RP1L1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	RP1L1
Entrez Gene ID	94137
Full Name	RP1 like 1
Synonyms	DCDC4B
General protein information	Preferred Names RP1 like 1 Names retinitis pigmentosa 1-like 1 protein doublecortin domain containing 4B retinitis pigmentosa 1 like 1
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 8 Map Location: 8p23.1
Summary	This gene encodes a member of the doublecortin family. The protein encoded by this gene contains two N-terminal doublecortin domains, which bind microtubules and regulate microtubule polymerization, and two C-terminal large repetitive regions, both of which contain a high percentage of glutamine and glutamic acid residues. This protein is a retinal-specific protein. Its exact length varies among individuals due to the presence of a 16aa repeat in the first C-terminal repetitive region. The 16aa repeat is encoded by the highly polymorphic 48-bp repeat, and 1-6 copies of the 16aa repeat have been identified in normal individuals. The current reference sequence shown here has a single copy of the 16aa repeat. 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. Mutations in this gene cause occult macular dystrophy (OMD). [provided by RefSeq, Sep 2010].
Disorder MIM:	608581
Disorder Html:	Occult macular dystrophy, 613587 (3)

mRNA and Protein(s)

mRNA	Protein	Name
NM_178857.6	NP_849188.4	retinitis pigmentosa 1-like 1 protein
NM_178857.5	NP_849188.4	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

Parafoveal Photoreceptor Abnormalities in Asymptomatic Patients With RP1L1 Mutations in Families With Occult Macular Dystrophy.
Kato Y, Hanazono G, Fujinami K, Hatase T, Kawamura Y, Iwata T, Miyake Y, Tsunoda K
Investigative ophthalmology & visual science58(14)6020-6029(2017 Dec)

Putative digenic inheritance of heterozygous RP1L1 and C2orf71 null mutations in syndromic retinal dystrophy.
Liu YP, Bosch DG, Siemiatkowska AM, Rendtorff ND, Boonstra FN, M?ller C, Tranebj?rg L, Katsanis N, Cremers FP
Ophthalmic genetics38(2)127-132(2017 Mar-Apr)

Novel RP1L1 Variants and Genotype-Photoreceptor Microstructural Phenotype Associations in Cohort of Japanese Patients With Occult Macular Dystrophy.
Fujinami K, Kameya S, Kikuchi S, Ueno S, Kondo M, Hayashi T, Shinoda K, Machida S, Kuniyoshi K, Kawamura Y, Akahori M, Yoshitake K, Katagiri S, Nakanishi A, Sakuramoto H, Ozawa Y, Tsubota K, Yamaki K, Mizota A, Terasaki H, Miyake Y, Iwata T, Tsunoda K
Investigative ophthalmology & visual science57(11)4837-46(2016 Sep)

Occult macular dystrophy in an Italian family carrying a mutation in the RP1L1 gene.
Piermarocchi S, Segato T, Leon A, Colavito D, Miotto S
Molecular medicine reports13(3)2308-12(2016 Mar)

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

the presence of pathogenic RP1L1 variants is significantly associated with characteristic abnormalities of the photoreceptor layer in the macular region (e.g., blurring of the ellipsoid zone [EZ] and absence of the interdigitation zone
Title: Parafoveal Photoreceptor Abnormalities in Asymptomatic Patients With RP1L1 Mutations in Families With Occult Macular Dystrophy.

We propose that the combination of heterozygous loss-of-function mutations in these genes drives syndromic retinal dystrophy, likely through the genetic interaction of at least two loci.
Title: Putative digenic inheritance of heterozygous RP1L1 and C2orf71 null mutations in syndromic retinal dystrophy.

A unique motif including six amino acids (1196-1201) downstream of the doublecortin domain could be a hot spot for RP1L1 pathogenic variants. The significant association of the morphologic phenotypes and genotypes indicates that there are two types of pathophysiology underlying the occult macular dysfunction syndrome
Title: Novel RP1L1 Variants and Genotype-Photoreceptor Microstructural Phenotype Associations in Cohort of Japanese Patients With Occult Macular Dystrophy.

A p.Arg45Trp mutation in the RP1L1 gene was identified in the Occult macular dystrophy patient, in the two symptomatic offspring and also in two of the asymptomatic siblings of the patient.
Title: Occult macular dystrophy in an Italian family carrying a mutation in the RP1L1 gene.

findings indicate that a homozygous p.S1210P exchange in the RP1L1 gene can cause cone dystrophy
Title: Cone dystrophy in patient with homozygous RP1L1 mutation.

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)
OHu18974	NM_178857.6 Latest version!	Homo sapiens RP1 like 1 (RP1L1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
View Old Accession Versions >>
OHu18974	NM_178857.5	Homo sapiens RP1 like 1 (RP1L1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$923.30 $1319.00
Hide Old Accession Versions >>

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_178857.6 ) cDNA ORF clone, Homo sapiens(human) -> NP_849188.4 Homo sapiens RP1 like 1 (RP1L1), mRNA.

Price & Availability↑

CloneID	OHu18974
Clone ID Related Accession (Same CDS sequence)	NM_178857.6 , NM_178857.5
Accession Version	NM_178857.6 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7203bp) 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	2019-12-30
Organism	Homo sapiens(human)
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 AC105001.3 and AC104964.12. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_178857.5. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AY168341.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA2148874, SAMEA2149398 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000382483.4/ ENSP00000371923.3 RefSeq Select criteria :: based on single protein-coding transcript ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGAACAGCA CCCCCAGGAA TGCCCAGGCC CCGAGCCACC GTGAGTGCTT CCTGCCCTCT 
GTGGCTCGCA CCCCCTCGGT CACCAAGGTC ACGCCAGCCA AGAAGATCAC CTTCCTCAAG 
CGAGGGGATC CACGGTTTGC TGGGGTCCGC CTGGCCGTTC ACCAGCGCGC CTTTAAGACC 
TTCAGCGCCC TCATGGACGA GCTCTCCCAG CGCGTGCCTC TCTCCTTTGG GGTGCGCTCT 
GTCACCACAC CCCGGGGCCT GCATAGCCTC AGCGCCCTGG AGCAGCTGGA AGATGGAGGC 
TGCTACCTCT GCTCTGATAA GAAGCCCCCC AAGACCCCCA GTGGACCAGG CCGGCCACAG 
GAGAGAAACC CCACTGCTCA GCAGTTGCGG GATGTCGAAG GCCAGCGTGA AGCCCCAGGC 
ACCTCCTCCT CCCGGAAGAG TCTTAAAACC CCCCGGAGGA TACTGCTGAT TAAGAACATG 
GACCCTCGCC TCCAGCAGAC AGTGGTTCTC AGTCACAGGA ATACTAGGAA CCTGGCCGCC 
TTTCTCGGCA AAGCCTCAGA TCTCCTGCGC TTTCCTGTGA AGCAGTTGTA CACGACCAGC 
GGGAAAAAGG TGGACTCGCT GCAGGCCCTG CTGCACAGCC CCTCTGTGCT GGTGTGTGCC 
GGGCATGAGG CCTTCAGAAC CCCAGCCATG AAAAATGCCA GGAGAAGCGA GGCTGAAACT 
TTATCTGGGC TGACTTCAAG AAACAAAAAC GGGAGCTGGG GGCCAAAGAC CAAGCCGAGT 
GTGATCCATT CGCGGTCTCC GCCAGGCAGC ACGCCACGGC TGCCAGAAAG GCCTGGTCCT 
AGCAACCCCC CGGTGGGCCC TGCTCCTGGC AGGCACCCTC AGGACACGCC AGCTCAGTCG 
GGCCCGCTGG TGGCTGGCGA TGACATGAAG AAGAAGGTCC GCATGAATGA GGACGGCAGC 
CTGTCCGTGG AGATGAAAGT CCGCTTCCAC CTGGTCGGCG AGGACACGCT CCTATGGTCC 
CGGAGGATGG GCAGGGCCAG CGCCCTCACG GCAGCCAGTG GGGAAGACCC CGTTCTGGGG 
GAGGTAGACC CCCTCTGCTG TGTGTGGGAG GGCTACCCTT GGGGCTTCTC AGAGCCTGGG 
GTGTGGGGAC CCCGGCCCTG CAGGGTGGGA TGCAGGGAAG TCTTTGGCCG AGGCGGGCAG 
CCAGGGCCCA AGTATGAAAT CTGGACGAAT CCCCTGCATG CCTCCCAGGG AGAGAGAGTG 
GCAGCTCGGA AGAGGTGGGG ACTGGCCCAG CACGTCCGCT GCAGTGGCCT GTGGGGCCAC 
GGGACTGCCG GGAGGGAGAG ATGCAGCCAG GACAGTGCCA GCCCAGCCTC CAGCACCGGC 
CTCCCCGAGG GCTCGGAGCC AGAGTCCTCC TGCTGCCCCA GGACCCCGGA GGACGGGGTG 
GACAGTGCCA GCCCCTCTGC CCAGATAGGG GCTGAGCGGA AAGCTGGAGG GAGCCTGGGT 
GAGGACCCCG GCCTATGCAT AGATGGAGCA GGGCTGGGCG GCCCAGAGCA AGGCGGCCGC 
CTGACACCGA GGGCCCGGAG TGAGGAGGGG GCTTCTTCGG ACTCGTCAGC CAGCACCGGC 
TCTCATGAGG GATCCAGCGA ATGGGGTGGG CGGCCCCAGG GCTGTCCAGG CAAGGCAAGG 
GCCGAGACCT CTCAGCAGGA GGCCAGCGAG GGAGGCGACC CCGCTTCTCC AGCCCTGAGT 
CTTTCATCTT TAAGGAGTGA CGACCTGCAG GCAGAGACGC AAGGACAGGG CACCGAGCAG 
GCCACGGGAG CGGCTGTGAC AAGGGAGCCT CTGGTTCTGG GCCTTTCCTG CTCCTGGGAC 
TCGGAAGGAG CCTCTTCCAC CCCTTCCACC TGCACTTCAT CCCAGCAGGG GCAGAGAAGG 
CACAGAAGCC GGGCCAGTGC AATGTCCTCA CCCAGCAGCC CTGGCCTTGG CCGAGTGGCC 
CCGAGAGGCC ATCCCAGGCA TTCTCACTAC CGCAAGGACA CCCACAGCCC ACTGGACTCC 
TCTGTAACCA AGCAAGTGCC GAGGCCTCCT GAGCGGCGAA GGGCCTGCCA GGATGGCTCA 
GTGCCACGAT ATTCTGGAAG CTCATCGAGC ACCAGGACAC AGGCCTCTGG GAACCTGAGA 
CCTCCCTCCT CGGGCTCTCT TCCTTCCCAG GACCTTCTGG GAACCAGCAG TGCCACTGTC 
ACCCCTGCAG TCCACTCGGA TTTTGTTTCT GGAGTCTCCC CGCACAACGC TCCCTCTGCC 
GGGTGGGCAG GGGACGCGGG GTCCAGGACA TGCTCGCCGG CCCCCATACC TCCCCACACA 
TCCGACTCCT GCTCAAAATC TGGGGCTGCC AGCCTGGGGG AAGAGGCCAG GGACACGCCT 
CAGCCCTCCT CACCCTTGGT TCTGCAGGTT GGACGGCCTG AGCAAGGGGC GGTGGGCCCC 
CACCGAAGCC ACTGCTGCTC ACAGCCTGGG ACGCAGCCGG CCCAAGAGGC CCAGCGGGGA 
CCCTCCCCTG AGGCTAGCTG GCTGTGTGGC AGGTACTGTC CCACCCCGCC CAGGGGGCGG 
CCCTGCCCCC AGAGGCGCTC TTCCAGCTGT GGGAGCACCG GCAGCAGCCA CCAAAGCACT 
GCCCGGGGGC CAGGTGGGAG CCCGCAGGAG GGGACACGCC AGCCAGGCCC CACGCCGTCC 
CCAGGCCCCA ATTCAGGGGC ATCAAGGAGA AGCAGTGCCA GCCAGGGTGC GGGGTCTCGG 
GGGCTGTCCG AGGAGAAGAC CTTGAGGAGT GGGGGAGGCC CCCAGGGGCA GGAGGAGGCC 
AGTGGTGTGT CACCCAGCTC TCTGCCCCGC TCGTCTCCAG AGGCTGTGGT CCGCGAATGG 
CTGGACAACA TTCCAGAAGA GCCCATACTC ATGACATATG AGTTGGCGGA CGAGACCACA 
GGTGCAGCTG GGGGTGGCCT GAGAGGCCCC GAGGTGGACC CTGGGGATGA CCATTCTCTG 
GAAGGCCTGG GGGAGCCAGC TCAGGCGGGA CAGCAGTCCC TGGAAGGGGA CCCCGGCCAG 
GACCCAGAGC CAGAGGGAGC CCTCCTGGGG AGTAGTGACA CTGGTCCCCA ATCAGGAGAG 
GGTGTCCCCC AAGGGGCAGC TCCAGAGGGA GTTTCCGAGG CCCCTGCAGA GGCCGGAGCA 
GACAGAGAGG CCCCAGCAGG CTGCAGGGTG AGCCTGCGGG CACTTCCTGG CCGGGTGTCT 
GCCTCCACGC AGATCATGAG GGCGCTGATG GGCTCCAAGC AGGGCCGGCC CAGCAGCGTG 
CCCGAAGTGT CTAGGCCCAT GGCCAGGAGG CTCAGCTGCT CAGCCGGGGC CCTCATTACT 
TGTCTGGCCA GTCTGCAGTT ATTTGAGGAA GACCTTGGGT CTCCTGCCAG CAAAGTGAGG 
TTCAAAGACT CCCCTCGGTA CCAGGAGCTG CTCAGCATCT CGAAGGACCT GTGGCCAGGA 
TGTGACGTTG GGGAAGACCA GCTGGACTCA GGCCTCTGGG AGCTCACATG GAGCCAGGCT 
CTGCCAGACC TTGGGTCCCA TGCCATGACG GAGAACTTCA CGCCCACATC CTCCTCTGGT 
GTGGACATCA GCAGCGGCTC TGGAGGCTCA GGGGAGAGTA GCGTACCCTG TGCCATGGAC 
GGCACCCTGG TGACACAGGG GACAGAGCTG CCCCTGAAAA CCTCCAACCA GAGGCCTGAT 
TCAAGAACTT ATGAGAGCCC AGGGGATCTG GAAAACCAAC AGCAGTGTTG TTTCCCAACC 
TTCTTGAACG CCCGAGCCTG CGCTTGTGCC ACCAATGAGG ATGAAGCAGA AAGAGACAGT 
GAGGAGCAGA GGGCGAGCTC GAACCTGGAG CAGTTAGCTG AAAACACAGT GCAAGAAGAG 
GTGCAATTAG AGGAAACTAA AGAAGGAACA GAAGGAGAAG GGCTGCAAGA AGAGGCGGTG 
CAGTTAGAGG AAACTAAAAC AGAAGAAGGG CTGCAAGAAG AGGGGGTGCA GTTAGAGGAA 
ACTAAAGAAA CAGAAGGAGA AGGACAGCAA GAAGAAGAGG CGCAGTTAGA GGAAATTGAA 
GAAACAGGAG GAGAAGGGCT GCAAGAAGAG GGGGTGCAGT TAGAGGAAGT TAAAGAAGGG 
CCAGAAGGAG GACTGCAAGG AGAGGCTCTT GAAGAGGGTC TCAAAGAGGA AGGACTTCCA 
GAAGAAGGAA GCGTCCACGG GCAGGAATTG TCAGAGGCCA GCTCTCCGGA TGGGAAAGGC 
TCCCAGGAAG ATGACCCAGT CCAGGAGGAG GAAGCAGGAA GAGCCTCTGC CTCTGCAGAG 
CCGTGCCCCG CAGAGGGCAC AGAGGAACCC ACAGAGCCCC CTAGTCATCT CAGCGAGACG 
GACCCAAGTG CCAGCGAGAG GCAGAGTGGC TCCCAGCTTG AGCCTGGTTT GGAAAAGCCG 
CCCGGAGCCA CCATGATGGG CCAAGAGCAC ACGCAGGCCC AACCCACCCA GGGGGCTGCA 
GAGAGGAGCT CTTCGGTGGC CTGCAGCGCG GCTCTGGACT GCGACCCCAT CTGGGTGTCC 
GTGTTACTGA AGAAGACGGA GAAGGCCTTC CTGGCCCACC TTGCCAGTGC GGTGGCTGAG 
CTCCGAGCAC GCTGGGGCCT GCAGGACAAT GATCTGCTGG ACCAGATGGC GGCCGAGCTG 
CAGCAGGACG TGGCCCAACG CCTCCAGGAC AGCACCAAGA GAGAGCTCCA GAAGCTCCAG 
GGCCGGGCGG GTAGGATGGT GCTGGAGCCT CCAAGGGAGG CCCTCACCGG GGAGCTGCTC 
CTGCAGACCC AGCAGCGCAG ACACCGTCTC CGGGGCCTGC GAAACCTCTC GGCCTTCTCT 
GAGCGGACCC TGGGCCTGGG GCCCCTCTCC TTCACCCTGG AGGACGAGCC AGCCCTCAGC 
ACAGCCCTGG GGAGCCAGCT GGGCGAGGAG GCGGAGGGGG AGGAGTTCTG TCCCTGCGAG 
GCCTGCGTGA GGAAGAAAGT GAGCCCTATG TCCCCCAAGG CCACAATGGG GGCAACCAGA 
GGTCCCATCA AAGAGGCCTT TGACCTGCAG CAGATTCTGC AGAGGAAGAG GGGAGAACAC 
ACTGATGGGG AGGCAGCAGA GGTGGCCCCT GGCAAGACCC ACACGGACCC CACGAGCACT 
AGGACTGTCC AGGGAGCTGA GGGAGGGCTG GGGCCGGGGC TGAGCCAGGG GCCTGGAGTG 
GACGAGGGTG AGGATGGCGA GGGGAGCCAG AGACTCAACA GAGACAAAGA TCCCAAACTC 
GGGGAGGCAG AGGGAGATGC AATGGCTCAG GAGAGAGAAG GGAAAACCCA CAACAGTGAA 
ACCAGTGCGG GCAGTGAGTT GGGGGAAGCT GAGCAGGAGG GAGAGGGCAT AAGTGAAAGG 
GGAGAAACTG GGGGTCAAGG CTCTGGGCAT GAGGACAACT TGCAGGGTGA AGCTGCGGCA 
GGAGGTGACC AAGATCCAGG ACAGAGTGAT GGGGCCGAAG GCATAGAGGC CCCGGAGGCT 
GAAGGGGAGG CCCAGCCAGA GTCAGAAGGT GTAGAGGCCC CAGAGGCAGA AGGGGATGCC 
CAGGAGGCTG AAGGGGAGGC CCAGCCAGAG TCAGAAGATG TAGAGGCCCC AGAGGCAGAA 
GGAGAGGCCC AGCCAGAGTC AGAAGATGTA GAGACCCCAG AGGCAGAATG GGAGGTCCAG 
CCAGAGTCAG AAGGTGCAGA AGCCCCGGAG GCAGAAAAGG AGGCCCAGCC AGAGACAGAA 
AGTGTAGAGG CCCTGGAGAC TGAAGGGGAG GACGAGCCAG AGTCAGAAGG TGCAGAGGCC 
CAAGAGGCAG AAGAGGCGGC CCAGGAGGCA GAAGGGCAGA CCCAGCCAGA GTCAGAAGTT 
ATAGAGTCCC AGGAGGCAGA AGAGGAAGCC CAGCCAGAGT CAGAAGATGT AGAGGCCCTG 
GAGGTTGAAG TGGAGACCCA GGAGGCAGAA GGGGAGGCCC AGCCAGAGTC AGAAGATGTA 
GAGGCCCCAG AGGCTGAAGG GGAGATGCAA GAGGCAGAAG AGGAGGCCCA GCCAGAGTCA 
GACGGTGTAG AGGCCCAGCC AAAGTCAGAA GGTGAAGAGG CCCAGGAGGT TGAAGGGGAG 
ACCCAGAAGA CAGAAGGGGA TGCCCAGCCA GAGTCAGACG GTGTAGAGGC CCCGGAGGCA 
GAAGAGGAGG CACAGGAGGC TGAAGGGGAG GTCCAGGAGG CAGAAGGGGA GGCCCACCCA 
GAGTCAGAAG ATGTAGATGC CCAGGAGGCA GAAGGGGAGG CCCAGCCAGA ATCAGAAGGT 
GTAGAGGCCC CAGAGGCAGA AGGGGAGGCC CAGAAGGCAG AAGGTATAGA GGCCCCAGAG 
ACTGAAGGGG AGGCCCAGCC AGAGTCAGAA GGTATAGAGG CCCCAGAGGC TGAAGGGGAG 
GCCCAGCCTG AGTCAGAAGG TGTAGAGGCC CAGGATGCAG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGTA TAGAGGCCCA GGAGGCTGAA GAGGAGGCCC AACCAGAGTT AGAAGGTGTA 
GAGGCCCCAG AGGCAGAAGG GGAGGCCCAG CCAGAGTCAG AAGGTATAGA GGCCCCAGAG 
GCAGAAGGGG AGGCCCAACC AGAGTTAGAA GGTGTAGAGG CCCCGGAGGC TGAAGAGGAG 
GCCCAGCCAG AGCCAGAAGG CGTAGAGACC CCGGAGGCTG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGAG AAACTCAAGG TGAGAAAAAG GGGAGCCCTC AGGTCAGTCT AGGAGATGGC 
CAATCTGAGG AGGCTTCTGA AAGCAGCAGC CCAGTCCCTG AGGACAGGCC CACTCCACCC 
CCTTCCCCAG GTGGAGACAC TCCCCACCAA AGGCCAGGCT CCCAAACAGG CCCTTCCTCC 
TCCAGAGCAT CCTCTTGGGG CAACTGCTGG CAGAAAGACT CAGAAAATGA CCATGTACTT 
GGAGACACAA GGAGCCCTGA TGCCAAGTCC ACGGGGACCC CTCATGCAGA GAGGAAGGCC 
ACCAGGATGT ACCCAGAAAG TTCTACTTCT GAGCAAGAAG AGGCCCCTTT GGGCTCAAGG 
ACTCCAGAGC AGGGGGCCAG TGAAGGTTAT GACCTACAAG AGGACCAGGC ACTCGGAAGT 
CTCGCCCCCA CTGAGGCAGT GGGCAGGGCA GACGGCTTTG GCCAAGATGA CTTAGATTTC 
TAG

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

RefSeq	NP_849188.4
CDS	266..7468
Translation	MNSTPRNAQAPSHRECFLPSVARTPSVTKVTPAKKITFLKRGDPRFAGVRLAVHQRAFKTFSALMDELSQRVPLSFGVRSVTTPRGLHSLSALEQLEDGGCYLCSDKKPPKTPSGPGRPQERNPTAQQLRDVEGQREAPGTSSSRKSLKTPRRILLIKNMDPRLQQTVVLSHRNTRNLAAFLGKASDLLRFPVKQLYTTSGKKVDSLQALLHSPSVLVCAGHEAFRTPAMKNARRSEAETLSGLTSRNKNGSWGPKTKPSVIHSRSPPGSTPRLPERPGPSNPPVGPAPGRHPQDTPAQSGPLVAGDDMKKKVRMNEDGSLSVEMKVRFHLVGEDTLLWSRRMGRASALTAASGEDPVLGEVDPLCCVWEGYPWGFSEPGVWGPRPCRVGCREVFGRGGQPGPKYEIWTNPLHASQGERVAARKRWGLAQHVRCSGLWGHGTAGRERCSQDSASPASSTGLPEGSEPESSCCPRTPEDGVDSASPSAQIGAERKAGGSLGEDPGLCIDGAGLGGPEQGGRLTPRARSEEGASSDSSASTGSHEGSSEWGGRPQGCPGKARAETSQQEASEGGDPASPALSLSSLRSDDLQAETQGQGTEQATGAAVTREPLVLGLSCSWDSEGASSTPSTCTSSQQGQRRHRSRASAMSSPSSPGLGRVAPRGHPRHSHYRKDTHSPLDSSVTKQVPRPPERRRACQDGSVPRYSGSSSSTRTQASGNLRPPSSGSLPSQDLLGTSSATVTPAVHSDFVSGVSPHNAPSAGWAGDAGSRTCSPAPIPPHTSDSCSKSGAASLGEEARDTPQPSSPLVLQVGRPEQGAVGPHRSHCCSQPGTQPAQEAQRGPSPEASWLCGRYCPTPPRGRPCPQRRSSSCGSTGSSHQSTARGPGGSPQEGTRQPGPTPSPGPNSGASRRSSASQGAGSRGLSEEKTLRSGGGPQGQEEASGVSPSSLPRSSPEAVVREWLDNIPEEPILMTYELADETTGAAGGGLRGPEVDPGDDHSLEGLGEPAQAGQQSLEGDPGQDPEPEGALLGSSDTGPQSGEGVPQGAAPEGVSEAPAEAGADREAPAGCRVSLRALPGRVSASTQIMRALMGSKQGRPSSVPEVSRPMARRLSCSAGALITCLASLQLFEEDLGSPASKVRFKDSPRYQELLSISKDLWPGCDVGEDQLDSGLWELTWSQALPDLGSHAMTENFTPTSSSGVDISSGSGGSGESSVPCAMDGTLVTQGTELPLKTSNQRPDSRTYESPGDLENQQQCCFPTFLNARACACATNEDEAERDSEEQRASSNLEQLAENTVQEEVQLEETKEGTEGEGLQEEAVQLEETKTEEGLQEEGVQLEETKETEGEGQQEEEAQLEEIEETGGEGLQEEGVQLEEVKEGPEGGLQGEALEEGLKEEGLPEEGSVHGQELSEASSPDGKGSQEDDPVQEEEAGRASASAEPCPAEGTEEPTEPPSHLSETDPSASERQSGSQLEPGLEKPPGATMMGQEHTQAQPTQGAAERSSSVACSAALDCDPIWVSVLLKKTEKAFLAHLASAVAELRARWGLQDNDLLDQMAAELQQDVAQRLQDSTKRELQKLQGRAGRMVLEPPREALTGELLLQTQQRRHRLRGLRNLSAFSERTLGLGPLSFTLEDEPALSTALGSQLGEEAEGEEFCPCEACVRKKVSPMSPKATMGATRGPIKEAFDLQQILQRKRGEHTDGEAAEVAPGKTHTDPTSTRTVQGAEGGLGPGLSQGPGVDEGEDGEGSQRLNRDKDPKLGEAEGDAMAQEREGKTHNSETSAGSELGEAEQEGEGISERGETGGQGSGHEDNLQGEAAAGGDQDPGQSDGAEGIEAPEAEGEAQPESEGVEAPEAEGDAQEAEGEAQPESEDVEAPEAEGEAQPESEDVETPEAEWEVQPESEGAEAPEAEKEAQPETESVEALETEGEDEPESEGAEAQEAEEAAQEAEGQTQPESEVIESQEAEEEAQPESEDVEALEVEVETQEAEGEAQPESEDVEAPEAEGEMQEAEEEAQPESDGVEAQPKSEGEEAQEVEGETQKTEGDAQPESDGVEAPEAEEEAQEAEGEVQEAEGEAHPESEDVDAQEAEGEAQPESEGVEAPEAEGEAQKAEGIEAPETEGEAQPESEGIEAPEAEGEAQPESEGVEAQDAEGEAQPESEGIEAQEAEEEAQPELEGVEAPEAEGEAQPESEGIEAPEAEGEAQPELEGVEAPEAEEEAQPEPEGVETPEAEGEAQPESEGETQGEKKGSPQVSLGDGQSEEASESSSPVPEDRPTPPPSPGGDTPHQRPGSQTGPSSSRASSWGNCWQKDSENDHVLGDTRSPDAKSTGTPHAERKATRMYPESSTSEQEEAPLGSRTPEQGASEGYDLQEDQALGSLAPTEAVGRADGFGQDDLDF

Target ORF information:

RefSeq Version	NM_178857.6
Organism	Homo sapiens(human)
Definition	Homo sapiens RP1 like 1 (RP1L1), mRNA.

Target ORF information:

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

NM_178857.6

ORF Insert Sequence:

ATGAACAGCA CCCCCAGGAA TGCCCAGGCC CCGAGCCACC GTGAGTGCTT CCTGCCCTCT 
GTGGCTCGCA CCCCCTCGGT CACCAAGGTC ACGCCAGCCA AGAAGATCAC CTTCCTCAAG 
CGAGGGGATC CACGGTTTGC TGGGGTCCGC CTGGCCGTTC ACCAGCGCGC CTTTAAGACC 
TTCAGCGCCC TCATGGACGA GCTCTCCCAG CGCGTGCCTC TCTCCTTTGG GGTGCGCTCT 
GTCACCACAC CCCGGGGCCT GCATAGCCTC AGCGCCCTGG AGCAGCTGGA AGATGGAGGC 
TGCTACCTCT GCTCTGATAA GAAGCCCCCC AAGACCCCCA GTGGACCAGG CCGGCCACAG 
GAGAGAAACC CCACTGCTCA GCAGTTGCGG GATGTCGAAG GCCAGCGTGA AGCCCCAGGC 
ACCTCCTCCT CCCGGAAGAG TCTTAAAACC CCCCGGAGGA TACTGCTGAT TAAGAACATG 
GACCCTCGCC TCCAGCAGAC AGTGGTTCTC AGTCACAGGA ATACTAGGAA CCTGGCCGCC 
TTTCTCGGCA AAGCCTCAGA TCTCCTGCGC TTTCCTGTGA AGCAGTTGTA CACGACCAGC 
GGGAAAAAGG TGGACTCGCT GCAGGCCCTG CTGCACAGCC CCTCTGTGCT GGTGTGTGCC 
GGGCATGAGG CCTTCAGAAC CCCAGCCATG AAAAATGCCA GGAGAAGCGA GGCTGAAACT 
TTATCTGGGC TGACTTCAAG AAACAAAAAC GGGAGCTGGG GGCCAAAGAC CAAGCCGAGT 
GTGATCCATT CGCGGTCTCC GCCAGGCAGC ACGCCACGGC TGCCAGAAAG GCCTGGTCCT 
AGCAACCCCC CGGTGGGCCC TGCTCCTGGC AGGCACCCTC AGGACACGCC AGCTCAGTCG 
GGCCCGCTGG TGGCTGGCGA TGACATGAAG AAGAAGGTCC GCATGAATGA GGACGGCAGC 
CTGTCCGTGG AGATGAAAGT CCGCTTCCAC CTGGTCGGCG AGGACACGCT CCTATGGTCC 
CGGAGGATGG GCAGGGCCAG CGCCCTCACG GCAGCCAGTG GGGAAGACCC CGTTCTGGGG 
GAGGTAGACC CCCTCTGCTG TGTGTGGGAG GGCTACCCTT GGGGCTTCTC AGAGCCTGGG 
GTGTGGGGAC CCCGGCCCTG CAGGGTGGGA TGCAGGGAAG TCTTTGGCCG AGGCGGGCAG 
CCAGGGCCCA AGTATGAAAT CTGGACGAAT CCCCTGCATG CCTCCCAGGG AGAGAGAGTG 
GCAGCTCGGA AGAGGTGGGG ACTGGCCCAG CACGTCCGCT GCAGTGGCCT GTGGGGCCAC 
GGGACTGCCG GGAGGGAGAG ATGCAGCCAG GACAGTGCCA GCCCAGCCTC CAGCACCGGC 
CTCCCCGAGG GCTCGGAGCC AGAGTCCTCC TGCTGCCCCA GGACCCCGGA GGACGGGGTG 
GACAGTGCCA GCCCCTCTGC CCAGATAGGG GCTGAGCGGA AAGCTGGAGG GAGCCTGGGT 
GAGGACCCCG GCCTATGCAT AGATGGAGCA GGGCTGGGCG GCCCAGAGCA AGGCGGCCGC 
CTGACACCGA GGGCCCGGAG TGAGGAGGGG GCTTCTTCGG ACTCGTCAGC CAGCACCGGC 
TCTCATGAGG GATCCAGCGA ATGGGGTGGG CGGCCCCAGG GCTGTCCAGG CAAGGCAAGG 
GCCGAGACCT CTCAGCAGGA GGCCAGCGAG GGAGGCGACC CCGCTTCTCC AGCCCTGAGT 
CTTTCATCTT TAAGGAGTGA CGACCTGCAG GCAGAGACGC AAGGACAGGG CACCGAGCAG 
GCCACGGGAG CGGCTGTGAC AAGGGAGCCT CTGGTTCTGG GCCTTTCCTG CTCCTGGGAC 
TCGGAAGGAG CCTCTTCCAC CCCTTCCACC TGCACTTCAT CCCAGCAGGG GCAGAGAAGG 
CACAGAAGCC GGGCCAGTGC AATGTCCTCA CCCAGCAGCC CTGGCCTTGG CCGAGTGGCC 
CCGAGAGGCC ATCCCAGGCA TTCTCACTAC CGCAAGGACA CCCACAGCCC ACTGGACTCC 
TCTGTAACCA AGCAAGTGCC GAGGCCTCCT GAGCGGCGAA GGGCCTGCCA GGATGGCTCA 
GTGCCACGAT ATTCTGGAAG CTCATCGAGC ACCAGGACAC AGGCCTCTGG GAACCTGAGA 
CCTCCCTCCT CGGGCTCTCT TCCTTCCCAG GACCTTCTGG GAACCAGCAG TGCCACTGTC 
ACCCCTGCAG TCCACTCGGA TTTTGTTTCT GGAGTCTCCC CGCACAACGC TCCCTCTGCC 
GGGTGGGCAG GGGACGCGGG GTCCAGGACA TGCTCGCCGG CCCCCATACC TCCCCACACA 
TCCGACTCCT GCTCAAAATC TGGGGCTGCC AGCCTGGGGG AAGAGGCCAG GGACACGCCT 
CAGCCCTCCT CACCCTTGGT TCTGCAGGTT GGACGGCCTG AGCAAGGGGC GGTGGGCCCC 
CACCGAAGCC ACTGCTGCTC ACAGCCTGGG ACGCAGCCGG CCCAAGAGGC CCAGCGGGGA 
CCCTCCCCTG AGGCTAGCTG GCTGTGTGGC AGGTACTGTC CCACCCCGCC CAGGGGGCGG 
CCCTGCCCCC AGAGGCGCTC TTCCAGCTGT GGGAGCACCG GCAGCAGCCA CCAAAGCACT 
GCCCGGGGGC CAGGTGGGAG CCCGCAGGAG GGGACACGCC AGCCAGGCCC CACGCCGTCC 
CCAGGCCCCA ATTCAGGGGC ATCAAGGAGA AGCAGTGCCA GCCAGGGTGC GGGGTCTCGG 
GGGCTGTCCG AGGAGAAGAC CTTGAGGAGT GGGGGAGGCC CCCAGGGGCA GGAGGAGGCC 
AGTGGTGTGT CACCCAGCTC TCTGCCCCGC TCGTCTCCAG AGGCTGTGGT CCGCGAATGG 
CTGGACAACA TTCCAGAAGA GCCCATACTC ATGACATATG AGTTGGCGGA CGAGACCACA 
GGTGCAGCTG GGGGTGGCCT GAGAGGCCCC GAGGTGGACC CTGGGGATGA CCATTCTCTG 
GAAGGCCTGG GGGAGCCAGC TCAGGCGGGA CAGCAGTCCC TGGAAGGGGA CCCCGGCCAG 
GACCCAGAGC CAGAGGGAGC CCTCCTGGGG AGTAGTGACA CTGGTCCCCA ATCAGGAGAG 
GGTGTCCCCC AAGGGGCAGC TCCAGAGGGA GTTTCCGAGG CCCCTGCAGA GGCCGGAGCA 
GACAGAGAGG CCCCAGCAGG CTGCAGGGTG AGCCTGCGGG CACTTCCTGG CCGGGTGTCT 
GCCTCCACGC AGATCATGAG GGCGCTGATG GGCTCCAAGC AGGGCCGGCC CAGCAGCGTG 
CCCGAAGTGT CTAGGCCCAT GGCCAGGAGG CTCAGCTGCT CAGCCGGGGC CCTCATTACT 
TGTCTGGCCA GTCTGCAGTT ATTTGAGGAA GACCTTGGGT CTCCTGCCAG CAAAGTGAGG 
TTCAAAGACT CCCCTCGGTA CCAGGAGCTG CTCAGCATCT CGAAGGACCT GTGGCCAGGA 
TGTGACGTTG GGGAAGACCA GCTGGACTCA GGCCTCTGGG AGCTCACATG GAGCCAGGCT 
CTGCCAGACC TTGGGTCCCA TGCCATGACG GAGAACTTCA CGCCCACATC CTCCTCTGGT 
GTGGACATCA GCAGCGGCTC TGGAGGCTCA GGGGAGAGTA GCGTACCCTG TGCCATGGAC 
GGCACCCTGG TGACACAGGG GACAGAGCTG CCCCTGAAAA CCTCCAACCA GAGGCCTGAT 
TCAAGAACTT ATGAGAGCCC AGGGGATCTG GAAAACCAAC AGCAGTGTTG TTTCCCAACC 
TTCTTGAACG CCCGAGCCTG CGCTTGTGCC ACCAATGAGG ATGAAGCAGA AAGAGACAGT 
GAGGAGCAGA GGGCGAGCTC GAACCTGGAG CAGTTAGCTG AAAACACAGT GCAAGAAGAG 
GTGCAATTAG AGGAAACTAA AGAAGGAACA GAAGGAGAAG GGCTGCAAGA AGAGGCGGTG 
CAGTTAGAGG AAACTAAAAC AGAAGAAGGG CTGCAAGAAG AGGGGGTGCA GTTAGAGGAA 
ACTAAAGAAA CAGAAGGAGA AGGACAGCAA GAAGAAGAGG CGCAGTTAGA GGAAATTGAA 
GAAACAGGAG GAGAAGGGCT GCAAGAAGAG GGGGTGCAGT TAGAGGAAGT TAAAGAAGGG 
CCAGAAGGAG GACTGCAAGG AGAGGCTCTT GAAGAGGGTC TCAAAGAGGA AGGACTTCCA 
GAAGAAGGAA GCGTCCACGG GCAGGAATTG TCAGAGGCCA GCTCTCCGGA TGGGAAAGGC 
TCCCAGGAAG ATGACCCAGT CCAGGAGGAG GAAGCAGGAA GAGCCTCTGC CTCTGCAGAG 
CCGTGCCCCG CAGAGGGCAC AGAGGAACCC ACAGAGCCCC CTAGTCATCT CAGCGAGACG 
GACCCAAGTG CCAGCGAGAG GCAGAGTGGC TCCCAGCTTG AGCCTGGTTT GGAAAAGCCG 
CCCGGAGCCA CCATGATGGG CCAAGAGCAC ACGCAGGCCC AACCCACCCA GGGGGCTGCA 
GAGAGGAGCT CTTCGGTGGC CTGCAGCGCG GCTCTGGACT GCGACCCCAT CTGGGTGTCC 
GTGTTACTGA AGAAGACGGA GAAGGCCTTC CTGGCCCACC TTGCCAGTGC GGTGGCTGAG 
CTCCGAGCAC GCTGGGGCCT GCAGGACAAT GATCTGCTGG ACCAGATGGC GGCCGAGCTG 
CAGCAGGACG TGGCCCAACG CCTCCAGGAC AGCACCAAGA GAGAGCTCCA GAAGCTCCAG 
GGCCGGGCGG GTAGGATGGT GCTGGAGCCT CCAAGGGAGG CCCTCACCGG GGAGCTGCTC 
CTGCAGACCC AGCAGCGCAG ACACCGTCTC CGGGGCCTGC GAAACCTCTC GGCCTTCTCT 
GAGCGGACCC TGGGCCTGGG GCCCCTCTCC TTCACCCTGG AGGACGAGCC AGCCCTCAGC 
ACAGCCCTGG GGAGCCAGCT GGGCGAGGAG GCGGAGGGGG AGGAGTTCTG TCCCTGCGAG 
GCCTGCGTGA GGAAGAAAGT GAGCCCTATG TCCCCCAAGG CCACAATGGG GGCAACCAGA 
GGTCCCATCA AAGAGGCCTT TGACCTGCAG CAGATTCTGC AGAGGAAGAG GGGAGAACAC 
ACTGATGGGG AGGCAGCAGA GGTGGCCCCT GGCAAGACCC ACACGGACCC CACGAGCACT 
AGGACTGTCC AGGGAGCTGA GGGAGGGCTG GGGCCGGGGC TGAGCCAGGG GCCTGGAGTG 
GACGAGGGTG AGGATGGCGA GGGGAGCCAG AGACTCAACA GAGACAAAGA TCCCAAACTC 
GGGGAGGCAG AGGGAGATGC AATGGCTCAG GAGAGAGAAG GGAAAACCCA CAACAGTGAA 
ACCAGTGCGG GCAGTGAGTT GGGGGAAGCT GAGCAGGAGG GAGAGGGCAT AAGTGAAAGG 
GGAGAAACTG GGGGTCAAGG CTCTGGGCAT GAGGACAACT TGCAGGGTGA AGCTGCGGCA 
GGAGGTGACC AAGATCCAGG ACAGAGTGAT GGGGCCGAAG GCATAGAGGC CCCGGAGGCT 
GAAGGGGAGG CCCAGCCAGA GTCAGAAGGT GTAGAGGCCC CAGAGGCAGA AGGGGATGCC 
CAGGAGGCTG AAGGGGAGGC CCAGCCAGAG TCAGAAGATG TAGAGGCCCC AGAGGCAGAA 
GGAGAGGCCC AGCCAGAGTC AGAAGATGTA GAGACCCCAG AGGCAGAATG GGAGGTCCAG 
CCAGAGTCAG AAGGTGCAGA AGCCCCGGAG GCAGAAAAGG AGGCCCAGCC AGAGACAGAA 
AGTGTAGAGG CCCTGGAGAC TGAAGGGGAG GACGAGCCAG AGTCAGAAGG TGCAGAGGCC 
CAAGAGGCAG AAGAGGCGGC CCAGGAGGCA GAAGGGCAGA CCCAGCCAGA GTCAGAAGTT 
ATAGAGTCCC AGGAGGCAGA AGAGGAAGCC CAGCCAGAGT CAGAAGATGT AGAGGCCCTG 
GAGGTTGAAG TGGAGACCCA GGAGGCAGAA GGGGAGGCCC AGCCAGAGTC AGAAGATGTA 
GAGGCCCCAG AGGCTGAAGG GGAGATGCAA GAGGCAGAAG AGGAGGCCCA GCCAGAGTCA 
GACGGTGTAG AGGCCCAGCC AAAGTCAGAA GGTGAAGAGG CCCAGGAGGT TGAAGGGGAG 
ACCCAGAAGA CAGAAGGGGA TGCCCAGCCA GAGTCAGACG GTGTAGAGGC CCCGGAGGCA 
GAAGAGGAGG CACAGGAGGC TGAAGGGGAG GTCCAGGAGG CAGAAGGGGA GGCCCACCCA 
GAGTCAGAAG ATGTAGATGC CCAGGAGGCA GAAGGGGAGG CCCAGCCAGA ATCAGAAGGT 
GTAGAGGCCC CAGAGGCAGA AGGGGAGGCC CAGAAGGCAG AAGGTATAGA GGCCCCAGAG 
ACTGAAGGGG AGGCCCAGCC AGAGTCAGAA GGTATAGAGG CCCCAGAGGC TGAAGGGGAG 
GCCCAGCCTG AGTCAGAAGG TGTAGAGGCC CAGGATGCAG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGTA TAGAGGCCCA GGAGGCTGAA GAGGAGGCCC AACCAGAGTT AGAAGGTGTA 
GAGGCCCCAG AGGCAGAAGG GGAGGCCCAG CCAGAGTCAG AAGGTATAGA GGCCCCAGAG 
GCAGAAGGGG AGGCCCAACC AGAGTTAGAA GGTGTAGAGG CCCCGGAGGC TGAAGAGGAG 
GCCCAGCCAG AGCCAGAAGG CGTAGAGACC CCGGAGGCTG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGAG AAACTCAAGG TGAGAAAAAG GGGAGCCCTC AGGTCAGTCT AGGAGATGGC 
CAATCTGAGG AGGCTTCTGA AAGCAGCAGC CCAGTCCCTG AGGACAGGCC CACTCCACCC 
CCTTCCCCAG GTGGAGACAC TCCCCACCAA AGGCCAGGCT CCCAAACAGG CCCTTCCTCC 
TCCAGAGCAT CCTCTTGGGG CAACTGCTGG CAGAAAGACT CAGAAAATGA CCATGTACTT 
GGAGACACAA GGAGCCCTGA TGCCAAGTCC ACGGGGACCC CTCATGCAGA GAGGAAGGCC 
ACCAGGATGT ACCCAGAAAG TTCTACTTCT GAGCAAGAAG AGGCCCCTTT GGGCTCAAGG 
ACTCCAGAGC AGGGGGCCAG TGAAGGTTAT GACCTACAAG AGGACCAGGC ACTCGGAAGT 
CTCGCCCCCA CTGAGGCAGT GGGCAGGGCA GACGGCTTTG GCCAAGATGA CTTAGATTTC 
TAG

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

RP1L1 ( NM_178857.5 ) cDNA ORF clone, Homo sapiens(human) -> NP_849188.4 Homo sapiens RP1 like 1 (RP1L1), mRNA.

Price & Availability↑

CloneID	OHu18974
Clone ID Related Accession (Same CDS sequence)	NM_178857.6 , NM_178857.5
Accession Version	NM_178857.5	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7203bp) 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	2017-12-17
Organism	Homo sapiens(human)
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 AC105001.3 and AC104964.12. This sequence is a reference standard in the RefSeqGene project. On Nov 3, 2006 this sequence version replaced NM_178857.4. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AY168341.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA2148874, SAMEA2149398 [ECO:0000350] ##Evidence-Data-END##

ATGAACAGCA CCCCCAGGAA TGCCCAGGCC CCGAGCCACC GTGAGTGCTT CCTGCCCTCT 
GTGGCTCGCA CCCCCTCGGT CACCAAGGTC ACGCCAGCCA AGAAGATCAC CTTCCTCAAG 
CGAGGGGATC CACGGTTTGC TGGGGTCCGC CTGGCCGTTC ACCAGCGCGC CTTTAAGACC 
TTCAGCGCCC TCATGGACGA GCTCTCCCAG CGCGTGCCTC TCTCCTTTGG GGTGCGCTCT 
GTCACCACAC CCCGGGGCCT GCATAGCCTC AGCGCCCTGG AGCAGCTGGA AGATGGAGGC 
TGCTACCTCT GCTCTGATAA GAAGCCCCCC AAGACCCCCA GTGGACCAGG CCGGCCACAG 
GAGAGAAACC CCACTGCTCA GCAGTTGCGG GATGTCGAAG GCCAGCGTGA AGCCCCAGGC 
ACCTCCTCCT CCCGGAAGAG TCTTAAAACC CCCCGGAGGA TACTGCTGAT TAAGAACATG 
GACCCTCGCC TCCAGCAGAC AGTGGTTCTC AGTCACAGGA ATACTAGGAA CCTGGCCGCC 
TTTCTCGGCA AAGCCTCAGA TCTCCTGCGC TTTCCTGTGA AGCAGTTGTA CACGACCAGC 
GGGAAAAAGG TGGACTCGCT GCAGGCCCTG CTGCACAGCC CCTCTGTGCT GGTGTGTGCC 
GGGCATGAGG CCTTCAGAAC CCCAGCCATG AAAAATGCCA GGAGAAGCGA GGCTGAAACT 
TTATCTGGGC TGACTTCAAG AAACAAAAAC GGGAGCTGGG GGCCAAAGAC CAAGCCGAGT 
GTGATCCATT CGCGGTCTCC GCCAGGCAGC ACGCCACGGC TGCCAGAAAG GCCTGGTCCT 
AGCAACCCCC CGGTGGGCCC TGCTCCTGGC AGGCACCCTC AGGACACGCC AGCTCAGTCG 
GGCCCGCTGG TGGCTGGCGA TGACATGAAG AAGAAGGTCC GCATGAATGA GGACGGCAGC 
CTGTCCGTGG AGATGAAAGT CCGCTTCCAC CTGGTCGGCG AGGACACGCT CCTATGGTCC 
CGGAGGATGG GCAGGGCCAG CGCCCTCACG GCAGCCAGTG GGGAAGACCC CGTTCTGGGG 
GAGGTAGACC CCCTCTGCTG TGTGTGGGAG GGCTACCCTT GGGGCTTCTC AGAGCCTGGG 
GTGTGGGGAC CCCGGCCCTG CAGGGTGGGA TGCAGGGAAG TCTTTGGCCG AGGCGGGCAG 
CCAGGGCCCA AGTATGAAAT CTGGACGAAT CCCCTGCATG CCTCCCAGGG AGAGAGAGTG 
GCAGCTCGGA AGAGGTGGGG ACTGGCCCAG CACGTCCGCT GCAGTGGCCT GTGGGGCCAC 
GGGACTGCCG GGAGGGAGAG ATGCAGCCAG GACAGTGCCA GCCCAGCCTC CAGCACCGGC 
CTCCCCGAGG GCTCGGAGCC AGAGTCCTCC TGCTGCCCCA GGACCCCGGA GGACGGGGTG 
GACAGTGCCA GCCCCTCTGC CCAGATAGGG GCTGAGCGGA AAGCTGGAGG GAGCCTGGGT 
GAGGACCCCG GCCTATGCAT AGATGGAGCA GGGCTGGGCG GCCCAGAGCA AGGCGGCCGC 
CTGACACCGA GGGCCCGGAG TGAGGAGGGG GCTTCTTCGG ACTCGTCAGC CAGCACCGGC 
TCTCATGAGG GATCCAGCGA ATGGGGTGGG CGGCCCCAGG GCTGTCCAGG CAAGGCAAGG 
GCCGAGACCT CTCAGCAGGA GGCCAGCGAG GGAGGCGACC CCGCTTCTCC AGCCCTGAGT 
CTTTCATCTT TAAGGAGTGA CGACCTGCAG GCAGAGACGC AAGGACAGGG CACCGAGCAG 
GCCACGGGAG CGGCTGTGAC AAGGGAGCCT CTGGTTCTGG GCCTTTCCTG CTCCTGGGAC 
TCGGAAGGAG CCTCTTCCAC CCCTTCCACC TGCACTTCAT CCCAGCAGGG GCAGAGAAGG 
CACAGAAGCC GGGCCAGTGC AATGTCCTCA CCCAGCAGCC CTGGCCTTGG CCGAGTGGCC 
CCGAGAGGCC ATCCCAGGCA TTCTCACTAC CGCAAGGACA CCCACAGCCC ACTGGACTCC 
TCTGTAACCA AGCAAGTGCC GAGGCCTCCT GAGCGGCGAA GGGCCTGCCA GGATGGCTCA 
GTGCCACGAT ATTCTGGAAG CTCATCGAGC ACCAGGACAC AGGCCTCTGG GAACCTGAGA 
CCTCCCTCCT CGGGCTCTCT TCCTTCCCAG GACCTTCTGG GAACCAGCAG TGCCACTGTC 
ACCCCTGCAG TCCACTCGGA TTTTGTTTCT GGAGTCTCCC CGCACAACGC TCCCTCTGCC 
GGGTGGGCAG GGGACGCGGG GTCCAGGACA TGCTCGCCGG CCCCCATACC TCCCCACACA 
TCCGACTCCT GCTCAAAATC TGGGGCTGCC AGCCTGGGGG AAGAGGCCAG GGACACGCCT 
CAGCCCTCCT CACCCTTGGT TCTGCAGGTT GGACGGCCTG AGCAAGGGGC GGTGGGCCCC 
CACCGAAGCC ACTGCTGCTC ACAGCCTGGG ACGCAGCCGG CCCAAGAGGC CCAGCGGGGA 
CCCTCCCCTG AGGCTAGCTG GCTGTGTGGC AGGTACTGTC CCACCCCGCC CAGGGGGCGG 
CCCTGCCCCC AGAGGCGCTC TTCCAGCTGT GGGAGCACCG GCAGCAGCCA CCAAAGCACT 
GCCCGGGGGC CAGGTGGGAG CCCGCAGGAG GGGACACGCC AGCCAGGCCC CACGCCGTCC 
CCAGGCCCCA ATTCAGGGGC ATCAAGGAGA AGCAGTGCCA GCCAGGGTGC GGGGTCTCGG 
GGGCTGTCCG AGGAGAAGAC CTTGAGGAGT GGGGGAGGCC CCCAGGGGCA GGAGGAGGCC 
AGTGGTGTGT CACCCAGCTC TCTGCCCCGC TCGTCTCCAG AGGCTGTGGT CCGCGAATGG 
CTGGACAACA TTCCAGAAGA GCCCATACTC ATGACATATG AGTTGGCGGA CGAGACCACA 
GGTGCAGCTG GGGGTGGCCT GAGAGGCCCC GAGGTGGACC CTGGGGATGA CCATTCTCTG 
GAAGGCCTGG GGGAGCCAGC TCAGGCGGGA CAGCAGTCCC TGGAAGGGGA CCCCGGCCAG 
GACCCAGAGC CAGAGGGAGC CCTCCTGGGG AGTAGTGACA CTGGTCCCCA ATCAGGAGAG 
GGTGTCCCCC AAGGGGCAGC TCCAGAGGGA GTTTCCGAGG CCCCTGCAGA GGCCGGAGCA 
GACAGAGAGG CCCCAGCAGG CTGCAGGGTG AGCCTGCGGG CACTTCCTGG CCGGGTGTCT 
GCCTCCACGC AGATCATGAG GGCGCTGATG GGCTCCAAGC AGGGCCGGCC CAGCAGCGTG 
CCCGAAGTGT CTAGGCCCAT GGCCAGGAGG CTCAGCTGCT CAGCCGGGGC CCTCATTACT 
TGTCTGGCCA GTCTGCAGTT ATTTGAGGAA GACCTTGGGT CTCCTGCCAG CAAAGTGAGG 
TTCAAAGACT CCCCTCGGTA CCAGGAGCTG CTCAGCATCT CGAAGGACCT GTGGCCAGGA 
TGTGACGTTG GGGAAGACCA GCTGGACTCA GGCCTCTGGG AGCTCACATG GAGCCAGGCT 
CTGCCAGACC TTGGGTCCCA TGCCATGACG GAGAACTTCA CGCCCACATC CTCCTCTGGT 
GTGGACATCA GCAGCGGCTC TGGAGGCTCA GGGGAGAGTA GCGTACCCTG TGCCATGGAC 
GGCACCCTGG TGACACAGGG GACAGAGCTG CCCCTGAAAA CCTCCAACCA GAGGCCTGAT 
TCAAGAACTT ATGAGAGCCC AGGGGATCTG GAAAACCAAC AGCAGTGTTG TTTCCCAACC 
TTCTTGAACG CCCGAGCCTG CGCTTGTGCC ACCAATGAGG ATGAAGCAGA AAGAGACAGT 
GAGGAGCAGA GGGCGAGCTC GAACCTGGAG CAGTTAGCTG AAAACACAGT GCAAGAAGAG 
GTGCAATTAG AGGAAACTAA AGAAGGAACA GAAGGAGAAG GGCTGCAAGA AGAGGCGGTG 
CAGTTAGAGG AAACTAAAAC AGAAGAAGGG CTGCAAGAAG AGGGGGTGCA GTTAGAGGAA 
ACTAAAGAAA CAGAAGGAGA AGGACAGCAA GAAGAAGAGG CGCAGTTAGA GGAAATTGAA 
GAAACAGGAG GAGAAGGGCT GCAAGAAGAG GGGGTGCAGT TAGAGGAAGT TAAAGAAGGG 
CCAGAAGGAG GACTGCAAGG AGAGGCTCTT GAAGAGGGTC TCAAAGAGGA AGGACTTCCA 
GAAGAAGGAA GCGTCCACGG GCAGGAATTG TCAGAGGCCA GCTCTCCGGA TGGGAAAGGC 
TCCCAGGAAG ATGACCCAGT CCAGGAGGAG GAAGCAGGAA GAGCCTCTGC CTCTGCAGAG 
CCGTGCCCCG CAGAGGGCAC AGAGGAACCC ACAGAGCCCC CTAGTCATCT CAGCGAGACG 
GACCCAAGTG CCAGCGAGAG GCAGAGTGGC TCCCAGCTTG AGCCTGGTTT GGAAAAGCCG 
CCCGGAGCCA CCATGATGGG CCAAGAGCAC ACGCAGGCCC AACCCACCCA GGGGGCTGCA 
GAGAGGAGCT CTTCGGTGGC CTGCAGCGCG GCTCTGGACT GCGACCCCAT CTGGGTGTCC 
GTGTTACTGA AGAAGACGGA GAAGGCCTTC CTGGCCCACC TTGCCAGTGC GGTGGCTGAG 
CTCCGAGCAC GCTGGGGCCT GCAGGACAAT GATCTGCTGG ACCAGATGGC GGCCGAGCTG 
CAGCAGGACG TGGCCCAACG CCTCCAGGAC AGCACCAAGA GAGAGCTCCA GAAGCTCCAG 
GGCCGGGCGG GTAGGATGGT GCTGGAGCCT CCAAGGGAGG CCCTCACCGG GGAGCTGCTC 
CTGCAGACCC AGCAGCGCAG ACACCGTCTC CGGGGCCTGC GAAACCTCTC GGCCTTCTCT 
GAGCGGACCC TGGGCCTGGG GCCCCTCTCC TTCACCCTGG AGGACGAGCC AGCCCTCAGC 
ACAGCCCTGG GGAGCCAGCT GGGCGAGGAG GCGGAGGGGG AGGAGTTCTG TCCCTGCGAG 
GCCTGCGTGA GGAAGAAAGT GAGCCCTATG TCCCCCAAGG CCACAATGGG GGCAACCAGA 
GGTCCCATCA AAGAGGCCTT TGACCTGCAG CAGATTCTGC AGAGGAAGAG GGGAGAACAC 
ACTGATGGGG AGGCAGCAGA GGTGGCCCCT GGCAAGACCC ACACGGACCC CACGAGCACT 
AGGACTGTCC AGGGAGCTGA GGGAGGGCTG GGGCCGGGGC TGAGCCAGGG GCCTGGAGTG 
GACGAGGGTG AGGATGGCGA GGGGAGCCAG AGACTCAACA GAGACAAAGA TCCCAAACTC 
GGGGAGGCAG AGGGAGATGC AATGGCTCAG GAGAGAGAAG GGAAAACCCA CAACAGTGAA 
ACCAGTGCGG GCAGTGAGTT GGGGGAAGCT GAGCAGGAGG GAGAGGGCAT AAGTGAAAGG 
GGAGAAACTG GGGGTCAAGG CTCTGGGCAT GAGGACAACT TGCAGGGTGA AGCTGCGGCA 
GGAGGTGACC AAGATCCAGG ACAGAGTGAT GGGGCCGAAG GCATAGAGGC CCCGGAGGCT 
GAAGGGGAGG CCCAGCCAGA GTCAGAAGGT GTAGAGGCCC CAGAGGCAGA AGGGGATGCC 
CAGGAGGCTG AAGGGGAGGC CCAGCCAGAG TCAGAAGATG TAGAGGCCCC AGAGGCAGAA 
GGAGAGGCCC AGCCAGAGTC AGAAGATGTA GAGACCCCAG AGGCAGAATG GGAGGTCCAG 
CCAGAGTCAG AAGGTGCAGA AGCCCCGGAG GCAGAAAAGG AGGCCCAGCC AGAGACAGAA 
AGTGTAGAGG CCCTGGAGAC TGAAGGGGAG GACGAGCCAG AGTCAGAAGG TGCAGAGGCC 
CAAGAGGCAG AAGAGGCGGC CCAGGAGGCA GAAGGGCAGA CCCAGCCAGA GTCAGAAGTT 
ATAGAGTCCC AGGAGGCAGA AGAGGAAGCC CAGCCAGAGT CAGAAGATGT AGAGGCCCTG 
GAGGTTGAAG TGGAGACCCA GGAGGCAGAA GGGGAGGCCC AGCCAGAGTC AGAAGATGTA 
GAGGCCCCAG AGGCTGAAGG GGAGATGCAA GAGGCAGAAG AGGAGGCCCA GCCAGAGTCA 
GACGGTGTAG AGGCCCAGCC AAAGTCAGAA GGTGAAGAGG CCCAGGAGGT TGAAGGGGAG 
ACCCAGAAGA CAGAAGGGGA TGCCCAGCCA GAGTCAGACG GTGTAGAGGC CCCGGAGGCA 
GAAGAGGAGG CACAGGAGGC TGAAGGGGAG GTCCAGGAGG CAGAAGGGGA GGCCCACCCA 
GAGTCAGAAG ATGTAGATGC CCAGGAGGCA GAAGGGGAGG CCCAGCCAGA ATCAGAAGGT 
GTAGAGGCCC CAGAGGCAGA AGGGGAGGCC CAGAAGGCAG AAGGTATAGA GGCCCCAGAG 
ACTGAAGGGG AGGCCCAGCC AGAGTCAGAA GGTATAGAGG CCCCAGAGGC TGAAGGGGAG 
GCCCAGCCTG AGTCAGAAGG TGTAGAGGCC CAGGATGCAG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGTA TAGAGGCCCA GGAGGCTGAA GAGGAGGCCC AACCAGAGTT AGAAGGTGTA 
GAGGCCCCAG AGGCAGAAGG GGAGGCCCAG CCAGAGTCAG AAGGTATAGA GGCCCCAGAG 
GCAGAAGGGG AGGCCCAACC AGAGTTAGAA GGTGTAGAGG CCCCGGAGGC TGAAGAGGAG 
GCCCAGCCAG AGCCAGAAGG CGTAGAGACC CCGGAGGCTG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGAG AAACTCAAGG TGAGAAAAAG GGGAGCCCTC AGGTCAGTCT AGGAGATGGC 
CAATCTGAGG AGGCTTCTGA AAGCAGCAGC CCAGTCCCTG AGGACAGGCC CACTCCACCC 
CCTTCCCCAG GTGGAGACAC TCCCCACCAA AGGCCAGGCT CCCAAACAGG CCCTTCCTCC 
TCCAGAGCAT CCTCTTGGGG CAACTGCTGG CAGAAAGACT CAGAAAATGA CCATGTACTT 
GGAGACACAA GGAGCCCTGA TGCCAAGTCC ACGGGGACCC CTCATGCAGA GAGGAAGGCC 
ACCAGGATGT ACCCAGAAAG TTCTACTTCT GAGCAAGAAG AGGCCCCTTT GGGCTCAAGG 
ACTCCAGAGC AGGGGGCCAG TGAAGGTTAT GACCTACAAG AGGACCAGGC ACTCGGAAGT 
CTCGCCCCCA CTGAGGCAGT GGGCAGGGCA GACGGCTTTG GCCAAGATGA CTTAGATTTC 
TAG

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

RefSeq	NP_849188.4
CDS	230..7432
Translation	MNSTPRNAQAPSHRECFLPSVARTPSVTKVTPAKKITFLKRGDPRFAGVRLAVHQRAFKTFSALMDELSQRVPLSFGVRSVTTPRGLHSLSALEQLEDGGCYLCSDKKPPKTPSGPGRPQERNPTAQQLRDVEGQREAPGTSSSRKSLKTPRRILLIKNMDPRLQQTVVLSHRNTRNLAAFLGKASDLLRFPVKQLYTTSGKKVDSLQALLHSPSVLVCAGHEAFRTPAMKNARRSEAETLSGLTSRNKNGSWGPKTKPSVIHSRSPPGSTPRLPERPGPSNPPVGPAPGRHPQDTPAQSGPLVAGDDMKKKVRMNEDGSLSVEMKVRFHLVGEDTLLWSRRMGRASALTAASGEDPVLGEVDPLCCVWEGYPWGFSEPGVWGPRPCRVGCREVFGRGGQPGPKYEIWTNPLHASQGERVAARKRWGLAQHVRCSGLWGHGTAGRERCSQDSASPASSTGLPEGSEPESSCCPRTPEDGVDSASPSAQIGAERKAGGSLGEDPGLCIDGAGLGGPEQGGRLTPRARSEEGASSDSSASTGSHEGSSEWGGRPQGCPGKARAETSQQEASEGGDPASPALSLSSLRSDDLQAETQGQGTEQATGAAVTREPLVLGLSCSWDSEGASSTPSTCTSSQQGQRRHRSRASAMSSPSSPGLGRVAPRGHPRHSHYRKDTHSPLDSSVTKQVPRPPERRRACQDGSVPRYSGSSSSTRTQASGNLRPPSSGSLPSQDLLGTSSATVTPAVHSDFVSGVSPHNAPSAGWAGDAGSRTCSPAPIPPHTSDSCSKSGAASLGEEARDTPQPSSPLVLQVGRPEQGAVGPHRSHCCSQPGTQPAQEAQRGPSPEASWLCGRYCPTPPRGRPCPQRRSSSCGSTGSSHQSTARGPGGSPQEGTRQPGPTPSPGPNSGASRRSSASQGAGSRGLSEEKTLRSGGGPQGQEEASGVSPSSLPRSSPEAVVREWLDNIPEEPILMTYELADETTGAAGGGLRGPEVDPGDDHSLEGLGEPAQAGQQSLEGDPGQDPEPEGALLGSSDTGPQSGEGVPQGAAPEGVSEAPAEAGADREAPAGCRVSLRALPGRVSASTQIMRALMGSKQGRPSSVPEVSRPMARRLSCSAGALITCLASLQLFEEDLGSPASKVRFKDSPRYQELLSISKDLWPGCDVGEDQLDSGLWELTWSQALPDLGSHAMTENFTPTSSSGVDISSGSGGSGESSVPCAMDGTLVTQGTELPLKTSNQRPDSRTYESPGDLENQQQCCFPTFLNARACACATNEDEAERDSEEQRASSNLEQLAENTVQEEVQLEETKEGTEGEGLQEEAVQLEETKTEEGLQEEGVQLEETKETEGEGQQEEEAQLEEIEETGGEGLQEEGVQLEEVKEGPEGGLQGEALEEGLKEEGLPEEGSVHGQELSEASSPDGKGSQEDDPVQEEEAGRASASAEPCPAEGTEEPTEPPSHLSETDPSASERQSGSQLEPGLEKPPGATMMGQEHTQAQPTQGAAERSSSVACSAALDCDPIWVSVLLKKTEKAFLAHLASAVAELRARWGLQDNDLLDQMAAELQQDVAQRLQDSTKRELQKLQGRAGRMVLEPPREALTGELLLQTQQRRHRLRGLRNLSAFSERTLGLGPLSFTLEDEPALSTALGSQLGEEAEGEEFCPCEACVRKKVSPMSPKATMGATRGPIKEAFDLQQILQRKRGEHTDGEAAEVAPGKTHTDPTSTRTVQGAEGGLGPGLSQGPGVDEGEDGEGSQRLNRDKDPKLGEAEGDAMAQEREGKTHNSETSAGSELGEAEQEGEGISERGETGGQGSGHEDNLQGEAAAGGDQDPGQSDGAEGIEAPEAEGEAQPESEGVEAPEAEGDAQEAEGEAQPESEDVEAPEAEGEAQPESEDVETPEAEWEVQPESEGAEAPEAEKEAQPETESVEALETEGEDEPESEGAEAQEAEEAAQEAEGQTQPESEVIESQEAEEEAQPESEDVEALEVEVETQEAEGEAQPESEDVEAPEAEGEMQEAEEEAQPESDGVEAQPKSEGEEAQEVEGETQKTEGDAQPESDGVEAPEAEEEAQEAEGEVQEAEGEAHPESEDVDAQEAEGEAQPESEGVEAPEAEGEAQKAEGIEAPETEGEAQPESEGIEAPEAEGEAQPESEGVEAQDAEGEAQPESEGIEAQEAEEEAQPELEGVEAPEAEGEAQPESEGIEAPEAEGEAQPELEGVEAPEAEEEAQPEPEGVETPEAEGEAQPESEGETQGEKKGSPQVSLGDGQSEEASESSSPVPEDRPTPPPSPGGDTPHQRPGSQTGPSSSRASSWGNCWQKDSENDHVLGDTRSPDAKSTGTPHAERKATRMYPESSTSEQEEAPLGSRTPEQGASEGYDLQEDQALGSLAPTEAVGRADGFGQDDLDF

Target ORF information:

RefSeq Version	NM_178857.5
Organism	Homo sapiens(human)
Definition	Homo sapiens RP1 like 1 (RP1L1), mRNA.

Target ORF information:

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

NM_178857.5

ORF Insert Sequence:

ATGAACAGCA CCCCCAGGAA TGCCCAGGCC CCGAGCCACC GTGAGTGCTT CCTGCCCTCT 
GTGGCTCGCA CCCCCTCGGT CACCAAGGTC ACGCCAGCCA AGAAGATCAC CTTCCTCAAG 
CGAGGGGATC CACGGTTTGC TGGGGTCCGC CTGGCCGTTC ACCAGCGCGC CTTTAAGACC 
TTCAGCGCCC TCATGGACGA GCTCTCCCAG CGCGTGCCTC TCTCCTTTGG GGTGCGCTCT 
GTCACCACAC CCCGGGGCCT GCATAGCCTC AGCGCCCTGG AGCAGCTGGA AGATGGAGGC 
TGCTACCTCT GCTCTGATAA GAAGCCCCCC AAGACCCCCA GTGGACCAGG CCGGCCACAG 
GAGAGAAACC CCACTGCTCA GCAGTTGCGG GATGTCGAAG GCCAGCGTGA AGCCCCAGGC 
ACCTCCTCCT CCCGGAAGAG TCTTAAAACC CCCCGGAGGA TACTGCTGAT TAAGAACATG 
GACCCTCGCC TCCAGCAGAC AGTGGTTCTC AGTCACAGGA ATACTAGGAA CCTGGCCGCC 
TTTCTCGGCA AAGCCTCAGA TCTCCTGCGC TTTCCTGTGA AGCAGTTGTA CACGACCAGC 
GGGAAAAAGG TGGACTCGCT GCAGGCCCTG CTGCACAGCC CCTCTGTGCT GGTGTGTGCC 
GGGCATGAGG CCTTCAGAAC CCCAGCCATG AAAAATGCCA GGAGAAGCGA GGCTGAAACT 
TTATCTGGGC TGACTTCAAG AAACAAAAAC GGGAGCTGGG GGCCAAAGAC CAAGCCGAGT 
GTGATCCATT CGCGGTCTCC GCCAGGCAGC ACGCCACGGC TGCCAGAAAG GCCTGGTCCT 
AGCAACCCCC CGGTGGGCCC TGCTCCTGGC AGGCACCCTC AGGACACGCC AGCTCAGTCG 
GGCCCGCTGG TGGCTGGCGA TGACATGAAG AAGAAGGTCC GCATGAATGA GGACGGCAGC 
CTGTCCGTGG AGATGAAAGT CCGCTTCCAC CTGGTCGGCG AGGACACGCT CCTATGGTCC 
CGGAGGATGG GCAGGGCCAG CGCCCTCACG GCAGCCAGTG GGGAAGACCC CGTTCTGGGG 
GAGGTAGACC CCCTCTGCTG TGTGTGGGAG GGCTACCCTT GGGGCTTCTC AGAGCCTGGG 
GTGTGGGGAC CCCGGCCCTG CAGGGTGGGA TGCAGGGAAG TCTTTGGCCG AGGCGGGCAG 
CCAGGGCCCA AGTATGAAAT CTGGACGAAT CCCCTGCATG CCTCCCAGGG AGAGAGAGTG 
GCAGCTCGGA AGAGGTGGGG ACTGGCCCAG CACGTCCGCT GCAGTGGCCT GTGGGGCCAC 
GGGACTGCCG GGAGGGAGAG ATGCAGCCAG GACAGTGCCA GCCCAGCCTC CAGCACCGGC 
CTCCCCGAGG GCTCGGAGCC AGAGTCCTCC TGCTGCCCCA GGACCCCGGA GGACGGGGTG 
GACAGTGCCA GCCCCTCTGC CCAGATAGGG GCTGAGCGGA AAGCTGGAGG GAGCCTGGGT 
GAGGACCCCG GCCTATGCAT AGATGGAGCA GGGCTGGGCG GCCCAGAGCA AGGCGGCCGC 
CTGACACCGA GGGCCCGGAG TGAGGAGGGG GCTTCTTCGG ACTCGTCAGC CAGCACCGGC 
TCTCATGAGG GATCCAGCGA ATGGGGTGGG CGGCCCCAGG GCTGTCCAGG CAAGGCAAGG 
GCCGAGACCT CTCAGCAGGA GGCCAGCGAG GGAGGCGACC CCGCTTCTCC AGCCCTGAGT 
CTTTCATCTT TAAGGAGTGA CGACCTGCAG GCAGAGACGC AAGGACAGGG CACCGAGCAG 
GCCACGGGAG CGGCTGTGAC AAGGGAGCCT CTGGTTCTGG GCCTTTCCTG CTCCTGGGAC 
TCGGAAGGAG CCTCTTCCAC CCCTTCCACC TGCACTTCAT CCCAGCAGGG GCAGAGAAGG 
CACAGAAGCC GGGCCAGTGC AATGTCCTCA CCCAGCAGCC CTGGCCTTGG CCGAGTGGCC 
CCGAGAGGCC ATCCCAGGCA TTCTCACTAC CGCAAGGACA CCCACAGCCC ACTGGACTCC 
TCTGTAACCA AGCAAGTGCC GAGGCCTCCT GAGCGGCGAA GGGCCTGCCA GGATGGCTCA 
GTGCCACGAT ATTCTGGAAG CTCATCGAGC ACCAGGACAC AGGCCTCTGG GAACCTGAGA 
CCTCCCTCCT CGGGCTCTCT TCCTTCCCAG GACCTTCTGG GAACCAGCAG TGCCACTGTC 
ACCCCTGCAG TCCACTCGGA TTTTGTTTCT GGAGTCTCCC CGCACAACGC TCCCTCTGCC 
GGGTGGGCAG GGGACGCGGG GTCCAGGACA TGCTCGCCGG CCCCCATACC TCCCCACACA 
TCCGACTCCT GCTCAAAATC TGGGGCTGCC AGCCTGGGGG AAGAGGCCAG GGACACGCCT 
CAGCCCTCCT CACCCTTGGT TCTGCAGGTT GGACGGCCTG AGCAAGGGGC GGTGGGCCCC 
CACCGAAGCC ACTGCTGCTC ACAGCCTGGG ACGCAGCCGG CCCAAGAGGC CCAGCGGGGA 
CCCTCCCCTG AGGCTAGCTG GCTGTGTGGC AGGTACTGTC CCACCCCGCC CAGGGGGCGG 
CCCTGCCCCC AGAGGCGCTC TTCCAGCTGT GGGAGCACCG GCAGCAGCCA CCAAAGCACT 
GCCCGGGGGC CAGGTGGGAG CCCGCAGGAG GGGACACGCC AGCCAGGCCC CACGCCGTCC 
CCAGGCCCCA ATTCAGGGGC ATCAAGGAGA AGCAGTGCCA GCCAGGGTGC GGGGTCTCGG 
GGGCTGTCCG AGGAGAAGAC CTTGAGGAGT GGGGGAGGCC CCCAGGGGCA GGAGGAGGCC 
AGTGGTGTGT CACCCAGCTC TCTGCCCCGC TCGTCTCCAG AGGCTGTGGT CCGCGAATGG 
CTGGACAACA TTCCAGAAGA GCCCATACTC ATGACATATG AGTTGGCGGA CGAGACCACA 
GGTGCAGCTG GGGGTGGCCT GAGAGGCCCC GAGGTGGACC CTGGGGATGA CCATTCTCTG 
GAAGGCCTGG GGGAGCCAGC TCAGGCGGGA CAGCAGTCCC TGGAAGGGGA CCCCGGCCAG 
GACCCAGAGC CAGAGGGAGC CCTCCTGGGG AGTAGTGACA CTGGTCCCCA ATCAGGAGAG 
GGTGTCCCCC AAGGGGCAGC TCCAGAGGGA GTTTCCGAGG CCCCTGCAGA GGCCGGAGCA 
GACAGAGAGG CCCCAGCAGG CTGCAGGGTG AGCCTGCGGG CACTTCCTGG CCGGGTGTCT 
GCCTCCACGC AGATCATGAG GGCGCTGATG GGCTCCAAGC AGGGCCGGCC CAGCAGCGTG 
CCCGAAGTGT CTAGGCCCAT GGCCAGGAGG CTCAGCTGCT CAGCCGGGGC CCTCATTACT 
TGTCTGGCCA GTCTGCAGTT ATTTGAGGAA GACCTTGGGT CTCCTGCCAG CAAAGTGAGG 
TTCAAAGACT CCCCTCGGTA CCAGGAGCTG CTCAGCATCT CGAAGGACCT GTGGCCAGGA 
TGTGACGTTG GGGAAGACCA GCTGGACTCA GGCCTCTGGG AGCTCACATG GAGCCAGGCT 
CTGCCAGACC TTGGGTCCCA TGCCATGACG GAGAACTTCA CGCCCACATC CTCCTCTGGT 
GTGGACATCA GCAGCGGCTC TGGAGGCTCA GGGGAGAGTA GCGTACCCTG TGCCATGGAC 
GGCACCCTGG TGACACAGGG GACAGAGCTG CCCCTGAAAA CCTCCAACCA GAGGCCTGAT 
TCAAGAACTT ATGAGAGCCC AGGGGATCTG GAAAACCAAC AGCAGTGTTG TTTCCCAACC 
TTCTTGAACG CCCGAGCCTG CGCTTGTGCC ACCAATGAGG ATGAAGCAGA AAGAGACAGT 
GAGGAGCAGA GGGCGAGCTC GAACCTGGAG CAGTTAGCTG AAAACACAGT GCAAGAAGAG 
GTGCAATTAG AGGAAACTAA AGAAGGAACA GAAGGAGAAG GGCTGCAAGA AGAGGCGGTG 
CAGTTAGAGG AAACTAAAAC AGAAGAAGGG CTGCAAGAAG AGGGGGTGCA GTTAGAGGAA 
ACTAAAGAAA CAGAAGGAGA AGGACAGCAA GAAGAAGAGG CGCAGTTAGA GGAAATTGAA 
GAAACAGGAG GAGAAGGGCT GCAAGAAGAG GGGGTGCAGT TAGAGGAAGT TAAAGAAGGG 
CCAGAAGGAG GACTGCAAGG AGAGGCTCTT GAAGAGGGTC TCAAAGAGGA AGGACTTCCA 
GAAGAAGGAA GCGTCCACGG GCAGGAATTG TCAGAGGCCA GCTCTCCGGA TGGGAAAGGC 
TCCCAGGAAG ATGACCCAGT CCAGGAGGAG GAAGCAGGAA GAGCCTCTGC CTCTGCAGAG 
CCGTGCCCCG CAGAGGGCAC AGAGGAACCC ACAGAGCCCC CTAGTCATCT CAGCGAGACG 
GACCCAAGTG CCAGCGAGAG GCAGAGTGGC TCCCAGCTTG AGCCTGGTTT GGAAAAGCCG 
CCCGGAGCCA CCATGATGGG CCAAGAGCAC ACGCAGGCCC AACCCACCCA GGGGGCTGCA 
GAGAGGAGCT CTTCGGTGGC CTGCAGCGCG GCTCTGGACT GCGACCCCAT CTGGGTGTCC 
GTGTTACTGA AGAAGACGGA GAAGGCCTTC CTGGCCCACC TTGCCAGTGC GGTGGCTGAG 
CTCCGAGCAC GCTGGGGCCT GCAGGACAAT GATCTGCTGG ACCAGATGGC GGCCGAGCTG 
CAGCAGGACG TGGCCCAACG CCTCCAGGAC AGCACCAAGA GAGAGCTCCA GAAGCTCCAG 
GGCCGGGCGG GTAGGATGGT GCTGGAGCCT CCAAGGGAGG CCCTCACCGG GGAGCTGCTC 
CTGCAGACCC AGCAGCGCAG ACACCGTCTC CGGGGCCTGC GAAACCTCTC GGCCTTCTCT 
GAGCGGACCC TGGGCCTGGG GCCCCTCTCC TTCACCCTGG AGGACGAGCC AGCCCTCAGC 
ACAGCCCTGG GGAGCCAGCT GGGCGAGGAG GCGGAGGGGG AGGAGTTCTG TCCCTGCGAG 
GCCTGCGTGA GGAAGAAAGT GAGCCCTATG TCCCCCAAGG CCACAATGGG GGCAACCAGA 
GGTCCCATCA AAGAGGCCTT TGACCTGCAG CAGATTCTGC AGAGGAAGAG GGGAGAACAC 
ACTGATGGGG AGGCAGCAGA GGTGGCCCCT GGCAAGACCC ACACGGACCC CACGAGCACT 
AGGACTGTCC AGGGAGCTGA GGGAGGGCTG GGGCCGGGGC TGAGCCAGGG GCCTGGAGTG 
GACGAGGGTG AGGATGGCGA GGGGAGCCAG AGACTCAACA GAGACAAAGA TCCCAAACTC 
GGGGAGGCAG AGGGAGATGC AATGGCTCAG GAGAGAGAAG GGAAAACCCA CAACAGTGAA 
ACCAGTGCGG GCAGTGAGTT GGGGGAAGCT GAGCAGGAGG GAGAGGGCAT AAGTGAAAGG 
GGAGAAACTG GGGGTCAAGG CTCTGGGCAT GAGGACAACT TGCAGGGTGA AGCTGCGGCA 
GGAGGTGACC AAGATCCAGG ACAGAGTGAT GGGGCCGAAG GCATAGAGGC CCCGGAGGCT 
GAAGGGGAGG CCCAGCCAGA GTCAGAAGGT GTAGAGGCCC CAGAGGCAGA AGGGGATGCC 
CAGGAGGCTG AAGGGGAGGC CCAGCCAGAG TCAGAAGATG TAGAGGCCCC AGAGGCAGAA 
GGAGAGGCCC AGCCAGAGTC AGAAGATGTA GAGACCCCAG AGGCAGAATG GGAGGTCCAG 
CCAGAGTCAG AAGGTGCAGA AGCCCCGGAG GCAGAAAAGG AGGCCCAGCC AGAGACAGAA 
AGTGTAGAGG CCCTGGAGAC TGAAGGGGAG GACGAGCCAG AGTCAGAAGG TGCAGAGGCC 
CAAGAGGCAG AAGAGGCGGC CCAGGAGGCA GAAGGGCAGA CCCAGCCAGA GTCAGAAGTT 
ATAGAGTCCC AGGAGGCAGA AGAGGAAGCC CAGCCAGAGT CAGAAGATGT AGAGGCCCTG 
GAGGTTGAAG TGGAGACCCA GGAGGCAGAA GGGGAGGCCC AGCCAGAGTC AGAAGATGTA 
GAGGCCCCAG AGGCTGAAGG GGAGATGCAA GAGGCAGAAG AGGAGGCCCA GCCAGAGTCA 
GACGGTGTAG AGGCCCAGCC AAAGTCAGAA GGTGAAGAGG CCCAGGAGGT TGAAGGGGAG 
ACCCAGAAGA CAGAAGGGGA TGCCCAGCCA GAGTCAGACG GTGTAGAGGC CCCGGAGGCA 
GAAGAGGAGG CACAGGAGGC TGAAGGGGAG GTCCAGGAGG CAGAAGGGGA GGCCCACCCA 
GAGTCAGAAG ATGTAGATGC CCAGGAGGCA GAAGGGGAGG CCCAGCCAGA ATCAGAAGGT 
GTAGAGGCCC CAGAGGCAGA AGGGGAGGCC CAGAAGGCAG AAGGTATAGA GGCCCCAGAG 
ACTGAAGGGG AGGCCCAGCC AGAGTCAGAA GGTATAGAGG CCCCAGAGGC TGAAGGGGAG 
GCCCAGCCTG AGTCAGAAGG TGTAGAGGCC CAGGATGCAG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGTA TAGAGGCCCA GGAGGCTGAA GAGGAGGCCC AACCAGAGTT AGAAGGTGTA 
GAGGCCCCAG AGGCAGAAGG GGAGGCCCAG CCAGAGTCAG AAGGTATAGA GGCCCCAGAG 
GCAGAAGGGG AGGCCCAACC AGAGTTAGAA GGTGTAGAGG CCCCGGAGGC TGAAGAGGAG 
GCCCAGCCAG AGCCAGAAGG CGTAGAGACC CCGGAGGCTG AAGGGGAGGC CCAGCCAGAG 
TCAGAAGGAG AAACTCAAGG TGAGAAAAAG GGGAGCCCTC AGGTCAGTCT AGGAGATGGC 
CAATCTGAGG AGGCTTCTGA AAGCAGCAGC CCAGTCCCTG AGGACAGGCC CACTCCACCC 
CCTTCCCCAG GTGGAGACAC TCCCCACCAA AGGCCAGGCT CCCAAACAGG CCCTTCCTCC 
TCCAGAGCAT CCTCTTGGGG CAACTGCTGG CAGAAAGACT CAGAAAATGA CCATGTACTT 
GGAGACACAA GGAGCCCTGA TGCCAAGTCC ACGGGGACCC CTCATGCAGA GAGGAAGGCC 
ACCAGGATGT ACCCAGAAAG TTCTACTTCT GAGCAAGAAG AGGCCCCTTT GGGCTCAAGG 
ACTCCAGAGC AGGGGGCCAG TGAAGGTTAT GACCTACAAG AGGACCAGGC ACTCGGAAGT 
CTCGCCCCCA CTGAGGCAGT GGGCAGGGCA GACGGCTTTG GCCAAGATGA CTTAGATTTC 
TAG

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

PubMed

Parafoveal Photoreceptor Abnormalities in Asymptomatic Patients With RP1L1 Mutations in Families With Occult Macular Dystrophy.
Investigative ophthalmology & visual science58(14)6020-6029(2017 Dec)
Kato Y,Hanazono G,Fujinami K,Hatase T,Kawamura Y,Iwata T,Miyake Y,Tsunoda K

Putative digenic inheritance of heterozygous RP1L1 and C2orf71 null mutations in syndromic retinal dystrophy.
Ophthalmic genetics38(2)127-132(2017 Mar-Apr)
Liu YP,Bosch DG,Siemiatkowska AM,Rendtorff ND,Boonstra FN,M?ller C,Tranebj?rg L,Katsanis N,Cremers FP

Novel RP1L1 Variants and Genotype-Photoreceptor Microstructural Phenotype Associations in Cohort of Japanese Patients With Occult Macular Dystrophy.
Investigative ophthalmology & visual science57(11)4837-46(2016 Sep)
Fujinami K,Kameya S,Kikuchi S,Ueno S,Kondo M,Hayashi T,Shinoda K,Machida S,Kuniyoshi K,Kawamura Y,Akahori M,Yoshitake K,Katagiri S,Nakanishi A,Sakuramoto H,Ozawa Y,Tsubota K,Yamaki K,Mizota A,Terasaki H,Miyake Y,Iwata T,Tsunoda K

Occult macular dystrophy in an Italian family carrying a mutation in the RP1L1 gene.
Molecular medicine reports13(3)2308-12(2016 Mar)
Piermarocchi S,Segato T,Leon A,Colavito D,Miotto 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, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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