Ccdc150 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Ccdc150
Entrez Gene ID	110303077
Full Name	coiled-coil domain containing 150
Gene Type	protein-coding
Organism	Mus caroli(Ryukyu mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021173999.2	XP_021029658.1	coiled-coil domain-containing protein 150 isoform X2
XM_021174018.1	XP_021029677.1	coiled-coil domain-containing protein 150 isoform X4
XM_021174009.2	XP_021029668.1	coiled-coil domain-containing protein 150 isoform X3
XM_029478860.1	XP_029334720.1	coiled-coil domain-containing protein 150 isoform X5
XM_021174009.1	XP_021029668.1	coiled-coil domain-containing protein 150 isoform X3
XM_021173999.1	XP_021029658.1	coiled-coil domain-containing protein 150 isoform X2
XM_021173989.1	XP_021029648.1	coiled-coil domain-containing protein 150 isoform X1
XM_021174018.2	XP_021029677.1	coiled-coil domain-containing protein 150 isoform X4

Pathways from BioSystems
Gene Ontology

The following Ccdc150 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ccdc150 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)
OMv65974	XM_029478860.1 Latest version!	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$307.30 $439.00
OMv24059	XM_021173989.1 Latest version!	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OMv24060	XM_021173999.2 Latest version!	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OMv24061	XM_021174009.2 Latest version!	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OMv24062	XM_021174018.2 Latest version!	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
View Old Accession Versions >>
OMv24061	XM_021174009.1	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OMv24060	XM_021173999.1	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OMv24062	XM_021174018.1	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
Hide Old Accession Versions >>

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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)

Ccdc150 ( XM_029478860.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_029334720.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OMv65974
Clone ID Related Accession (Same CDS sequence)	XM_029478860.1
Accession Version	XM_029478860.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 1749bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) 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 Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCTCCAA GAAGAAGGAA ATCTCCAGAG AGGCCCACAT CTTCTAAATC CCTGGAAGGC 
TCTCGGTTTT ATATCAGTAA TGTAAAGGAA AGGGCTGCCA CAGTCGCCCT GCCCAGTGTT 
ATTCCAAATG TGGCGCGCCG AGTGAGCTTT GCACCCACCT TGCCTTCTAT GAGAATGTCT 
CAGGGGATGG GAGACTCCAG GATCTCCCTA AAGACTCTTT TAAATGCGAT TAAAACCATG 
GAGGGAAGGC TAGAAGGCAA AATAGACATT CTTGCCTCAA GACCCTTGCT AAGTGAGGAA 
TCATCAAATC TTCTTAAACA GGATTCGATG AAATCTATTC TTGGGAAAAA TGAGGAAGAA 
CTGGCCCAAG CAGTGAAGTG TCGAGATGCT GCCCTGAAAG AGAGCCAGAA GTTGAAAGGG 
GACCTGAAGG CATTGGAGGA CAGGGAGAGC AAGAAGGTGG GAAACTTTCA GAGACAATTA 
GCAGAGGCTA AAGAAGACAA CTGCAAAGTT ACAATCATGC TGGAAAACGT GCTGGCTTCT 
CACAGTAAGA TGCAGGGAGC CCTGGAGAAA GTCCAGATAG AGCTCGGGCG GAGGGATTCA 
GAGATCGCAG GCCTCAAGAA GGAAAGGTCT CTAAATCAAC AAAGAGTACA GAAGCTTGAA 
GCGGAAGTAG ACCAGTGGCA GGCCAGGATG CTGATTGTGG AGGCCCAGCA CAGCAGTGAG 
ATTGAGCCAC TACAGAAGTC TCTAGATATA ACTAGAGAAG ACAACAGGAA ACTGGCCATG 
AGCCTAGAGC AAGCTCTCCA GACAAATGGC CATCTGCAGT CAAAGCTTGA TCACCTCCAA 
GAAAAACTGG AAAGCAAAGA GCGTGAGCGG CAGAGTCTGG AAGCCTTTAA AGAGCAGGTT 
GCTGAGGAAT CCAAAGTAGA AGCAGAATTG CATGCAGAGC GCATTGAAGC TCTGAGGAAG 
CAGTTTCAAA CCGAAAGAGA GACTGCAAAG AAAGCATCAC AGAGGGAAGT GTCTGAGCTG 
AAGAAAGCTC TTGACGAAGC CAACTTCAGA TCGGTGGAAG TGTCCCGGGC AAACCGAGAG 
CTACGACACA AAGCTACGGA GCTGGAAAAA GTGGTGAACA GTAACAAGGA AAAACTCAAG 
AACCAAAGGG CCCAAATAAA GCTGCACTTG TCAGCCAAGG CAAACAACGC ACAGAACGTG 
GAGAGGATGA AGCAAATAGA AATGGAATTG AGGCAAATGG AGATAATTAA GGATCAATAT 
CAGAAAAAGA ACTATGAACA GTCCTTGAGC ATCCAGAGAT TTGTATCTGA GATGAATACC 
CTGCAGAAAG AGATGGAGCT CTTAGCTAAG AGCCAGTATG AGACCTCAGC GAGAAATAAA 
CAGCAGGAGC TGAGACTAGT GACTGAGCGA AAAGTGAGGC TGGAACTAGA AAATCGGTGC 
AAGGAATTGG AAGAAACTAT CAGACACCTG AAGAGATGTA AAGAAGCAAC AGAAAATAAA 
CTAAAAGAAG CCAGCGTGGA GTCCGAGCAG ATAACAGCTA ATCTGGAAGA GGCTCACCGC 
TGGTTTAAAT GCAGGTTCGA TGGATTACAA CTTGAGCTGA CAAAAAACCG GTTGCAGAGG 
CTTCCCCGGG AAGACAGGTG GCTGGAAGAG AATCAAGATA AGATGCATAA TGTTGCAACC 
AGCCAATCTG TTCTACATCG ATGGGAAACT AAACAGAAGT ACCATTCTGA CACAGAGAGG 
AAGAAGTGA

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

RefSeq	XP_029334720.1
CDS	43..1791
Translation	MPPRRRKSPERPTSSKSLEGSRFYISNVKERAATVALPSVIPNVARRVSFAPTLPSMRMSQGMGDSRISLKTLLNAIKTMEGRLEGKIDILASRPLLSEESSNLLKQDSMKSILGKNEEELAQAVKCRDAALKESQKLKGDLKALEDRESKKVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_029478860.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X9, mRNA.

Target ORF information:

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

XM_029478860.1

ORF Insert Sequence:

ATGCCTCCAA GAAGAAGGAA ATCTCCAGAG AGGCCCACAT CTTCTAAATC CCTGGAAGGC 
TCTCGGTTTT ATATCAGTAA TGTAAAGGAA AGGGCTGCCA CAGTCGCCCT GCCCAGTGTT 
ATTCCAAATG TGGCGCGCCG AGTGAGCTTT GCACCCACCT TGCCTTCTAT GAGAATGTCT 
CAGGGGATGG GAGACTCCAG GATCTCCCTA AAGACTCTTT TAAATGCGAT TAAAACCATG 
GAGGGAAGGC TAGAAGGCAA AATAGACATT CTTGCCTCAA GACCCTTGCT AAGTGAGGAA 
TCATCAAATC TTCTTAAACA GGATTCGATG AAATCTATTC TTGGGAAAAA TGAGGAAGAA 
CTGGCCCAAG CAGTGAAGTG TCGAGATGCT GCCCTGAAAG AGAGCCAGAA GTTGAAAGGG 
GACCTGAAGG CATTGGAGGA CAGGGAGAGC AAGAAGGTGG GAAACTTTCA GAGACAATTA 
GCAGAGGCTA AAGAAGACAA CTGCAAAGTT ACAATCATGC TGGAAAACGT GCTGGCTTCT 
CACAGTAAGA TGCAGGGAGC CCTGGAGAAA GTCCAGATAG AGCTCGGGCG GAGGGATTCA 
GAGATCGCAG GCCTCAAGAA GGAAAGGTCT CTAAATCAAC AAAGAGTACA GAAGCTTGAA 
GCGGAAGTAG ACCAGTGGCA GGCCAGGATG CTGATTGTGG AGGCCCAGCA CAGCAGTGAG 
ATTGAGCCAC TACAGAAGTC TCTAGATATA ACTAGAGAAG ACAACAGGAA ACTGGCCATG 
AGCCTAGAGC AAGCTCTCCA GACAAATGGC CATCTGCAGT CAAAGCTTGA TCACCTCCAA 
GAAAAACTGG AAAGCAAAGA GCGTGAGCGG CAGAGTCTGG AAGCCTTTAA AGAGCAGGTT 
GCTGAGGAAT CCAAAGTAGA AGCAGAATTG CATGCAGAGC GCATTGAAGC TCTGAGGAAG 
CAGTTTCAAA CCGAAAGAGA GACTGCAAAG AAAGCATCAC AGAGGGAAGT GTCTGAGCTG 
AAGAAAGCTC TTGACGAAGC CAACTTCAGA TCGGTGGAAG TGTCCCGGGC AAACCGAGAG 
CTACGACACA AAGCTACGGA GCTGGAAAAA GTGGTGAACA GTAACAAGGA AAAACTCAAG 
AACCAAAGGG CCCAAATAAA GCTGCACTTG TCAGCCAAGG CAAACAACGC ACAGAACGTG 
GAGAGGATGA AGCAAATAGA AATGGAATTG AGGCAAATGG AGATAATTAA GGATCAATAT 
CAGAAAAAGA ACTATGAACA GTCCTTGAGC ATCCAGAGAT TTGTATCTGA GATGAATACC 
CTGCAGAAAG AGATGGAGCT CTTAGCTAAG AGCCAGTATG AGACCTCAGC GAGAAATAAA 
CAGCAGGAGC TGAGACTAGT GACTGAGCGA AAAGTGAGGC TGGAACTAGA AAATCGGTGC 
AAGGAATTGG AAGAAACTAT CAGACACCTG AAGAGATGTA AAGAAGCAAC AGAAAATAAA 
CTAAAAGAAG CCAGCGTGGA GTCCGAGCAG ATAACAGCTA ATCTGGAAGA GGCTCACCGC 
TGGTTTAAAT GCAGGTTCGA TGGATTACAA CTTGAGCTGA CAAAAAACCG GTTGCAGAGG 
CTTCCCCGGG AAGACAGGTG GCTGGAAGAG AATCAAGATA AGATGCATAA TGTTGCAACC 
AGCCAATCTG TTCTACATCG ATGGGAAACT AAACAGAAGT ACCATTCTGA CACAGAGAGG 
AAGAAGTGA

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

Ccdc150 ( XM_021173989.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029648.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OMv24059
Clone ID Related Accession (Same CDS sequence)	XM_021173989.1
Accession Version	XM_021173989.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3333bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) 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 Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG CTACGGCGAC AACTGGCTCA GGAGAAGCTT 
GTCAGGGAAT CTCTTGAGAC ATCTGCATCG TCCATGCTCC TCAAAGTACA AGAGATGGGG 
TCAGTGGTGG AGGCAGAACG GCAGCAGGTA CACACTTTGC AGCAGAAGTG CACTGCCCTA 
CACAGCTCTA TGAAAACAAC CCAAGACCTG CTGGCCCAGG AACAGCAGAA GAATGAAGAC 
TTGGGGATGA CTATCTCGCA GCTCAAGTCT GATCTGAATT CCAGAGATAG CCTCATTTGC 
AAGTTGGTGG AAGAAAATAA GGCTACACAA ATATCGCTCA AGAAAGAACA TGAAGAAAAC 
ATATATTTGA AATCTGAAAT ACTATCCCTT CAAGATGTAT CAGGAAAAGC ACAGGTTTTG 
AATGACCAGC TTTCCAAAAA GTGTTCAGAG CTAACCAGCA TGCTTCAGGT TGTTAAAATG 
GAAAATTCAA GAATTATTGC TGAACATCAT GCTATTTTGA AGGTGGAGCA GAAAATGATA 
ACAGATACAT TTCAAGAGCA AAATTTACTG TTAGACGCAG CCCATGCCAG CATCACAGGA 
GAGCTCCAAA CTGTGCAGAA TGAAAAGGCA CAACTCCAGA TGCACCTAGA CCATTTAATT 
CTTGAGCACA ATCAGTGTCT TCAGAAATCA CAGGAGGCTG AGAAGAGGAC AGTGGTCCAA 
AAAGAACTTC TGGAATCAAC TATTGCAAGA CTACAAGGTG AACTGAAAAC ATCATTGCAG 
GAGAAGAAGT CTCTGCTGGA GAAGAATGAG TGGTTTCAGA GGGAGGTTAA TAAAACAGAA 
AAAGAAGTAG CCAAAGAAAA ATGTAATTTG GAAAAAGAAT TAGCTGAAAG CAAGGAAGAC 
ATTAATGTGT TGAATCAAAA CCTGCAGACT CTAATGGAAG AAAATAAGCA TCTAACAGAT 
AAAATGGCTT CCCTTGAACA TCACAAAGCC ACTTCTGACT ACCAAGGGAA AGTGGAAAAG 
GCCTTGGAAA AAATTACTGA TAGCAAAAAT ATGCTCGCCT ATGAAAAGGG GAAACTCCAG 
ACAAAGGTTA AACAGCTAGA AGCACAGCTT CACACATTCG CTGAAACCAT GCTGCAGAAG 
GACCATCTAC ATAAGCTGAA TAAAGCTTTA GAGGTCAAAT ATGCTCAGGC AAACTCAGAG 
CTGAGTGCCA GCAAGACGTA TCTGGAGCAG ACAGAAGCTC ACCTGAAAGA GATGAAATCT 
ATTCTTGGGA AAAATGAGGA AGAACTGGCC CAAGCAGTGA AGTGTCGAGA TGCTGCCCTG 
AAAGAGAGCC AGAAGTTGAA AGGGGACCTG AAGGCATTGG AGGACAGGGA GAGCAAGAAG 
GTGGGAAACT TTCAGAGACA ATTAGCAGAG GCTAAAGAAG ACAACTGCAA AGTTACAATC 
ATGCTGGAAA ACGTGCTGGC TTCTCACAGT AAGATGCAGG GAGCCCTGGA GAAAGTCCAG 
ATAGAGCTCG GGCGGAGGGA TTCAGAGATC GCAGGCCTCA AGAAGGAAAG GTCTCTAAAT 
CAACAAAGAG TACAGAAGCT TGAAGCGGAA GTAGACCAGT GGCAGGCCAG GATGCTGATT 
GTGGAGGCCC AGCACAGCAG TGAGATTGAG CCACTACAGA AGTCTCTAGA TATAACTAGA 
GAAGACAACA GGAAACTGGC CATGAGCCTA GAGCAAGCTC TCCAGACAAA TGGCCATCTG 
CAGTCAAAGC TTGATCACCT CCAAGAAAAA CTGGAAAGCA AAGAGCGTGA GCGGCAGAGT 
CTGGAAGCCT TTAAAGAGCA GGTTGCTGAG GAATCCAAAG TAGAAGCAGA ATTGCATGCA 
GAGCGCATTG AAGCTCTGAG GAAGCAGTTT CAAACCGAAA GAGAGACTGC AAAGAAAGCA 
TCACAGAGGG AAGTGTCTGA GCTGAAGAAA GCTCTTGACG AAGCCAACTT CAGATCGGTG 
GAAGTGTCCC GGGCAAACCG AGAGCTACGA CACAAAGCTA CGGAGCTGGA AAAAGTGGTG 
AACAGTAACA AGGAAAAACT CAAGAACCAA AGGGCCCAAA TAAAGCTGCA CTTGTCAGCC 
AAGGCAAACA ACGCACAGAA CGTGGAGAGG ATGAAGCAAA TAGAAATGGA ATTGAGGCAA 
ATGGAGATAA TTAAGGATCA ATATCAGAAA AAGAACTATG AACAGTCCTT GAGCATCCAG 
AGATTTGTAT CTGAGATGAA TACCCTGCAG AAAGAGATGG AGCTCTTAGC TAAGAGCCAG 
TATGAGACCT CAGCGAGAAA TAAACAGCAG GAGCTGAGAC TAGTGACTGA GCGAAAAGTG 
AGGCTGGAAC TAGAAAATCG GTGCAAGGAA TTGGAAGAAA CTATCAGACA CCTGAAGAGA 
TGTAAAGAAG CAACAGAAAA TAAACTAAAA GAAGCCAGCG TGGAGTCCGA GCAGATAACA 
GCTAATCTGG AAGAGGCTCA CCGCTGGTTT AAATGCAGGT TCGATGGATT ACAACTTGAG 
CTGACAAAAA ACCGGTTGCA GAGGCTTCCC CGGGAAGACA GGTGGCTGGA AGAGAATCAA 
GATAAGATGC ATAATGTTGC AACCAGCCAA TCTGTTCTAC ATCGATGGGA AACTAAACAG 
AAGTACCATT CTGACACAGA GAGGAAGAAG TGA

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

RefSeq	XP_021029648.1
CDS	141..3473
Translation	METNLLAGGRSYGMVDESGVQMETTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQELRRQLAQEKLVRESLETSASSMLLKVQEMGSVVEAERQQVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEMKSILGKNEEELAQAVKCRDAALKESQKLKGDLKALEDRESKKVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021173989.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X1, mRNA.

Target ORF information:

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

XM_021173989.1

ORF Insert Sequence:

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG CTACGGCGAC AACTGGCTCA GGAGAAGCTT 
GTCAGGGAAT CTCTTGAGAC ATCTGCATCG TCCATGCTCC TCAAAGTACA AGAGATGGGG 
TCAGTGGTGG AGGCAGAACG GCAGCAGGTA CACACTTTGC AGCAGAAGTG CACTGCCCTA 
CACAGCTCTA TGAAAACAAC CCAAGACCTG CTGGCCCAGG AACAGCAGAA GAATGAAGAC 
TTGGGGATGA CTATCTCGCA GCTCAAGTCT GATCTGAATT CCAGAGATAG CCTCATTTGC 
AAGTTGGTGG AAGAAAATAA GGCTACACAA ATATCGCTCA AGAAAGAACA TGAAGAAAAC 
ATATATTTGA AATCTGAAAT ACTATCCCTT CAAGATGTAT CAGGAAAAGC ACAGGTTTTG 
AATGACCAGC TTTCCAAAAA GTGTTCAGAG CTAACCAGCA TGCTTCAGGT TGTTAAAATG 
GAAAATTCAA GAATTATTGC TGAACATCAT GCTATTTTGA AGGTGGAGCA GAAAATGATA 
ACAGATACAT TTCAAGAGCA AAATTTACTG TTAGACGCAG CCCATGCCAG CATCACAGGA 
GAGCTCCAAA CTGTGCAGAA TGAAAAGGCA CAACTCCAGA TGCACCTAGA CCATTTAATT 
CTTGAGCACA ATCAGTGTCT TCAGAAATCA CAGGAGGCTG AGAAGAGGAC AGTGGTCCAA 
AAAGAACTTC TGGAATCAAC TATTGCAAGA CTACAAGGTG AACTGAAAAC ATCATTGCAG 
GAGAAGAAGT CTCTGCTGGA GAAGAATGAG TGGTTTCAGA GGGAGGTTAA TAAAACAGAA 
AAAGAAGTAG CCAAAGAAAA ATGTAATTTG GAAAAAGAAT TAGCTGAAAG CAAGGAAGAC 
ATTAATGTGT TGAATCAAAA CCTGCAGACT CTAATGGAAG AAAATAAGCA TCTAACAGAT 
AAAATGGCTT CCCTTGAACA TCACAAAGCC ACTTCTGACT ACCAAGGGAA AGTGGAAAAG 
GCCTTGGAAA AAATTACTGA TAGCAAAAAT ATGCTCGCCT ATGAAAAGGG GAAACTCCAG 
ACAAAGGTTA AACAGCTAGA AGCACAGCTT CACACATTCG CTGAAACCAT GCTGCAGAAG 
GACCATCTAC ATAAGCTGAA TAAAGCTTTA GAGGTCAAAT ATGCTCAGGC AAACTCAGAG 
CTGAGTGCCA GCAAGACGTA TCTGGAGCAG ACAGAAGCTC ACCTGAAAGA GATGAAATCT 
ATTCTTGGGA AAAATGAGGA AGAACTGGCC CAAGCAGTGA AGTGTCGAGA TGCTGCCCTG 
AAAGAGAGCC AGAAGTTGAA AGGGGACCTG AAGGCATTGG AGGACAGGGA GAGCAAGAAG 
GTGGGAAACT TTCAGAGACA ATTAGCAGAG GCTAAAGAAG ACAACTGCAA AGTTACAATC 
ATGCTGGAAA ACGTGCTGGC TTCTCACAGT AAGATGCAGG GAGCCCTGGA GAAAGTCCAG 
ATAGAGCTCG GGCGGAGGGA TTCAGAGATC GCAGGCCTCA AGAAGGAAAG GTCTCTAAAT 
CAACAAAGAG TACAGAAGCT TGAAGCGGAA GTAGACCAGT GGCAGGCCAG GATGCTGATT 
GTGGAGGCCC AGCACAGCAG TGAGATTGAG CCACTACAGA AGTCTCTAGA TATAACTAGA 
GAAGACAACA GGAAACTGGC CATGAGCCTA GAGCAAGCTC TCCAGACAAA TGGCCATCTG 
CAGTCAAAGC TTGATCACCT CCAAGAAAAA CTGGAAAGCA AAGAGCGTGA GCGGCAGAGT 
CTGGAAGCCT TTAAAGAGCA GGTTGCTGAG GAATCCAAAG TAGAAGCAGA ATTGCATGCA 
GAGCGCATTG AAGCTCTGAG GAAGCAGTTT CAAACCGAAA GAGAGACTGC AAAGAAAGCA 
TCACAGAGGG AAGTGTCTGA GCTGAAGAAA GCTCTTGACG AAGCCAACTT CAGATCGGTG 
GAAGTGTCCC GGGCAAACCG AGAGCTACGA CACAAAGCTA CGGAGCTGGA AAAAGTGGTG 
AACAGTAACA AGGAAAAACT CAAGAACCAA AGGGCCCAAA TAAAGCTGCA CTTGTCAGCC 
AAGGCAAACA ACGCACAGAA CGTGGAGAGG ATGAAGCAAA TAGAAATGGA ATTGAGGCAA 
ATGGAGATAA TTAAGGATCA ATATCAGAAA AAGAACTATG AACAGTCCTT GAGCATCCAG 
AGATTTGTAT CTGAGATGAA TACCCTGCAG AAAGAGATGG AGCTCTTAGC TAAGAGCCAG 
TATGAGACCT CAGCGAGAAA TAAACAGCAG GAGCTGAGAC TAGTGACTGA GCGAAAAGTG 
AGGCTGGAAC TAGAAAATCG GTGCAAGGAA TTGGAAGAAA CTATCAGACA CCTGAAGAGA 
TGTAAAGAAG CAACAGAAAA TAAACTAAAA GAAGCCAGCG TGGAGTCCGA GCAGATAACA 
GCTAATCTGG AAGAGGCTCA CCGCTGGTTT AAATGCAGGT TCGATGGATT ACAACTTGAG 
CTGACAAAAA ACCGGTTGCA GAGGCTTCCC CGGGAAGACA GGTGGCTGGA AGAGAATCAA 
GATAAGATGC ATAATGTTGC AACCAGCCAA TCTGTTCTAC ATCGATGGGA AACTAAACAG 
AAGTACCATT CTGACACAGA GAGGAAGAAG TGA

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

Ccdc150 ( XM_021173999.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029658.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv24060
Clone ID Related Accession (Same CDS sequence)	XM_021173999.2 , XM_021173999.1
Accession Version	XM_021173999.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3270bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021173999.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACTA CAGTGTGCAG ACCAGTCCTG TCTCCAACCC ACATCAATGC AACAGCTTCT 
GAAACATTCA CAGTACTTCA GCAGAAGATG AGAATAGTTG AGGAACAGAC CAGCTCTCTG 
AGAGATGACC TAATAATGCT AGGATACGGT GACAGACGAG GTCCATTAGA AACTCCAAAC 
TATTTAGAAG ACCCTGCCAG CCAGAAAGCC ATTAGTCCTA TCCCAAATGA AGCAATTTGT 
CCAGAAAGCC CAGGTAATTT GTGGAGGAAC TATGAATTTC TGGTAAATCG AATGTGCTAT 
TTGGAGAACC TCATTCAGTC CTTGAAGATG AACATCTTTC ACCTGCAAAC TGAAAAGGAA 
TCGAATCCAC AGAAAACAGC TTTTCTGAAC GATCAGCTGA ATATAATACA AGGGGAGCAT 
TCCAAGGGCC TGAAGCTGTT GCAACTTGAA GTGATGAATT TGCGCCAGCA ATTGAAAGTT 
GTCAAGGAGG AAGAAGACAG GGCACAGGAT GAAATGCAGA GATTGACTGC CACTCTGGAA 
ATTGCAACGG AGACAAAGAA GAATGCGGCT GTTATTGAGG AGGAACTAAA GACCACAAAG 
CGTAAAATGA ACCTTAAAAT CCAAGAGCTA CGGCGACAAC TGGCTCAGGA GAAGCTTGTC 
AGGGAATCTC TTGAGACATC TGCATCGTCC ATGCTCCTCA AAGTACAAGA GATGGGGTCA 
GTGGTGGAGG CAGAACGGCA GCAGGTACAC ACTTTGCAGC AGAAGTGCAC TGCCCTACAC 
AGCTCTATGA AAACAACCCA AGACCTGCTG GCCCAGGAAC AGCAGAAGAA TGAAGACTTG 
GGGATGACTA TCTCGCAGCT CAAGTCTGAT CTGAATTCCA GAGATAGCCT CATTTGCAAG 
TTGGTGGAAG AAAATAAGGC TACACAAATA TCGCTCAAGA AAGAACATGA AGAAAACATA 
TATTTGAAAT CTGAAATACT ATCCCTTCAA GATGTATCAG GAAAAGCACA GGTTTTGAAT 
GACCAGCTTT CCAAAAAGTG TTCAGAGCTA ACCAGCATGC TTCAGGTTGT TAAAATGGAA 
AATTCAAGAA TTATTGCTGA ACATCATGCT ATTTTGAAGG TGGAGCAGAA AATGATAACA 
GATACATTTC AAGAGCAAAA TTTACTGTTA GACGCAGCCC ATGCCAGCAT CACAGGAGAG 
CTCCAAACTG TGCAGAATGA AAAGGCACAA CTCCAGATGC ACCTAGACCA TTTAATTCTT 
GAGCACAATC AGTGTCTTCA GAAATCACAG GAGGCTGAGA AGAGGACAGT GGTCCAAAAA 
GAACTTCTGG AATCAACTAT TGCAAGACTA CAAGGTGAAC TGAAAACATC ATTGCAGGAG 
AAGAAGTCTC TGCTGGAGAA GAATGAGTGG TTTCAGAGGG AGGTTAATAA AACAGAAAAA 
GAAGTAGCCA AAGAAAAATG TAATTTGGAA AAAGAATTAG CTGAAAGCAA GGAAGACATT 
AATGTGTTGA ATCAAAACCT GCAGACTCTA ATGGAAGAAA ATAAGCATCT AACAGATAAA 
ATGGCTTCCC TTGAACATCA CAAAGCCACT TCTGACTACC AAGGGAAAGT GGAAAAGGCC 
TTGGAAAAAA TTACTGATAG CAAAAATATG CTCGCCTATG AAAAGGGGAA ACTCCAGACA 
AAGGTTAAAC AGCTAGAAGC ACAGCTTCAC ACATTCGCTG AAACCATGCT GCAGAAGGAC 
CATCTACATA AGCTGAATAA AGCTTTAGAG GTCAAATATG CTCAGGCAAA CTCAGAGCTG 
AGTGCCAGCA AGACGTATCT GGAGCAGACA GAAGCTCACC TGAAAGAGAT GAAATCTATT 
CTTGGGAAAA ATGAGGAAGA ACTGGCCCAA GCAGTGAAGT GTCGAGATGC TGCCCTGAAA 
GAGAGCCAGA AGTTGAAAGG GGACCTGAAG GCATTGGAGG ACAGGGAGAG CAAGAAGGTG 
GGAAACTTTC AGAGACAATT AGCAGAGGCT AAAGAAGACA ACTGCAAAGT TACAATCATG 
CTGGAAAACG TGCTGGCTTC TCACAGTAAG ATGCAGGGAG CCCTGGAGAA AGTCCAGATA 
GAGCTCGGGC GGAGGGATTC AGAGATCGCA GGCCTCAAGA AGGAAAGGTC TCTAAATCAA 
CAAAGAGTAC AGAAGCTTGA AGCGGAAGTA GACCAGTGGC AGGCCAGGAT GCTGATTGTG 
GAGGCCCAGC ACAGCAGTGA GATTGAGCCA CTACAGAAGT CTCTAGATAT AACTAGAGAA 
GACAACAGGA AACTGGCCAT GAGCCTAGAG CAAGCTCTCC AGACAAATGG CCATCTGCAG 
TCAAAGCTTG ATCACCTCCA AGAAAAACTG GAAAGCAAAG AGCGTGAGCG GCAGAGTCTG 
GAAGCCTTTA AAGAGCAGGT TGCTGAGGAA TCCAAAGTAG AAGCAGAATT GCATGCAGAG 
CGCATTGAAG CTCTGAGGAA GCAGTTTCAA ACCGAAAGAG AGACTGCAAA GAAAGCATCA 
CAGAGGGAAG TGTCTGAGCT GAAGAAAGCT CTTGACGAAG CCAACTTCAG ATCGGTGGAA 
GTGTCCCGGG CAAACCGAGA GCTACGACAC AAAGCTACGG AGCTGGAAAA AGTGGTGAAC 
AGTAACAAGG AAAAACTCAA GAACCAAAGG GCCCAAATAA AGCTGCACTT GTCAGCCAAG 
GCAAACAACG CACAGAACGT GGAGAGGATG AAGCAAATAG AAATGGAATT GAGGCAAATG 
GAGATAATTA AGGATCAATA TCAGAAAAAG AACTATGAAC AGTCCTTGAG CATCCAGAGA 
TTTGTATCTG AGATGAATAC CCTGCAGAAA GAGATGGAGC TCTTAGCTAA GAGCCAGTAT 
GAGACCTCAG CGAGAAATAA ACAGCAGGAG CTGAGACTAG TGACTGAGCG AAAAGTGAGG 
CTGGAACTAG AAAATCGGTG CAAGGAATTG GAAGAAACTA TCAGACACCT GAAGAGATGT 
AAAGAAGCAA CAGAAAATAA ACTAAAAGAA GCCAGCGTGG AGTCCGAGCA GATAACAGCT 
AATCTGGAAG AGGCTCACCG CTGGTTTAAA TGCAGGTTCG ATGGATTACA ACTTGAGCTG 
ACAAAAAACC GGTTGCAGAG GCTTCCCCGG GAAGACAGGT GGCTGGAAGA GAATCAAGAT 
AAGATGCATA ATGTTGCAAC CAGCCAATCT GTTCTACATC GATGGGAAAC TAAACAGAAG 
TACCATTCTG ACACAGAGAG GAAGAAGTGA

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

RefSeq	XP_021029658.1
CDS	89..3358
Translation	METTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQELRRQLAQEKLVRESLETSASSMLLKVQEMGSVVEAERQQVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEMKSILGKNEEELAQAVKCRDAALKESQKLKGDLKALEDRESKKVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021173999.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X2, mRNA.

Target ORF information:

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

XM_021173999.2

ORF Insert Sequence:

ATGGAAACTA CAGTGTGCAG ACCAGTCCTG TCTCCAACCC ACATCAATGC AACAGCTTCT 
GAAACATTCA CAGTACTTCA GCAGAAGATG AGAATAGTTG AGGAACAGAC CAGCTCTCTG 
AGAGATGACC TAATAATGCT AGGATACGGT GACAGACGAG GTCCATTAGA AACTCCAAAC 
TATTTAGAAG ACCCTGCCAG CCAGAAAGCC ATTAGTCCTA TCCCAAATGA AGCAATTTGT 
CCAGAAAGCC CAGGTAATTT GTGGAGGAAC TATGAATTTC TGGTAAATCG AATGTGCTAT 
TTGGAGAACC TCATTCAGTC CTTGAAGATG AACATCTTTC ACCTGCAAAC TGAAAAGGAA 
TCGAATCCAC AGAAAACAGC TTTTCTGAAC GATCAGCTGA ATATAATACA AGGGGAGCAT 
TCCAAGGGCC TGAAGCTGTT GCAACTTGAA GTGATGAATT TGCGCCAGCA ATTGAAAGTT 
GTCAAGGAGG AAGAAGACAG GGCACAGGAT GAAATGCAGA GATTGACTGC CACTCTGGAA 
ATTGCAACGG AGACAAAGAA GAATGCGGCT GTTATTGAGG AGGAACTAAA GACCACAAAG 
CGTAAAATGA ACCTTAAAAT CCAAGAGCTA CGGCGACAAC TGGCTCAGGA GAAGCTTGTC 
AGGGAATCTC TTGAGACATC TGCATCGTCC ATGCTCCTCA AAGTACAAGA GATGGGGTCA 
GTGGTGGAGG CAGAACGGCA GCAGGTACAC ACTTTGCAGC AGAAGTGCAC TGCCCTACAC 
AGCTCTATGA AAACAACCCA AGACCTGCTG GCCCAGGAAC AGCAGAAGAA TGAAGACTTG 
GGGATGACTA TCTCGCAGCT CAAGTCTGAT CTGAATTCCA GAGATAGCCT CATTTGCAAG 
TTGGTGGAAG AAAATAAGGC TACACAAATA TCGCTCAAGA AAGAACATGA AGAAAACATA 
TATTTGAAAT CTGAAATACT ATCCCTTCAA GATGTATCAG GAAAAGCACA GGTTTTGAAT 
GACCAGCTTT CCAAAAAGTG TTCAGAGCTA ACCAGCATGC TTCAGGTTGT TAAAATGGAA 
AATTCAAGAA TTATTGCTGA ACATCATGCT ATTTTGAAGG TGGAGCAGAA AATGATAACA 
GATACATTTC AAGAGCAAAA TTTACTGTTA GACGCAGCCC ATGCCAGCAT CACAGGAGAG 
CTCCAAACTG TGCAGAATGA AAAGGCACAA CTCCAGATGC ACCTAGACCA TTTAATTCTT 
GAGCACAATC AGTGTCTTCA GAAATCACAG GAGGCTGAGA AGAGGACAGT GGTCCAAAAA 
GAACTTCTGG AATCAACTAT TGCAAGACTA CAAGGTGAAC TGAAAACATC ATTGCAGGAG 
AAGAAGTCTC TGCTGGAGAA GAATGAGTGG TTTCAGAGGG AGGTTAATAA AACAGAAAAA 
GAAGTAGCCA AAGAAAAATG TAATTTGGAA AAAGAATTAG CTGAAAGCAA GGAAGACATT 
AATGTGTTGA ATCAAAACCT GCAGACTCTA ATGGAAGAAA ATAAGCATCT AACAGATAAA 
ATGGCTTCCC TTGAACATCA CAAAGCCACT TCTGACTACC AAGGGAAAGT GGAAAAGGCC 
TTGGAAAAAA TTACTGATAG CAAAAATATG CTCGCCTATG AAAAGGGGAA ACTCCAGACA 
AAGGTTAAAC AGCTAGAAGC ACAGCTTCAC ACATTCGCTG AAACCATGCT GCAGAAGGAC 
CATCTACATA AGCTGAATAA AGCTTTAGAG GTCAAATATG CTCAGGCAAA CTCAGAGCTG 
AGTGCCAGCA AGACGTATCT GGAGCAGACA GAAGCTCACC TGAAAGAGAT GAAATCTATT 
CTTGGGAAAA ATGAGGAAGA ACTGGCCCAA GCAGTGAAGT GTCGAGATGC TGCCCTGAAA 
GAGAGCCAGA AGTTGAAAGG GGACCTGAAG GCATTGGAGG ACAGGGAGAG CAAGAAGGTG 
GGAAACTTTC AGAGACAATT AGCAGAGGCT AAAGAAGACA ACTGCAAAGT TACAATCATG 
CTGGAAAACG TGCTGGCTTC TCACAGTAAG ATGCAGGGAG CCCTGGAGAA AGTCCAGATA 
GAGCTCGGGC GGAGGGATTC AGAGATCGCA GGCCTCAAGA AGGAAAGGTC TCTAAATCAA 
CAAAGAGTAC AGAAGCTTGA AGCGGAAGTA GACCAGTGGC AGGCCAGGAT GCTGATTGTG 
GAGGCCCAGC ACAGCAGTGA GATTGAGCCA CTACAGAAGT CTCTAGATAT AACTAGAGAA 
GACAACAGGA AACTGGCCAT GAGCCTAGAG CAAGCTCTCC AGACAAATGG CCATCTGCAG 
TCAAAGCTTG ATCACCTCCA AGAAAAACTG GAAAGCAAAG AGCGTGAGCG GCAGAGTCTG 
GAAGCCTTTA AAGAGCAGGT TGCTGAGGAA TCCAAAGTAG AAGCAGAATT GCATGCAGAG 
CGCATTGAAG CTCTGAGGAA GCAGTTTCAA ACCGAAAGAG AGACTGCAAA GAAAGCATCA 
CAGAGGGAAG TGTCTGAGCT GAAGAAAGCT CTTGACGAAG CCAACTTCAG ATCGGTGGAA 
GTGTCCCGGG CAAACCGAGA GCTACGACAC AAAGCTACGG AGCTGGAAAA AGTGGTGAAC 
AGTAACAAGG AAAAACTCAA GAACCAAAGG GCCCAAATAA AGCTGCACTT GTCAGCCAAG 
GCAAACAACG CACAGAACGT GGAGAGGATG AAGCAAATAG AAATGGAATT GAGGCAAATG 
GAGATAATTA AGGATCAATA TCAGAAAAAG AACTATGAAC AGTCCTTGAG CATCCAGAGA 
TTTGTATCTG AGATGAATAC CCTGCAGAAA GAGATGGAGC TCTTAGCTAA GAGCCAGTAT 
GAGACCTCAG CGAGAAATAA ACAGCAGGAG CTGAGACTAG TGACTGAGCG AAAAGTGAGG 
CTGGAACTAG AAAATCGGTG CAAGGAATTG GAAGAAACTA TCAGACACCT GAAGAGATGT 
AAAGAAGCAA CAGAAAATAA ACTAAAAGAA GCCAGCGTGG AGTCCGAGCA GATAACAGCT 
AATCTGGAAG AGGCTCACCG CTGGTTTAAA TGCAGGTTCG ATGGATTACA ACTTGAGCTG 
ACAAAAAACC GGTTGCAGAG GCTTCCCCGG GAAGACAGGT GGCTGGAAGA GAATCAAGAT 
AAGATGCATA ATGTTGCAAC CAGCCAATCT GTTCTACATC GATGGGAAAC TAAACAGAAG 
TACCATTCTG ACACAGAGAG GAAGAAGTGA

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

Ccdc150 ( XM_021173999.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029658.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OMv24060
Clone ID Related Accession (Same CDS sequence)	XM_021173999.2 , XM_021173999.1
Accession Version	XM_021173999.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3270bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) 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 :: Mus caroli Annotation Release 100 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##

ATGGAAACTA CAGTGTGCAG ACCAGTCCTG TCTCCAACCC ACATCAATGC AACAGCTTCT 
GAAACATTCA CAGTACTTCA GCAGAAGATG AGAATAGTTG AGGAACAGAC CAGCTCTCTG 
AGAGATGACC TAATAATGCT AGGATACGGT GACAGACGAG GTCCATTAGA AACTCCAAAC 
TATTTAGAAG ACCCTGCCAG CCAGAAAGCC ATTAGTCCTA TCCCAAATGA AGCAATTTGT 
CCAGAAAGCC CAGGTAATTT GTGGAGGAAC TATGAATTTC TGGTAAATCG AATGTGCTAT 
TTGGAGAACC TCATTCAGTC CTTGAAGATG AACATCTTTC ACCTGCAAAC TGAAAAGGAA 
TCGAATCCAC AGAAAACAGC TTTTCTGAAC GATCAGCTGA ATATAATACA AGGGGAGCAT 
TCCAAGGGCC TGAAGCTGTT GCAACTTGAA GTGATGAATT TGCGCCAGCA ATTGAAAGTT 
GTCAAGGAGG AAGAAGACAG GGCACAGGAT GAAATGCAGA GATTGACTGC CACTCTGGAA 
ATTGCAACGG AGACAAAGAA GAATGCGGCT GTTATTGAGG AGGAACTAAA GACCACAAAG 
CGTAAAATGA ACCTTAAAAT CCAAGAGCTA CGGCGACAAC TGGCTCAGGA GAAGCTTGTC 
AGGGAATCTC TTGAGACATC TGCATCGTCC ATGCTCCTCA AAGTACAAGA GATGGGGTCA 
GTGGTGGAGG CAGAACGGCA GCAGGTACAC ACTTTGCAGC AGAAGTGCAC TGCCCTACAC 
AGCTCTATGA AAACAACCCA AGACCTGCTG GCCCAGGAAC AGCAGAAGAA TGAAGACTTG 
GGGATGACTA TCTCGCAGCT CAAGTCTGAT CTGAATTCCA GAGATAGCCT CATTTGCAAG 
TTGGTGGAAG AAAATAAGGC TACACAAATA TCGCTCAAGA AAGAACATGA AGAAAACATA 
TATTTGAAAT CTGAAATACT ATCCCTTCAA GATGTATCAG GAAAAGCACA GGTTTTGAAT 
GACCAGCTTT CCAAAAAGTG TTCAGAGCTA ACCAGCATGC TTCAGGTTGT TAAAATGGAA 
AATTCAAGAA TTATTGCTGA ACATCATGCT ATTTTGAAGG TGGAGCAGAA AATGATAACA 
GATACATTTC AAGAGCAAAA TTTACTGTTA GACGCAGCCC ATGCCAGCAT CACAGGAGAG 
CTCCAAACTG TGCAGAATGA AAAGGCACAA CTCCAGATGC ACCTAGACCA TTTAATTCTT 
GAGCACAATC AGTGTCTTCA GAAATCACAG GAGGCTGAGA AGAGGACAGT GGTCCAAAAA 
GAACTTCTGG AATCAACTAT TGCAAGACTA CAAGGTGAAC TGAAAACATC ATTGCAGGAG 
AAGAAGTCTC TGCTGGAGAA GAATGAGTGG TTTCAGAGGG AGGTTAATAA AACAGAAAAA 
GAAGTAGCCA AAGAAAAATG TAATTTGGAA AAAGAATTAG CTGAAAGCAA GGAAGACATT 
AATGTGTTGA ATCAAAACCT GCAGACTCTA ATGGAAGAAA ATAAGCATCT AACAGATAAA 
ATGGCTTCCC TTGAACATCA CAAAGCCACT TCTGACTACC AAGGGAAAGT GGAAAAGGCC 
TTGGAAAAAA TTACTGATAG CAAAAATATG CTCGCCTATG AAAAGGGGAA ACTCCAGACA 
AAGGTTAAAC AGCTAGAAGC ACAGCTTCAC ACATTCGCTG AAACCATGCT GCAGAAGGAC 
CATCTACATA AGCTGAATAA AGCTTTAGAG GTCAAATATG CTCAGGCAAA CTCAGAGCTG 
AGTGCCAGCA AGACGTATCT GGAGCAGACA GAAGCTCACC TGAAAGAGAT GAAATCTATT 
CTTGGGAAAA ATGAGGAAGA ACTGGCCCAA GCAGTGAAGT GTCGAGATGC TGCCCTGAAA 
GAGAGCCAGA AGTTGAAAGG GGACCTGAAG GCATTGGAGG ACAGGGAGAG CAAGAAGGTG 
GGAAACTTTC AGAGACAATT AGCAGAGGCT AAAGAAGACA ACTGCAAAGT TACAATCATG 
CTGGAAAACG TGCTGGCTTC TCACAGTAAG ATGCAGGGAG CCCTGGAGAA AGTCCAGATA 
GAGCTCGGGC GGAGGGATTC AGAGATCGCA GGCCTCAAGA AGGAAAGGTC TCTAAATCAA 
CAAAGAGTAC AGAAGCTTGA AGCGGAAGTA GACCAGTGGC AGGCCAGGAT GCTGATTGTG 
GAGGCCCAGC ACAGCAGTGA GATTGAGCCA CTACAGAAGT CTCTAGATAT AACTAGAGAA 
GACAACAGGA AACTGGCCAT GAGCCTAGAG CAAGCTCTCC AGACAAATGG CCATCTGCAG 
TCAAAGCTTG ATCACCTCCA AGAAAAACTG GAAAGCAAAG AGCGTGAGCG GCAGAGTCTG 
GAAGCCTTTA AAGAGCAGGT TGCTGAGGAA TCCAAAGTAG AAGCAGAATT GCATGCAGAG 
CGCATTGAAG CTCTGAGGAA GCAGTTTCAA ACCGAAAGAG AGACTGCAAA GAAAGCATCA 
CAGAGGGAAG TGTCTGAGCT GAAGAAAGCT CTTGACGAAG CCAACTTCAG ATCGGTGGAA 
GTGTCCCGGG CAAACCGAGA GCTACGACAC AAAGCTACGG AGCTGGAAAA AGTGGTGAAC 
AGTAACAAGG AAAAACTCAA GAACCAAAGG GCCCAAATAA AGCTGCACTT GTCAGCCAAG 
GCAAACAACG CACAGAACGT GGAGAGGATG AAGCAAATAG AAATGGAATT GAGGCAAATG 
GAGATAATTA AGGATCAATA TCAGAAAAAG AACTATGAAC AGTCCTTGAG CATCCAGAGA 
TTTGTATCTG AGATGAATAC CCTGCAGAAA GAGATGGAGC TCTTAGCTAA GAGCCAGTAT 
GAGACCTCAG CGAGAAATAA ACAGCAGGAG CTGAGACTAG TGACTGAGCG AAAAGTGAGG 
CTGGAACTAG AAAATCGGTG CAAGGAATTG GAAGAAACTA TCAGACACCT GAAGAGATGT 
AAAGAAGCAA CAGAAAATAA ACTAAAAGAA GCCAGCGTGG AGTCCGAGCA GATAACAGCT 
AATCTGGAAG AGGCTCACCG CTGGTTTAAA TGCAGGTTCG ATGGATTACA ACTTGAGCTG 
ACAAAAAACC GGTTGCAGAG GCTTCCCCGG GAAGACAGGT GGCTGGAAGA GAATCAAGAT 
AAGATGCATA ATGTTGCAAC CAGCCAATCT GTTCTACATC GATGGGAAAC TAAACAGAAG 
TACCATTCTG ACACAGAGAG GAAGAAGTGA

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

RefSeq	XP_021029658.1
CDS	62..3331
Translation	METTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQELRRQLAQEKLVRESLETSASSMLLKVQEMGSVVEAERQQVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEMKSILGKNEEELAQAVKCRDAALKESQKLKGDLKALEDRESKKVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021173999.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X2, mRNA.

Target ORF information:

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

XM_021173999.1

ORF Insert Sequence:

ATGGAAACTA CAGTGTGCAG ACCAGTCCTG TCTCCAACCC ACATCAATGC AACAGCTTCT 
GAAACATTCA CAGTACTTCA GCAGAAGATG AGAATAGTTG AGGAACAGAC CAGCTCTCTG 
AGAGATGACC TAATAATGCT AGGATACGGT GACAGACGAG GTCCATTAGA AACTCCAAAC 
TATTTAGAAG ACCCTGCCAG CCAGAAAGCC ATTAGTCCTA TCCCAAATGA AGCAATTTGT 
CCAGAAAGCC CAGGTAATTT GTGGAGGAAC TATGAATTTC TGGTAAATCG AATGTGCTAT 
TTGGAGAACC TCATTCAGTC CTTGAAGATG AACATCTTTC ACCTGCAAAC TGAAAAGGAA 
TCGAATCCAC AGAAAACAGC TTTTCTGAAC GATCAGCTGA ATATAATACA AGGGGAGCAT 
TCCAAGGGCC TGAAGCTGTT GCAACTTGAA GTGATGAATT TGCGCCAGCA ATTGAAAGTT 
GTCAAGGAGG AAGAAGACAG GGCACAGGAT GAAATGCAGA GATTGACTGC CACTCTGGAA 
ATTGCAACGG AGACAAAGAA GAATGCGGCT GTTATTGAGG AGGAACTAAA GACCACAAAG 
CGTAAAATGA ACCTTAAAAT CCAAGAGCTA CGGCGACAAC TGGCTCAGGA GAAGCTTGTC 
AGGGAATCTC TTGAGACATC TGCATCGTCC ATGCTCCTCA AAGTACAAGA GATGGGGTCA 
GTGGTGGAGG CAGAACGGCA GCAGGTACAC ACTTTGCAGC AGAAGTGCAC TGCCCTACAC 
AGCTCTATGA AAACAACCCA AGACCTGCTG GCCCAGGAAC AGCAGAAGAA TGAAGACTTG 
GGGATGACTA TCTCGCAGCT CAAGTCTGAT CTGAATTCCA GAGATAGCCT CATTTGCAAG 
TTGGTGGAAG AAAATAAGGC TACACAAATA TCGCTCAAGA AAGAACATGA AGAAAACATA 
TATTTGAAAT CTGAAATACT ATCCCTTCAA GATGTATCAG GAAAAGCACA GGTTTTGAAT 
GACCAGCTTT CCAAAAAGTG TTCAGAGCTA ACCAGCATGC TTCAGGTTGT TAAAATGGAA 
AATTCAAGAA TTATTGCTGA ACATCATGCT ATTTTGAAGG TGGAGCAGAA AATGATAACA 
GATACATTTC AAGAGCAAAA TTTACTGTTA GACGCAGCCC ATGCCAGCAT CACAGGAGAG 
CTCCAAACTG TGCAGAATGA AAAGGCACAA CTCCAGATGC ACCTAGACCA TTTAATTCTT 
GAGCACAATC AGTGTCTTCA GAAATCACAG GAGGCTGAGA AGAGGACAGT GGTCCAAAAA 
GAACTTCTGG AATCAACTAT TGCAAGACTA CAAGGTGAAC TGAAAACATC ATTGCAGGAG 
AAGAAGTCTC TGCTGGAGAA GAATGAGTGG TTTCAGAGGG AGGTTAATAA AACAGAAAAA 
GAAGTAGCCA AAGAAAAATG TAATTTGGAA AAAGAATTAG CTGAAAGCAA GGAAGACATT 
AATGTGTTGA ATCAAAACCT GCAGACTCTA ATGGAAGAAA ATAAGCATCT AACAGATAAA 
ATGGCTTCCC TTGAACATCA CAAAGCCACT TCTGACTACC AAGGGAAAGT GGAAAAGGCC 
TTGGAAAAAA TTACTGATAG CAAAAATATG CTCGCCTATG AAAAGGGGAA ACTCCAGACA 
AAGGTTAAAC AGCTAGAAGC ACAGCTTCAC ACATTCGCTG AAACCATGCT GCAGAAGGAC 
CATCTACATA AGCTGAATAA AGCTTTAGAG GTCAAATATG CTCAGGCAAA CTCAGAGCTG 
AGTGCCAGCA AGACGTATCT GGAGCAGACA GAAGCTCACC TGAAAGAGAT GAAATCTATT 
CTTGGGAAAA ATGAGGAAGA ACTGGCCCAA GCAGTGAAGT GTCGAGATGC TGCCCTGAAA 
GAGAGCCAGA AGTTGAAAGG GGACCTGAAG GCATTGGAGG ACAGGGAGAG CAAGAAGGTG 
GGAAACTTTC AGAGACAATT AGCAGAGGCT AAAGAAGACA ACTGCAAAGT TACAATCATG 
CTGGAAAACG TGCTGGCTTC TCACAGTAAG ATGCAGGGAG CCCTGGAGAA AGTCCAGATA 
GAGCTCGGGC GGAGGGATTC AGAGATCGCA GGCCTCAAGA AGGAAAGGTC TCTAAATCAA 
CAAAGAGTAC AGAAGCTTGA AGCGGAAGTA GACCAGTGGC AGGCCAGGAT GCTGATTGTG 
GAGGCCCAGC ACAGCAGTGA GATTGAGCCA CTACAGAAGT CTCTAGATAT AACTAGAGAA 
GACAACAGGA AACTGGCCAT GAGCCTAGAG CAAGCTCTCC AGACAAATGG CCATCTGCAG 
TCAAAGCTTG ATCACCTCCA AGAAAAACTG GAAAGCAAAG AGCGTGAGCG GCAGAGTCTG 
GAAGCCTTTA AAGAGCAGGT TGCTGAGGAA TCCAAAGTAG AAGCAGAATT GCATGCAGAG 
CGCATTGAAG CTCTGAGGAA GCAGTTTCAA ACCGAAAGAG AGACTGCAAA GAAAGCATCA 
CAGAGGGAAG TGTCTGAGCT GAAGAAAGCT CTTGACGAAG CCAACTTCAG ATCGGTGGAA 
GTGTCCCGGG CAAACCGAGA GCTACGACAC AAAGCTACGG AGCTGGAAAA AGTGGTGAAC 
AGTAACAAGG AAAAACTCAA GAACCAAAGG GCCCAAATAA AGCTGCACTT GTCAGCCAAG 
GCAAACAACG CACAGAACGT GGAGAGGATG AAGCAAATAG AAATGGAATT GAGGCAAATG 
GAGATAATTA AGGATCAATA TCAGAAAAAG AACTATGAAC AGTCCTTGAG CATCCAGAGA 
TTTGTATCTG AGATGAATAC CCTGCAGAAA GAGATGGAGC TCTTAGCTAA GAGCCAGTAT 
GAGACCTCAG CGAGAAATAA ACAGCAGGAG CTGAGACTAG TGACTGAGCG AAAAGTGAGG 
CTGGAACTAG AAAATCGGTG CAAGGAATTG GAAGAAACTA TCAGACACCT GAAGAGATGT 
AAAGAAGCAA CAGAAAATAA ACTAAAAGAA GCCAGCGTGG AGTCCGAGCA GATAACAGCT 
AATCTGGAAG AGGCTCACCG CTGGTTTAAA TGCAGGTTCG ATGGATTACA ACTTGAGCTG 
ACAAAAAACC GGTTGCAGAG GCTTCCCCGG GAAGACAGGT GGCTGGAAGA GAATCAAGAT 
AAGATGCATA ATGTTGCAAC CAGCCAATCT GTTCTACATC GATGGGAAAC TAAACAGAAG 
TACCATTCTG ACACAGAGAG GAAGAAGTGA

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

Ccdc150 ( XM_021174009.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029668.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMv24061
Clone ID Related Accession (Same CDS sequence)	XM_021174009.2 , XM_021174009.1
Accession Version	XM_021174009.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3216bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021174009.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG GTACACACTT TGCAGCAGAA GTGCACTGCC 
CTACACAGCT CTATGAAAAC AACCCAAGAC CTGCTGGCCC AGGAACAGCA GAAGAATGAA 
GACTTGGGGA TGACTATCTC GCAGCTCAAG TCTGATCTGA ATTCCAGAGA TAGCCTCATT 
TGCAAGTTGG TGGAAGAAAA TAAGGCTACA CAAATATCGC TCAAGAAAGA ACATGAAGAA 
AACATATATT TGAAATCTGA AATACTATCC CTTCAAGATG TATCAGGAAA AGCACAGGTT 
TTGAATGACC AGCTTTCCAA AAAGTGTTCA GAGCTAACCA GCATGCTTCA GGTTGTTAAA 
ATGGAAAATT CAAGAATTAT TGCTGAACAT CATGCTATTT TGAAGGTGGA GCAGAAAATG 
ATAACAGATA CATTTCAAGA GCAAAATTTA CTGTTAGACG CAGCCCATGC CAGCATCACA 
GGAGAGCTCC AAACTGTGCA GAATGAAAAG GCACAACTCC AGATGCACCT AGACCATTTA 
ATTCTTGAGC ACAATCAGTG TCTTCAGAAA TCACAGGAGG CTGAGAAGAG GACAGTGGTC 
CAAAAAGAAC TTCTGGAATC AACTATTGCA AGACTACAAG GTGAACTGAA AACATCATTG 
CAGGAGAAGA AGTCTCTGCT GGAGAAGAAT GAGTGGTTTC AGAGGGAGGT TAATAAAACA 
GAAAAAGAAG TAGCCAAAGA AAAATGTAAT TTGGAAAAAG AATTAGCTGA AAGCAAGGAA 
GACATTAATG TGTTGAATCA AAACCTGCAG ACTCTAATGG AAGAAAATAA GCATCTAACA 
GATAAAATGG CTTCCCTTGA ACATCACAAA GCCACTTCTG ACTACCAAGG GAAAGTGGAA 
AAGGCCTTGG AAAAAATTAC TGATAGCAAA AATATGCTCG CCTATGAAAA GGGGAAACTC 
CAGACAAAGG TTAAACAGCT AGAAGCACAG CTTCACACAT TCGCTGAAAC CATGCTGCAG 
AAGGACCATC TACATAAGCT GAATAAAGCT TTAGAGGTCA AATATGCTCA GGCAAACTCA 
GAGCTGAGTG CCAGCAAGAC GTATCTGGAG CAGACAGAAG CTCACCTGAA AGAGATGAAA 
TCTATTCTTG GGAAAAATGA GGAAGAACTG GCCCAAGCAG TGAAGTGTCG AGATGCTGCC 
CTGAAAGAGA GCCAGAAGTT GAAAGGGGAC CTGAAGGCAT TGGAGGACAG GGAGAGCAAG 
AAGGTGGGAA ACTTTCAGAG ACAATTAGCA GAGGCTAAAG AAGACAACTG CAAAGTTACA 
ATCATGCTGG AAAACGTGCT GGCTTCTCAC AGTAAGATGC AGGGAGCCCT GGAGAAAGTC 
CAGATAGAGC TCGGGCGGAG GGATTCAGAG ATCGCAGGCC TCAAGAAGGA AAGGTCTCTA 
AATCAACAAA GAGTACAGAA GCTTGAAGCG GAAGTAGACC AGTGGCAGGC CAGGATGCTG 
ATTGTGGAGG CCCAGCACAG CAGTGAGATT GAGCCACTAC AGAAGTCTCT AGATATAACT 
AGAGAAGACA ACAGGAAACT GGCCATGAGC CTAGAGCAAG CTCTCCAGAC AAATGGCCAT 
CTGCAGTCAA AGCTTGATCA CCTCCAAGAA AAACTGGAAA GCAAAGAGCG TGAGCGGCAG 
AGTCTGGAAG CCTTTAAAGA GCAGGTTGCT GAGGAATCCA AAGTAGAAGC AGAATTGCAT 
GCAGAGCGCA TTGAAGCTCT GAGGAAGCAG TTTCAAACCG AAAGAGAGAC TGCAAAGAAA 
GCATCACAGA GGGAAGTGTC TGAGCTGAAG AAAGCTCTTG ACGAAGCCAA CTTCAGATCG 
GTGGAAGTGT CCCGGGCAAA CCGAGAGCTA CGACACAAAG CTACGGAGCT GGAAAAAGTG 
GTGAACAGTA ACAAGGAAAA ACTCAAGAAC CAAAGGGCCC AAATAAAGCT GCACTTGTCA 
GCCAAGGCAA ACAACGCACA GAACGTGGAG AGGATGAAGC AAATAGAAAT GGAATTGAGG 
CAAATGGAGA TAATTAAGGA TCAATATCAG AAAAAGAACT ATGAACAGTC CTTGAGCATC 
CAGAGATTTG TATCTGAGAT GAATACCCTG CAGAAAGAGA TGGAGCTCTT AGCTAAGAGC 
CAGTATGAGA CCTCAGCGAG AAATAAACAG CAGGAGCTGA GACTAGTGAC TGAGCGAAAA 
GTGAGGCTGG AACTAGAAAA TCGGTGCAAG GAATTGGAAG AAACTATCAG ACACCTGAAG 
AGATGTAAAG AAGCAACAGA AAATAAACTA AAAGAAGCCA GCGTGGAGTC CGAGCAGATA 
ACAGCTAATC TGGAAGAGGC TCACCGCTGG TTTAAATGCA GGTTCGATGG ATTACAACTT 
GAGCTGACAA AAAACCGGTT GCAGAGGCTT CCCCGGGAAG ACAGGTGGCT GGAAGAGAAT 
CAAGATAAGA TGCATAATGT TGCAACCAGC CAATCTGTTC TACATCGATG GGAAACTAAA 
CAGAAGTACC ATTCTGACAC AGAGAGGAAG AAGTGA

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

RefSeq	XP_021029668.1
CDS	135..3350
Translation	METNLLAGGRSYGMVDESGVQMETTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQEVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEMKSILGKNEEELAQAVKCRDAALKESQKLKGDLKALEDRESKKVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021174009.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X3, mRNA.

Target ORF information:

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

XM_021174009.2

ORF Insert Sequence:

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG GTACACACTT TGCAGCAGAA GTGCACTGCC 
CTACACAGCT CTATGAAAAC AACCCAAGAC CTGCTGGCCC AGGAACAGCA GAAGAATGAA 
GACTTGGGGA TGACTATCTC GCAGCTCAAG TCTGATCTGA ATTCCAGAGA TAGCCTCATT 
TGCAAGTTGG TGGAAGAAAA TAAGGCTACA CAAATATCGC TCAAGAAAGA ACATGAAGAA 
AACATATATT TGAAATCTGA AATACTATCC CTTCAAGATG TATCAGGAAA AGCACAGGTT 
TTGAATGACC AGCTTTCCAA AAAGTGTTCA GAGCTAACCA GCATGCTTCA GGTTGTTAAA 
ATGGAAAATT CAAGAATTAT TGCTGAACAT CATGCTATTT TGAAGGTGGA GCAGAAAATG 
ATAACAGATA CATTTCAAGA GCAAAATTTA CTGTTAGACG CAGCCCATGC CAGCATCACA 
GGAGAGCTCC AAACTGTGCA GAATGAAAAG GCACAACTCC AGATGCACCT AGACCATTTA 
ATTCTTGAGC ACAATCAGTG TCTTCAGAAA TCACAGGAGG CTGAGAAGAG GACAGTGGTC 
CAAAAAGAAC TTCTGGAATC AACTATTGCA AGACTACAAG GTGAACTGAA AACATCATTG 
CAGGAGAAGA AGTCTCTGCT GGAGAAGAAT GAGTGGTTTC AGAGGGAGGT TAATAAAACA 
GAAAAAGAAG TAGCCAAAGA AAAATGTAAT TTGGAAAAAG AATTAGCTGA AAGCAAGGAA 
GACATTAATG TGTTGAATCA AAACCTGCAG ACTCTAATGG AAGAAAATAA GCATCTAACA 
GATAAAATGG CTTCCCTTGA ACATCACAAA GCCACTTCTG ACTACCAAGG GAAAGTGGAA 
AAGGCCTTGG AAAAAATTAC TGATAGCAAA AATATGCTCG CCTATGAAAA GGGGAAACTC 
CAGACAAAGG TTAAACAGCT AGAAGCACAG CTTCACACAT TCGCTGAAAC CATGCTGCAG 
AAGGACCATC TACATAAGCT GAATAAAGCT TTAGAGGTCA AATATGCTCA GGCAAACTCA 
GAGCTGAGTG CCAGCAAGAC GTATCTGGAG CAGACAGAAG CTCACCTGAA AGAGATGAAA 
TCTATTCTTG GGAAAAATGA GGAAGAACTG GCCCAAGCAG TGAAGTGTCG AGATGCTGCC 
CTGAAAGAGA GCCAGAAGTT GAAAGGGGAC CTGAAGGCAT TGGAGGACAG GGAGAGCAAG 
AAGGTGGGAA ACTTTCAGAG ACAATTAGCA GAGGCTAAAG AAGACAACTG CAAAGTTACA 
ATCATGCTGG AAAACGTGCT GGCTTCTCAC AGTAAGATGC AGGGAGCCCT GGAGAAAGTC 
CAGATAGAGC TCGGGCGGAG GGATTCAGAG ATCGCAGGCC TCAAGAAGGA AAGGTCTCTA 
AATCAACAAA GAGTACAGAA GCTTGAAGCG GAAGTAGACC AGTGGCAGGC CAGGATGCTG 
ATTGTGGAGG CCCAGCACAG CAGTGAGATT GAGCCACTAC AGAAGTCTCT AGATATAACT 
AGAGAAGACA ACAGGAAACT GGCCATGAGC CTAGAGCAAG CTCTCCAGAC AAATGGCCAT 
CTGCAGTCAA AGCTTGATCA CCTCCAAGAA AAACTGGAAA GCAAAGAGCG TGAGCGGCAG 
AGTCTGGAAG CCTTTAAAGA GCAGGTTGCT GAGGAATCCA AAGTAGAAGC AGAATTGCAT 
GCAGAGCGCA TTGAAGCTCT GAGGAAGCAG TTTCAAACCG AAAGAGAGAC TGCAAAGAAA 
GCATCACAGA GGGAAGTGTC TGAGCTGAAG AAAGCTCTTG ACGAAGCCAA CTTCAGATCG 
GTGGAAGTGT CCCGGGCAAA CCGAGAGCTA CGACACAAAG CTACGGAGCT GGAAAAAGTG 
GTGAACAGTA ACAAGGAAAA ACTCAAGAAC CAAAGGGCCC AAATAAAGCT GCACTTGTCA 
GCCAAGGCAA ACAACGCACA GAACGTGGAG AGGATGAAGC AAATAGAAAT GGAATTGAGG 
CAAATGGAGA TAATTAAGGA TCAATATCAG AAAAAGAACT ATGAACAGTC CTTGAGCATC 
CAGAGATTTG TATCTGAGAT GAATACCCTG CAGAAAGAGA TGGAGCTCTT AGCTAAGAGC 
CAGTATGAGA CCTCAGCGAG AAATAAACAG CAGGAGCTGA GACTAGTGAC TGAGCGAAAA 
GTGAGGCTGG AACTAGAAAA TCGGTGCAAG GAATTGGAAG AAACTATCAG ACACCTGAAG 
AGATGTAAAG AAGCAACAGA AAATAAACTA AAAGAAGCCA GCGTGGAGTC CGAGCAGATA 
ACAGCTAATC TGGAAGAGGC TCACCGCTGG TTTAAATGCA GGTTCGATGG ATTACAACTT 
GAGCTGACAA AAAACCGGTT GCAGAGGCTT CCCCGGGAAG ACAGGTGGCT GGAAGAGAAT 
CAAGATAAGA TGCATAATGT TGCAACCAGC CAATCTGTTC TACATCGATG GGAAACTAAA 
CAGAAGTACC ATTCTGACAC AGAGAGGAAG AAGTGA

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

Ccdc150 ( XM_021174009.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029668.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OMv24061
Clone ID Related Accession (Same CDS sequence)	XM_021174009.2 , XM_021174009.1
Accession Version	XM_021174009.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3216bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) 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 :: Mus caroli Annotation Release 100 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##

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG GTACACACTT TGCAGCAGAA GTGCACTGCC 
CTACACAGCT CTATGAAAAC AACCCAAGAC CTGCTGGCCC AGGAACAGCA GAAGAATGAA 
GACTTGGGGA TGACTATCTC GCAGCTCAAG TCTGATCTGA ATTCCAGAGA TAGCCTCATT 
TGCAAGTTGG TGGAAGAAAA TAAGGCTACA CAAATATCGC TCAAGAAAGA ACATGAAGAA 
AACATATATT TGAAATCTGA AATACTATCC CTTCAAGATG TATCAGGAAA AGCACAGGTT 
TTGAATGACC AGCTTTCCAA AAAGTGTTCA GAGCTAACCA GCATGCTTCA GGTTGTTAAA 
ATGGAAAATT CAAGAATTAT TGCTGAACAT CATGCTATTT TGAAGGTGGA GCAGAAAATG 
ATAACAGATA CATTTCAAGA GCAAAATTTA CTGTTAGACG CAGCCCATGC CAGCATCACA 
GGAGAGCTCC AAACTGTGCA GAATGAAAAG GCACAACTCC AGATGCACCT AGACCATTTA 
ATTCTTGAGC ACAATCAGTG TCTTCAGAAA TCACAGGAGG CTGAGAAGAG GACAGTGGTC 
CAAAAAGAAC TTCTGGAATC AACTATTGCA AGACTACAAG GTGAACTGAA AACATCATTG 
CAGGAGAAGA AGTCTCTGCT GGAGAAGAAT GAGTGGTTTC AGAGGGAGGT TAATAAAACA 
GAAAAAGAAG TAGCCAAAGA AAAATGTAAT TTGGAAAAAG AATTAGCTGA AAGCAAGGAA 
GACATTAATG TGTTGAATCA AAACCTGCAG ACTCTAATGG AAGAAAATAA GCATCTAACA 
GATAAAATGG CTTCCCTTGA ACATCACAAA GCCACTTCTG ACTACCAAGG GAAAGTGGAA 
AAGGCCTTGG AAAAAATTAC TGATAGCAAA AATATGCTCG CCTATGAAAA GGGGAAACTC 
CAGACAAAGG TTAAACAGCT AGAAGCACAG CTTCACACAT TCGCTGAAAC CATGCTGCAG 
AAGGACCATC TACATAAGCT GAATAAAGCT TTAGAGGTCA AATATGCTCA GGCAAACTCA 
GAGCTGAGTG CCAGCAAGAC GTATCTGGAG CAGACAGAAG CTCACCTGAA AGAGATGAAA 
TCTATTCTTG GGAAAAATGA GGAAGAACTG GCCCAAGCAG TGAAGTGTCG AGATGCTGCC 
CTGAAAGAGA GCCAGAAGTT GAAAGGGGAC CTGAAGGCAT TGGAGGACAG GGAGAGCAAG 
AAGGTGGGAA ACTTTCAGAG ACAATTAGCA GAGGCTAAAG AAGACAACTG CAAAGTTACA 
ATCATGCTGG AAAACGTGCT GGCTTCTCAC AGTAAGATGC AGGGAGCCCT GGAGAAAGTC 
CAGATAGAGC TCGGGCGGAG GGATTCAGAG ATCGCAGGCC TCAAGAAGGA AAGGTCTCTA 
AATCAACAAA GAGTACAGAA GCTTGAAGCG GAAGTAGACC AGTGGCAGGC CAGGATGCTG 
ATTGTGGAGG CCCAGCACAG CAGTGAGATT GAGCCACTAC AGAAGTCTCT AGATATAACT 
AGAGAAGACA ACAGGAAACT GGCCATGAGC CTAGAGCAAG CTCTCCAGAC AAATGGCCAT 
CTGCAGTCAA AGCTTGATCA CCTCCAAGAA AAACTGGAAA GCAAAGAGCG TGAGCGGCAG 
AGTCTGGAAG CCTTTAAAGA GCAGGTTGCT GAGGAATCCA AAGTAGAAGC AGAATTGCAT 
GCAGAGCGCA TTGAAGCTCT GAGGAAGCAG TTTCAAACCG AAAGAGAGAC TGCAAAGAAA 
GCATCACAGA GGGAAGTGTC TGAGCTGAAG AAAGCTCTTG ACGAAGCCAA CTTCAGATCG 
GTGGAAGTGT CCCGGGCAAA CCGAGAGCTA CGACACAAAG CTACGGAGCT GGAAAAAGTG 
GTGAACAGTA ACAAGGAAAA ACTCAAGAAC CAAAGGGCCC AAATAAAGCT GCACTTGTCA 
GCCAAGGCAA ACAACGCACA GAACGTGGAG AGGATGAAGC AAATAGAAAT GGAATTGAGG 
CAAATGGAGA TAATTAAGGA TCAATATCAG AAAAAGAACT ATGAACAGTC CTTGAGCATC 
CAGAGATTTG TATCTGAGAT GAATACCCTG CAGAAAGAGA TGGAGCTCTT AGCTAAGAGC 
CAGTATGAGA CCTCAGCGAG AAATAAACAG CAGGAGCTGA GACTAGTGAC TGAGCGAAAA 
GTGAGGCTGG AACTAGAAAA TCGGTGCAAG GAATTGGAAG AAACTATCAG ACACCTGAAG 
AGATGTAAAG AAGCAACAGA AAATAAACTA AAAGAAGCCA GCGTGGAGTC CGAGCAGATA 
ACAGCTAATC TGGAAGAGGC TCACCGCTGG TTTAAATGCA GGTTCGATGG ATTACAACTT 
GAGCTGACAA AAAACCGGTT GCAGAGGCTT CCCCGGGAAG ACAGGTGGCT GGAAGAGAAT 
CAAGATAAGA TGCATAATGT TGCAACCAGC CAATCTGTTC TACATCGATG GGAAACTAAA 
CAGAAGTACC ATTCTGACAC AGAGAGGAAG AAGTGA

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

RefSeq	XP_021029668.1
CDS	135..3350
Translation	METNLLAGGRSYGMVDESGVQMETTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQEVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEMKSILGKNEEELAQAVKCRDAALKESQKLKGDLKALEDRESKKVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021174009.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X3, mRNA.

Target ORF information:

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

XM_021174009.1

ORF Insert Sequence:

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG GTACACACTT TGCAGCAGAA GTGCACTGCC 
CTACACAGCT CTATGAAAAC AACCCAAGAC CTGCTGGCCC AGGAACAGCA GAAGAATGAA 
GACTTGGGGA TGACTATCTC GCAGCTCAAG TCTGATCTGA ATTCCAGAGA TAGCCTCATT 
TGCAAGTTGG TGGAAGAAAA TAAGGCTACA CAAATATCGC TCAAGAAAGA ACATGAAGAA 
AACATATATT TGAAATCTGA AATACTATCC CTTCAAGATG TATCAGGAAA AGCACAGGTT 
TTGAATGACC AGCTTTCCAA AAAGTGTTCA GAGCTAACCA GCATGCTTCA GGTTGTTAAA 
ATGGAAAATT CAAGAATTAT TGCTGAACAT CATGCTATTT TGAAGGTGGA GCAGAAAATG 
ATAACAGATA CATTTCAAGA GCAAAATTTA CTGTTAGACG CAGCCCATGC CAGCATCACA 
GGAGAGCTCC AAACTGTGCA GAATGAAAAG GCACAACTCC AGATGCACCT AGACCATTTA 
ATTCTTGAGC ACAATCAGTG TCTTCAGAAA TCACAGGAGG CTGAGAAGAG GACAGTGGTC 
CAAAAAGAAC TTCTGGAATC AACTATTGCA AGACTACAAG GTGAACTGAA AACATCATTG 
CAGGAGAAGA AGTCTCTGCT GGAGAAGAAT GAGTGGTTTC AGAGGGAGGT TAATAAAACA 
GAAAAAGAAG TAGCCAAAGA AAAATGTAAT TTGGAAAAAG AATTAGCTGA AAGCAAGGAA 
GACATTAATG TGTTGAATCA AAACCTGCAG ACTCTAATGG AAGAAAATAA GCATCTAACA 
GATAAAATGG CTTCCCTTGA ACATCACAAA GCCACTTCTG ACTACCAAGG GAAAGTGGAA 
AAGGCCTTGG AAAAAATTAC TGATAGCAAA AATATGCTCG CCTATGAAAA GGGGAAACTC 
CAGACAAAGG TTAAACAGCT AGAAGCACAG CTTCACACAT TCGCTGAAAC CATGCTGCAG 
AAGGACCATC TACATAAGCT GAATAAAGCT TTAGAGGTCA AATATGCTCA GGCAAACTCA 
GAGCTGAGTG CCAGCAAGAC GTATCTGGAG CAGACAGAAG CTCACCTGAA AGAGATGAAA 
TCTATTCTTG GGAAAAATGA GGAAGAACTG GCCCAAGCAG TGAAGTGTCG AGATGCTGCC 
CTGAAAGAGA GCCAGAAGTT GAAAGGGGAC CTGAAGGCAT TGGAGGACAG GGAGAGCAAG 
AAGGTGGGAA ACTTTCAGAG ACAATTAGCA GAGGCTAAAG AAGACAACTG CAAAGTTACA 
ATCATGCTGG AAAACGTGCT GGCTTCTCAC AGTAAGATGC AGGGAGCCCT GGAGAAAGTC 
CAGATAGAGC TCGGGCGGAG GGATTCAGAG ATCGCAGGCC TCAAGAAGGA AAGGTCTCTA 
AATCAACAAA GAGTACAGAA GCTTGAAGCG GAAGTAGACC AGTGGCAGGC CAGGATGCTG 
ATTGTGGAGG CCCAGCACAG CAGTGAGATT GAGCCACTAC AGAAGTCTCT AGATATAACT 
AGAGAAGACA ACAGGAAACT GGCCATGAGC CTAGAGCAAG CTCTCCAGAC AAATGGCCAT 
CTGCAGTCAA AGCTTGATCA CCTCCAAGAA AAACTGGAAA GCAAAGAGCG TGAGCGGCAG 
AGTCTGGAAG CCTTTAAAGA GCAGGTTGCT GAGGAATCCA AAGTAGAAGC AGAATTGCAT 
GCAGAGCGCA TTGAAGCTCT GAGGAAGCAG TTTCAAACCG AAAGAGAGAC TGCAAAGAAA 
GCATCACAGA GGGAAGTGTC TGAGCTGAAG AAAGCTCTTG ACGAAGCCAA CTTCAGATCG 
GTGGAAGTGT CCCGGGCAAA CCGAGAGCTA CGACACAAAG CTACGGAGCT GGAAAAAGTG 
GTGAACAGTA ACAAGGAAAA ACTCAAGAAC CAAAGGGCCC AAATAAAGCT GCACTTGTCA 
GCCAAGGCAA ACAACGCACA GAACGTGGAG AGGATGAAGC AAATAGAAAT GGAATTGAGG 
CAAATGGAGA TAATTAAGGA TCAATATCAG AAAAAGAACT ATGAACAGTC CTTGAGCATC 
CAGAGATTTG TATCTGAGAT GAATACCCTG CAGAAAGAGA TGGAGCTCTT AGCTAAGAGC 
CAGTATGAGA CCTCAGCGAG AAATAAACAG CAGGAGCTGA GACTAGTGAC TGAGCGAAAA 
GTGAGGCTGG AACTAGAAAA TCGGTGCAAG GAATTGGAAG AAACTATCAG ACACCTGAAG 
AGATGTAAAG AAGCAACAGA AAATAAACTA AAAGAAGCCA GCGTGGAGTC CGAGCAGATA 
ACAGCTAATC TGGAAGAGGC TCACCGCTGG TTTAAATGCA GGTTCGATGG ATTACAACTT 
GAGCTGACAA AAAACCGGTT GCAGAGGCTT CCCCGGGAAG ACAGGTGGCT GGAAGAGAAT 
CAAGATAAGA TGCATAATGT TGCAACCAGC CAATCTGTTC TACATCGATG GGAAACTAAA 
CAGAAGTACC ATTCTGACAC AGAGAGGAAG AAGTGA

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

Ccdc150 ( XM_021174018.1 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029677.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X4, mRNA.

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CloneID	OMv24062
Clone ID Related Accession (Same CDS sequence)	XM_021174018.1 , XM_021174018.2
Accession Version	XM_021174018.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3204bp) 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	2017-05-20
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) 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 :: Mus caroli Annotation Release 100 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##

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG CTACGGCGAC AACTGGCTCA GGAGAAGCTT 
GTCAGGGAAT CTCTTGAGAC ATCTGCATCG TCCATGCTCC TCAAAGTACA AGAGATGGGG 
TCAGTGGTGG AGGCAGAACG GCAGCAGGTA CACACTTTGC AGCAGAAGTG CACTGCCCTA 
CACAGCTCTA TGAAAACAAC CCAAGACCTG CTGGCCCAGG AACAGCAGAA GAATGAAGAC 
TTGGGGATGA CTATCTCGCA GCTCAAGTCT GATCTGAATT CCAGAGATAG CCTCATTTGC 
AAGTTGGTGG AAGAAAATAA GGCTACACAA ATATCGCTCA AGAAAGAACA TGAAGAAAAC 
ATATATTTGA AATCTGAAAT ACTATCCCTT CAAGATGTAT CAGGAAAAGC ACAGGTTTTG 
AATGACCAGC TTTCCAAAAA GTGTTCAGAG CTAACCAGCA TGCTTCAGGT TGTTAAAATG 
GAAAATTCAA GAATTATTGC TGAACATCAT GCTATTTTGA AGGTGGAGCA GAAAATGATA 
ACAGATACAT TTCAAGAGCA AAATTTACTG TTAGACGCAG CCCATGCCAG CATCACAGGA 
GAGCTCCAAA CTGTGCAGAA TGAAAAGGCA CAACTCCAGA TGCACCTAGA CCATTTAATT 
CTTGAGCACA ATCAGTGTCT TCAGAAATCA CAGGAGGCTG AGAAGAGGAC AGTGGTCCAA 
AAAGAACTTC TGGAATCAAC TATTGCAAGA CTACAAGGTG AACTGAAAAC ATCATTGCAG 
GAGAAGAAGT CTCTGCTGGA GAAGAATGAG TGGTTTCAGA GGGAGGTTAA TAAAACAGAA 
AAAGAAGTAG CCAAAGAAAA ATGTAATTTG GAAAAAGAAT TAGCTGAAAG CAAGGAAGAC 
ATTAATGTGT TGAATCAAAA CCTGCAGACT CTAATGGAAG AAAATAAGCA TCTAACAGAT 
AAAATGGCTT CCCTTGAACA TCACAAAGCC ACTTCTGACT ACCAAGGGAA AGTGGAAAAG 
GCCTTGGAAA AAATTACTGA TAGCAAAAAT ATGCTCGCCT ATGAAAAGGG GAAACTCCAG 
ACAAAGGTTA AACAGCTAGA AGCACAGCTT CACACATTCG CTGAAACCAT GCTGCAGAAG 
GACCATCTAC ATAAGCTGAA TAAAGCTTTA GAGGTCAAAT ATGCTCAGGC AAACTCAGAG 
CTGAGTGCCA GCAAGACGTA TCTGGAGCAG ACAGAAGCTC ACCTGAAAGA GGTGGGAAAC 
TTTCAGAGAC AATTAGCAGA GGCTAAAGAA GACAACTGCA AAGTTACAAT CATGCTGGAA 
AACGTGCTGG CTTCTCACAG TAAGATGCAG GGAGCCCTGG AGAAAGTCCA GATAGAGCTC 
GGGCGGAGGG ATTCAGAGAT CGCAGGCCTC AAGAAGGAAA GGTCTCTAAA TCAACAAAGA 
GTACAGAAGC TTGAAGCGGA AGTAGACCAG TGGCAGGCCA GGATGCTGAT TGTGGAGGCC 
CAGCACAGCA GTGAGATTGA GCCACTACAG AAGTCTCTAG ATATAACTAG AGAAGACAAC 
AGGAAACTGG CCATGAGCCT AGAGCAAGCT CTCCAGACAA ATGGCCATCT GCAGTCAAAG 
CTTGATCACC TCCAAGAAAA ACTGGAAAGC AAAGAGCGTG AGCGGCAGAG TCTGGAAGCC 
TTTAAAGAGC AGGTTGCTGA GGAATCCAAA GTAGAAGCAG AATTGCATGC AGAGCGCATT 
GAAGCTCTGA GGAAGCAGTT TCAAACCGAA AGAGAGACTG CAAAGAAAGC ATCACAGAGG 
GAAGTGTCTG AGCTGAAGAA AGCTCTTGAC GAAGCCAACT TCAGATCGGT GGAAGTGTCC 
CGGGCAAACC GAGAGCTACG ACACAAAGCT ACGGAGCTGG AAAAAGTGGT GAACAGTAAC 
AAGGAAAAAC TCAAGAACCA AAGGGCCCAA ATAAAGCTGC ACTTGTCAGC CAAGGCAAAC 
AACGCACAGA ACGTGGAGAG GATGAAGCAA ATAGAAATGG AATTGAGGCA AATGGAGATA 
ATTAAGGATC AATATCAGAA AAAGAACTAT GAACAGTCCT TGAGCATCCA GAGATTTGTA 
TCTGAGATGA ATACCCTGCA GAAAGAGATG GAGCTCTTAG CTAAGAGCCA GTATGAGACC 
TCAGCGAGAA ATAAACAGCA GGAGCTGAGA CTAGTGACTG AGCGAAAAGT GAGGCTGGAA 
CTAGAAAATC GGTGCAAGGA ATTGGAAGAA ACTATCAGAC ACCTGAAGAG ATGTAAAGAA 
GCAACAGAAA ATAAACTAAA AGAAGCCAGC GTGGAGTCCG AGCAGATAAC AGCTAATCTG 
GAAGAGGCTC ACCGCTGGTT TAAATGCAGG TTCGATGGAT TACAACTTGA GCTGACAAAA 
AACCGGTTGC AGAGGCTTCC CCGGGAAGAC AGGTGGCTGG AAGAGAATCA AGATAAGATG 
CATAATGTTG CAACCAGCCA ATCTGTTCTA CATCGATGGG AAACTAAACA GAAGTACCAT 
TCTGACACAG AGAGGAAGAA GTGA

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

RefSeq	XP_021029677.1
CDS	138..3341
Translation	METNLLAGGRSYGMVDESGVQMETTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQELRRQLAQEKLVRESLETSASSMLLKVQEMGSVVEAERQQVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021174018.1
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X4, mRNA.

Target ORF information:

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

XM_021174018.1

ORF Insert Sequence:

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG CTACGGCGAC AACTGGCTCA GGAGAAGCTT 
GTCAGGGAAT CTCTTGAGAC ATCTGCATCG TCCATGCTCC TCAAAGTACA AGAGATGGGG 
TCAGTGGTGG AGGCAGAACG GCAGCAGGTA CACACTTTGC AGCAGAAGTG CACTGCCCTA 
CACAGCTCTA TGAAAACAAC CCAAGACCTG CTGGCCCAGG AACAGCAGAA GAATGAAGAC 
TTGGGGATGA CTATCTCGCA GCTCAAGTCT GATCTGAATT CCAGAGATAG CCTCATTTGC 
AAGTTGGTGG AAGAAAATAA GGCTACACAA ATATCGCTCA AGAAAGAACA TGAAGAAAAC 
ATATATTTGA AATCTGAAAT ACTATCCCTT CAAGATGTAT CAGGAAAAGC ACAGGTTTTG 
AATGACCAGC TTTCCAAAAA GTGTTCAGAG CTAACCAGCA TGCTTCAGGT TGTTAAAATG 
GAAAATTCAA GAATTATTGC TGAACATCAT GCTATTTTGA AGGTGGAGCA GAAAATGATA 
ACAGATACAT TTCAAGAGCA AAATTTACTG TTAGACGCAG CCCATGCCAG CATCACAGGA 
GAGCTCCAAA CTGTGCAGAA TGAAAAGGCA CAACTCCAGA TGCACCTAGA CCATTTAATT 
CTTGAGCACA ATCAGTGTCT TCAGAAATCA CAGGAGGCTG AGAAGAGGAC AGTGGTCCAA 
AAAGAACTTC TGGAATCAAC TATTGCAAGA CTACAAGGTG AACTGAAAAC ATCATTGCAG 
GAGAAGAAGT CTCTGCTGGA GAAGAATGAG TGGTTTCAGA GGGAGGTTAA TAAAACAGAA 
AAAGAAGTAG CCAAAGAAAA ATGTAATTTG GAAAAAGAAT TAGCTGAAAG CAAGGAAGAC 
ATTAATGTGT TGAATCAAAA CCTGCAGACT CTAATGGAAG AAAATAAGCA TCTAACAGAT 
AAAATGGCTT CCCTTGAACA TCACAAAGCC ACTTCTGACT ACCAAGGGAA AGTGGAAAAG 
GCCTTGGAAA AAATTACTGA TAGCAAAAAT ATGCTCGCCT ATGAAAAGGG GAAACTCCAG 
ACAAAGGTTA AACAGCTAGA AGCACAGCTT CACACATTCG CTGAAACCAT GCTGCAGAAG 
GACCATCTAC ATAAGCTGAA TAAAGCTTTA GAGGTCAAAT ATGCTCAGGC AAACTCAGAG 
CTGAGTGCCA GCAAGACGTA TCTGGAGCAG ACAGAAGCTC ACCTGAAAGA GGTGGGAAAC 
TTTCAGAGAC AATTAGCAGA GGCTAAAGAA GACAACTGCA AAGTTACAAT CATGCTGGAA 
AACGTGCTGG CTTCTCACAG TAAGATGCAG GGAGCCCTGG AGAAAGTCCA GATAGAGCTC 
GGGCGGAGGG ATTCAGAGAT CGCAGGCCTC AAGAAGGAAA GGTCTCTAAA TCAACAAAGA 
GTACAGAAGC TTGAAGCGGA AGTAGACCAG TGGCAGGCCA GGATGCTGAT TGTGGAGGCC 
CAGCACAGCA GTGAGATTGA GCCACTACAG AAGTCTCTAG ATATAACTAG AGAAGACAAC 
AGGAAACTGG CCATGAGCCT AGAGCAAGCT CTCCAGACAA ATGGCCATCT GCAGTCAAAG 
CTTGATCACC TCCAAGAAAA ACTGGAAAGC AAAGAGCGTG AGCGGCAGAG TCTGGAAGCC 
TTTAAAGAGC AGGTTGCTGA GGAATCCAAA GTAGAAGCAG AATTGCATGC AGAGCGCATT 
GAAGCTCTGA GGAAGCAGTT TCAAACCGAA AGAGAGACTG CAAAGAAAGC ATCACAGAGG 
GAAGTGTCTG AGCTGAAGAA AGCTCTTGAC GAAGCCAACT TCAGATCGGT GGAAGTGTCC 
CGGGCAAACC GAGAGCTACG ACACAAAGCT ACGGAGCTGG AAAAAGTGGT GAACAGTAAC 
AAGGAAAAAC TCAAGAACCA AAGGGCCCAA ATAAAGCTGC ACTTGTCAGC CAAGGCAAAC 
AACGCACAGA ACGTGGAGAG GATGAAGCAA ATAGAAATGG AATTGAGGCA AATGGAGATA 
ATTAAGGATC AATATCAGAA AAAGAACTAT GAACAGTCCT TGAGCATCCA GAGATTTGTA 
TCTGAGATGA ATACCCTGCA GAAAGAGATG GAGCTCTTAG CTAAGAGCCA GTATGAGACC 
TCAGCGAGAA ATAAACAGCA GGAGCTGAGA CTAGTGACTG AGCGAAAAGT GAGGCTGGAA 
CTAGAAAATC GGTGCAAGGA ATTGGAAGAA ACTATCAGAC ACCTGAAGAG ATGTAAAGAA 
GCAACAGAAA ATAAACTAAA AGAAGCCAGC GTGGAGTCCG AGCAGATAAC AGCTAATCTG 
GAAGAGGCTC ACCGCTGGTT TAAATGCAGG TTCGATGGAT TACAACTTGA GCTGACAAAA 
AACCGGTTGC AGAGGCTTCC CCGGGAAGAC AGGTGGCTGG AAGAGAATCA AGATAAGATG 
CATAATGTTG CAACCAGCCA ATCTGTTCTA CATCGATGGG AAACTAAACA GAAGTACCAT 
TCTGACACAG AGAGGAAGAA GTGA

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

Ccdc150 ( XM_021174018.2 ) cDNA ORF clone, Mus caroli(Ryukyu mouse) -> XP_021029677.1 Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X4, mRNA.

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CloneID	OMv24062
Clone ID Related Accession (Same CDS sequence)	XM_021174018.1 , XM_021174018.2
Accession Version	XM_021174018.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3204bp) 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	2019-06-09
Organism	Mus caroli(Ryukyu mouse)
Product	coiled-coil domain-containing protein 150 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_034570.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 10, 2019 this sequence version replaced XM_021174018.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Mus caroli Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG CTACGGCGAC AACTGGCTCA GGAGAAGCTT 
GTCAGGGAAT CTCTTGAGAC ATCTGCATCG TCCATGCTCC TCAAAGTACA AGAGATGGGG 
TCAGTGGTGG AGGCAGAACG GCAGCAGGTA CACACTTTGC AGCAGAAGTG CACTGCCCTA 
CACAGCTCTA TGAAAACAAC CCAAGACCTG CTGGCCCAGG AACAGCAGAA GAATGAAGAC 
TTGGGGATGA CTATCTCGCA GCTCAAGTCT GATCTGAATT CCAGAGATAG CCTCATTTGC 
AAGTTGGTGG AAGAAAATAA GGCTACACAA ATATCGCTCA AGAAAGAACA TGAAGAAAAC 
ATATATTTGA AATCTGAAAT ACTATCCCTT CAAGATGTAT CAGGAAAAGC ACAGGTTTTG 
AATGACCAGC TTTCCAAAAA GTGTTCAGAG CTAACCAGCA TGCTTCAGGT TGTTAAAATG 
GAAAATTCAA GAATTATTGC TGAACATCAT GCTATTTTGA AGGTGGAGCA GAAAATGATA 
ACAGATACAT TTCAAGAGCA AAATTTACTG TTAGACGCAG CCCATGCCAG CATCACAGGA 
GAGCTCCAAA CTGTGCAGAA TGAAAAGGCA CAACTCCAGA TGCACCTAGA CCATTTAATT 
CTTGAGCACA ATCAGTGTCT TCAGAAATCA CAGGAGGCTG AGAAGAGGAC AGTGGTCCAA 
AAAGAACTTC TGGAATCAAC TATTGCAAGA CTACAAGGTG AACTGAAAAC ATCATTGCAG 
GAGAAGAAGT CTCTGCTGGA GAAGAATGAG TGGTTTCAGA GGGAGGTTAA TAAAACAGAA 
AAAGAAGTAG CCAAAGAAAA ATGTAATTTG GAAAAAGAAT TAGCTGAAAG CAAGGAAGAC 
ATTAATGTGT TGAATCAAAA CCTGCAGACT CTAATGGAAG AAAATAAGCA TCTAACAGAT 
AAAATGGCTT CCCTTGAACA TCACAAAGCC ACTTCTGACT ACCAAGGGAA AGTGGAAAAG 
GCCTTGGAAA AAATTACTGA TAGCAAAAAT ATGCTCGCCT ATGAAAAGGG GAAACTCCAG 
ACAAAGGTTA AACAGCTAGA AGCACAGCTT CACACATTCG CTGAAACCAT GCTGCAGAAG 
GACCATCTAC ATAAGCTGAA TAAAGCTTTA GAGGTCAAAT ATGCTCAGGC AAACTCAGAG 
CTGAGTGCCA GCAAGACGTA TCTGGAGCAG ACAGAAGCTC ACCTGAAAGA GGTGGGAAAC 
TTTCAGAGAC AATTAGCAGA GGCTAAAGAA GACAACTGCA AAGTTACAAT CATGCTGGAA 
AACGTGCTGG CTTCTCACAG TAAGATGCAG GGAGCCCTGG AGAAAGTCCA GATAGAGCTC 
GGGCGGAGGG ATTCAGAGAT CGCAGGCCTC AAGAAGGAAA GGTCTCTAAA TCAACAAAGA 
GTACAGAAGC TTGAAGCGGA AGTAGACCAG TGGCAGGCCA GGATGCTGAT TGTGGAGGCC 
CAGCACAGCA GTGAGATTGA GCCACTACAG AAGTCTCTAG ATATAACTAG AGAAGACAAC 
AGGAAACTGG CCATGAGCCT AGAGCAAGCT CTCCAGACAA ATGGCCATCT GCAGTCAAAG 
CTTGATCACC TCCAAGAAAA ACTGGAAAGC AAAGAGCGTG AGCGGCAGAG TCTGGAAGCC 
TTTAAAGAGC AGGTTGCTGA GGAATCCAAA GTAGAAGCAG AATTGCATGC AGAGCGCATT 
GAAGCTCTGA GGAAGCAGTT TCAAACCGAA AGAGAGACTG CAAAGAAAGC ATCACAGAGG 
GAAGTGTCTG AGCTGAAGAA AGCTCTTGAC GAAGCCAACT TCAGATCGGT GGAAGTGTCC 
CGGGCAAACC GAGAGCTACG ACACAAAGCT ACGGAGCTGG AAAAAGTGGT GAACAGTAAC 
AAGGAAAAAC TCAAGAACCA AAGGGCCCAA ATAAAGCTGC ACTTGTCAGC CAAGGCAAAC 
AACGCACAGA ACGTGGAGAG GATGAAGCAA ATAGAAATGG AATTGAGGCA AATGGAGATA 
ATTAAGGATC AATATCAGAA AAAGAACTAT GAACAGTCCT TGAGCATCCA GAGATTTGTA 
TCTGAGATGA ATACCCTGCA GAAAGAGATG GAGCTCTTAG CTAAGAGCCA GTATGAGACC 
TCAGCGAGAA ATAAACAGCA GGAGCTGAGA CTAGTGACTG AGCGAAAAGT GAGGCTGGAA 
CTAGAAAATC GGTGCAAGGA ATTGGAAGAA ACTATCAGAC ACCTGAAGAG ATGTAAAGAA 
GCAACAGAAA ATAAACTAAA AGAAGCCAGC GTGGAGTCCG AGCAGATAAC AGCTAATCTG 
GAAGAGGCTC ACCGCTGGTT TAAATGCAGG TTCGATGGAT TACAACTTGA GCTGACAAAA 
AACCGGTTGC AGAGGCTTCC CCGGGAAGAC AGGTGGCTGG AAGAGAATCA AGATAAGATG 
CATAATGTTG CAACCAGCCA ATCTGTTCTA CATCGATGGG AAACTAAACA GAAGTACCAT 
TCTGACACAG AGAGGAAGAA GTGA

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

RefSeq	XP_021029677.1
CDS	138..3341
Translation	METNLLAGGRSYGMVDESGVQMETTVCRPVLSPTHINATASETFTVLQQKMRIVEEQTSSLRDDLIMLGYGDRRGPLETPNYLEDPASQKAISPIPNEAICPESPGNLWRNYEFLVNRMCYLENLIQSLKMNIFHLQTEKESNPQKTAFLNDQLNIIQGEHSKGLKLLQLEVMNLRQQLKVVKEEEDRAQDEMQRLTATLEIATETKKNAAVIEEELKTTKRKMNLKIQELRRQLAQEKLVRESLETSASSMLLKVQEMGSVVEAERQQVHTLQQKCTALHSSMKTTQDLLAQEQQKNEDLGMTISQLKSDLNSRDSLICKLVEENKATQISLKKEHEENIYLKSEILSLQDVSGKAQVLNDQLSKKCSELTSMLQVVKMENSRIIAEHHAILKVEQKMITDTFQEQNLLLDAAHASITGELQTVQNEKAQLQMHLDHLILEHNQCLQKSQEAEKRTVVQKELLESTIARLQGELKTSLQEKKSLLEKNEWFQREVNKTEKEVAKEKCNLEKELAESKEDINVLNQNLQTLMEENKHLTDKMASLEHHKATSDYQGKVEKALEKITDSKNMLAYEKGKLQTKVKQLEAQLHTFAETMLQKDHLHKLNKALEVKYAQANSELSASKTYLEQTEAHLKEVGNFQRQLAEAKEDNCKVTIMLENVLASHSKMQGALEKVQIELGRRDSEIAGLKKERSLNQQRVQKLEAEVDQWQARMLIVEAQHSSEIEPLQKSLDITREDNRKLAMSLEQALQTNGHLQSKLDHLQEKLESKERERQSLEAFKEQVAEESKVEAELHAERIEALRKQFQTERETAKKASQREVSELKKALDEANFRSVEVSRANRELRHKATELEKVVNSNKEKLKNQRAQIKLHLSAKANNAQNVERMKQIEMELRQMEIIKDQYQKKNYEQSLSIQRFVSEMNTLQKEMELLAKSQYETSARNKQQELRLVTERKVRLELENRCKELEETIRHLKRCKEATENKLKEASVESEQITANLEEAHRWFKCRFDGLQLELTKNRLQRLPREDRWLEENQDKMHNVATSQSVLHRWETKQKYHSDTERKK

Target ORF information:

RefSeq Version	XM_021174018.2
Organism	Mus caroli(Ryukyu mouse)
Definition	Mus caroli coiled-coil domain containing 150 (Ccdc150), transcript variant X4, mRNA.

Target ORF information:

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

XM_021174018.2

ORF Insert Sequence:

ATGGAAACAA ACTTGCTGGC CGGAGGACGG AGCTACGGGA TGGTGGATGA ATCAGGGGTG 
CAAATGGAAA CTACAGTGTG CAGACCAGTC CTGTCTCCAA CCCACATCAA TGCAACAGCT 
TCTGAAACAT TCACAGTACT TCAGCAGAAG ATGAGAATAG TTGAGGAACA GACCAGCTCT 
CTGAGAGATG ACCTAATAAT GCTAGGATAC GGTGACAGAC GAGGTCCATT AGAAACTCCA 
AACTATTTAG AAGACCCTGC CAGCCAGAAA GCCATTAGTC CTATCCCAAA TGAAGCAATT 
TGTCCAGAAA GCCCAGGTAA TTTGTGGAGG AACTATGAAT TTCTGGTAAA TCGAATGTGC 
TATTTGGAGA ACCTCATTCA GTCCTTGAAG ATGAACATCT TTCACCTGCA AACTGAAAAG 
GAATCGAATC CACAGAAAAC AGCTTTTCTG AACGATCAGC TGAATATAAT ACAAGGGGAG 
CATTCCAAGG GCCTGAAGCT GTTGCAACTT GAAGTGATGA ATTTGCGCCA GCAATTGAAA 
GTTGTCAAGG AGGAAGAAGA CAGGGCACAG GATGAAATGC AGAGATTGAC TGCCACTCTG 
GAAATTGCAA CGGAGACAAA GAAGAATGCG GCTGTTATTG AGGAGGAACT AAAGACCACA 
AAGCGTAAAA TGAACCTTAA AATCCAAGAG CTACGGCGAC AACTGGCTCA GGAGAAGCTT 
GTCAGGGAAT CTCTTGAGAC ATCTGCATCG TCCATGCTCC TCAAAGTACA AGAGATGGGG 
TCAGTGGTGG AGGCAGAACG GCAGCAGGTA CACACTTTGC AGCAGAAGTG CACTGCCCTA 
CACAGCTCTA TGAAAACAAC CCAAGACCTG CTGGCCCAGG AACAGCAGAA GAATGAAGAC 
TTGGGGATGA CTATCTCGCA GCTCAAGTCT GATCTGAATT CCAGAGATAG CCTCATTTGC 
AAGTTGGTGG AAGAAAATAA GGCTACACAA ATATCGCTCA AGAAAGAACA TGAAGAAAAC 
ATATATTTGA AATCTGAAAT ACTATCCCTT CAAGATGTAT CAGGAAAAGC ACAGGTTTTG 
AATGACCAGC TTTCCAAAAA GTGTTCAGAG CTAACCAGCA TGCTTCAGGT TGTTAAAATG 
GAAAATTCAA GAATTATTGC TGAACATCAT GCTATTTTGA AGGTGGAGCA GAAAATGATA 
ACAGATACAT TTCAAGAGCA AAATTTACTG TTAGACGCAG CCCATGCCAG CATCACAGGA 
GAGCTCCAAA CTGTGCAGAA TGAAAAGGCA CAACTCCAGA TGCACCTAGA CCATTTAATT 
CTTGAGCACA ATCAGTGTCT TCAGAAATCA CAGGAGGCTG AGAAGAGGAC AGTGGTCCAA 
AAAGAACTTC TGGAATCAAC TATTGCAAGA CTACAAGGTG AACTGAAAAC ATCATTGCAG 
GAGAAGAAGT CTCTGCTGGA GAAGAATGAG TGGTTTCAGA GGGAGGTTAA TAAAACAGAA 
AAAGAAGTAG CCAAAGAAAA ATGTAATTTG GAAAAAGAAT TAGCTGAAAG CAAGGAAGAC 
ATTAATGTGT TGAATCAAAA CCTGCAGACT CTAATGGAAG AAAATAAGCA TCTAACAGAT 
AAAATGGCTT CCCTTGAACA TCACAAAGCC ACTTCTGACT ACCAAGGGAA AGTGGAAAAG 
GCCTTGGAAA AAATTACTGA TAGCAAAAAT ATGCTCGCCT ATGAAAAGGG GAAACTCCAG 
ACAAAGGTTA AACAGCTAGA AGCACAGCTT CACACATTCG CTGAAACCAT GCTGCAGAAG 
GACCATCTAC ATAAGCTGAA TAAAGCTTTA GAGGTCAAAT ATGCTCAGGC AAACTCAGAG 
CTGAGTGCCA GCAAGACGTA TCTGGAGCAG ACAGAAGCTC ACCTGAAAGA GGTGGGAAAC 
TTTCAGAGAC AATTAGCAGA GGCTAAAGAA GACAACTGCA AAGTTACAAT CATGCTGGAA 
AACGTGCTGG CTTCTCACAG TAAGATGCAG GGAGCCCTGG AGAAAGTCCA GATAGAGCTC 
GGGCGGAGGG ATTCAGAGAT CGCAGGCCTC AAGAAGGAAA GGTCTCTAAA TCAACAAAGA 
GTACAGAAGC TTGAAGCGGA AGTAGACCAG TGGCAGGCCA GGATGCTGAT TGTGGAGGCC 
CAGCACAGCA GTGAGATTGA GCCACTACAG AAGTCTCTAG ATATAACTAG AGAAGACAAC 
AGGAAACTGG CCATGAGCCT AGAGCAAGCT CTCCAGACAA ATGGCCATCT GCAGTCAAAG 
CTTGATCACC TCCAAGAAAA ACTGGAAAGC AAAGAGCGTG AGCGGCAGAG TCTGGAAGCC 
TTTAAAGAGC AGGTTGCTGA GGAATCCAAA GTAGAAGCAG AATTGCATGC AGAGCGCATT 
GAAGCTCTGA GGAAGCAGTT TCAAACCGAA AGAGAGACTG CAAAGAAAGC ATCACAGAGG 
GAAGTGTCTG AGCTGAAGAA AGCTCTTGAC GAAGCCAACT TCAGATCGGT GGAAGTGTCC 
CGGGCAAACC GAGAGCTACG ACACAAAGCT ACGGAGCTGG AAAAAGTGGT GAACAGTAAC 
AAGGAAAAAC TCAAGAACCA AAGGGCCCAA ATAAAGCTGC ACTTGTCAGC CAAGGCAAAC 
AACGCACAGA ACGTGGAGAG GATGAAGCAA ATAGAAATGG AATTGAGGCA AATGGAGATA 
ATTAAGGATC AATATCAGAA AAAGAACTAT GAACAGTCCT TGAGCATCCA GAGATTTGTA 
TCTGAGATGA ATACCCTGCA GAAAGAGATG GAGCTCTTAG CTAAGAGCCA GTATGAGACC 
TCAGCGAGAA ATAAACAGCA GGAGCTGAGA CTAGTGACTG AGCGAAAAGT GAGGCTGGAA 
CTAGAAAATC GGTGCAAGGA ATTGGAAGAA ACTATCAGAC ACCTGAAGAG ATGTAAAGAA 
GCAACAGAAA ATAAACTAAA AGAAGCCAGC GTGGAGTCCG AGCAGATAAC AGCTAATCTG 
GAAGAGGCTC ACCGCTGGTT TAAATGCAGG TTCGATGGAT TACAACTTGA GCTGACAAAA 
AACCGGTTGC AGAGGCTTCC CCGGGAAGAC AGGTGGCTGG AAGAGAATCA AGATAAGATG 
CATAATGTTG CAACCAGCCA ATCTGTTCTA CATCGATGGG AAACTAAACA GAAGTACCAT 
TCTGACACAG AGAGGAAGAA GTGA

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

PubMed

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03-6811-6572

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Ccdc150 cDNA ORF clone, Mus caroli(Ryukyu mouse)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム