LRRIQ1 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
NM_001079910.1	NP_001073379.1	leucine-rich repeat and IQ domain-containing protein 1
XM_011538819.3	XP_011537121.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X3
XM_017020019.1	XP_016875508.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X4
XM_011538817.2	XP_011537119.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X1
XM_011538823.2	XP_011537125.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X9
XM_011538819.2	XP_011537121.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X3
XM_024449220.1	XP_024304988.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X5
XM_024449222.1	XP_024304990.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X7
NM_001079910.2	NP_001073379.1	leucine-rich repeat and IQ domain-containing protein 1
XM_011538818.2	XP_011537120.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X2
XM_024449221.1	XP_024304989.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X6
XM_024449223.1	XP_024304991.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X8
XM_011538824.2	XP_011537126.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X10
XM_011538825.2	XP_011537127.1	leucine-rich repeat and IQ domain-containing protein 1 isoform X11

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu13526	NM_001079910.2 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$679.50-$951.30 $1359.00
OHu73345	XM_011538825.2 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	20	$559.30 $799.00
OHu103784	XM_024449223.1 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu73340	XM_024449220.1 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu73341	XM_024449221.1 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu73342	XM_024449222.1 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu13526	XM_017020019.1 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu73337	XM_011538817.2 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu73338	XM_011538818.2 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu73339	XM_011538819.3 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu73343	XM_011538823.2 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu73344	XM_011538824.2 Latest version!	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu73339	XM_011538819.2	Homo sapiens leucine-rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
OHu13526	NM_001079910.1	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$951.30 $1359.00
Hide Old Accession Versions >>

LRRIQ1 ( NM_001079910.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001073379.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), mRNA.

Price & Availability↑

CloneID	OHu13526
Clone ID Related Accession (Same CDS sequence)	NM_001079910.1 , XM_017020019.1 , NM_001079910.2
Accession Version	NM_001079910.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5169bp) 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	2019-04-30
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AU122206.2, DB447399.2, AB058704.1, AC079631.16, DN831755.1, CA502842.1, BU677204.1 and BU608190.1. On Nov 23, 2018 this sequence version replaced NM_001079910.1. ##Evidence-Data-START## Transcript exon combination :: HM005424.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2144333 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000393217.7/ ENSP00000376910.2 RefSeq Select criteria :: based on conservation ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTA AGTTGTGGTT TCCTTCAAAA 
TTAATTTAG

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

RefSeq	NP_001073379.1
CDS	82..5250
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSSKLWFPSKLI

Target ORF information:

RefSeq Version	NM_001079910.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), mRNA.

Target ORF information:

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

NM_001079910.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTA AGTTGTGGTT TCCTTCAAAA 
TTAATTTAG

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

LRRIQ1 ( XM_011538825.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537127.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu73345
Clone ID Related Accession (Same CDS sequence)	XM_011538825.2
Accession Version	XM_011538825.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3222bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X11
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538825.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGA GATAGACCTT GA

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

RefSeq	XP_011537127.1
CDS	55..3276
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNRDRP

Target ORF information:

RefSeq Version	XM_011538825.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X12, mRNA.

Target ORF information:

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

XM_011538825.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGA GATAGACCTT GA

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

LRRIQ1 ( XM_024449223.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304991.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu103784
Clone ID Related Accession (Same CDS sequence)	XM_024449223.1
Accession Version	XM_024449223.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4845bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGGGAAAAC AGTGACGAAA AGTGA

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

RefSeq	XP_024304991.1
CDS	55..4899
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGENSDEK

Target ORF information:

RefSeq Version	XM_024449223.1
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X8, mRNA.

Target ORF information:

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

XM_024449223.1

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGGGAAAAC AGTGACGAAA AGTGA

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

LRRIQ1 ( XM_024449220.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304988.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X5, mRNA.

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CloneID	OHu73340
Clone ID Related Accession (Same CDS sequence)	XM_024449220.1
Accession Version	XM_024449220.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4962bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGCAAGACT TGTAAGCAGA GAAGACACGG ATTTAGACCT 
TTTTTCCATG ACCAATGGAA GTGCTTTGTC TGTGAACAGA GAAAAAAAAA ATCAGGCACA 
CAGACACTCA GCAGGATCTT CAACTTTGCA GGCCAAATCT AG

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

RefSeq	XP_024304988.1
CDS	55..5016
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGKTCKQRRHGFRPFFHDQWKCFVCEQRKKKSGTQTLSRIFNFAGQI

Target ORF information:

RefSeq Version	XM_024449220.1
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X5, mRNA.

Target ORF information:

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

XM_024449220.1

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGCAAGACT TGTAAGCAGA GAAGACACGG ATTTAGACCT 
TTTTTCCATG ACCAATGGAA GTGCTTTGTC TGTGAACAGA GAAAAAAAAA ATCAGGCACA 
CAGACACTCA GCAGGATCTT CAACTTTGCA GGCCAAATCT AG

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

LRRIQ1 ( XM_024449221.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304989.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X6, mRNA.

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CloneID	OHu73341
Clone ID Related Accession (Same CDS sequence)	XM_024449221.1
Accession Version	XM_024449221.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4956bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGCAAGACT TGTAAGCAGA GAAGACACGG ATTTAGACCT 
TTTTTCCATG ACCAATGGAA GTGCTTTGTC TGTGAACAGA GAAAAAAAAA ATCAGGCACA 
CAGACACTCA GCAGGATCTT CAAGTTGTTC AGTTAA

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

RefSeq	XP_024304989.1
CDS	55..5010
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGKTCKQRRHGFRPFFHDQWKCFVCEQRKKKSGTQTLSRIFKLFS

Target ORF information:

RefSeq Version	XM_024449221.1
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X6, mRNA.

Target ORF information:

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

XM_024449221.1

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGCAAGACT TGTAAGCAGA GAAGACACGG ATTTAGACCT 
TTTTTCCATG ACCAATGGAA GTGCTTTGTC TGTGAACAGA GAAAAAAAAA ATCAGGCACA 
CAGACACTCA GCAGGATCTT CAAGTTGTTC AGTTAA

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

LRRIQ1 ( XM_024449222.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024304990.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X7, mRNA.

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CloneID	OHu73342
Clone ID Related Accession (Same CDS sequence)	XM_024449222.1
Accession Version	XM_024449222.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4953bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGCAAGACT TGTAAGCAGA GAAGACACGG ATTTAGACCT 
TTTTTCCATG ACCAATGGAA GTGCTTTGTC TGTGAACAGA GAAAAAAAAA ATCAGGCACA 
CAGACACTCA GCAGGATCTT CAAGATTTTA TAA

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

RefSeq	XP_024304990.1
CDS	55..5007
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGKTCKQRRHGFRPFFHDQWKCFVCEQRKKKSGTQTLSRIFKIL

Target ORF information:

RefSeq Version	XM_024449222.1
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X7, mRNA.

Target ORF information:

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

XM_024449222.1

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGCAAGACT TGTAAGCAGA GAAGACACGG ATTTAGACCT 
TTTTTCCATG ACCAATGGAA GTGCTTTGTC TGTGAACAGA GAAAAAAAAA ATCAGGCACA 
CAGACACTCA GCAGGATCTT CAAGATTTTA TAA

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

LRRIQ1 ( NM_001079910.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001073379.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), mRNA.

Price & Availability↑

CloneID	OHu13526
Clone ID Related Accession (Same CDS sequence)	NM_001079910.1 , XM_017020019.1 , NM_001079910.2
Accession Version	NM_001079910.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5169bp) 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	2017-10-01
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AU122206.2, DB447399.2, AB058704.1, AC079631.16, DN831755.1, CA502842.1, BU677204.1 and BU608190.1. On Jan 10, 2007 this sequence version replaced XM_001126298.1. ##Evidence-Data-START## Transcript exon combination :: HM005424.1 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2144333 [ECO:0000348] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTA AGTTGTGGTT TCCTTCAAAA 
TTAATTTAG

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

RefSeq	NP_001073379.1
CDS	112..5280
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSSKLWFPSKLI

Target ORF information:

RefSeq Version	NM_001079910.1
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), mRNA.

Target ORF information:

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

NM_001079910.1

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTA AGTTGTGGTT TCCTTCAAAA 
TTAATTTAG

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

LRRIQ1 ( XM_017020019.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016875508.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X4, mRNA.

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CloneID	OHu13526
Clone ID Related Accession (Same CDS sequence)	NM_001079910.1 , XM_017020019.1 , NM_001079910.2
Accession Version	XM_017020019.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5169bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) 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 :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTA AGTTGTGGTT TCCTTCAAAA 
TTAATTTAG

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

RefSeq	XP_016875508.1
CDS	55..5223
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSSKLWFPSKLI

Target ORF information:

RefSeq Version	XM_017020019.1
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X4, mRNA.

Target ORF information:

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

XM_017020019.1

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTA AGTTGTGGTT TCCTTCAAAA 
TTAATTTAG

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

LRRIQ1 ( XM_011538817.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537119.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X1, mRNA.

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CloneID	OHu73337
Clone ID Related Accession (Same CDS sequence)	XM_011538817.2
Accession Version	XM_011538817.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5283bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ 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 (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538817.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTT GTTCAGTTAA GGGAATACCA 
ATATCGCCAA TAATAACAAA TACAAGACCT TCTAAAAAAG AACGTATATC ATTCCGAGAC 
AATCCTGTAC AACTCAGTGG TGGATGGGGA AGTGGCAAAA AGAAGGCGAA CATTTCCAAC 
TAA

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

RefSeq	XP_011537119.1
CDS	55..5337
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSSCSVKGIPISPIITNTRPSKKERISFRDNPVQLSGGWGSGKKKANISN

Target ORF information:

RefSeq Version	XM_011538817.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011538817.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGTT GTTCAGTTAA GGGAATACCA 
ATATCGCCAA TAATAACAAA TACAAGACCT TCTAAAAAAG AACGTATATC ATTCCGAGAC 
AATCCTGTAC AACTCAGTGG TGGATGGGGA AGTGGCAAAA AGAAGGCGAA CATTTCCAAC 
TAA

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

LRRIQ1 ( XM_011538818.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537120.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X2, mRNA.

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CloneID	OHu73338
Clone ID Related Accession (Same CDS sequence)	XM_011538818.2
Accession Version	XM_011538818.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5247bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ 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 (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538818.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAACTT TGCAGGCCAA ATCTAGAGAG 
TACTTTGTGG ACTACAGCTG TAAAACTCTT TTTGAGCCTT TGAACTTTTC TAGATATTTC 
TCTTTTAGTG TTGTTATAAT TTTATAA

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

RefSeq	XP_011537120.1
CDS	55..5301
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSTLQAKSREYFVDYSCKTLFEPLNFSRYFSFSVVIIL

Target ORF information:

RefSeq Version	XM_011538818.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X2, mRNA.

Target ORF information:

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

XM_011538818.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAACTT TGCAGGCCAA ATCTAGAGAG 
TACTTTGTGG ACTACAGCTG TAAAACTCTT TTTGAGCCTT TGAACTTTTC TAGATATTTC 
TCTTTTAGTG TTGTTATAAT TTTATAA

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

LRRIQ1 ( XM_011538819.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537121.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X3, mRNA.

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CloneID	OHu73339
Clone ID Related Accession (Same CDS sequence)	XM_011538819.3 , XM_011538819.2
Accession Version	XM_011538819.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5172bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011538819.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGAT TTTATAACGA GGGTCCATTT 
GGGGGCATCT GA

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

RefSeq	XP_011537121.1
CDS	55..5226
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSRFYNEGPFGGI

Target ORF information:

RefSeq Version	XM_011538819.3
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X3, mRNA.

Target ORF information:

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

XM_011538819.3

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGAT TTTATAACGA GGGTCCATTT 
GGGGGCATCT GA

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

LRRIQ1 ( XM_011538819.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537121.1 Homo sapiens leucine-rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X3, mRNA.

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CloneID	OHu73339
Clone ID Related Accession (Same CDS sequence)	XM_011538819.3 , XM_011538819.2
Accession Version	XM_011538819.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5172bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538819.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGAT TTTATAACGA GGGTCCATTT 
GGGGGCATCT GA

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

RefSeq	XP_011537121.1
CDS	55..5226
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIDSTVRLALFKNNENKVSLPKSPKMVQPRRDGYFEGIEEDPIHKDTTANEKLERNREYTYQWLHTQVGVHETTSSRNMKCNHFLPELDPDVLNGGRVQLVARLVSREDTDLDLFSMTNGSALSVNREKKNQAHRHSAGSSRFYNEGPFGGI

Target ORF information:

RefSeq Version	XM_011538819.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine-rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X3, mRNA.

Target ORF information:

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

XM_011538819.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG ATTCCACTGT GCGTCTAGCC 
TTATTCAAAA ACAATGAAAA TAAAGTGTCT CTTCCAAAAT CACCAAAGAT GGTACAGCCC 
AGAAGAGATG GTTACTTTGA AGGTATAGAA GAAGACCCTA TCCACAAAGA TACCACTGCA 
AATGAAAAAT TAGAACGGAA TAGAGAATAT ACATACCAAT GGCTTCACAC ACAGGTTGGG 
GTTCATGAAA CGACTAGTTC CAGAAATATG AAATGCAATC ACTTTTTGCC TGAGTTAGAT 
CCAGATGTAC TTAATGGTGG AAGAGTTCAG CTTGTGGCAA GACTTGTAAG CAGAGAAGAC 
ACGGATTTAG ACCTTTTTTC CATGACCAAT GGAAGTGCTT TGTCTGTGAA CAGAGAAAAA 
AAAAATCAGG CACACAGACA CTCAGCAGGA TCTTCAAGAT TTTATAACGA GGGTCCATTT 
GGGGGCATCT GA

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

LRRIQ1 ( XM_011538823.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537125.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X9, mRNA.

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CloneID	OHu73343
Clone ID Related Accession (Same CDS sequence)	XM_011538823.2
Accession Version	XM_011538823.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4791bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538823.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG AGGAAGAGAC AGAAGGTGAG 
AACAGTTTTT CCGGAGTCAT ACAACTAGTA AAATTTGGCA CTAGGATCTA A

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

RefSeq	XP_011537125.1
CDS	55..4845
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEAALEEEWLALDSTRFPSQTLLLSNQLHWPKIPGNLKWDDTSFNLPSNPAQAWLCNDKENLSSSEHTQFNSRSENKTSSWTPESKTSRKSLLKSEKEKKISEEWGFKDISTAQQMLKRAQKMKSKKLKKKIEEETEGENSFSGVIQLVKFGTRI

Target ORF information:

RefSeq Version	XM_011538823.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X9, mRNA.

Target ORF information:

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

XM_011538823.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CTGCCTTAGA AGAAGAATGG CTAGCATTAG ATTCCACCCG CTTCCCTTCA 
CAAACACTGC TTCTTTCAAA CCAGCTGCAT TGGCCAAAGA TTCCTGGAAA CTTAAAATGG 
GATGATACTT CATTTAATTT ACCAAGTAAT CCAGCTCAAG CATGGTTATG TAATGACAAA 
GAAAATTTGT CTTCTTCAGA ACACACACAA TTTAATAGCA GATCAGAAAA TAAAACTTCT 
TCCTGGACAC CTGAATCAAA GACCAGTAGA AAGAGTTTGC TAAAATCTGA AAAAGAAAAA 
AAAATTTCAG AAGAATGGGG CTTTAAGGAT ATTTCTACTG CTCAGCAAAT GTTGAAGAGG 
GCACAGAAAA TGAAATCGAA GAAACTAAAG AAAAAAATAG AGGAAGAGAC AGAAGGTGAG 
AACAGTTTTT CCGGAGTCAT ACAACTAGTA AAATTTGGCA CTAGGATCTA A

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

LRRIQ1 ( XM_011538824.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011537126.1 Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X10, mRNA.

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CloneID	OHu73344
Clone ID Related Accession (Same CDS sequence)	XM_011538824.2
Accession Version	XM_011538824.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4350bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	leucine-rich repeat and IQ domain-containing protein 1 isoform X10
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000012.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011538824.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CATTGTTCTT ACCACAGTGA

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

RefSeq	XP_011537126.1
CDS	55..4404
Translation	MDDDDAKLKAEIEAELDKLSISSLEKEDIESDAKSETQSDDSDTDSVELPESVLHCINIIKNRSKAVEELILQDLEDTDILSCSYGAVSNNHMHLRTGLSTEYEESSEQLIKILSEIEKEEFMRSKTDCATPDFVPEPSPHDLPMDEHVLPDDADINFGYCEVEEKCRQSFEAWQEKQKELEDKEKQTLKAQRDREEKQFQEEEEKRHCWMKQFKVEKKKLENIQKQEQDKMNDELYKEEKIWKEKFKQHEEYIRNLHLQMEEERTRFKDQQEKEKNSLLKQQNNAAVKIQAKYKAFVAYQKYGPIIKEQIESKKRKAQEWKEKEAKIRQKEEENRKRLEEEQRIKEERKKQKEEERKRREKEYEEKKNIVKQEREQLISKEKIILREDASQQLIISSALKKSGYNNKHLSLEDISNDKGDIAKNLVDENSKKQEDVLLWLVEESNMKENVDRQTILKESIQVKLKESISSQTILADFKMEEKNENLAKKRCSEELVKQERKYENTDNKTELGNSDLKGNLKEQFPLQELKSDAQKEEKIMKHVINENTGQKTQIILGHNQEISEVKTNEEQKIIKDNQQKKIQKVEKEEIQEQNGLLYKDKDTLVISVKQRSLSLTSENSKDVRENVILQEKEIYSKSKEIEENPKDNAWNSGIVIFNTTDTMINIEGKRNDQDYVLGRHAPCEGLSNYNAESSMVSKEVNSLKSEIRNISEKCHENAPEPDSMTCCVSESTLLYSIEERRLAWIKSFKPWLEIFKQNQQKKIVRRKRPVKCPANMTPALDKLEILRCGPWDTLQQVTTVTFQDLPGCVLSTLAECTNLQFLSLRRCGLTSLHSLSNCKKLKYIDAQENHIEAIECENLENLCVVLLNKNQLTSLHGLDGCTNIQCLELSYNKITRIGYSFFLEEKLVDNAGFCHHLGTSTSYLSLAQVWIPTGLCWSWIPITSLTKNSDCNFLISHLYWNCGLESLKNLQQLILDHNQLINTKGLCDTPTIVYLDCSHNHLTDVEGVENCGLLQILKLQGNYLSELPSLENLVLLRELHLDDNSISTVEAFSSYWLPLLQNITISQNSLTKIVPLFHFVSLEKLDVSHNCLSDLKSAIKWFDACYSLHELSLTGNPLLQETNWRDSLLKVLPALRILNGNILNSNSESRTEEHNQLGSAGFLALCQSQIREFNLLIENYITGKGDVFTLDTAENLCHYFKKLMILSTEYRHAHERGDVTITKKDESEAQKNHLAPTNSDSTLQNGVFYSCAREGEPDSPDIPEKWMDSVSSHSPLSKSATCENMEGRHQEILVCQKREDSKASSIPTIRIPFKEVVMTNSLLRNHQNIEPSEKIMAAVVIQSYWRGYLMRRQTHFSTRLHTAATEGLPNSSIKNQTILKKGKRENIVNIRKQREKAAILIQAVWKGFILRKKLTTALEAIKNEESDEEYREIDLEDFIFDEALFLPQ

Target ORF information:

RefSeq Version	XM_011538824.2
Organism	Homo sapiens(human)
Definition	Homo sapiens leucine rich repeats and IQ motif containing 1 (LRRIQ1), transcript variant X10, mRNA.

Target ORF information:

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

XM_011538824.2

ORF Insert Sequence:

ATGGACGATG ATGATGCAAA GCTCAAAGCA GAAATAGAAG CTGAATTGGA TAAACTCAGC 
ATTTCCTCCT TGGAAAAAGA AGACATTGAG AGTGATGCAA AATCAGAAAC CCAGAGTGAT 
GATAGTGATA CAGATTCAGT TGAATTACCA GAATCAGTTC TTCACTGTAT TAACATCATA 
AAGAACAGGA GTAAAGCTGT TGAAGAGCTC ATTCTTCAGG ACCTGGAAGA TACTGATATT 
TTAAGCTGTA GTTATGGAGC AGTTTCTAAT AATCATATGC ATTTAAGAAC AGGACTATCA 
ACTGAATATG AAGAAAGTTC AGAGCAATTA ATTAAGATAT TATCTGAAAT AGAAAAAGAA 
GAATTTATGA GAAGTAAAAC CGATTGTGCC ACTCCTGATT TTGTTCCTGA GCCTAGTCCT 
CATGACTTGC CTATGGATGA ACATGTTTTA CCAGATGATG CTGATATAAA TTTTGGATAC 
TGTGAAGTGG AAGAAAAATG TAGACAGTCT TTTGAGGCTT GGCAAGAGAA ACAGAAGGAA 
TTAGAAGATA AAGAGAAACA AACTCTCAAA GCTCAGAGGG ATAGAGAAGA AAAACAATTT 
CAAGAAGAAG AAGAAAAGCG ACATTGCTGG ATGAAACAAT TTAAAGTTGA AAAGAAGAAA 
TTAGAGAACA TTCAGAAGCA AGAACAGGAC AAGATGAATG ATGAACTCTA TAAAGAAGAG 
AAAATTTGGA AAGAGAAATT TAAACAGCAT GAGGAGTATA TTAGAAACTT GCATTTACAA 
ATGGAAGAAG AAAGAACAAG ATTTAAAGAC CAACAAGAAA AAGAAAAAAA TTCTTTGTTA 
AAACAGCAGA ATAATGCAGC TGTTAAAATT CAAGCTAAAT ATAAAGCATT TGTTGCCTAT 
CAAAAATATG GCCCAATTAT TAAAGAGCAA ATTGAAAGTA AGAAAAGGAA AGCACAAGAG 
TGGAAGGAAA AGGAAGCAAA AATACGACAA AAGGAGGAAG AAAATCGAAA AAGATTAGAG 
GAGGAACAAA GGATAAAAGA AGAGAGAAAA AAGCAAAAGG AAGAGGAAAG GAAAAGGAGA 
GAAAAAGAAT ATGAAGAAAA AAAGAATATT GTGAAACAGG AAAGAGAGCA ACTAATAAGC 
AAGGAAAAAA TAATATTAAG AGAAGATGCA AGCCAACAGC TAATAATAAG TAGTGCATTA 
AAGAAGAGCG GATATAATAA CAAACATTTA AGTCTTGAAG ATATTTCAAA TGATAAGGGT 
GATATAGCCA AAAATCTAGT GGATGAAAAT TCAAAGAAGC AGGAAGATGT TCTCCTTTGG 
CTAGTTGAGG AATCAAATAT GAAAGAAAAT GTAGATAGAC AGACTATATT AAAAGAATCA 
ATACAAGTAA AGTTAAAAGA ATCTATATCA AGCCAAACAA TTCTGGCAGA TTTTAAAATG 
GAAGAAAAAA ATGAAAACCT AGCAAAAAAA CGATGTTCAG AAGAATTGGT CAAGCAAGAA 
AGAAAATATG AAAATACAGA TAACAAAACT GAATTGGGAA ACTCTGATCT AAAAGGAAAT 
CTGAAAGAAC AGTTTCCATT GCAAGAATTA AAGTCTGATG CACAAAAAGA AGAAAAAATC 
ATGAAACATG TCATAAATGA GAATACAGGA CAAAAAACCC AGATAATATT AGGACATAAC 
CAAGAAATCA GTGAGGTGAA AACCAATGAA GAGCAGAAAA TAATCAAAGA TAATCAGCAG 
AAAAAGATAC AAAAAGTAGA AAAAGAAGAG ATACAAGAAC AGAATGGATT ATTATATAAA 
GATAAGGATA CTTTAGTTAT TTCAGTGAAA CAAAGATCAC TCTCACTAAC ATCAGAAAAT 
TCCAAAGATG TAAGAGAAAA CGTAATATTA CAAGAAAAAG AAATTTATTC AAAATCCAAA 
GAAATTGAGG AGAACCCAAA AGACAATGCT TGGAATAGTG GCATTGTGAT TTTTAACACA 
ACTGATACCA TGATAAATAT AGAAGGCAAA AGAAATGACC AAGATTATGT GTTAGGTAGA 
CATGCTCCTT GTGAGGGCTT GAGTAACTAT AATGCAGAAA GCTCCATGGT ATCTAAAGAA 
GTCAACTCTC TTAAATCTGA GATTAGAAAT ATTTCAGAAA AATGCCATGA AAATGCACCT 
GAACCTGATA GCATGACCTG CTGTGTATCA GAGTCAACCC TTCTATATTC TATTGAAGAA 
AGGAGACTAG CCTGGATAAA ATCATTTAAA CCTTGGCTTG AAATTTTCAA GCAAAATCAA 
CAAAAGAAAA TTGTTAGAAG AAAGAGACCT GTGAAATGCC CAGCCAACAT GACACCCGCT 
TTGGATAAAC TGGAAATTCT TCGATGTGGC CCTTGGGATA CTTTACAGCA GGTTACAACA 
GTTACATTTC AAGATTTGCC AGGCTGTGTT CTCTCCACAC TGGCAGAGTG TACAAATCTT 
CAGTTTCTAT CCCTTCGACG CTGTGGATTA ACTTCTTTGC ACAGCCTGAG TAATTGTAAA 
AAACTTAAGT ACATTGATGC ACAGGAAAAC CATATTGAGG CTATTGAGTG TGAAAATTTG 
GAAAATCTCT GTGTTGTTCT TCTTAATAAA AATCAACTGA CTTCTCTTCA TGGTTTGGAT 
GGCTGTACTA ATATTCAGTG TCTTGAACTT TCATATAATA AAATTACTCG AATTGGATAT 
TCCTTCTTTC TGGAAGAAAA ACTTGTTGAC AATGCAGGGT TCTGCCATCA CTTGGGCACC 
TCCACTTCTT ACTTATCCCT GGCACAAGTC TGGATTCCAA CTGGATTATG TTGGTCCTGG 
ATACCTATTA CCTCACTTAC AAAAAATTCA GATTGTAATT TCCTTATCTC CCACTTATAC 
TGGAATTGTG GTTTAGAATC TTTGAAAAAT CTTCAACAAC TAATTTTGGA CCACAATCAG 
TTAATTAATA CAAAAGGTCT TTGTGATACA CCTACCATTG TATACCTAGA TTGCTCCCAT 
AATCATCTTA CTGATGTAGA GGGCGTTGAA AATTGTGGAT TGCTCCAAAT ATTGAAGTTA 
CAGGGAAATT ATCTGAGTGA GCTTCCATCC TTGGAGAATC TTGTTTTACT AAGAGAATTG 
CACTTGGATG ATAACAGCAT TTCAACTGTG GAAGCATTTT CTTCATACTG GCTGCCTTTA 
CTACAAAATA TTACTATCTC TCAAAACAGC TTGACTAAAA TCGTACCACT TTTTCATTTT 
GTTTCATTGG AAAAGCTAGA TGTCAGCCAC AATTGTCTTT CTGATCTTAA AAGTGCCATA 
AAATGGTTTG ATGCATGCTA TTCTCTCCAT GAATTGTCTC TTACTGGAAA CCCACTTCTT 
CAAGAAACAA ACTGGAGGGA TTCTCTACTT AAAGTGTTGC CTGCTCTGAG AATCCTCAAT 
GGCAATATAC TAAACTCTAA TTCAGAAAGC CGCACTGAAG AACACAATCA ACTGGGATCA 
GCAGGTTTCC TGGCACTTTG TCAGTCTCAG ATTCGAGAAT TCAACTTGCT AATTGAAAAT 
TATATAACTG GAAAAGGAGA TGTATTTACC TTGGATACTG CAGAAAATCT CTGTCATTAT 
TTTAAGAAAT TGATGATACT TAGTACTGAA TACCGACATG CACACGAACG AGGGGATGTA 
ACTATCACCA AGAAAGATGA ATCAGAAGCC CAGAAAAATC ATTTGGCCCC TACAAACAGT 
GACAGCACTC TGCAAAATGG AGTCTTCTAC TCTTGTGCAC GTGAAGGTGA GCCAGACTCA 
CCAGATATTC CTGAGAAATG GATGGACTCT GTCTCCAGCC ACTCCCCATT AAGCAAATCC 
GCCACATGTG AAAATATGGA AGGAAGACAT CAGGAAATAT TAGTATGTCA GAAGAGAGAA 
GACAGCAAGG CAAGCAGTAT TCCCACCATA AGAATCCCAT TTAAGGAAGT AGTAATGACA 
AATTCTTTGC TGAGGAATCA CCAAAATATT GAGCCTAGTG AAAAAATTAT GGCAGCTGTG 
GTAATCCAGT CATACTGGCG TGGTTACCTC ATGCGCAGAC AGACTCATTT CTCCACAAGG 
CTACATACTG CTGCAACAGA AGGCCTGCCA AATTCTTCCA TCAAGAATCA GACTATTTTA 
AAGAAAGGAA AAAGAGAAAA TATTGTGAAT ATCCGAAAAC AGAGGGAGAA GGCTGCTATT 
CTTATTCAGG CAGTTTGGAA GGGCTTTATT TTGCGAAAGA AACTGACAAC AGCTCTAGAG 
GCTATTAAGA ATGAAGAATC CGATGAAGAA TACAGAGAAA TAGATTTAGA GGATTTTATA 
TTTGATGAAG CATTGTTCTT ACCACAGTGA

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

Gene Symbol	LRRIQ1
Entrez Gene ID	84125
Full Name	leucine rich repeats and IQ motif containing 1
General protein information	Preferred Names leucine rich repeats and IQ motif containing 1 Names leucine-rich repeat and IQ domain-containing protein 1 testicular tissue protein Li 111
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 12 Map Location: 12q21.31

Pan troglodytes (chimpanzee)	LRRIQ1	XP_003313883.1
Danio rerio (zebrafish)	lrriq1	XP_003200492.2
Mus musculus (house mouse)	Lrriq1	NP_001157031.1
Rattus norvegicus (Norway rat)	Lrriq1	XP_006241362.1
	LOC699453	XP_002808031.1
Canis lupus familiaris (dog)	LRRIQ1	XP_005629254.1
Gallus gallus (chicken)	LRRIQ1	XP_416125.4
Homo sapiens (human)	LRRIQ1	NP_001073379.1
Bos taurus (cattle)	LRRIQ1	NP_001178064.1

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

LRRIQ1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

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