LRRCC1 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	LRRCC1
Entrez Gene ID	105405785
Full Name	leucine rich repeat and coiled-coil centrosomal protein 1
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011583703.1	XP_011582005.1	leucine-rich repeat and coiled-coil domain-containing protein 1 isoform X1
XM_011583704.1	XP_011582006.1	leucine-rich repeat and coiled-coil domain-containing protein 1 isoform X2

Pathways from BioSystems
Gene Ontology

The following LRRCC1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LRRCC1 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
OAq21172	XM_011583703.1 Latest version!	Aquila chrysaetos canadensis leucine rich repeat and coiled-coil centrosomal protein 1 (LRRCC1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OAq21173	XM_011583704.1 Latest version!	Aquila chrysaetos canadensis leucine rich repeat and coiled-coil centrosomal protein 1 (LRRCC1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LRRCC1 ( XM_011583703.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011582005.1 Aquila chrysaetos canadensis leucine rich repeat and coiled-coil centrosomal protein 1 (LRRCC1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAq21172
Clone ID Related Accession (Same CDS sequence)	XM_011583703.1
Accession Version	XM_011583703.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3096bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	leucine-rich repeat and coiled-coil domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950914.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGGGG ACCGTGCCAT CCCCGGCGAG CTCAGCCTCA TGGATAAGGG CGTTAAGAGC 
TTGCTGGAGG TCTCGCTGAG CTCGGACCTG CACACGCTCA ACGTGCACTG TAACCGTATC 
GCCAGAATCG AAGGGCTCGG CCACCTCTGG AATCTGCAGC ATTTAGATCT GTCGTCAAAC 
CAAATCCGCC GGATCGAGGG GCTGAGTTCC CTGGCTAATC TGCACACCCT AAGCTTATCC 
TGTAACCTGA TAACAAAAGT GGAGGGACTG GAAAAACTCT TCAATTTAAC TGTACTGAAT 
TTGTCATATA ATCGCATACA TGATCTCTCT GGATTTCAGT CCCTTCATGG AACCAGTCAT 
AAGATTAGCC ATATTGACCT TCACAGCAAC TGTGTAAACA ATATTAATCA CTTACTCCAG 
TGCACAAAGG GGCTGCGCTG TTTGACGAGT CTGACACTGG AAAAAAATGG AAAAGCCAAT 
CCAGTTTGTC ACACAGCAGG TTATAGAGAA ACTGTTCTTC AGACATTGCC CCAGCTAACA 
GCTCTAGATG GAAGAGATAT TTCTGGTGAT CCAGTGGACC CAGCAGAAGA AAACTGTTCA 
GATTTCCAGT GTTTAGAAGA TATTTTGGGC TGTTTGGTTT CATCTGGGTG CCCCTCATCC 
AAAGATCAGA ACTATGTAAC CTTACCAGTG GTGACACCAC ATATCGACCA GGCGTTAGCT 
CATTTTCATC AACGTACAAG AATACCAGTA CAAAGTGCCA TCAGCTCCTC TACAGAGATT 
GTCTCGTCTT CAGAACCAGA GAAGGCCGAA CTTGATAAAA TATACAGTGA GATAAGGATT 
AAAAAAATAG AAGATCAAAT TTCACAGATA CTGCAAAAGG TATCTGATGC CTCAAGAAGG 
GAAGCTCCTC CAAATGTTCT CAAAGCTAAG AGAGACACAG ATCCAACTTC TGAGAGTGAA 
AATGAGAGTG GGAAAGAGAA CAACAGAAAG ATTGTGAAAA GAAGCAAGAT ACCTACTTAC 
CGTAAAACTA CCTTATCTAC TAGGTATCAT GCAAATCATC TTAAGAACAA AGTAACTGAC 
AGGGAAGAGA AGAAGAGTTC CTCGACATGT CCACGCTCCA GTCAGAGAGA CTGTCATCTC 
AATTCATCAT CAGATACTCG AGACTTGGAA ATAGTGGGAA GAAAAGCTGA AATATTAACT 
GGAAGACAGA GCAATATAGA AAAAGTAGAA GAAATTAATT CAAATGCCAC AGAAGAATCT 
ACATACCGAG CGCTGATTCA GGAACTGGAT CAGGAGAAAG AAAGGAGATG GAAAGCAGAG 
CAAGCAGAGA AGAAATTAAT AGAGCATGTC AGAGAGCTAC AGAAACATGC AAAAGAAGAA 
AAGAATATTC AAAGTATGGC TGTATACACT ACAAACAGGT TAAAGGAATT GATATTGAAA 
GAGAGAGATG TTAAAACAAG ACTGCAAGCA GATGTCCAAC AGTTGAAGGG TGAAACTGAA 
AGACTTACTA ATGAGTTAAA TCAGTCAAGA AATAAAGAAG CAGAACATCA GAAGGCCATC 
CAAGCTTTAG AAGAAACACT ATCCAAGATG GAGACACAGA GATTGCAACA ACGAACAATA 
GAGATGAAAC AGGTGCAAGA AGCAGAGCTT AGAGCATCAG CAAATGAAAG AGAAGTACAG 
TTACTTCGAA TATCCTTCCG ACAACAGAAG GAGAAGGTAA AACAACTACA TGAACTTCTT 
ATATTAAGAG AGCAAGAGCA AAGGAAAGAA CTTGAAACCC GAGTTGCTTT AAATGGACCT 
GAATTTCAAG ATGCTTTGTC AAAAGAAGTG GCTAAAGAGG AACAAAGGCA TGAACAGCGT 
GTTAAAGAAT TTCAGGAGAA AATTAATATG TTAAACCAGA AGTACAAAGA GTTAGAAGAT 
GAATTTCGTT TAGCTTTAAC TATTGAAGCA AAAAGATTTA AAGAGGTAAA ACAGGGTTTT 
GAAAATGTTG CTGCTGATCT AGTTGAACAT AAACGAGCCC TGTCTGAGTT TGAACAAAAG 
GAAAAAGAGA TGGCAAGTCT GATCCAAGAC CTGACAAGTA TAGTGAAAGA ACAGAAAGCA 
AAGATTGCAG AATTAAGAAA ATCAAATGAA GAAGCTACAG CAAACCTAAA GTGTCGAACA 
GAAGAACTTG AAACTCTGAT TGAGGAGAAC AAACAGAAGG CTGTTCAAGT TGAACTTCTG 
AAAAAGGAAA ATGGAAAACT TATTTCTCAA ATGACAGCCC AGGAATCTGT GATTGATGGG 
TTAAAAATGG AAAGAAAAAT ATGGGGGCAG GAGTTGGCAC AACAGGGAGC TCATCTTGCT 
CAAGATCGGG GAAAACTGGA GGCAAAAATT GAAGTTTTAA CGAATGAGAT TGAGATGTTA 
AAAAAGCAAA AGGAACAGGA CAGTGATACT ATAAGAATTA AAAACAAAAT AGTGGATGAT 
CAGACAGAAA CAATTAGGAG ATTAAAAGAA GGCTTACAAG AAAAAGATAA ACAAATCAGA 
AAACTGCAGG AAGAAAATCT GGAAGCTCAG AAATTTTTTC AAGTACAACT GGATGAAAAA 
GCTGCTGAAT TTGAAGAGCT AATGGAAAAA TTAGAAAGGC AAAATGAAAG AAAAGAGGAA 
TTAAAGCAAC TGCTAGAAGA AAAAGAAGTA GAACTCGATG ACATTAAGAA TGCACACAGC 
ACACTGAAAA AGAAGTGGCA AGGTAAAGGA GAGCTATTAA GCCAGCTGGA GGTGCAGGTT 
AAACAAATGA AGGAAAGCTT TGATGTCAAA GAGAAGAAGC TGATTGAAGA GAGAAATAAA 
AGTCTTCAAA CTCAGAGGAT TGCTGTGGAA AAGCTTCATG AAATGGATGA TGCTTTTAGA 
AAACAACTGG AGTCAATGTT GGCAGCTCAT CAGGAAGAAC TATTGCAGCT GGCAAACGAA 
AAGGAAAAAC AAATTGAAGC AGCAAATGAA AAAGTTTACT ATGTTGAAGA AGAAATGCGG 
CAGCTTCTGC AGGAAACGGC AAACAATAAA AAAGCCATGG AAAATAAAAT AAGACGACTT 
ACACATGCAC TGAATGATAT TCAACAAGAT CTTTGA

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

RefSeq	XP_011582005.1
CDS	84..3179
Translation	MAGDRAIPGELSLMDKGVKSLLEVSLSSDLHTLNVHCNRIARIEGLGHLWNLQHLDLSSNQIRRIEGLSSLANLHTLSLSCNLITKVEGLEKLFNLTVLNLSYNRIHDLSGFQSLHGTSHKISHIDLHSNCVNNINHLLQCTKGLRCLTSLTLEKNGKANPVCHTAGYRETVLQTLPQLTALDGRDISGDPVDPAEENCSDFQCLEDILGCLVSSGCPSSKDQNYVTLPVVTPHIDQALAHFHQRTRIPVQSAISSSTEIVSSSEPEKAELDKIYSEIRIKKIEDQISQILQKVSDASRREAPPNVLKAKRDTDPTSESENESGKENNRKIVKRSKIPTYRKTTLSTRYHANHLKNKVTDREEKKSSSTCPRSSQRDCHLNSSSDTRDLEIVGRKAEILTGRQSNIEKVEEINSNATEESTYRALIQELDQEKERRWKAEQAEKKLIEHVRELQKHAKEEKNIQSMAVYTTNRLKELILKERDVKTRLQADVQQLKGETERLTNELNQSRNKEAEHQKAIQALEETLSKMETQRLQQRTIEMKQVQEAELRASANEREVQLLRISFRQQKEKVKQLHELLILREQEQRKELETRVALNGPEFQDALSKEVAKEEQRHEQRVKEFQEKINMLNQKYKELEDEFRLALTIEAKRFKEVKQGFENVAADLVEHKRALSEFEQKEKEMASLIQDLTSIVKEQKAKIAELRKSNEEATANLKCRTEELETLIEENKQKAVQVELLKKENGKLISQMTAQESVIDGLKMERKIWGQELAQQGAHLAQDRGKLEAKIEVLTNEIEMLKKQKEQDSDTIRIKNKIVDDQTETIRRLKEGLQEKDKQIRKLQEENLEAQKFFQVQLDEKAAEFEELMEKLERQNERKEELKQLLEEKEVELDDIKNAHSTLKKKWQGKGELLSQLEVQVKQMKESFDVKEKKLIEERNKSLQTQRIAVEKLHEMDDAFRKQLESMLAAHQEELLQLANEKEKQIEAANEKVYYVEEEMRQLLQETANNKKAMENKIRRLTHALNDIQQDL

Target ORF information:

RefSeq Version	XM_011583703.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis leucine rich repeat and coiled-coil centrosomal protein 1 (LRRCC1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011583703.1

ORF Insert Sequence:

ATGGCGGGGG ACCGTGCCAT CCCCGGCGAG CTCAGCCTCA TGGATAAGGG CGTTAAGAGC 
TTGCTGGAGG TCTCGCTGAG CTCGGACCTG CACACGCTCA ACGTGCACTG TAACCGTATC 
GCCAGAATCG AAGGGCTCGG CCACCTCTGG AATCTGCAGC ATTTAGATCT GTCGTCAAAC 
CAAATCCGCC GGATCGAGGG GCTGAGTTCC CTGGCTAATC TGCACACCCT AAGCTTATCC 
TGTAACCTGA TAACAAAAGT GGAGGGACTG GAAAAACTCT TCAATTTAAC TGTACTGAAT 
TTGTCATATA ATCGCATACA TGATCTCTCT GGATTTCAGT CCCTTCATGG AACCAGTCAT 
AAGATTAGCC ATATTGACCT TCACAGCAAC TGTGTAAACA ATATTAATCA CTTACTCCAG 
TGCACAAAGG GGCTGCGCTG TTTGACGAGT CTGACACTGG AAAAAAATGG AAAAGCCAAT 
CCAGTTTGTC ACACAGCAGG TTATAGAGAA ACTGTTCTTC AGACATTGCC CCAGCTAACA 
GCTCTAGATG GAAGAGATAT TTCTGGTGAT CCAGTGGACC CAGCAGAAGA AAACTGTTCA 
GATTTCCAGT GTTTAGAAGA TATTTTGGGC TGTTTGGTTT CATCTGGGTG CCCCTCATCC 
AAAGATCAGA ACTATGTAAC CTTACCAGTG GTGACACCAC ATATCGACCA GGCGTTAGCT 
CATTTTCATC AACGTACAAG AATACCAGTA CAAAGTGCCA TCAGCTCCTC TACAGAGATT 
GTCTCGTCTT CAGAACCAGA GAAGGCCGAA CTTGATAAAA TATACAGTGA GATAAGGATT 
AAAAAAATAG AAGATCAAAT TTCACAGATA CTGCAAAAGG TATCTGATGC CTCAAGAAGG 
GAAGCTCCTC CAAATGTTCT CAAAGCTAAG AGAGACACAG ATCCAACTTC TGAGAGTGAA 
AATGAGAGTG GGAAAGAGAA CAACAGAAAG ATTGTGAAAA GAAGCAAGAT ACCTACTTAC 
CGTAAAACTA CCTTATCTAC TAGGTATCAT GCAAATCATC TTAAGAACAA AGTAACTGAC 
AGGGAAGAGA AGAAGAGTTC CTCGACATGT CCACGCTCCA GTCAGAGAGA CTGTCATCTC 
AATTCATCAT CAGATACTCG AGACTTGGAA ATAGTGGGAA GAAAAGCTGA AATATTAACT 
GGAAGACAGA GCAATATAGA AAAAGTAGAA GAAATTAATT CAAATGCCAC AGAAGAATCT 
ACATACCGAG CGCTGATTCA GGAACTGGAT CAGGAGAAAG AAAGGAGATG GAAAGCAGAG 
CAAGCAGAGA AGAAATTAAT AGAGCATGTC AGAGAGCTAC AGAAACATGC AAAAGAAGAA 
AAGAATATTC AAAGTATGGC TGTATACACT ACAAACAGGT TAAAGGAATT GATATTGAAA 
GAGAGAGATG TTAAAACAAG ACTGCAAGCA GATGTCCAAC AGTTGAAGGG TGAAACTGAA 
AGACTTACTA ATGAGTTAAA TCAGTCAAGA AATAAAGAAG CAGAACATCA GAAGGCCATC 
CAAGCTTTAG AAGAAACACT ATCCAAGATG GAGACACAGA GATTGCAACA ACGAACAATA 
GAGATGAAAC AGGTGCAAGA AGCAGAGCTT AGAGCATCAG CAAATGAAAG AGAAGTACAG 
TTACTTCGAA TATCCTTCCG ACAACAGAAG GAGAAGGTAA AACAACTACA TGAACTTCTT 
ATATTAAGAG AGCAAGAGCA AAGGAAAGAA CTTGAAACCC GAGTTGCTTT AAATGGACCT 
GAATTTCAAG ATGCTTTGTC AAAAGAAGTG GCTAAAGAGG AACAAAGGCA TGAACAGCGT 
GTTAAAGAAT TTCAGGAGAA AATTAATATG TTAAACCAGA AGTACAAAGA GTTAGAAGAT 
GAATTTCGTT TAGCTTTAAC TATTGAAGCA AAAAGATTTA AAGAGGTAAA ACAGGGTTTT 
GAAAATGTTG CTGCTGATCT AGTTGAACAT AAACGAGCCC TGTCTGAGTT TGAACAAAAG 
GAAAAAGAGA TGGCAAGTCT GATCCAAGAC CTGACAAGTA TAGTGAAAGA ACAGAAAGCA 
AAGATTGCAG AATTAAGAAA ATCAAATGAA GAAGCTACAG CAAACCTAAA GTGTCGAACA 
GAAGAACTTG AAACTCTGAT TGAGGAGAAC AAACAGAAGG CTGTTCAAGT TGAACTTCTG 
AAAAAGGAAA ATGGAAAACT TATTTCTCAA ATGACAGCCC AGGAATCTGT GATTGATGGG 
TTAAAAATGG AAAGAAAAAT ATGGGGGCAG GAGTTGGCAC AACAGGGAGC TCATCTTGCT 
CAAGATCGGG GAAAACTGGA GGCAAAAATT GAAGTTTTAA CGAATGAGAT TGAGATGTTA 
AAAAAGCAAA AGGAACAGGA CAGTGATACT ATAAGAATTA AAAACAAAAT AGTGGATGAT 
CAGACAGAAA CAATTAGGAG ATTAAAAGAA GGCTTACAAG AAAAAGATAA ACAAATCAGA 
AAACTGCAGG AAGAAAATCT GGAAGCTCAG AAATTTTTTC AAGTACAACT GGATGAAAAA 
GCTGCTGAAT TTGAAGAGCT AATGGAAAAA TTAGAAAGGC AAAATGAAAG AAAAGAGGAA 
TTAAAGCAAC TGCTAGAAGA AAAAGAAGTA GAACTCGATG ACATTAAGAA TGCACACAGC 
ACACTGAAAA AGAAGTGGCA AGGTAAAGGA GAGCTATTAA GCCAGCTGGA GGTGCAGGTT 
AAACAAATGA AGGAAAGCTT TGATGTCAAA GAGAAGAAGC TGATTGAAGA GAGAAATAAA 
AGTCTTCAAA CTCAGAGGAT TGCTGTGGAA AAGCTTCATG AAATGGATGA TGCTTTTAGA 
AAACAACTGG AGTCAATGTT GGCAGCTCAT CAGGAAGAAC TATTGCAGCT GGCAAACGAA 
AAGGAAAAAC AAATTGAAGC AGCAAATGAA AAAGTTTACT ATGTTGAAGA AGAAATGCGG 
CAGCTTCTGC AGGAAACGGC AAACAATAAA AAAGCCATGG AAAATAAAAT AAGACGACTT 
ACACATGCAC TGAATGATAT TCAACAAGAT CTTTGA

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

LRRCC1 ( XM_011583704.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011582006.1 Aquila chrysaetos canadensis leucine rich repeat and coiled-coil centrosomal protein 1 (LRRCC1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAq21173
Clone ID Related Accession (Same CDS sequence)	XM_011583704.1
Accession Version	XM_011583704.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3057bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	leucine-rich repeat and coiled-coil domain-containing protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950914.1) 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 :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGGGG ACCGTGCCAT CCCCGGCGAG CTCAGCCTCA TGGATAAGGG CGTTAAGAGC 
TTGCTGGAGG TCTCGCTGAG CTCGGACCTG CACACGCTCA ACGTGCACTG TAACCGTATC 
GCCAGAATCG AAGGGCTCGG CCACCTCTGG AATCTGCAGC ATTTAGATCT GTCGTCAAAC 
CAAATCCGCC GGATCGAGGG GCTGAGTTCC CTGGCTAATC TGCACACCCT AAGCTTATCC 
TGTAACCTGA TAACAAAAGT GGAGGGACTG GAAAAACTCT TCAATTTAAC TGTACTGAAT 
TTGTCATATA ATCGCATACA TGATCTCTCT GGATTTCAGT CCCTTCATGG AACCAGTCAT 
AAGATTAGCC ATATTGACCT TCACAGCAAC TGTGTAAACA ATATTAATCA CTTACTCCAG 
TGCACAAAGG GGCTGCGCTG TTTGACGAGT CTGACACTGG AAAAAAATGG AAAAGCCAAT 
CCAGTTTGTC ACACAGCAGG TTATAGAGAA ACTGTTCTTC AGACATTGCC CCAGCTAACA 
GCTCTAGATG GAAGAGATAT TTCTGGTGAT CCAGTGGACC CAGCAGAAGA AAACTGTTCA 
GATTTCCAGT GTTTAGAAGA TATTTTGGGC TGTTTGGTTT CATCTGGGTG CCCCTCATCC 
AAAGATCAGA ACTATGTAAC CTTACCAGTG GTGACACCAC ATATCGACCA GGCGTTAGCT 
CATTTTCATC AACGTACAAG AATACCAGTA CAAAGTGCCA TCAGCTCCTC TACAGAGATT 
GTCTCGTCTT CAGAACCAGA GAAGGCCGAA CTTGATAAAA TATACAGTGA GATAAGGATT 
AAAAAAATAG AAGATCAAAT TTCACAGATA CTGCAAAAGG TATCTGATGC CTCAAGAAGG 
GAAGCTCCTC CAAATGTTCT CAAAGCTAAG AGAGACACAG ATCCAACTTC TGAGAGTGAA 
AATGAGAGTG GGAAAGAGAA CAACAGAAAG ATTGTGAAAA GAAGCAAGAT ACCTACTTAC 
CGTAAAACTA CCTTATCTAC TAGGGAAGAG AAGAAGAGTT CCTCGACATG TCCACGCTCC 
AGTCAGAGAG ACTGTCATCT CAATTCATCA TCAGATACTC GAGACTTGGA AATAGTGGGA 
AGAAAAGCTG AAATATTAAC TGGAAGACAG AGCAATATAG AAAAAGTAGA AGAAATTAAT 
TCAAATGCCA CAGAAGAATC TACATACCGA GCGCTGATTC AGGAACTGGA TCAGGAGAAA 
GAAAGGAGAT GGAAAGCAGA GCAAGCAGAG AAGAAATTAA TAGAGCATGT CAGAGAGCTA 
CAGAAACATG CAAAAGAAGA AAAGAATATT CAAAGTATGG CTGTATACAC TACAAACAGG 
TTAAAGGAAT TGATATTGAA AGAGAGAGAT GTTAAAACAA GACTGCAAGC AGATGTCCAA 
CAGTTGAAGG GTGAAACTGA AAGACTTACT AATGAGTTAA ATCAGTCAAG AAATAAAGAA 
GCAGAACATC AGAAGGCCAT CCAAGCTTTA GAAGAAACAC TATCCAAGAT GGAGACACAG 
AGATTGCAAC AACGAACAAT AGAGATGAAA CAGGTGCAAG AAGCAGAGCT TAGAGCATCA 
GCAAATGAAA GAGAAGTACA GTTACTTCGA ATATCCTTCC GACAACAGAA GGAGAAGGTA 
AAACAACTAC ATGAACTTCT TATATTAAGA GAGCAAGAGC AAAGGAAAGA ACTTGAAACC 
CGAGTTGCTT TAAATGGACC TGAATTTCAA GATGCTTTGT CAAAAGAAGT GGCTAAAGAG 
GAACAAAGGC ATGAACAGCG TGTTAAAGAA TTTCAGGAGA AAATTAATAT GTTAAACCAG 
AAGTACAAAG AGTTAGAAGA TGAATTTCGT TTAGCTTTAA CTATTGAAGC AAAAAGATTT 
AAAGAGGTAA AACAGGGTTT TGAAAATGTT GCTGCTGATC TAGTTGAACA TAAACGAGCC 
CTGTCTGAGT TTGAACAAAA GGAAAAAGAG ATGGCAAGTC TGATCCAAGA CCTGACAAGT 
ATAGTGAAAG AACAGAAAGC AAAGATTGCA GAATTAAGAA AATCAAATGA AGAAGCTACA 
GCAAACCTAA AGTGTCGAAC AGAAGAACTT GAAACTCTGA TTGAGGAGAA CAAACAGAAG 
GCTGTTCAAG TTGAACTTCT GAAAAAGGAA AATGGAAAAC TTATTTCTCA AATGACAGCC 
CAGGAATCTG TGATTGATGG GTTAAAAATG GAAAGAAAAA TATGGGGGCA GGAGTTGGCA 
CAACAGGGAG CTCATCTTGC TCAAGATCGG GGAAAACTGG AGGCAAAAAT TGAAGTTTTA 
ACGAATGAGA TTGAGATGTT AAAAAAGCAA AAGGAACAGG ACAGTGATAC TATAAGAATT 
AAAAACAAAA TAGTGGATGA TCAGACAGAA ACAATTAGGA GATTAAAAGA AGGCTTACAA 
GAAAAAGATA AACAAATCAG AAAACTGCAG GAAGAAAATC TGGAAGCTCA GAAATTTTTT 
CAAGTACAAC TGGATGAAAA AGCTGCTGAA TTTGAAGAGC TAATGGAAAA ATTAGAAAGG 
CAAAATGAAA GAAAAGAGGA ATTAAAGCAA CTGCTAGAAG AAAAAGAAGT AGAACTCGAT 
GACATTAAGA ATGCACACAG CACACTGAAA AAGAAGTGGC AAGGTAAAGG AGAGCTATTA 
AGCCAGCTGG AGGTGCAGGT TAAACAAATG AAGGAAAGCT TTGATGTCAA AGAGAAGAAG 
CTGATTGAAG AGAGAAATAA AAGTCTTCAA ACTCAGAGGA TTGCTGTGGA AAAGCTTCAT 
GAAATGGATG ATGCTTTTAG AAAACAACTG GAGTCAATGT TGGCAGCTCA TCAGGAAGAA 
CTATTGCAGC TGGCAAACGA AAAGGAAAAA CAAATTGAAG CAGCAAATGA AAAAGTTTAC 
TATGTTGAAG AAGAAATGCG GCAGCTTCTG CAGGAAACGG CAAACAATAA AAAAGCCATG 
GAAAATAAAA TAAGACGACT TACACATGCA CTGAATGATA TTCAACAAGA TCTTTGA

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

RefSeq	XP_011582006.1
CDS	84..3140
Translation	MAGDRAIPGELSLMDKGVKSLLEVSLSSDLHTLNVHCNRIARIEGLGHLWNLQHLDLSSNQIRRIEGLSSLANLHTLSLSCNLITKVEGLEKLFNLTVLNLSYNRIHDLSGFQSLHGTSHKISHIDLHSNCVNNINHLLQCTKGLRCLTSLTLEKNGKANPVCHTAGYRETVLQTLPQLTALDGRDISGDPVDPAEENCSDFQCLEDILGCLVSSGCPSSKDQNYVTLPVVTPHIDQALAHFHQRTRIPVQSAISSSTEIVSSSEPEKAELDKIYSEIRIKKIEDQISQILQKVSDASRREAPPNVLKAKRDTDPTSESENESGKENNRKIVKRSKIPTYRKTTLSTREEKKSSSTCPRSSQRDCHLNSSSDTRDLEIVGRKAEILTGRQSNIEKVEEINSNATEESTYRALIQELDQEKERRWKAEQAEKKLIEHVRELQKHAKEEKNIQSMAVYTTNRLKELILKERDVKTRLQADVQQLKGETERLTNELNQSRNKEAEHQKAIQALEETLSKMETQRLQQRTIEMKQVQEAELRASANEREVQLLRISFRQQKEKVKQLHELLILREQEQRKELETRVALNGPEFQDALSKEVAKEEQRHEQRVKEFQEKINMLNQKYKELEDEFRLALTIEAKRFKEVKQGFENVAADLVEHKRALSEFEQKEKEMASLIQDLTSIVKEQKAKIAELRKSNEEATANLKCRTEELETLIEENKQKAVQVELLKKENGKLISQMTAQESVIDGLKMERKIWGQELAQQGAHLAQDRGKLEAKIEVLTNEIEMLKKQKEQDSDTIRIKNKIVDDQTETIRRLKEGLQEKDKQIRKLQEENLEAQKFFQVQLDEKAAEFEELMEKLERQNERKEELKQLLEEKEVELDDIKNAHSTLKKKWQGKGELLSQLEVQVKQMKESFDVKEKKLIEERNKSLQTQRIAVEKLHEMDDAFRKQLESMLAAHQEELLQLANEKEKQIEAANEKVYYVEEEMRQLLQETANNKKAMENKIRRLTHALNDIQQDL

Target ORF information:

RefSeq Version	XM_011583704.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis leucine rich repeat and coiled-coil centrosomal protein 1 (LRRCC1), transcript variant X2, mRNA.

Target ORF information:

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

XM_011583704.1

ORF Insert Sequence:

ATGGCGGGGG ACCGTGCCAT CCCCGGCGAG CTCAGCCTCA TGGATAAGGG CGTTAAGAGC 
TTGCTGGAGG TCTCGCTGAG CTCGGACCTG CACACGCTCA ACGTGCACTG TAACCGTATC 
GCCAGAATCG AAGGGCTCGG CCACCTCTGG AATCTGCAGC ATTTAGATCT GTCGTCAAAC 
CAAATCCGCC GGATCGAGGG GCTGAGTTCC CTGGCTAATC TGCACACCCT AAGCTTATCC 
TGTAACCTGA TAACAAAAGT GGAGGGACTG GAAAAACTCT TCAATTTAAC TGTACTGAAT 
TTGTCATATA ATCGCATACA TGATCTCTCT GGATTTCAGT CCCTTCATGG AACCAGTCAT 
AAGATTAGCC ATATTGACCT TCACAGCAAC TGTGTAAACA ATATTAATCA CTTACTCCAG 
TGCACAAAGG GGCTGCGCTG TTTGACGAGT CTGACACTGG AAAAAAATGG AAAAGCCAAT 
CCAGTTTGTC ACACAGCAGG TTATAGAGAA ACTGTTCTTC AGACATTGCC CCAGCTAACA 
GCTCTAGATG GAAGAGATAT TTCTGGTGAT CCAGTGGACC CAGCAGAAGA AAACTGTTCA 
GATTTCCAGT GTTTAGAAGA TATTTTGGGC TGTTTGGTTT CATCTGGGTG CCCCTCATCC 
AAAGATCAGA ACTATGTAAC CTTACCAGTG GTGACACCAC ATATCGACCA GGCGTTAGCT 
CATTTTCATC AACGTACAAG AATACCAGTA CAAAGTGCCA TCAGCTCCTC TACAGAGATT 
GTCTCGTCTT CAGAACCAGA GAAGGCCGAA CTTGATAAAA TATACAGTGA GATAAGGATT 
AAAAAAATAG AAGATCAAAT TTCACAGATA CTGCAAAAGG TATCTGATGC CTCAAGAAGG 
GAAGCTCCTC CAAATGTTCT CAAAGCTAAG AGAGACACAG ATCCAACTTC TGAGAGTGAA 
AATGAGAGTG GGAAAGAGAA CAACAGAAAG ATTGTGAAAA GAAGCAAGAT ACCTACTTAC 
CGTAAAACTA CCTTATCTAC TAGGGAAGAG AAGAAGAGTT CCTCGACATG TCCACGCTCC 
AGTCAGAGAG ACTGTCATCT CAATTCATCA TCAGATACTC GAGACTTGGA AATAGTGGGA 
AGAAAAGCTG AAATATTAAC TGGAAGACAG AGCAATATAG AAAAAGTAGA AGAAATTAAT 
TCAAATGCCA CAGAAGAATC TACATACCGA GCGCTGATTC AGGAACTGGA TCAGGAGAAA 
GAAAGGAGAT GGAAAGCAGA GCAAGCAGAG AAGAAATTAA TAGAGCATGT CAGAGAGCTA 
CAGAAACATG CAAAAGAAGA AAAGAATATT CAAAGTATGG CTGTATACAC TACAAACAGG 
TTAAAGGAAT TGATATTGAA AGAGAGAGAT GTTAAAACAA GACTGCAAGC AGATGTCCAA 
CAGTTGAAGG GTGAAACTGA AAGACTTACT AATGAGTTAA ATCAGTCAAG AAATAAAGAA 
GCAGAACATC AGAAGGCCAT CCAAGCTTTA GAAGAAACAC TATCCAAGAT GGAGACACAG 
AGATTGCAAC AACGAACAAT AGAGATGAAA CAGGTGCAAG AAGCAGAGCT TAGAGCATCA 
GCAAATGAAA GAGAAGTACA GTTACTTCGA ATATCCTTCC GACAACAGAA GGAGAAGGTA 
AAACAACTAC ATGAACTTCT TATATTAAGA GAGCAAGAGC AAAGGAAAGA ACTTGAAACC 
CGAGTTGCTT TAAATGGACC TGAATTTCAA GATGCTTTGT CAAAAGAAGT GGCTAAAGAG 
GAACAAAGGC ATGAACAGCG TGTTAAAGAA TTTCAGGAGA AAATTAATAT GTTAAACCAG 
AAGTACAAAG AGTTAGAAGA TGAATTTCGT TTAGCTTTAA CTATTGAAGC AAAAAGATTT 
AAAGAGGTAA AACAGGGTTT TGAAAATGTT GCTGCTGATC TAGTTGAACA TAAACGAGCC 
CTGTCTGAGT TTGAACAAAA GGAAAAAGAG ATGGCAAGTC TGATCCAAGA CCTGACAAGT 
ATAGTGAAAG AACAGAAAGC AAAGATTGCA GAATTAAGAA AATCAAATGA AGAAGCTACA 
GCAAACCTAA AGTGTCGAAC AGAAGAACTT GAAACTCTGA TTGAGGAGAA CAAACAGAAG 
GCTGTTCAAG TTGAACTTCT GAAAAAGGAA AATGGAAAAC TTATTTCTCA AATGACAGCC 
CAGGAATCTG TGATTGATGG GTTAAAAATG GAAAGAAAAA TATGGGGGCA GGAGTTGGCA 
CAACAGGGAG CTCATCTTGC TCAAGATCGG GGAAAACTGG AGGCAAAAAT TGAAGTTTTA 
ACGAATGAGA TTGAGATGTT AAAAAAGCAA AAGGAACAGG ACAGTGATAC TATAAGAATT 
AAAAACAAAA TAGTGGATGA TCAGACAGAA ACAATTAGGA GATTAAAAGA AGGCTTACAA 
GAAAAAGATA AACAAATCAG AAAACTGCAG GAAGAAAATC TGGAAGCTCA GAAATTTTTT 
CAAGTACAAC TGGATGAAAA AGCTGCTGAA TTTGAAGAGC TAATGGAAAA ATTAGAAAGG 
CAAAATGAAA GAAAAGAGGA ATTAAAGCAA CTGCTAGAAG AAAAAGAAGT AGAACTCGAT 
GACATTAAGA ATGCACACAG CACACTGAAA AAGAAGTGGC AAGGTAAAGG AGAGCTATTA 
AGCCAGCTGG AGGTGCAGGT TAAACAAATG AAGGAAAGCT TTGATGTCAA AGAGAAGAAG 
CTGATTGAAG AGAGAAATAA AAGTCTTCAA ACTCAGAGGA TTGCTGTGGA AAAGCTTCAT 
GAAATGGATG ATGCTTTTAG AAAACAACTG GAGTCAATGT TGGCAGCTCA TCAGGAAGAA 
CTATTGCAGC TGGCAAACGA AAAGGAAAAA CAAATTGAAG CAGCAAATGA AAAAGTTTAC 
TATGTTGAAG AAGAAATGCG GCAGCTTCTG CAGGAAACGG CAAACAATAA AAAAGCCATG 
GAAAATAAAA TAAGACGACT TACACATGCA CTGAATGATA TTCAACAAGA TCTTTGA