Rp1l1 cDNA ORF clone, Mus musculus(house mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Rp1l1
Entrez Gene ID	271209
Full Name	retinitis pigmentosa 1 homolog like 1
Synonyms	BC031365,BE983540,Dcdc4,Rp1hl1
General protein information	Preferred Names retinitis pigmentosa 1 homolog like 1 Names retinitis pigmentosa 1-like 1 protein retinitis pigmentosa 1-like protein 1
Gene Type	protein-coding
Organism	Mus musculus(house mouse)
Genome	Chromosome: 14 Map Location: 14\|14 D1
Summary	This gene encodes a member of the doublecortin family. This protein is a retinal-specific protein. It contains two N-terminal doublecortin domains, which can assemble and stabilize axonemal microtubules, but lacks the C-terminal repetitive regions including the 16aa repeat found in human RP1L1. This protein and the RP1 protein, another retinal-specific protein, play essential and synergistic roles in affecting photosensitivity and outer segment morphogenesis of rod photoreceptors. [provided by RefSeq, Sep 2010].

mRNA and Protein(s)

mRNA	Protein	Name
NM_146246.3	NP_666358.2	retinitis pigmentosa 1-like 1 protein

Pathways from BioSystems

Homologies

Homo sapiens (human)	RP1L1	NP_849188.4
Canis lupus familiaris (dog)	RP1L1	XP_005635944.1
Bos taurus (cattle)	RP1L1	XP_005209897.1
Pan troglodytes (chimpanzee)	RP1L1	XP_001174046.2
Rattus norvegicus (Norway rat)	LOC683404	XP_003751548.2
	RP1L1	XP_001090506.2
Mus musculus (house mouse)	Rp1l1	NP_666358.2

Gene Ontology
Bibliography

Related articles in PubMed

RP1L1 variants are associated with a spectrum of inherited retinal diseases including retinitis pigmentosa and occult macular dystrophy.
Davidson AE, Sergouniotis PI, Mackay DS, Wright GA, Waseem NH, Michaelides M, Holder GE, Robson AG, Moore AT, Plagnol V, Webster AR
Human mutation34(3)506-14(2013 Mar)

The doublecortin gene family and disorders of neuronal structure.
Dijkmans TF, van Hooijdonk LW, Fitzsimons CP, Vreugdenhil E
Central nervous system agents in medicinal chemistry10(1)32-46(2010 Mar)

Essential and synergistic roles of RP1 and RP1L1 in rod photoreceptor axoneme and retinitis pigmentosa.
Yamashita T, Liu J, Gao J, LeNoue S, Wang C, Kaminoh J, Bowne SJ, Sullivan LS, Daiger SP, Zhang K, Fitzgerald ME, Kefalov VJ, Zuo J
The Journal of neuroscience : the official journal of the Society for Neuroscience29(31)9748-60(2009 Aug)

The evolving doublecortin (DCX) superfamily.
Reiner O, Coquelle FM, Peter B, Levy T, Kaplan A, Sapir T, Orr I, Barkai N, Eichele G, Bergmann S
BMC genomics7188(2006 Jul)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

Rp1 and Rp1L1 play essential and synergistic roles in affecting photosensitivity and morphogenesis of rod photoreceptors. Our findings suggest that mutations in RP1L1 could underlie retinopathy or modify RP1 disease expression
Title: Essential and synergistic roles of RP1 and RP1L1 in rod photoreceptor axoneme and retinitis pigmentosa.

The following Rp1l1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Rp1l1 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OMu12372	NM_146246.3 Latest version!	Mus musculus retinitis pigmentosa 1 homolog like 1 (Rp1l1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	22	$1364.30 $1949.00

ORF Online Only Promotion

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

*Business Day

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

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

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

Reference Sequences (Refseq)

Rp1l1 ( NM_146246.3 ) cDNA ORF clone, Mus musculus(house mouse) -> NP_666358.2 Mus musculus retinitis pigmentosa 1 homolog like 1 (Rp1l1), mRNA.

Price & Availability↑

CloneID	OMu12372
Clone ID Related Accession (Same CDS sequence)	NM_146246.3
Accession Version	NM_146246.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5580bp) 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	2019-12-21
Organism	Mus musculus(house mouse)
Product	retinitis pigmentosa 1-like 1 protein
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BY742376.1, BC129887.1 and BC031365.1. On or before Jun 3, 2007 this sequence version replaced XM_484387.3, XM_914910.2, XM_994064.1, NM_146246.2. ##Evidence-Data-START## Transcript exon combination :: BC129887.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMN00849374 [ECO:0000350] ##Evidence-Data-END##

ATGAACAGCA CCCCAGGAGA CACGAGGGAT GCTCCTGCAC CAAGCCACCC TGCACCAAGC 
CACCGGCAGT GTCTCCTGCC CTCCGTGGCT CACACTCCCT CCGTTACTGA GGTGACACCG 
GCCAAGAAGA TAACCTTCCT CAAGCGAGGT GATCCCCAGT TTGCTGGGGT TCGCCTGGCT 
GTTCACCAGC GCACCTTCAA GACCTTCAGC TCCCTAATGG ATGAGCTGTC TCAGCGCATG 
CCTCTTTCCT TTGGGGTGCG TTCCGTCACC ACACCCCGGG GCTTGCATGG CCTCAGTGCC 
CTGGAGCAGC TGCAAGATGG GGGCTGCTAC CTCTGCTCTG ATAGGAAGCC CCCCAAAACC 
TCCAGAGAGC CAGGCCGGCT TCAACGGAAA AGCCCCTCTG CTGGGCAGGC ACAGGTTTTC 
CAAGGTGGGC ATGAAGCTCC AGAAACATCC TATTCCTGGA AAGGTCCCGT GGCCCCAAGG 
AGGCTGACTC TGGTGAAGAA CGGGGATCCT AGACGCCAGC AGACAGTGGT TCTCAGTCAC 
AAGAATACCA GGAGTCTGGC AGCTTTCCTC GGCAAAGCCT CTGAGCTTCT GCGCTTTCCC 
GTCAAGCAGG TGTACACGAC CCGGGGGAAG AAGGTGGACT CTCTGCAGAC ACTCCTTGAT 
GGCCCCTCTG TGCTGGTATG TGCTGGGAAC GAGGCCTTCA GATGTCTGGA GATGGAAAAT 
GACAGAGGAA ACAGGACCAG AAAGTTATCT AGTGTGACTG CGAGGAGTGA ACGTGGTTGC 
TGGGGACCAA ACGCCAAACA AAGTGTCATA CACTCGAGGG GCAGGTCTGG CGGCAAGCTG 
CGGCAGGTTT CCTTGACGTC AGAGAGGTCT GGTCTCAGTG ACCATCCAGC ATCCGGTCAT 
CGAGCCTGGG CAGGCCCTGC TTTGGACAGG TGCCCTCAGG ACATGCCTGT CCCACCTGGT 
TCCTTGGTGG CTGCTGATGA TGTGGAGAAG AAGGTCTGCA TGAATGAGGA CGGCAGTCTG 
TCTGTGGAGA TGAAAGTCCG CTTCCAACTT CTGGGCGAGG ACACCCTGCG GTGGTCCCAA 
AGGGTGGGGC AGGCCAGTGT CTTCACAGCA GCCAGTGGAA AGGGTCAGGA CCCGAGGGAG 
GCTGACAGGT TCTGTTGCAG ACAGGAGGGC TACCCTTGGG GCATCTTAAA GCCTGGGGCA 
CAGGGACTGG GTTCCTATGA TGGAGGATGC CAGGAAGCCT TTGATGTGGG CCAAAAGTCA 
CAACCCAGCT ATGACATATG GAGGAACCCC CTGGCCACCC CTGAGGGCAC AGGACCAACA 
CCTCGAAGGA GATGGGGTCT GGCTAAGCTC TCTGGATGCA AGAGCCACTG GAGACAGGAG 
GCCAATCATA GGAAAGGGCA TGACAAGGAT AATCTCAGCC GAGTCTCAAC TCCCAGGCAC 
CCTAGAAGTG TCCAGCCAGG CTCCTGCTGT CCTTGGACTC CAGACGGCGA TACAGGCAGT 
GACACCTTGC ATCCAGTCTC CTCAGCTTCT TCCCACAATG AGACTGACCT GGAATCTGGT 
GAAGGCCTCT GCCTAGAGGA CACAGGACCC CATGGCTCGA GACCTGAGAC CCAAAGTACA 
GAAAGGGCCC TGTCTGATAC ATCAGTCAGT GCCAAGTCTC GTGAGGAGTC TAGTGAAGGT 
GGTGGTCAGC TCCACAGAAG CTCAAGCCAG GCAAGGGTCA TGGCTTCCCG GGAGCAAGTC 
ACCAAGGGTG ACAACCCCTG TATTTCCACC CAGAGTCACT TACCTTTGAA TCACATGGGT 
CTTCAGACAG AGAAGTATAG ACAGGGCACC AGGGGTTGGG AGGTCAGCGG AGAGCCTGAA 
CTGAGACTGG CCCTGGTTCC AGGCCATTCT GGCTCTCAGG ACACACAGAG AGATGCTCTC 
CCAGCTCCTG CCTGTGCCCC AGCCCAATGG AGGCAGAGAA AGCAGAAGAG GCCAGCTAGT 
GTTGAGTGTT TGCCCAGTGT CTCTGTCCCT TACCAAGTGG CTCAGAAAGG CCATGCCAGG 
CAGGATCACT ATTACAGGGA CACTCAATCC TCACTGGACA CAGCCTTGCA AATGCCAATG 
CCTCAGGAAA GAGAACAGGC CTGCCCAGGA AGCCCAGCAC CACAATCTCC TTCAAATTCA 
CCCAGTGCTG GGAATCAAGC CTCTGAGGAC CTGAGATCCC CATTCTCTAG TTCTCTTGAT 
CTTCAGGAAC CACAAGCCAC CAGCAAAGCC ACCACCATCG CCGTGAGTGG CTCAGACTGT 
GTTTGCCACA GCACTCGCTC TGTGGAGCCA GCAGGAGACA CCAAGTGCCA GGCTCACTCA 
TCAACTCCCA CACCTGCCCA CAGAGGAGAG CTTGGTTGCC TGTGGGACAA GGCAGGGACC 
ACCCCTGAGC CTTTCTCATT CTCTGTGCTA CTGGACAGAT GCCCTGAGGC AGATGATCCA 
AGAACCTACC ACGATTGCTG CTGCTTACAG GCTGTGCCAT CTTCTCCCCT TGCAGCCCCC 
AGTGGTCAGA CACAAACCTC CATCTCTGAG GCCTGCTTAG GGGGCAGTAG TTTCTGCCCA 
ACTCCACCCA AGGAGCAAAC ATGCTTTGGG AGGGAGTCTG CAAGCAACGG TAGTACCAGC 
AGTGGTCACA GTCGAGCCGA TGGCTTTGCC GGGCCCAGGA GGACTCTGCT GGTGAAGTCC 
CCCGGTGTCA GGGGAAGCCT TGAGGAGCGG GAAGCAGATG GTGGTGTGAC GCCGAGCGCT 
CTGCCTTACG CCTCTCCAGA TGCTGTGGTT CGTGAGTGGC TAGGCAACAT CCCAGAAAAG 
CCGGTACTCA TGACGTATGA GATGGCAGAC GAGAACACAG AGGTGCCCAG TGATGGCCCA 
GAAGGTCCCA AGGAGGACTC TTTGAAAGTC CTGGGGGAAC CGTCTCAGGC CAAACAGCAG 
CCCCCGGAAG GGGCTACCAA TGAGCACCCA GAGCCAGCGG GAGTCCTCTC AGGACCTGGC 
TCTGTGTGCT GCAGACTGGG AGGTGATCTG CATCCAGATG CAACATCAGG TGAAAGGCTC 
AAGGCTCCTG CAGAAGCTGG AATAGGAGAA GGGGCCAGAG TGGACCATGG TGTAAGCTTA 
TGTGCACTCC CCACTAAGGT CGCAGCCTCT ACACAGATCA TGAAGGCCCT GCTGGGCTCC 
AAGCCAGGTC GGCCCAGCAG TCTACCAGAG GTCTCTAGCA CAGTAGCCCA GAGGCTCAGT 
AGCTCTGCTG GGGCCTTCAT TGCCTGCCTT GCCAGGCTCC ATTTCTTTGA TGAGAGTCTG 
GGGCCTCTGG ATGGCAAAGT GAGGCTTGAA GAGTCCCCTA AGTACCAGGA GATGCTGAGA 
CTCTTCCAGA CGCTGTGGCC TGGGAGTGAG CTTTGGCAAG GCCAGCTGGA CTTCAGCCTC 
AGGAAGCTCA CTTCGCACCA GGCTCTGCTA GGGACTGAGG ACTTCACACC CACCTCCTCC 
TCCGGCGTGG ATGTGAGCAG TGGTTCTGGA GGCTCAGGGG AGAGCAGCGT GCCCTGTGTC 
ATGGATAACA CCCTGGCTCC CGAGAAGAGA GATTTGCCCT TGAAAATCCC TTCTCAAAGA 
CCTGATTCCA GGAACCAGGG GTACCCAGAA CTAGTGGGTC ATTCCACAGT CTCATCTGTC 
TCCCAGGTGA GGGCTTGTGC CACCGGTGGG GAGGAGACAG GTAAAGGAGG CAGGAAGCAG 
ACATGGGGCA ATGCCCCAGA ACAATCGGTC CATAGCACGA TGCTGGAAGG TGATGCACTG 
TCAGAAGAAA CAGAAGGGAG AGTGAGAGAA AGGCTACAGG AAAATAGTGT CCATGGAAAG 
GGGCTGCCAG AAGAAGGGGT TAGGGTCTGC AGTCAGGAAA TGCTTGCAGC TGGCTCTCAG 
GATGGAGCAG GTTCACCAGA AGATACCAGA GTGCCAACAG ATGAAGCAGG AGCTGATGCG 
GCCTCTGGAG GACTGTGGCC CCTAGATGGG AGAGAGGAGC CCACAGAGTC CCCTCAGCAT 
TTCAGCGAGA GCAACTCAAG GGTTCGTGAG CATCAAAGCG CTCACAAACT GGAGCTAGGG 
TTGGAAGAGG TGTCCAGATT GGATGCAAGG GGCTGCAAGC AAGCCTGCAT CAAGGCCAGC 
TCAGGAACCA TGGCTCACAA GGGATCTCTG GACCCTGACC CAATCTGGGT GTCCAAGCTG 
CTGAAGAAGA TAGAGAAAGC CTTCATGGCT CACCTGGCTG ATGCCACAGC CGAACTCCGA 
GCCCGATGGG ATCTTCATGA CAATCACCTG CTGGACCAGA TGGTGACCGA GCTGGAGCAG 
GATGTGGGCC GACGGCTGCA GGCAAGCACT GTTATGGAAG TCAGGAAGAT CCAGAGCCGG 
GCAGGGAGGA TGGTTCCAGA ACCACCCCGG GAAGCCCTCA GAGGCCAGGC TTCTCTACAG 
ACAGAGCAGC GCAGGCGTCG CCTTCAGGGC TTGCGCAACT TCTCAGCCGT CCCTGGCCAG 
GGTCCCCTCT CCCTCACCCT GGAGGATGGG CCCACACTCA AAACAGCCTT AGGGACCAAG 
TCAGGTGCAG AGCCTGCGGA GGATGAGTTC TGTCCCTGTG AAATCTGTCT GAAGAAGAAG 
AGGACCCCTA GATTCCCAAA GGATGCTGCA ACAGTCTCTG GTGCTCCTGT CAGAAAGGCC 
TTTGACCTGC AGCAAATTCT ACAGAGCAAG AAAGGAGGAA GCAGCAATAG AGAGGCCATG 
GAGGTGGCCC CTCAGAGGAC AGGAAGGATG TTGTCTCAGG AGGACCTCGG AACTGTCCAG 
GGAGCTGATG AGAAGCAAGG GCTTGGGGTG GCTGAGGGAG AGGAGGGGGA AGGGAAACAG 
AGGCTGAGAG CAGAGGAGGA TCCCGAGATT TTGAAAACAG AAGGATCTGG TTGCTGTGCA 
CCAGAAGAGG ATGAAGCCAC TGAGGAAGAT GGGGAAATCT GCATCGGCAC TGCCCAAGAA 
AGCCAGCAGT TAGAGGGGAC TGAGATGGGC AAGGAGGGAA CCCTGCCCCA GAGCTTTAGA 
GATGGAGGCA CTTTAGAGGC TCCAGCAAGA CAGGGTACCC ACTCTGTGGA GATTCAGGAA 
GCTTCCAGAG AAAGACAGCA GGAGGTAGAA GGAAGACATC AAGATGTAAA GGAAGACAGT 
CCTTGGGTGA GCTCAGGAGA GAGCCAGGGA AGGGTGGGTT CTGAAAACAC CAGCCTAGAC 
CAAGAGGGGA GGCTCCTGAA CCACCATCAA AGGCCAGGCC CCCAGAGCCA CCACACAGCA 
TGCTCCTCCA GGGCATTGTC TCTGGACAAC AGTTCACAGG TGTCTCAGAA GGGCTCAGAT 
GGAGACTTAA CAAGTGGAGA CCTCAAGTGC ACCAAAGCCA AGAACAGCAG GGTATTGCAT 
GCAGAGAAGA AAGTCCCCGT GATGTATCCA GAGAGATCCT CTTCTGAGCA AGAAGTCCCC 
TCCAGCCCAA GGCTTCCAAA GCAAGGGAAA GGGGAAGATG AAGGATCAGC TGGAAGCTTG 
GCTTGTACCC AGGTTGGGGG CAAGGTAGAT GGCTTTGGCC AGGATGACTT AGATTTCTAG

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

RefSeq	NP_666358.2
CDS	220..5799
Translation	MNSTPGDTRDAPAPSHPAPSHRQCLLPSVAHTPSVTEVTPAKKITFLKRGDPQFAGVRLAVHQRTFKTFSSLMDELSQRMPLSFGVRSVTTPRGLHGLSALEQLQDGGCYLCSDRKPPKTSREPGRLQRKSPSAGQAQVFQGGHEAPETSYSWKGPVAPRRLTLVKNGDPRRQQTVVLSHKNTRSLAAFLGKASELLRFPVKQVYTTRGKKVDSLQTLLDGPSVLVCAGNEAFRCLEMENDRGNRTRKLSSVTARSERGCWGPNAKQSVIHSRGRSGGKLRQVSLTSERSGLSDHPASGHRAWAGPALDRCPQDMPVPPGSLVAADDVEKKVCMNEDGSLSVEMKVRFQLLGEDTLRWSQRVGQASVFTAASGKGQDPREADRFCCRQEGYPWGILKPGAQGLGSYDGGCQEAFDVGQKSQPSYDIWRNPLATPEGTGPTPRRRWGLAKLSGCKSHWRQEANHRKGHDKDNLSRVSTPRHPRSVQPGSCCPWTPDGDTGSDTLHPVSSASSHNETDLESGEGLCLEDTGPHGSRPETQSTERALSDTSVSAKSREESSEGGGQLHRSSSQARVMASREQVTKGDNPCISTQSHLPLNHMGLQTEKYRQGTRGWEVSGEPELRLALVPGHSGSQDTQRDALPAPACAPAQWRQRKQKRPASVECLPSVSVPYQVAQKGHARQDHYYRDTQSSLDTALQMPMPQEREQACPGSPAPQSPSNSPSAGNQASEDLRSPFSSSLDLQEPQATSKATTIAVSGSDCVCHSTRSVEPAGDTKCQAHSSTPTPAHRGELGCLWDKAGTTPEPFSFSVLLDRCPEADDPRTYHDCCCLQAVPSSPLAAPSGQTQTSISEACLGGSSFCPTPPKEQTCFGRESASNGSTSSGHSRADGFAGPRRTLLVKSPGVRGSLEEREADGGVTPSALPYASPDAVVREWLGNIPEKPVLMTYEMADENTEVPSDGPEGPKEDSLKVLGEPSQAKQQPPEGATNEHPEPAGVLSGPGSVCCRLGGDLHPDATSGERLKAPAEAGIGEGARVDHGVSLCALPTKVAASTQIMKALLGSKPGRPSSLPEVSSTVAQRLSSSAGAFIACLARLHFFDESLGPLDGKVRLEESPKYQEMLRLFQTLWPGSELWQGQLDFSLRKLTSHQALLGTEDFTPTSSSGVDVSSGSGGSGESSVPCVMDNTLAPEKRDLPLKIPSQRPDSRNQGYPELVGHSTVSSVSQVRACATGGEETGKGGRKQTWGNAPEQSVHSTMLEGDALSEETEGRVRERLQENSVHGKGLPEEGVRVCSQEMLAAGSQDGAGSPEDTRVPTDEAGADAASGGLWPLDGREEPTESPQHFSESNSRVREHQSAHKLELGLEEVSRLDARGCKQACIKASSGTMAHKGSLDPDPIWVSKLLKKIEKAFMAHLADATAELRARWDLHDNHLLDQMVTELEQDVGRRLQASTVMEVRKIQSRAGRMVPEPPREALRGQASLQTEQRRRRLQGLRNFSAVPGQGPLSLTLEDGPTLKTALGTKSGAEPAEDEFCPCEICLKKKRTPRFPKDAATVSGAPVRKAFDLQQILQSKKGGSSNREAMEVAPQRTGRMLSQEDLGTVQGADEKQGLGVAEGEEGEGKQRLRAEEDPEILKTEGSGCCAPEEDEATEEDGEICIGTAQESQQLEGTEMGKEGTLPQSFRDGGTLEAPARQGTHSVEIQEASRERQQEVEGRHQDVKEDSPWVSSGESQGRVGSENTSLDQEGRLLNHHQRPGPQSHHTACSSRALSLDNSSQVSQKGSDGDLTSGDLKCTKAKNSRVLHAEKKVPVMYPERSSSEQEVPSSPRLPKQGKGEDEGSAGSLACTQVGGKVDGFGQDDLDF

Target ORF information:

RefSeq Version	NM_146246.3
Organism	Mus musculus(house mouse)
Definition	Mus musculus retinitis pigmentosa 1 homolog like 1 (Rp1l1), mRNA.

Target ORF information:

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

NM_146246.3

ORF Insert Sequence:

ATGAACAGCA CCCCAGGAGA CACGAGGGAT GCTCCTGCAC CAAGCCACCC TGCACCAAGC 
CACCGGCAGT GTCTCCTGCC CTCCGTGGCT CACACTCCCT CCGTTACTGA GGTGACACCG 
GCCAAGAAGA TAACCTTCCT CAAGCGAGGT GATCCCCAGT TTGCTGGGGT TCGCCTGGCT 
GTTCACCAGC GCACCTTCAA GACCTTCAGC TCCCTAATGG ATGAGCTGTC TCAGCGCATG 
CCTCTTTCCT TTGGGGTGCG TTCCGTCACC ACACCCCGGG GCTTGCATGG CCTCAGTGCC 
CTGGAGCAGC TGCAAGATGG GGGCTGCTAC CTCTGCTCTG ATAGGAAGCC CCCCAAAACC 
TCCAGAGAGC CAGGCCGGCT TCAACGGAAA AGCCCCTCTG CTGGGCAGGC ACAGGTTTTC 
CAAGGTGGGC ATGAAGCTCC AGAAACATCC TATTCCTGGA AAGGTCCCGT GGCCCCAAGG 
AGGCTGACTC TGGTGAAGAA CGGGGATCCT AGACGCCAGC AGACAGTGGT TCTCAGTCAC 
AAGAATACCA GGAGTCTGGC AGCTTTCCTC GGCAAAGCCT CTGAGCTTCT GCGCTTTCCC 
GTCAAGCAGG TGTACACGAC CCGGGGGAAG AAGGTGGACT CTCTGCAGAC ACTCCTTGAT 
GGCCCCTCTG TGCTGGTATG TGCTGGGAAC GAGGCCTTCA GATGTCTGGA GATGGAAAAT 
GACAGAGGAA ACAGGACCAG AAAGTTATCT AGTGTGACTG CGAGGAGTGA ACGTGGTTGC 
TGGGGACCAA ACGCCAAACA AAGTGTCATA CACTCGAGGG GCAGGTCTGG CGGCAAGCTG 
CGGCAGGTTT CCTTGACGTC AGAGAGGTCT GGTCTCAGTG ACCATCCAGC ATCCGGTCAT 
CGAGCCTGGG CAGGCCCTGC TTTGGACAGG TGCCCTCAGG ACATGCCTGT CCCACCTGGT 
TCCTTGGTGG CTGCTGATGA TGTGGAGAAG AAGGTCTGCA TGAATGAGGA CGGCAGTCTG 
TCTGTGGAGA TGAAAGTCCG CTTCCAACTT CTGGGCGAGG ACACCCTGCG GTGGTCCCAA 
AGGGTGGGGC AGGCCAGTGT CTTCACAGCA GCCAGTGGAA AGGGTCAGGA CCCGAGGGAG 
GCTGACAGGT TCTGTTGCAG ACAGGAGGGC TACCCTTGGG GCATCTTAAA GCCTGGGGCA 
CAGGGACTGG GTTCCTATGA TGGAGGATGC CAGGAAGCCT TTGATGTGGG CCAAAAGTCA 
CAACCCAGCT ATGACATATG GAGGAACCCC CTGGCCACCC CTGAGGGCAC AGGACCAACA 
CCTCGAAGGA GATGGGGTCT GGCTAAGCTC TCTGGATGCA AGAGCCACTG GAGACAGGAG 
GCCAATCATA GGAAAGGGCA TGACAAGGAT AATCTCAGCC GAGTCTCAAC TCCCAGGCAC 
CCTAGAAGTG TCCAGCCAGG CTCCTGCTGT CCTTGGACTC CAGACGGCGA TACAGGCAGT 
GACACCTTGC ATCCAGTCTC CTCAGCTTCT TCCCACAATG AGACTGACCT GGAATCTGGT 
GAAGGCCTCT GCCTAGAGGA CACAGGACCC CATGGCTCGA GACCTGAGAC CCAAAGTACA 
GAAAGGGCCC TGTCTGATAC ATCAGTCAGT GCCAAGTCTC GTGAGGAGTC TAGTGAAGGT 
GGTGGTCAGC TCCACAGAAG CTCAAGCCAG GCAAGGGTCA TGGCTTCCCG GGAGCAAGTC 
ACCAAGGGTG ACAACCCCTG TATTTCCACC CAGAGTCACT TACCTTTGAA TCACATGGGT 
CTTCAGACAG AGAAGTATAG ACAGGGCACC AGGGGTTGGG AGGTCAGCGG AGAGCCTGAA 
CTGAGACTGG CCCTGGTTCC AGGCCATTCT GGCTCTCAGG ACACACAGAG AGATGCTCTC 
CCAGCTCCTG CCTGTGCCCC AGCCCAATGG AGGCAGAGAA AGCAGAAGAG GCCAGCTAGT 
GTTGAGTGTT TGCCCAGTGT CTCTGTCCCT TACCAAGTGG CTCAGAAAGG CCATGCCAGG 
CAGGATCACT ATTACAGGGA CACTCAATCC TCACTGGACA CAGCCTTGCA AATGCCAATG 
CCTCAGGAAA GAGAACAGGC CTGCCCAGGA AGCCCAGCAC CACAATCTCC TTCAAATTCA 
CCCAGTGCTG GGAATCAAGC CTCTGAGGAC CTGAGATCCC CATTCTCTAG TTCTCTTGAT 
CTTCAGGAAC CACAAGCCAC CAGCAAAGCC ACCACCATCG CCGTGAGTGG CTCAGACTGT 
GTTTGCCACA GCACTCGCTC TGTGGAGCCA GCAGGAGACA CCAAGTGCCA GGCTCACTCA 
TCAACTCCCA CACCTGCCCA CAGAGGAGAG CTTGGTTGCC TGTGGGACAA GGCAGGGACC 
ACCCCTGAGC CTTTCTCATT CTCTGTGCTA CTGGACAGAT GCCCTGAGGC AGATGATCCA 
AGAACCTACC ACGATTGCTG CTGCTTACAG GCTGTGCCAT CTTCTCCCCT TGCAGCCCCC 
AGTGGTCAGA CACAAACCTC CATCTCTGAG GCCTGCTTAG GGGGCAGTAG TTTCTGCCCA 
ACTCCACCCA AGGAGCAAAC ATGCTTTGGG AGGGAGTCTG CAAGCAACGG TAGTACCAGC 
AGTGGTCACA GTCGAGCCGA TGGCTTTGCC GGGCCCAGGA GGACTCTGCT GGTGAAGTCC 
CCCGGTGTCA GGGGAAGCCT TGAGGAGCGG GAAGCAGATG GTGGTGTGAC GCCGAGCGCT 
CTGCCTTACG CCTCTCCAGA TGCTGTGGTT CGTGAGTGGC TAGGCAACAT CCCAGAAAAG 
CCGGTACTCA TGACGTATGA GATGGCAGAC GAGAACACAG AGGTGCCCAG TGATGGCCCA 
GAAGGTCCCA AGGAGGACTC TTTGAAAGTC CTGGGGGAAC CGTCTCAGGC CAAACAGCAG 
CCCCCGGAAG GGGCTACCAA TGAGCACCCA GAGCCAGCGG GAGTCCTCTC AGGACCTGGC 
TCTGTGTGCT GCAGACTGGG AGGTGATCTG CATCCAGATG CAACATCAGG TGAAAGGCTC 
AAGGCTCCTG CAGAAGCTGG AATAGGAGAA GGGGCCAGAG TGGACCATGG TGTAAGCTTA 
TGTGCACTCC CCACTAAGGT CGCAGCCTCT ACACAGATCA TGAAGGCCCT GCTGGGCTCC 
AAGCCAGGTC GGCCCAGCAG TCTACCAGAG GTCTCTAGCA CAGTAGCCCA GAGGCTCAGT 
AGCTCTGCTG GGGCCTTCAT TGCCTGCCTT GCCAGGCTCC ATTTCTTTGA TGAGAGTCTG 
GGGCCTCTGG ATGGCAAAGT GAGGCTTGAA GAGTCCCCTA AGTACCAGGA GATGCTGAGA 
CTCTTCCAGA CGCTGTGGCC TGGGAGTGAG CTTTGGCAAG GCCAGCTGGA CTTCAGCCTC 
AGGAAGCTCA CTTCGCACCA GGCTCTGCTA GGGACTGAGG ACTTCACACC CACCTCCTCC 
TCCGGCGTGG ATGTGAGCAG TGGTTCTGGA GGCTCAGGGG AGAGCAGCGT GCCCTGTGTC 
ATGGATAACA CCCTGGCTCC CGAGAAGAGA GATTTGCCCT TGAAAATCCC TTCTCAAAGA 
CCTGATTCCA GGAACCAGGG GTACCCAGAA CTAGTGGGTC ATTCCACAGT CTCATCTGTC 
TCCCAGGTGA GGGCTTGTGC CACCGGTGGG GAGGAGACAG GTAAAGGAGG CAGGAAGCAG 
ACATGGGGCA ATGCCCCAGA ACAATCGGTC CATAGCACGA TGCTGGAAGG TGATGCACTG 
TCAGAAGAAA CAGAAGGGAG AGTGAGAGAA AGGCTACAGG AAAATAGTGT CCATGGAAAG 
GGGCTGCCAG AAGAAGGGGT TAGGGTCTGC AGTCAGGAAA TGCTTGCAGC TGGCTCTCAG 
GATGGAGCAG GTTCACCAGA AGATACCAGA GTGCCAACAG ATGAAGCAGG AGCTGATGCG 
GCCTCTGGAG GACTGTGGCC CCTAGATGGG AGAGAGGAGC CCACAGAGTC CCCTCAGCAT 
TTCAGCGAGA GCAACTCAAG GGTTCGTGAG CATCAAAGCG CTCACAAACT GGAGCTAGGG 
TTGGAAGAGG TGTCCAGATT GGATGCAAGG GGCTGCAAGC AAGCCTGCAT CAAGGCCAGC 
TCAGGAACCA TGGCTCACAA GGGATCTCTG GACCCTGACC CAATCTGGGT GTCCAAGCTG 
CTGAAGAAGA TAGAGAAAGC CTTCATGGCT CACCTGGCTG ATGCCACAGC CGAACTCCGA 
GCCCGATGGG ATCTTCATGA CAATCACCTG CTGGACCAGA TGGTGACCGA GCTGGAGCAG 
GATGTGGGCC GACGGCTGCA GGCAAGCACT GTTATGGAAG TCAGGAAGAT CCAGAGCCGG 
GCAGGGAGGA TGGTTCCAGA ACCACCCCGG GAAGCCCTCA GAGGCCAGGC TTCTCTACAG 
ACAGAGCAGC GCAGGCGTCG CCTTCAGGGC TTGCGCAACT TCTCAGCCGT CCCTGGCCAG 
GGTCCCCTCT CCCTCACCCT GGAGGATGGG CCCACACTCA AAACAGCCTT AGGGACCAAG 
TCAGGTGCAG AGCCTGCGGA GGATGAGTTC TGTCCCTGTG AAATCTGTCT GAAGAAGAAG 
AGGACCCCTA GATTCCCAAA GGATGCTGCA ACAGTCTCTG GTGCTCCTGT CAGAAAGGCC 
TTTGACCTGC AGCAAATTCT ACAGAGCAAG AAAGGAGGAA GCAGCAATAG AGAGGCCATG 
GAGGTGGCCC CTCAGAGGAC AGGAAGGATG TTGTCTCAGG AGGACCTCGG AACTGTCCAG 
GGAGCTGATG AGAAGCAAGG GCTTGGGGTG GCTGAGGGAG AGGAGGGGGA AGGGAAACAG 
AGGCTGAGAG CAGAGGAGGA TCCCGAGATT TTGAAAACAG AAGGATCTGG TTGCTGTGCA 
CCAGAAGAGG ATGAAGCCAC TGAGGAAGAT GGGGAAATCT GCATCGGCAC TGCCCAAGAA 
AGCCAGCAGT TAGAGGGGAC TGAGATGGGC AAGGAGGGAA CCCTGCCCCA GAGCTTTAGA 
GATGGAGGCA CTTTAGAGGC TCCAGCAAGA CAGGGTACCC ACTCTGTGGA GATTCAGGAA 
GCTTCCAGAG AAAGACAGCA GGAGGTAGAA GGAAGACATC AAGATGTAAA GGAAGACAGT 
CCTTGGGTGA GCTCAGGAGA GAGCCAGGGA AGGGTGGGTT CTGAAAACAC CAGCCTAGAC 
CAAGAGGGGA GGCTCCTGAA CCACCATCAA AGGCCAGGCC CCCAGAGCCA CCACACAGCA 
TGCTCCTCCA GGGCATTGTC TCTGGACAAC AGTTCACAGG TGTCTCAGAA GGGCTCAGAT 
GGAGACTTAA CAAGTGGAGA CCTCAAGTGC ACCAAAGCCA AGAACAGCAG GGTATTGCAT 
GCAGAGAAGA AAGTCCCCGT GATGTATCCA GAGAGATCCT CTTCTGAGCA AGAAGTCCCC 
TCCAGCCCAA GGCTTCCAAA GCAAGGGAAA GGGGAAGATG AAGGATCAGC TGGAAGCTTG 
GCTTGTACCC AGGTTGGGGG CAAGGTAGAT GGCTTTGGCC AGGATGACTT AGATTTCTAG

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

PubMed

RP1L1 variants are associated with a spectrum of inherited retinal diseases including retinitis pigmentosa and occult macular dystrophy.
Human mutation34(3)506-14(2013 Mar)
Davidson AE,Sergouniotis PI,Mackay DS,Wright GA,Waseem NH,Michaelides M,Holder GE,Robson AG,Moore AT,Plagnol V,Webster AR

The doublecortin gene family and disorders of neuronal structure.
Central nervous system agents in medicinal chemistry10(1)32-46(2010 Mar)
Dijkmans TF,van Hooijdonk LW,Fitzsimons CP,Vreugdenhil E

Essential and synergistic roles of RP1 and RP1L1 in rod photoreceptor axoneme and retinitis pigmentosa.
The Journal of neuroscience : the official journal of the Society for Neuroscience29(31)9748-60(2009 Aug)
Yamashita T,Liu J,Gao J,LeNoue S,Wang C,Kaminoh J,Bowne SJ,Sullivan LS,Daiger SP,Zhang K,Fitzgerald ME,Kefalov VJ,Zuo J

The evolving doublecortin (DCX) superfamily.
BMC genomics7188(2006 Jul)
Reiner O,Coquelle FM,Peter B,Levy T,Kaplan A,Sapir T,Orr I,Barkai N,Eichele G,Bergmann S

- Most Popular Services
  - 人工遺伝子合成& DNA合成-納期保証
- Services & Products

見積依頼

Eメール

japanmarket@genscript.com

電話

03-6811-6572

FAX

03-6811-6573
050-3174-7589(受注専用)

オンラインフォーム

オンライン注文

Rp1l1 cDNA ORF clone, Mus musculus(house mouse)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Most Popular Services

Services & Products

見積依頼

Eメール

電話

FAX

オンラインフォーム

サポート

会社情報

サポート

会社情報