAAG CTCACCAGAA AGTCAATGAA ATAAAAGAAA GGCATAAAAT GTCATTAAAT 
GAACTGGAAA TTTTAAGAAA TAGTGCAGTT ACTCAAGAAA GAAAGCTACA AAATTCTATG 
CTGAAGCATG CCAACAACAT TACCATCAGA GAAAGCATGC AAAACGATGT GTGCAAAATC 
GTAGCAAAAC TTCAGGAAAT GAAAGAGAAG AAGGAAGCCC AGTTAAATAA CATCGACAGA 
CTTGCCAACA TGATCACAAC GATTGAGGAG GAGATGGTGC AGCTTCGCAA AAAATACGAA 
AAAGCCGTGC AGCGTCGAAA TGAAAGCGGT GTTCAGCTGA TAGAGCGGGA AGAGGAAGTG 
TGCATTTTTT ATGAAAAAAT AAATATCCAA GAGAAGATGA AGCTAAATGG AGAACTTGAA 
ATACATGTCC TAGAGGAAAA GATCCGATTC CTGAAACTGA AGATTGCCGA GAAGCAAAGG 
CAGATTCACG TGACCCAGCA ATTACTGCCA GTCAAGAGGT CTCTGGATGC TGATTTAGCA 
GTGCTCCAGA TTCAGTTTTC ACAGTGTACA GACAGAATAA AAGACCTGGA GAAACAATTT 
ATCAATCCCG ACAGTGAGAA CAGAACACGC TTCCTTCCAG GGAAAGATAT GACCGAAGAA 
GAAATGATTA AAAAAATGGA TGCGCTGGAA CTACAGCTGG CCAAGAAGGA GGAGAAGTTG 
CTGGAGAAGG ATTTCATCTA TGAACAGGTG TCTCGGCTCA CAGACAGGCT CTACAGCAAA 
ACTCAGGCCT GCAAGCAGGA CACACTGCTC TTGGCCAAGA AGATGAACGG CTACCAGAAA 
AAAATCAAAG ATGCTACCGA AAAAATGATG GCTCTTGTTG CTGAGCTGTC CATGAAACAA 
GCTATGGCCA TTGAACTCCA AAAGGAAGTC AAAGAGAAGG AAGACTTCAT CTTCACTTGC 
AATTCCAGGA TGGAAAAGGG TCTGCCCCTC AACAAAGAGA TTGAGAGAGA ATGGCTGAAA 
GTACTTCGAG ATGAAGAAAT GTACGCTTCG GCCATTGCTG AAAAGTCTCG GGAGTTCCTG 
GAAGCAGAAA ATCGCCAGCT GCCCAATGGT GTTTACACAA CCGCAGAGCC GCGTCCAAAT 
GCCTACATCC CAGAGGCAGA GGCCACTCTT CCTCTGCCAA AACCATATGG TGCTCTGGCT 
CCTTTTAAGC CCAGTGAACC TGGGGCCAAT ATGAGGCACA TAAGGAAACC TGTTATAAAG 
CCAATTGAAA TTTGA

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

CCDC146 ( XM_021102558.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_020958217.1 Sus scrofa coiled-coil domain containing 146 (CCDC146), mRNA.

Price & Availability↑

CloneID	OSe225406
Clone ID Related Accession (Same CDS sequence)	XM_021102558.1
Accession Version	XM_021102558.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2868bp) 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	2017-05-12
Organism	Sus scrofa(pig)
Product	LOW QUALITY PROTEIN: coiled-coil domain-containing protein 146
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010451.4) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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##

ATGGGAGACA GTACCACAGA CACAGAACAA GAAGAGGAAG AGGAGAAAGA GAAAGTTCAA 
GGAGACCCCA TTTACGCCGT GGCGCCCACA ATTAACATCC AAGATGAGCG GTTTGTTGAC 
TTATCCACAA CTCCAGCCTT CATTTGTTTG CACGAGTTAC ATGCTTTGGG CAAACTTCCT 
GGAACTAGGA TGGCAGAGTT AAAAGCCAAG TACACCTTGC TGCATGATAC AGTGATGAGC 
ACACAGGAGT CAGAGGTCCA GCTGCTCCAG GATGCCAAAC GTTTCACCGA ACAAATACAA 
CAGCAGCAGT TTCACCTGCA GCAAGCTGAT GATTTTCCAG AGGCATTCAC CACTGAGGTC 
TCCAAAATGA GAGAACAACT TCTCAAGTAT CAAAATGAAT ACAATGCAGT GAAGGAAAGA 
GAGTTCCATA ATCAGTACAG ATTGAAAAGC TTAATGGAAG AAAAAAGTCT CATTCTAAAG 
GAATTCGAGA AGATACCTAA GCCAGGAGAA ATGGAGAAGA AGGTGAGAAT GTTGAGAGAA 
AGCACTGAAG AACTACGTAA GGAAGTAATG CAGAAGAAAT TAGAAATTAA AAATTTACGG 
GAGGATTTGA CATCGAAGCA AAAGCAATCA CTAAAGGAGC AGAAGGAACT AGAAGAACTG 
TTGGAATATC AGGTCACTTT AAAGGATGAA GTGGTCCACC ATCAAGCCAT TCCTGTACAA 
ATTGGAAAAG AGATAGAAAA GACAATGCGC AAAAAAGTAG AAATGGAAAA GAAAAAACTC 
ACCCTAGAAT GCGAATTCAA AGAGCTAAAT GACTCCCTAA AGAAAGTTGA AACCAAAATT 
AACACTATAA TGGAAGAGAA GGAGGATGTA ATAAAGGAAG TTGAAGGCAA ACGAGCCTTA 
CTTGAGATTA AAGAACGAGA ATATAACCAA TTAGTCAAGC TACTGGAATT AACCAGAGAG 
AATGAAGCAG CTTCACTAAC TGAAAGAGGG ATCTTGGATC TCAATTTACG AAACTGTCTC 
ATTGACAAGC AGAACTACCA TGATGAACTT TCTCGTAAGC AAAGAGAAAA AGAACGAGAT 
TTTCGCAATT TAAAAAAGAT GGAGCTACTC CTCAAAGTGT CCTGGGATGC CCTCACTCAA 
ACTCAAGCCA TGCATCAAAG GCTTCTGTTG GAGATTGAAG CTATCCCTAA AGATGATTCT 
CTGTTATCTG AGAGAAGGAG GGAACTCCAC AAGGAAGTTG AAGTAGCCAA GAGGAATTTG 
ACCCAACAGA AAATCCTATC AGAAGCCGAG TCCAAGTTAG TAGAACAGCA ACTTGCTGAA 
GAAAATAAAC TTTTAAAGGA GCAAGAAAAC ATACGAGAGC TGGTGTTCAA CCTGGTCCGT 
ATGACTCAAA TCAAAATTGA TGAGAAGGAG CAAAAATCCA AGGACTTCCT CAAAGCTCAG 
CAAAAATATA CCAGCATTGT TAAGGAGATC AAAGCCAAGG ACCTTGAAAT CAGGGTACAC 
AGGAAGAAAA AACGAGAGAT TCATCGCAGA CTCAGAGAGT TTGCTAAACT GTATGACACT 
ATTCGAAACG AAAGAAACAA ATTTATTAAC TTACTTCACA AAGCTCACCA GAAAGTCAAT 
GAAATAAAAG AAAGGCATAA AATGTCATTA AATGAACTGG AAATTTTAAG AAATAGTGCA 
GTTACTCAAG AAAGAAAGCT ACAAAATTCT ATGCTGAAGC ATGCCAACAA CATTACCATC 
AGAGAAAGCA TGCAAAACGA TGTGTGCAAA ATCGTAGCAA AACTTCAGGA AATGAAAGAG 
AAGAAGGAAG CCCAGTTAAA TAACATCGAC AGACTTGCCA ACATGATCAC AACGATTGAG 
GAGGAGATGG TGCAGCTTCG CAAAAAATAC GAAAAAGCCG TGCAGCGTCG AAATGAAAGC 
GGTGTTCAGC TGATAGAGCG GGAAGAGGAA GTGTGCATTT TTTATGAAAA AATAAATATC 
CAAGAGAAGA TGAAGCTAAA TGGAGAACTT GAAATACATG TCCTAGAGGA AAAGATCCGA 
TTCCTGAAAC TGAAGATTGC CGAGAAGCAA AGGCAGATTC ACGTGACCCA GCAATTACTG 
CCAGTCAAGA GGTCTCTGGA TGCTGATTTA GCAGTGCTCC AGATTCAGTT TTCACAGTGT 
ACAGACAGAA TAAAAGACCT GGAGAAACAA TTTATCAATC CCGACAGTGA GAACAGAACA 
CGCTTCCTTC CAGGGAAAGA TATGACCGAA GAAGAAATGA TTAAAAAAAT GGATGCGCTG 
GAACTACAGC TGGCCAAGAA GGAGGAGAAG TTGCTGGAGA AGGATTTCAT CTATGAACAG 
GTGTCTCGGC TCACAGACAG GCTCTACAGC AAAACTCAGG CCTGCAAGCA GGACACACTG 
CTCTTGGCCA AGAAGATGAA CGGCTACCAG AAAAAAATCA AAGATGCTAC CGAAAAAATG 
ATGGCTCTTG TTGCTGAGCT GTCCATGAAA CAAGCTATGG CCATTGAACT CCAAAAGGAA 
GTCAAAGAGA AGGAAGACTT CATCTTCACT TGCAATTCCA GGATGNGAAA GGGTCTGCCC 
CTCAACAAAG AGATTGAGAG AGAATGGCTG AAAGTACTTC GAGATGAAGA AATGTACGCT 
TCGGCCATTG CTGAAAAGTC TCGGGAGTTC CTGGAAGCAG AAAATCGCCA GCTGCCCAAT 
GGTGTTTACA CAACCGCAGA GCCGCGTCCA AATGCCTACA TCCCAGAGGC AGAGGCCACT 
CTTCCTCTGC CAAAACCATA TGGTGCTCTG GCTCCTTTTA AGCCCAGTGA ACCTGGGGCC 
AATATGAGGC ACATAAGGAA ACCTGTTATA AAGCCAATTG AAATTTGA

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

RefSeq	XP_020958217.1
CDS	218..3085
Translation	MGDSTTDTEQEEEEEKEKVQGDPIYAVAPTINIQDERFVDLSTTPAFICLHELHALGKLPGTRMAELKAKYTLLHDTVMSTQESEVQLLQDAKRFTEQIQQQQFHLQQADDFPEAFTTEVSKMREQLLKYQNEYNAVKEREFHNQYRLKSLMEEKSLILKEFEKIPKPGEMEKKVRMLRESTEELRKEVMQKKLEIKNLREDLTSKQKQSLKEQKELEELLEYQVTLKDEVVHHQAIPVQIGKEIEKTMRKKVEMEKKKLTLECEFKELNDSLKKVETKINTIMEEKEDVIKEVEGKRALLEIKEREYNQLVKLLELTRENEAASLTERGILDLNLRNCLIDKQNYHDELSRKQREKERDFRNLKKMELLLKVSWDALTQTQAMHQRLLLEIEAIPKDDSLLSERRRELHKEVEVAKRNLTQQKILSEAESKLVEQQLAEENKLLKEQENIRELVFNLVRMTQIKIDEKEQKSKDFLKAQQKYTSIVKEIKAKDLEIRVHRKKKREIHRRLREFAKLYDTIRNERNKFINLLHKAHQKVNEIKERHKMSLNELEILRNSAVTQERKLQNSMLKHANNITIRESMQNDVCKIVAKLQEMKEKKEAQLNNIDRLANMITTIEEEMVQLRKKYEKAVQRRNESGVQLIEREEEVCIFYEKINIQEKMKLNGELEIHVLEEKIRFLKLKIAEKQRQIHVTQQLLPVKRSLDADLAVLQIQFSQCTDRIKDLEKQFINPDSENRTRFLPGKDMTEEEMIKKMDALELQLAKKEEKLLEKDFIYEQVSRLTDRLYSKTQACKQDTLLLAKKMNGYQKKIKDATEKMMALVAELSMKQAMAIELQKEVKEKEDFIFTCNSRMnullKGLPLNKEIEREWLKVLRDEEMYASAIAEKSREFLEAENRQLPNGVYTTAEPRPNAYIPEAEATLPLPKPYGALAPFKPSEPGANMRHIRKPVIKPIEI

Target ORF information:

RefSeq Version	XM_021102558.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa coiled-coil domain containing 146 (CCDC146), mRNA.

Target ORF information:

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

XM_021102558.1

ORF Insert Sequence:

ATGGGAGACA GTACCACAGA CACAGAACAA GAAGAGGAAG AGGAGAAAGA GAAAGTTCAA 
GGAGACCCCA TTTACGCCGT GGCGCCCACA ATTAACATCC AAGATGAGCG GTTTGTTGAC 
TTATCCACAA CTCCAGCCTT CATTTGTTTG CACGAGTTAC ATGCTTTGGG CAAACTTCCT 
GGAACTAGGA TGGCAGAGTT AAAAGCCAAG TACACCTTGC TGCATGATAC AGTGATGAGC 
ACACAGGAGT CAGAGGTCCA GCTGCTCCAG GATGCCAAAC GTTTCACCGA ACAAATACAA 
CAGCAGCAGT TTCACCTGCA GCAAGCTGAT GATTTTCCAG AGGCATTCAC CACTGAGGTC 
TCCAAAATGA GAGAACAACT TCTCAAGTAT CAAAATGAAT ACAATGCAGT GAAGGAAAGA 
GAGTTCCATA ATCAGTACAG ATTGAAAAGC TTAATGGAAG AAAAAAGTCT CATTCTAAAG 
GAATTCGAGA AGATACCTAA GCCAGGAGAA ATGGAGAAGA AGGTGAGAAT GTTGAGAGAA 
AGCACTGAAG AACTACGTAA GGAAGTAATG CAGAAGAAAT TAGAAATTAA AAATTTACGG 
GAGGATTTGA CATCGAAGCA AAAGCAATCA CTAAAGGAGC AGAAGGAACT AGAAGAACTG 
TTGGAATATC AGGTCACTTT AAAGGATGAA GTGGTCCACC ATCAAGCCAT TCCTGTACAA 
ATTGGAAAAG AGATAGAAAA GACAATGCGC AAAAAAGTAG AAATGGAAAA GAAAAAACTC 
ACCCTAGAAT GCGAATTCAA AGAGCTAAAT GACTCCCTAA AGAAAGTTGA AACCAAAATT 
AACACTATAA TGGAAGAGAA GGAGGATGTA ATAAAGGAAG TTGAAGGCAA ACGAGCCTTA 
CTTGAGATTA AAGAACGAGA ATATAACCAA TTAGTCAAGC TACTGGAATT AACCAGAGAG 
AATGAAGCAG CTTCACTAAC TGAAAGAGGG ATCTTGGATC TCAATTTACG AAACTGTCTC 
ATTGACAAGC AGAACTACCA TGATGAACTT TCTCGTAAGC AAAGAGAAAA AGAACGAGAT 
TTTCGCAATT TAAAAAAGAT GGAGCTACTC CTCAAAGTGT CCTGGGATGC CCTCACTCAA 
ACTCAAGCCA TGCATCAAAG GCTTCTGTTG GAGATTGAAG CTATCCCTAA AGATGATTCT 
CTGTTATCTG AGAGAAGGAG GGAACTCCAC AAGGAAGTTG AAGTAGCCAA GAGGAATTTG 
ACCCAACAGA AAATCCTATC AGAAGCCGAG TCCAAGTTAG TAGAACAGCA ACTTGCTGAA 
GAAAATAAAC TTTTAAAGGA GCAAGAAAAC ATACGAGAGC TGGTGTTCAA CCTGGTCCGT 
ATGACTCAAA TCAAAATTGA TGAGAAGGAG CAAAAATCCA AGGACTTCCT CAAAGCTCAG 
CAAAAATATA CCAGCATTGT TAAGGAGATC AAAGCCAAGG ACCTTGAAAT CAGGGTACAC 
AGGAAGAAAA AACGAGAGAT TCATCGCAGA CTCAGAGAGT TTGCTAAACT GTATGACACT 
ATTCGAAACG AAAGAAACAA ATTTATTAAC TTACTTCACA AAGCTCACCA GAAAGTCAAT 
GAAATAAAAG AAAGGCATAA AATGTCATTA AATGAACTGG AAATTTTAAG AAATAGTGCA 
GTTACTCAAG AAAGAAAGCT ACAAAATTCT ATGCTGAAGC ATGCCAACAA CATTACCATC 
AGAGAAAGCA TGCAAAACGA TGTGTGCAAA ATCGTAGCAA AACTTCAGGA AATGAAAGAG 
AAGAAGGAAG CCCAGTTAAA TAACATCGAC AGACTTGCCA ACATGATCAC AACGATTGAG 
GAGGAGATGG TGCAGCTTCG CAAAAAATAC GAAAAAGCCG TGCAGCGTCG AAATGAAAGC 
GGTGTTCAGC TGATAGAGCG GGAAGAGGAA GTGTGCATTT TTTATGAAAA AATAAATATC 
CAAGAGAAGA TGAAGCTAAA TGGAGAACTT GAAATACATG TCCTAGAGGA AAAGATCCGA 
TTCCTGAAAC TGAAGATTGC CGAGAAGCAA AGGCAGATTC ACGTGACCCA GCAATTACTG 
CCAGTCAAGA GGTCTCTGGA TGCTGATTTA GCAGTGCTCC AGATTCAGTT TTCACAGTGT 
ACAGACAGAA TAAAAGACCT GGAGAAACAA TTTATCAATC CCGACAGTGA GAACAGAACA 
CGCTTCCTTC CAGGGAAAGA TATGACCGAA GAAGAAATGA TTAAAAAAAT GGATGCGCTG 
GAACTACAGC TGGCCAAGAA GGAGGAGAAG TTGCTGGAGA AGGATTTCAT CTATGAACAG 
GTGTCTCGGC TCACAGACAG GCTCTACAGC AAAACTCAGG CCTGCAAGCA GGACACACTG 
CTCTTGGCCA AGAAGATGAA CGGCTACCAG AAAAAAATCA AAGATGCTAC CGAAAAAATG 
ATGGCTCTTG TTGCTGAGCT GTCCATGAAA CAAGCTATGG CCATTGAACT CCAAAAGGAA 
GTCAAAGAGA AGGAAGACTT CATCTTCACT TGCAATTCCA GGATGNGAAA GGGTCTGCCC 
CTCAACAAAG AGATTGAGAG AGAATGGCTG AAAGTACTTC GAGATGAAGA AATGTACGCT 
TCGGCCATTG CTGAAAAGTC TCGGGAGTTC CTGGAAGCAG AAAATCGCCA GCTGCCCAAT 
GGTGTTTACA CAACCGCAGA GCCGCGTCCA AATGCCTACA TCCCAGAGGC AGAGGCCACT 
CTTCCTCTGC CAAAACCATA TGGTGCTCTG GCTCCTTTTA AGCCCAGTGA ACCTGGGGCC 
AATATGAGGC ACATAAGGAA ACCTGTTATA AAGCCAATTG AAATTTGA