ALMS1 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	ALMS1
Entrez Gene ID	7840
Full Name	ALMS1, centrosome and basal body associated protein
Synonyms	ALSS
General protein information	Preferred Names ALMS1, centrosome and basal body associated protein Names Alstrom syndrome protein 1 Alstrom syndrome 1
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 2 Map Location: 2p13.1
Summary	This gene encodes a protein containing a large tandem-repeat domain as well as additional low complexity regions. The encoded protein functions in microtubule organization, particularly in the formation and maintanance of cilia. Mutations in this gene cause Alstrom syndrome. There is a pseudogene for this gene located adjacent in the same region of chromosome 2. Alternative splice variants have been described but their full length nature has not been determined. [provided by RefSeq, Apr 2014].
Disorder MIM:	606844
Disorder Html:	Alstrom syndrome, 203800 (3)

mRNA and Protein(s)

mRNA	Protein	Name
NM_015120.4	NP_055935.4	Alstrom syndrome protein 1

Pathways from BioSystems

Homologies

Bos taurus (cattle)	ALMS1	XP_005212573.1
Pan troglodytes (chimpanzee)	ALMS1	XP_003949875.1
Canis lupus familiaris (dog)	ALMS1	XP_533005.2
Mus musculus (house mouse)	Alms1	NP_660258.2
Homo sapiens (human)	ALMS1	NP_055935.4
	ALMS1	XP_001105121.1
Rattus norvegicus (Norway rat)	Alms1	NP_001100074.2

Gene Ontology
Bibliography

Related articles in PubMed

Ophthalmic features of cone-rod dystrophy caused by pathogenic variants in the ALMS1 gene.
Nasser F, Weisschuh N, Maffei P, Milan G, Heller C, Zrenner E, Kohl S, Kuehlewein L
Acta ophthalmologica(2017 Nov)

A Nonsense ALMS1 Mutation Underlies Alstr?m Syndrome in an Extended Mennonite Kindred Settled in North Mexico.
Cruz-Aguilar M, Galaviz-Hern?ndez C, Hiebert-Froese J, Sosa-Mac?as M, Zenteno JC
Genetic testing and molecular biomarkers21(6)397-401(2017 Jun)

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

Genetic study included polymerase chain reaction amplification and direct nucleotide sequencing of the entire ALMS1 gene in DNA from seven related Alstrom Syndrome patients. A homozygous single-nucleotide c.10480C>T substitution in exon 16, predicting a p.Q3494* nonsense mutation, was identified in all affected subjects
Title: A Nonsense ALMS1 Mutation Underlies Alstr?m Syndrome in an Extended Mennonite Kindred Settled in North Mexico.

DNA microarray analysis suggested that ALMS1 might be differentially expressed between Hodgkin lymphoma (HL) cells and normal tissues.
Title: Characterization of Alstrom Syndrome 1 (ALMS1) Transcript Variants in Hodgkin Lymphoma Cells.

ALMS1 homozygous mutation is associated with Alstrom syndrome.
Title: A novel ALMS1 homozygous mutation in two Turkish brothers with Alstr?m syndrome.

Two novel mutations causing phenotypic LCA and Alstrom syndrome in Saudi patients from consanguineous families expand the genotypic spectrum of congenital retinal dystrophies.
Title: Novel Mutations in Two Saudi Patients with Congenital Retinal Dystrophy.

We conclude that two independent mutations in ALMS1 and DYSF cause CRD and muscular dystrophy in the studied consanguineous Israeli Arab family.
Title: Nonsyndromic Early-Onset Cone-Rod Dystrophy and Limb-Girdle Muscular Dystrophy in a Consanguineous Israeli Family are Caused by Two Independent yet Linked Mutations in ALMS1 and DYSF.

The following ALMS1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ALMS1 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
OHu18261	NM_015120.4 Latest version!	Homo sapiens ALMS1 centrosome and basal body associated protein (ALMS1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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** 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)

ALMS1 ( NM_015120.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_055935.4 Homo sapiens ALMS1 centrosome and basal body associated protein (ALMS1), mRNA.

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CloneID	OHu18261
Clone ID Related Accession (Same CDS sequence)	NM_015120.4
Accession Version	NM_015120.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 12510bp) 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	2019-08-02
Organism	Homo sapiens(human)
Product	Alstrom syndrome protein 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from AJ417593.2, AC074008.5, AC096546.1 and AC092653.3. This sequence is a reference standard in the RefSeqGene project. On Jul 14, 2006 this sequence version replaced NM_015120.3. Sequence Note: This RefSeq was created from transcript sequence data and contains two differences relative to the reference genome. 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 :: AJ417593.2 [ECO:0000332] RNAseq introns :: single sample supports all introns SAMEA1968968, SAMEA2148093 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## RefSeq Select criteria :: based on single protein-coding transcript ##RefSeq-Attributes-END## COMPLETENESS: complete on the 3' end.

ATGGAGCCCG AGGATCTGCC ATGGCCGGGC GAGCTGGAGG AGGAGGAGGA GGAGGAGGAG 
GAGGAGGAGG AGGAGGAAGA GGAGGAGGCT GCAGCGGCGG CGGCGGCGAA CGTGGACGAC 
GTAGTGGTCG TGGAGGAGGT GGAGGAAGAG GCGGGGCGGG AGTTGGACTC CGACTCTCAC 
TACGGGCCCC AGCATCTGGA AAGTATAGAC GACGAGGAGG ACGAGGAGGC CAAGGCCTGG 
CTGCAGGCGC ACCCCGGCAG GATTTTGCCT CCGCTGTCGC CCCCGCAGCA CCGCTACTCG 
GAGGGCGAGC GGACCTCCCT GGAGAAGATT GTTCCATTGA CCTGTCATGT ATGGCAACAG 
ATAGTATATC AAGGCAATAG TAGAACACAA ATTTCTGATA CTAATGTGGT CTGTTTGGAA 
ACAACAGCTC AGCGGGGTTC TGGGGATGAT CAGAAAACAG AATCTTGGCA TTGTCTTCCT 
CAAGAAATGG ACTCTTCCCA AACCTTGGAT ACATCCCAGA CTAGGTTTAA TGTGAGAACG 
GAAGATACTG AAGTGACAGA CTTCCCCTCT CTGGAGGAGG GCATATTGAC GCAATCAGAA 
AATCAAGTAA AGGAACCCAA CAGAGATCTC TTCTGTTCTC CACTGCTAGT CATACAAGAT 
AGCTTTGCTT CTCCTGATTT GCCTTTGCTG ACCTGTTTGA CACAAGACCA AGAATTTGCG 
CCTGATTCTT TATTTCATCA AAGTGAACTA AGTTTTGCAC CTCTGAGGGG AATTCCTGAT 
AAGTCTGAAG ATACTGAATG GTCTTCTCGA CCATCGGAAG TTAGTGAAGC TTTATTCCAG 
GCTACTGCAG AAGTAGCTTC AGACTTAGCA AGCAGTCGCT TTAGTGTATC TCAGCACCCG 
CTTATAGGCA GCACAGCTGT TGGGTCTCAG TGCCCTTTTT TACCTTCTGA ACAAGGGAAT 
AATGAAGAGA CTATTTCGTC TGTTGATGAA CTGAAAATTC CCAAAGACTG TGATCGTTAT 
GATGATCTTT GTTCATATAT GTCATGGAAG ACACGAAAAG ATACACAGTG GCCTGAAAAC 
AATTTAGCTG ATAAAGATCA AGTTTCAGTT GCAACTTCAT TTGACATAAC TGATGAAAAC 
ATAGCTACTA AAAGAAGTGA CCATTTTGAT GCTGCTCGTT CATATGGGCA GTATTGGACA 
CAGGAAGATT CATCTAAGCA GGCAGAAACA TATTTAACCA AGGGCCTGCA GGGGAAGGTT 
GAGTCTGACG TCATTACTCT GGATGGCCTA AATGAAAATG CTGTTGTATG CAGTGAAAGA 
GTTGCTGAAC TACAAAGAAA GCCAACAAGA GAGTCGGAAT ATCACTCTTC AGATCTCAGA 
ATGTTGAGGA TGTCTCCTGA CACTGTGCCA AAGGCTCCTA AACATTTAAA AGCAGGAGAC 
ACTTCTAAAG GAGGCATAGC TAAAGTTACT CAATCCAACT TGAAGTCAGG CATCACTACC 
ACTCCTGTTG ATTCAGACAT TGGATCTCAT TTATCCTTGT CCCTTGAGGA CCTGTCTCAG 
TTGGCTGTAA GTTCTCCTCT AGAAACTACT ACTGGTCAAC ACACTGATAC TCTCAACCAA 
AAGACATTAG CAGATACTCA TCTAACTGAA GAGACTCTGA AAGTCACAGC TATTCCTGAA 
CCAGCTGACC AGAAGACTGC AACACCAACA GTACTCTCTA GTTCCCACTC ACATAGGGGG 
AAGCCCAGCA TTTTCTACCA GCAGGGCTTG CCAGACAGTC ATCTAACTGA AGAGGCTTTG 
AAAGTTTCAG CTGCTCCTGG ACTAGCTGAC CAGACAACTG GCATGTCAAC TCTAACCTCT 
ACTTCCTACT CACATAGAGA GAAGCCTGGT ACTTTTTACC AACAAGAGTT ACCAGAGAGT 
AACTTAACCG AAGAGCCTTT GGAAGTTTCA GCTGCTCCTG GCCCAGTGGA GCAGAAGACG 
GGAATACCTA CAGTATCCTC TACATCCCAC TCACATGTAG AGGACCTCCT CTTTTTCTAT 
CGACAGACCT TGCCAGATGG TCATCTAACT GATCAGGCTC TGAAAGTCTC AGCTGTGTCT 
GGACCAGCTG ACCAGAAGAC TGGGACAGCA ACAGTACTCT CTACTCCCCA CTCACATAGA 
GAGAAGCCTG GTATTTTTTA CCAACAAGAG TTCGCAGACA GTCATCAAAC TGAAGAGACT 
CTTACTAAAG TTTCAGCCAC TCCTGGACCA GCTGACCAGA AGACTGAGAT ACCAGCAGTA 
CAGTCTAGTT CTTACTCACA AAGAGAAAAG CCTAGTATTT TGTACCCACA GGACTTAGCA 
GACAGTCATC TACCTGAAGA GGGTCTGAAA GTTTCAGCTG TTGCTGGACC AGCTGACCAG 
AAGACTGGCC TACCAACAGT ACCCTCTAGT GCATACTCAC ACAGAGAGAA GCTCCTTGTT 
TTCTACCAAC AGGCCTTGCT GGACAGCCAT CTACCCGAAG AGGCTCTGAA AGTTTCAGCT 
GTTTCTGGAC CAGCTGACGG AAAGACTGGG ACACCAGCTG TAACCTCTAC TTCCTCTGCG 
TCCTCTTCAC TTGGAGAAAA GCCCAGTGCT TTCTATCAGC AGACCTTACC CAATAGTCAT 
CTAACTGAAG AGGCTCTGAA AGTATCAATT GTTCCTGGAC CAGGTGATCA GAAGACTGGG 
ATACCCTCAG CACCATCTAG TTTCTACTCA CACAGAGAGA AGCCCATTAT TTTTTCCCAG 
CAGACCCTGC CAGACTTTCT TTTCCCTGAA GAAGCTCTGA AGGTTTCAGC TGTTTCTGTA 
TTGGCTGCCC AGAAGACTGG GACACCAACA GTGTCCTCTA ATTCTCACTC ACATAGCGAG 
AAATCTAGTG TTTTCTACCA GCAAGAGTTG CCAGACAGTG ATCTACCTAG AGAATCTCTG 
AAAATGTCTG CTATTCCTGG ACTGACTGAC CAGAAGACTG TCCCAACACC AACAGTACCT 
TCAGGTTCCT TCTCACATAG AGAGAAGCCC AGTATTTTCT ATCAACAGGA GTGGCCAGAT 
AGTTATGCAA CTGAAAAGGC TCTGAAAGTT TCAACTGGCC CTGGACCAGC TGACCAGAAG 
ACTGAGATAC CAGCAGTACA GTCTAGTTCT TACCCACAGA GGGAGAAGCC TAGTGTTTTG 
TACCCACAGG TGTTATCAGA CAGTCATCTA CCTGAAGAGA GTCTGAAAGT TTCAGCCTTC 
CCTGGACCAG CTGACCAGAT GACTGACACA CCAGCAGTAC CGTCTACTTT CTACTCACAA 
AGAGAGAAGC CTGGTATTTT CTACCAACAG ACCTTGCCAG AGAGTCATCT GCCTAAAGAG 
GCTCTGAAAA TTTCAGTAGC TCCTGGACTA GCAGACCAGA AGACTGGCAC ACCAACTGTA 
ACCTCAACTT CCTACTCACA ACATAGAGAA AAGCCCAGCA TTTTCCACCA GCAGGCCTTG 
CCAGGTACTC ATATACCTGA AGAGGCTCAG AAAGTTTCAG CTGTTACTGG ACCAGGTAAC 
CAGAAGACTT GGATACCAAG AGTACTTTCT ACCTTCTACT CACAAAGAGA GAAACCTGGT 
ATTTTCTATC AACAGACCTT GCCAGGTAGT CACATACCTG AAGAGGCACA GAAAGTTTCA 
CCTGTTCTTG GACCAGCTGA CCAGAAGACT GGGACACCAA CTCCAACCTC TGCTTCTTAC 
TCACACACAG AGAAGCCTGG TATTTTCTAC CAACAGGTCT TGCCAGATAA TCATCCAACT 
GAAGAGGCTC TGAAAATTTC AGTTGCCTCT GAACCAGTTG ACCAGACAAC TGGCACACCA 
GCTGTAACCT CTACTTCCTA CTCACAATAT AGAGAGAAGC CCAGCATTTT CTACCAACAG 
TCGTTGCCAA GTAGTCATCT AACTGAAGAG GCTAAGAATG TTTCAGCGGT TCCTGGACCA 
GCTGACCAGA AGACTGTGAT ACCAATTTTA CCCTCTACTT TCTACTCACA CACAGAGAAG 
CCTGGTGTTT TCTACCAACA GGTCTTGCCA CATAGTCATC CAACTGAAGA GGCTCTGAAA 
ATTTCAGTTG CCTCTGAACC AGTTGACCAG ACAACTGGCA CACCAACTGT AACCTCTACT 
TCTTACTCAC AACATACAGA GAAGCCGAGT ATTTTCTACC AACAGTCGTT GCCAGGTAGT 
CATCTAACTG AAGAGGCTAA GAACGTTTCA GCGGTTCCTG GACCAGGTGA CCGGAAGACT 
GGGATACCAA CTTTACCCTC TACTTTCTAC TCACACACAG AGAAGCCTGG TAGTTTCTAC 
CAACAGGTCT TGCCACATAG TCATCTACCT GAAGAGGCTT TGGAAGTTTC AGTTGCTCCT 
GGACCAGTTG ACCAGACGAT TGGCACACCA ACTGTAACCT CCCCTTCCAG CTCATTTGGA 
GAGAAGCCCA TTGTTATCTA CAAACAGGCC TTTCCAGAGG GTCATCTACC TGAAGAGTCT 
CTGAAAGTTT CAGTTGCTCC TGGACCAGTT GGCCAGACAA CTGGCGCACC AACTATAACC 
TCTCCTTCCT ACTCACAACA TAGAGCAAAG TCTGGCAGTT TCTACCAACT GGCATTGCTA 
GGTAGTCAAA TACCTGAAGA GGCTCTCAGA GTTTCTTCTG CTCCTGGACC AGCTGACCAG 
ACAACTGGCA TACCAACCAT AACCTCTACT TCCTACTCAT TTGGAGAGAA GCCGATTGTT 
AACTACAAAC AGGCCTTTCC AGATGGTCAT CTACCTGAAG AGGCTCTGAA AGTTTCCATT 
GTTTCTGGAC CTACTGAAAA AAAGACTGAC ATACCAGCAG GACCTTTAGG TTCCAGTGCA 
CTTGGAGAGA AGCCCATTAC TTTCTACCGG CAGGCTCTGC TAGACAGTCC TCTAAATAAA 
GAGGTTGTGA AAGTTTCAGC TGCTCCTGGA CCAGCTGACC AGAAGACTGA GACATTACCA 
GTACATTCTA CTAGCTACTC AAATAGGGGG AAGCCTGTCA TTTTCTACCA GCAGACCCTA 
TCAGACAGTC ATTTACCTGA AGAAGCTCTG AAAGTTCCAC CTGTTCCTGG ACCAGATGCC 
CAGAAGACTG AGACACCATC AGTATCCTCT AGTTTATACT CATATAGAGA GAAGCCCATT 
GTCTTCTACC AACAGGCCCT GCCAGACAGT GAGCTAACTC AAGAAGCTCT GAAAGTTTCA 
GCTGTTCCTC AACCAGCTGA CCAGAAGACT GGGTTATCTA CTGTAACTTC CTCTTTCTAT 
TCACATACAG AGAAGCCTAA TATTTCTTAC CAGCAAGAGT TGCCAGATAG TCATCTAACT 
GAAGAGGCTC TGAAAGTTTC AAATGTTCCT GGACCAGCTG ACCAGAAGAC TGGGGTATCA 
ACAGTAACCT CTACTTCCTA CTCACACAGA GAGAAGCCCA TTGTTTCCTA CCAGCGAGAG 
TTGCCGCATT TTACTGAAGC AGGTTTGAAA ATTTTAAGAG TTCCTGGACC AGCTGACCAG 
AAGACTGGAA TAAACATCCT GCCCTCTAAT TCCTACCCAC AGAGAGAGCA CTCTGTCATT 
TCTTATGAGC AGGAGTTGCC AGATCTTACT GAAGTAACTT TGAAAGCAAT AGGGGTTCCT 
GGGCCTGCTG ACCAGAAGAC TGGGATACAA ATAGCATCCT CTAGTTCCTA CTCAAATAGA 
GAGAAGGCCA GTATTTTTCA TCAGCAGGAG TTGCCAGATG TTACTGAAGA AGCTTTAAAT 
GTTTTTGTTG TTCCTGGACA AGGTGACCGG AAGACTGAGA TACCAACAGT ACCTTTAAGT 
TACTACTCAC GTAGAGAGAA GCCCAGTGTT ATCTCTCAAC AGGAGTTGCC AGACAGTCAT 
CTCACAGAAG AGGCTCTGAA AGTTTCACCT GTTTCTATAC CAGCAGAGCA GAAGACTGGG 
ATACCAATAG GACTGTCTAG TTCCTACTCA CATTCACATA AAGAGAAACT CAAGATTTCA 
ACTGTGCATA TACCAGATGA CCAGAAAACT GAGTTTCCAG CAGCTACCCT TAGTTCCTAC 
TCACAAATAG AGAAGCCCAA GATTTCAACT GTGATTGGAC CAAATGACCA GAAGACTCCA 
TCCCAGACAG CTTTTCATAG TTCCTATTCT CAAACAGTAA AGCCCAATAT TTTATTTCAA 
CAGCAGTTGC CAGATAGAGA TCAAAGTAAA GGTATTCTAA AGATTTCAGC TGTCCCTGAA 
CTAACTGATG TGAATACTGG AAAACCAGTA TCTCTCTCTA GTTCTTATTT TCACAGAGAG 
AAATCGAATA TTTTCAGTCC ACAGGAATTG CCAGGTAGTC ATGTAACTGA AGATGTGCTG 
AAGGTTTCAA CAATTCCTGG ACCAGCTGGC CAGAAAACAG TATTACCAAC AGCTCTTCCT 
AGTTCCTTTT CACATCGAGA GAAACCAGAT ATTTTCTATC AAAAGGATTT GCCAGATAGA 
CATCTAACTG AAGATGCTCT AAAGATCTCA AGTGCTCTTG GGCAAGCTGA TCAAATTACC 
GGATTACAAA CAGTTCCCTC TGGTACTTAC TCACATGGTG AGAATCACAA GCTTGTTTCA 
GAACATGTCC AAAGGCTAAT AGATAATTTG AATTCTTCTG ACTCCAGTGT TAGCTCAAAT 
AATGTGCTTT TAAATTCTCA GGCTGATGAC AGAGTTGTAA TAAATAAACC AGAATCTGCA 
GGTTTTAGAG ATGTTGGCTC TGAAGAAATC CAGGATGCAG AAAATAGTGC TAAAACTCTT 
AAGGAAATTC GGACACTTTT GATGGAGGCA GAAAATATGG CACTGAAACG ATGCAATTTT 
CCTGCTCCCC TTGCCCGTTT CAGAGATATT AGTGATATTT CATTTATACA ATCTAAGAAG 
GTGGTTTGCT TCAAAGAACC CTCTTCCACG GGTGTATCTA ATGGTGATTT GCTTCACAGA 
CAGCCATTCA CAGAGGAAAG CCCAAGCAGC AGGTGCATAC AGAAGGATAT TGGCACACAG 
ACGAATTTGA AATGCCGGAG AGGCATTGAA AATTGGGAGT TTATTAGTTC AACTACAGTT 
AGAAGTCCTC TACAGGAAGC AGAGAGCAAA GTCAGTATGG CATTAGAAGA AACTCTTAGG 
CAATATCAAG CAGCCAAATC TGTAATGAGG TCTGAACCTG AAGGGTGTAG TGGAACCATT 
GGGAATAAAA TTATTATCCC TATGATGACT GTCATAAAAA GTGATTCAAG TAGTGATGCC 
AGTGATGGAA ATGGTTCCTG CTCGTGGGAC AGTAATTTAC CAGAGTCTTT GGAATCAGTT 
TCTGATGTTC TTCTAAACTT CTTTCCATAT GTTTCACCCA AGACAAGTAT AACAGATAGC 
AGGGAGGAAG AGGGTGTGTC AGAGAGTGAG GATGGTGGTG GTAGCAGTGT AGATTCACTG 
GCTGCACATG TGAAAAACCT TCTGCAATGT GAATCCTCAC TGAATCATGC TAAAGAAATA 
CTCAGAAATG CAGAGGAAGA GGAAAGCCGG GTACGAGCAC ATGCCTGGAA TATGAAGTTC 
AATTTAGCAC ATGATTGTGG ATACTCCATT TCAGAATTAA ATGAAGATGA CAGGAGGAAA 
GTAGAAGAGA TCAAGGCAGA GTTATTTGGT CATGGAAGAA CAACTGACTT GTCCAAGGGT 
TTACAGAGTC CACGGGGAAT GGGATGCAAG CCAGAAGCTG TATGTAGTCA CATTATTATT 
GAGAGCCATG AAAAGGGATG TTTCCGGACT CTAACTTCTG AACATCCACA ACTAGATAGA 
CACCCTTGTG CTTTCAGATC TGCTGGACCC TCAGAAATGA CCAGAGGACG GCAGAACCCA 
TCATCATGCA GAGCCAAGCA TGTCAACCTT TCTGCATCCT TAGACCAGAA CAACTCCCAT 
TTCAAAGTTT GGAATTCCTT GCAGTTAAAA AGTCATTCCC CATTTCAGAA CTTTATACCT 
GATGAATTCA AAATCAGCAA AGGTCTTCGA ATGCCATTCG ATGAAAAGAT GGACCCTTGG 
CTGTCAGAAT TAGTAGAACC TGCTTTTGTG CCACCTAAAG AAGTGGATTT TCATTCTTCA 
TCACAAATGC CGTCCCCAGA ACCCATGAAA AAGTTTACTA CCTCCATCAC TTTTTCATCT 
CACCGACATT CTAAATGCAT TTCCAATTCC TCTGTTGTTA AGGTTGGTGT TACTGAAGGT 
AGCCAGTGTA CTGGAGCATC TGTGGGGGTA TTTAATTCTC ATTTCACTGA AGAACAAAAT 
CCTCCCAGAG ATCTTAAACA GAAAACCTCT TCCCCTTCAT CATTTAAAAT GCATAGTAAT 
TCACAAGATA AAGAAGTGAC TATTTTAGCA GAAGGTAGAA GGCAAAGCCA AAAATTACCT 
GTTGATTTTG AGCGTTCTTT TCAAGAAGAA AAACCCTTAG AAAGATCAGA TTTTACAGGC 
AGTCATTCTG AGCCCAGTAC CAGGGCAAAT TGTAGCAATT TCAAGGAAAT TCAGATTTCT 
GATAACCATA CCCTTATTAG CATGGGCAGA CCAAGTTCCA CCCTAGGAGT AAACAGATCG 
AGTTCCAGAC TAGGAGTAAA AGAGAAGAAT GTAACTATAA CTCCAGATCT TCCTTCTTGC 
ATTTTTCTTG AACAACGAGA GCTCTTTGAA CAAAGCAAAG CCCCACGTGC AGATGACCAT 
GTGAGGAAAC ACCATTCTCC CTCTCCTCAA CATCAGGATT ATGTAGCTCC AGACCTTCCT 
TCTTGCATTT TTCTTGAACA ACGAGAACTC TTTGAACAGT GCAAAGCCCC ATATGTAGAT 
CATCAAATGA GAGAAAACCA TTCTCCCCTT CCTCAAGGTC AGGATTCTAT AGCTTCAGAC 
CTTCCGTCTC CCATTTCTCT TGAACAATGC CAAAGCAAAG CGCCAGGTGT AGATGACCAA 
ATGAATAAAC ACCATTTTCC CCTTCCTCAA GGTCAGGATT GTGTAGTGGA AAAGAATAAT 
CAACATAAGC CTAAATCACA CATTTCTAAT ATAAATGTTG AAGCCAAGTT CAATACTGTG 
GTCTCCCAGT CAGCCCCAAA TCACTGTACA TTAGCAGCAT CTGCATCTAC TCCTCCTTCA 
AATAGAAAAG CACTTTCTTG TGTTCATATA ACTCTTTGTC CCAAGACTTC TTCCAAGTTG 
GATAGTGGAA CTTTAGATGA AAGATTCCAT TCATTGGATG CTGCTTCTAA AGCGAGGATG 
AATAGTGAGT TTAACTTTGA CTTACATACT GTATCTTCGA GATCACTGGA ACCAACCTCC 
AAATTATTGA CCAGTAAACC TGTAGCACAG GATCAAGAAT CTTTAGGTTT TCTAGGACCT 
AAATCTTCAC TGGATTTCCA AGTCGTACAG CCTTCTCTTC CAGACAGTAA CACTATTACT 
CAGGACTTGA AAACCATACC TTCTCAGAAT AGCCAGATAG TAACCTCCAG GCAAATACAA 
GTGAACATTT CAGATTTCGA AGGACATTCC AATCCAGAGG GGACCCCAGT ATTTGCAGAT 
CGATTACCAG AGAAGATGAA GACCCCACTT TCTGCTTTCT CTGAAAAATT GTCATCTGAT 
GCAGTCACTC AGATAACAAC AGAAAGTCCA GAAAAGACCC TATTTTCATC TGAGATTTTT 
ATTAATGCTG AAGATCGTGG ACATGAAATT ATAGAGCCTG GTAACCAGAA GCTACGCAAA 
GCTCCTGTCA AGTTTGCCTC ATCATCTTCA GTCCAACAGG TTACTTTTTC TCGCGGCACA 
GATGGCCAGC CTTTATTATT GCCATATAAG CCTTCTGGTA GTACCAAGAT GTATTATGTT 
CCACAATTAA GACAAATTCC TCCATCTCCG GATTCCAAAT CAGATACCAC CGTTGAAAGC 
TCCCATTCAG GATCCAATGA TGCCATTGCT CCAGACTTCC CAGCTCAGGT GCTAGGCACA 
AGAGATGATG ACCTCTCAGC CACTGTTAAC ATTAAACATA AAGAAGGAAT CTACAGTAAG 
AGGGTAGTGA CTAAGGCATC CTTGCCAGTG GGAGAAAAAC CCTTGCAGAA TGAAAATGCA 
GATGCCTCAG TTCAAGTGCT AATCACTGGG GATGAGAACC TCTCAGACAA AAAACAGCAA 
GAGATTCACA GTACAAGGGC AGTGACTGAG GCTGCCCAGG CTAAAGAAAA AGAATCTTTG 
CAGAAAGATA CTGCAGATTC CAGTGCTGCT GCTGCTGCAG AGCACTCAGC TCAAGTAGGA 
GACCCAGAAA TGAAGAACTT GCCAGACACT AAAGCCATTA CACAGAAAGA GGAGATCCAT 
AGGAAGAAGA CAGTTCCCGA GGAAGCCTGG CCAAACAATA AAGAATCCCT ACAGATCAAT 
ATTGAAGAGT CCGAATGTCA TTCAGAATTT GAAAATACTA CCCGTTCTGT CTTCAGGTCA 
GCAAAGTTTT ACATTCATCA TCCCGTACAC CTACCAAGTG ATCAAGATAT TTGCCATGAA 
TCTTTGGGAA AGAGTGTTTT CATGAGACAT TCTTGGAAAG ATTTCTTTCA GCATCATCCA 
GACAAACATA GAGAACACAT GTGTCTTCCT CTTCCTTATC AAAACATGGA CAAGACTAAG 
ACAGATTATA CCAGAATAAA GAGCCTCAGC ATCAATGTGA ATTTGGGAAA CAAAGAAGTG 
ATGGATACTA CTAAAAGTCA AGTTAGAGAT TATCCAAAAC ATAATGGACA AATTAGTGAT 
CCACAAAGGG ATCAGAAGGT CACCCCAGAG CAAACAACTC AGCACACTGT GAGTTTGAAT 
GAACTGTGGA ACAAGTATCG GGAGCGACAG AGGCAACAGA GACAGCCTGA GTTGGGTGAC 
AGGAAAGAAC TGTCCTTGGT GGACCGACTT GATCGTTTGG CTAAAATTCT TCAGAATCCA 
ATCACACATT CTCTCCAGGT CTCAGAAAGT ACACATGATG ATAGCAGAGG GGAACGAAGT 
GTGAAGGAAT GGAGTGGTAG ACAACAGCAG AGAAATAAGC TTCAGAAAAA GAAGCGGTTT 
AAAAGCCTAG AGAAAAGCCA TAAAAATACA GGCGAGCTTA AAAAAAGCAA GGTGCTTTCT 
CATCATCGAG CTGGGAGGTC TAATCAAATT AAAATTGAAC AGATTAAATT TGATAAATAT 
ATTCTGAGTA AACAGCCAGG TTTTAATTAT ATAAGCAACA CTTCTTCGGA TTGTCGGCCC 
TCAGAGGAGA GTGAGCTGCT CACAGATACT ACCACCAACA TCCTTTCCGG CACCACTTCT 
ACTGTCGAAT CAGATATATT GACCCAAACA GATAGAGAGG TGGCTCTGCA CGAAAGGAGT 
AGCTCTGTTT CCACTATTGA CACTGCCCGG CTGATTCAAG CTTTTGGCCA TGAAAGAGTA 
TGCTTGTCAC CCAGACGAAT TAAATTATAT AGCAGCATCA CCAACCAACA GAGGAGATAC 
CTTGAGAAGC GGAGCAAACA CAGCAAGAAA GTGCTGAATA CAGGTCATCC CCTAGTGACT 
TCTGAGCACA CCAGAAGGAG ACACATCCAG GTAGCAAACC ATGTGATTTC TTCTGACTCT 
ATTTCCTCTT CTGCCAGTAG TTTCCTGAGC TCAAACTCTA CTTTTTGCAA CAAGCAGAAT 
GTACACATGT TAAACAAGGG CATACAAGCA GGTAACTTGG AGATTGTGAA CGGTGCCAAA 
AAACACACTC GAGATGTTGG GATAACTTTC CCAACTCCAA GTTCCAGCGA GGCTAAATTG 
GAAGAGAACA GTGATGTGAC TTCTTGGTCA GAAGAAAAAC GTGAAGAGAA AATGCTCTTT 
ACCGGTTATC CTGAGGACAG AAAGTTAAAA AAGAACAAGA AGAATTCCCA TGAAGGAGTT 
TCCTGGTTTG TTCCTGTGGA AAATGTGGAG TCTAGATCAA AGAAGGAAAA CGTGCCTAAC 
ACTTGTGGCC CTGGCATCTC CTGGTTTGAA CCAATAACCA AGACCAGACC CTGGAGGGAG 
CCACTGCGGG AGCAGAACTG TCAGGGGCAG CACCTGGACG GTCGGGGCTA CCTGGCAGGC 
CCAGGCAGAG AGGCTGGCAG AGACCTACTG AGGCCATTTG TGAGAGCAAC CCTTCAGGAA 
TCGCTTCAGT TTCACAGACC TGACTTCATC TCCCGCTCTG GGGAGCGGAT AAAGCGCCTG 
AAGTTAATAG TCCAGGAGAG GAAGCTGCAG AGCATGTTAC AGACCGAGCG GGATGCACTA 
TTCAACATTG ACAGGGAACG GCAGGGCCAC CAGAATCGCA TGTGCCCGCT GCCCAAGAGA 
GTCTTCCTGG CTATCCAGAA GAACAAGCCT ATCAGCAAGA AGGAAATGAT TCAGAGGTCC 
AAACGGATTT ATGAGCAGCT TCCAGAAGTA CAGAAAAAGA GAGAAGAAGA GAAGAGAAAA 
TCAGAATATA AGTCATACCG GCTGCGAGCC CAGCTATATA AAAAGAGAGT GACCAATCAA 
CTTCTGGGGA GAAAAGTTCC CTGGGACTGA

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

RefSeq	NP_055935.4
CDS	112..12621
Translation	MEPEDLPWPGELEEEEEEEEEEEEEEEEEAAAAAAANVDDVVVVEEVEEEAGRELDSDSHYGPQHLESIDDEEDEEAKAWLQAHPGRILPPLSPPQHRYSEGERTSLEKIVPLTCHVWQQIVYQGNSRTQISDTNVVCLETTAQRGSGDDQKTESWHCLPQEMDSSQTLDTSQTRFNVRTEDTEVTDFPSLEEGILTQSENQVKEPNRDLFCSPLLVIQDSFASPDLPLLTCLTQDQEFAPDSLFHQSELSFAPLRGIPDKSEDTEWSSRPSEVSEALFQATAEVASDLASSRFSVSQHPLIGSTAVGSQCPFLPSEQGNNEETISSVDELKIPKDCDRYDDLCSYMSWKTRKDTQWPENNLADKDQVSVATSFDITDENIATKRSDHFDAARSYGQYWTQEDSSKQAETYLTKGLQGKVESDVITLDGLNENAVVCSERVAELQRKPTRESEYHSSDLRMLRMSPDTVPKAPKHLKAGDTSKGGIAKVTQSNLKSGITTTPVDSDIGSHLSLSLEDLSQLAVSSPLETTTGQHTDTLNQKTLADTHLTEETLKVTAIPEPADQKTATPTVLSSSHSHRGKPSIFYQQGLPDSHLTEEALKVSAAPGLADQTTGMSTLTSTSYSHREKPGTFYQQELPESNLTEEPLEVSAAPGPVEQKTGIPTVSSTSHSHVEDLLFFYRQTLPDGHLTDQALKVSAVSGPADQKTGTATVLSTPHSHREKPGIFYQQEFADSHQTEETLTKVSATPGPADQKTEIPAVQSSSYSQREKPSILYPQDLADSHLPEEGLKVSAVAGPADQKTGLPTVPSSAYSHREKLLVFYQQALLDSHLPEEALKVSAVSGPADGKTGTPAVTSTSSASSSLGEKPSAFYQQTLPNSHLTEEALKVSIVPGPGDQKTGIPSAPSSFYSHREKPIIFSQQTLPDFLFPEEALKVSAVSVLAAQKTGTPTVSSNSHSHSEKSSVFYQQELPDSDLPRESLKMSAIPGLTDQKTVPTPTVPSGSFSHREKPSIFYQQEWPDSYATEKALKVSTGPGPADQKTEIPAVQSSSYPQREKPSVLYPQVLSDSHLPEESLKVSAFPGPADQMTDTPAVPSTFYSQREKPGIFYQQTLPESHLPKEALKISVAPGLADQKTGTPTVTSTSYSQHREKPSIFHQQALPGTHIPEEAQKVSAVTGPGNQKTWIPRVLSTFYSQREKPGIFYQQTLPGSHIPEEAQKVSPVLGPADQKTGTPTPTSASYSHTEKPGIFYQQVLPDNHPTEEALKISVASEPVDQTTGTPAVTSTSYSQYREKPSIFYQQSLPSSHLTEEAKNVSAVPGPADQKTVIPILPSTFYSHTEKPGVFYQQVLPHSHPTEEALKISVASEPVDQTTGTPTVTSTSYSQHTEKPSIFYQQSLPGSHLTEEAKNVSAVPGPGDRKTGIPTLPSTFYSHTEKPGSFYQQVLPHSHLPEEALEVSVAPGPVDQTIGTPTVTSPSSSFGEKPIVIYKQAFPEGHLPEESLKVSVAPGPVGQTTGAPTITSPSYSQHRAKSGSFYQLALLGSQIPEEALRVSSAPGPADQTTGIPTITSTSYSFGEKPIVNYKQAFPDGHLPEEALKVSIVSGPTEKKTDIPAGPLGSSALGEKPITFYRQALLDSPLNKEVVKVSAAPGPADQKTETLPVHSTSYSNRGKPVIFYQQTLSDSHLPEEALKVPPVPGPDAQKTETPSVSSSLYSYREKPIVFYQQALPDSELTQEALKVSAVPQPADQKTGLSTVTSSFYSHTEKPNISYQQELPDSHLTEEALKVSNVPGPADQKTGVSTVTSTSYSHREKPIVSYQRELPHFTEAGLKILRVPGPADQKTGINILPSNSYPQREHSVISYEQELPDLTEVTLKAIGVPGPADQKTGIQIASSSSYSNREKASIFHQQELPDVTEEALNVFVVPGQGDRKTEIPTVPLSYYSRREKPSVISQQELPDSHLTEEALKVSPVSIPAEQKTGIPIGLSSSYSHSHKEKLKISTVHIPDDQKTEFPAATLSSYSQIEKPKISTVIGPNDQKTPSQTAFHSSYSQTVKPNILFQQQLPDRDQSKGILKISAVPELTDVNTGKPVSLSSSYFHREKSNIFSPQELPGSHVTEDVLKVSTIPGPAGQKTVLPTALPSSFSHREKPDIFYQKDLPDRHLTEDALKISSALGQADQITGLQTVPSGTYSHGENHKLVSEHVQRLIDNLNSSDSSVSSNNVLLNSQADDRVVINKPESAGFRDVGSEEIQDAENSAKTLKEIRTLLMEAENMALKRCNFPAPLARFRDISDISFIQSKKVVCFKEPSSTGVSNGDLLHRQPFTEESPSSRCIQKDIGTQTNLKCRRGIENWEFISSTTVRSPLQEAESKVSMALEETLRQYQAAKSVMRSEPEGCSGTIGNKIIIPMMTVIKSDSSSDASDGNGSCSWDSNLPESLESVSDVLLNFFPYVSPKTSITDSREEEGVSESEDGGGSSVDSLAAHVKNLLQCESSLNHAKEILRNAEEEESRVRAHAWNMKFNLAHDCGYSISELNEDDRRKVEEIKAELFGHGRTTDLSKGLQSPRGMGCKPEAVCSHIIIESHEKGCFRTLTSEHPQLDRHPCAFRSAGPSEMTRGRQNPSSCRAKHVNLSASLDQNNSHFKVWNSLQLKSHSPFQNFIPDEFKISKGLRMPFDEKMDPWLSELVEPAFVPPKEVDFHSSSQMPSPEPMKKFTTSITFSSHRHSKCISNSSVVKVGVTEGSQCTGASVGVFNSHFTEEQNPPRDLKQKTSSPSSFKMHSNSQDKEVTILAEGRRQSQKLPVDFERSFQEEKPLERSDFTGSHSEPSTRANCSNFKEIQISDNHTLISMGRPSSTLGVNRSSSRLGVKEKNVTITPDLPSCIFLEQRELFEQSKAPRADDHVRKHHSPSPQHQDYVAPDLPSCIFLEQRELFEQCKAPYVDHQMRENHSPLPQGQDSIASDLPSPISLEQCQSKAPGVDDQMNKHHFPLPQGQDCVVEKNNQHKPKSHISNINVEAKFNTVVSQSAPNHCTLAASASTPPSNRKALSCVHITLCPKTSSKLDSGTLDERFHSLDAASKARMNSEFNFDLHTVSSRSLEPTSKLLTSKPVAQDQESLGFLGPKSSLDFQVVQPSLPDSNTITQDLKTIPSQNSQIVTSRQIQVNISDFEGHSNPEGTPVFADRLPEKMKTPLSAFSEKLSSDAVTQITTESPEKTLFSSEIFINAEDRGHEIIEPGNQKLRKAPVKFASSSSVQQVTFSRGTDGQPLLLPYKPSGSTKMYYVPQLRQIPPSPDSKSDTTVESSHSGSNDAIAPDFPAQVLGTRDDDLSATVNIKHKEGIYSKRVVTKASLPVGEKPLQNENADASVQVLITGDENLSDKKQQEIHSTRAVTEAAQAKEKESLQKDTADSSAAAAAEHSAQVGDPEMKNLPDTKAITQKEEIHRKKTVPEEAWPNNKESLQINIEESECHSEFENTTRSVFRSAKFYIHHPVHLPSDQDICHESLGKSVFMRHSWKDFFQHHPDKHREHMCLPLPYQNMDKTKTDYTRIKSLSINVNLGNKEVMDTTKSQVRDYPKHNGQISDPQRDQKVTPEQTTQHTVSLNELWNKYRERQRQQRQPELGDRKELSLVDRLDRLAKILQNPITHSLQVSESTHDDSRGERSVKEWSGRQQQRNKLQKKKRFKSLEKSHKNTGELKKSKVLSHHRAGRSNQIKIEQIKFDKYILSKQPGFNYISNTSSDCRPSEESELLTDTTTNILSGTTSTVESDILTQTDREVALHERSSSVSTIDTARLIQAFGHERVCLSPRRIKLYSSITNQQRRYLEKRSKHSKKVLNTGHPLVTSEHTRRRHIQVANHVISSDSISSSASSFLSSNSTFCNKQNVHMLNKGIQAGNLEIVNGAKKHTRDVGITFPTPSSSEAKLEENSDVTSWSEEKREEKMLFTGYPEDRKLKKNKKNSHEGVSWFVPVENVESRSKKENVPNTCGPGISWFEPITKTRPWREPLREQNCQGQHLDGRGYLAGPGREAGRDLLRPFVRATLQESLQFHRPDFISRSGERIKRLKLIVQERKLQSMLQTERDALFNIDRERQGHQNRMCPLPKRVFLAIQKNKPISKKEMIQRSKRIYEQLPEVQKKREEEKRKSEYKSYRLRAQLYKKRVTNQLLGRKVPWD

Target ORF information:

RefSeq Version	NM_015120.4
Organism	Homo sapiens(human)
Definition	Homo sapiens ALMS1 centrosome and basal body associated protein (ALMS1), mRNA.

Target ORF information:

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

NM_015120.4

ORF Insert Sequence:

ATGGAGCCCG AGGATCTGCC ATGGCCGGGC GAGCTGGAGG AGGAGGAGGA GGAGGAGGAG 
GAGGAGGAGG AGGAGGAAGA GGAGGAGGCT GCAGCGGCGG CGGCGGCGAA CGTGGACGAC 
GTAGTGGTCG TGGAGGAGGT GGAGGAAGAG GCGGGGCGGG AGTTGGACTC CGACTCTCAC 
TACGGGCCCC AGCATCTGGA AAGTATAGAC GACGAGGAGG ACGAGGAGGC CAAGGCCTGG 
CTGCAGGCGC ACCCCGGCAG GATTTTGCCT CCGCTGTCGC CCCCGCAGCA CCGCTACTCG 
GAGGGCGAGC GGACCTCCCT GGAGAAGATT GTTCCATTGA CCTGTCATGT ATGGCAACAG 
ATAGTATATC AAGGCAATAG TAGAACACAA ATTTCTGATA CTAATGTGGT CTGTTTGGAA 
ACAACAGCTC AGCGGGGTTC TGGGGATGAT CAGAAAACAG AATCTTGGCA TTGTCTTCCT 
CAAGAAATGG ACTCTTCCCA AACCTTGGAT ACATCCCAGA CTAGGTTTAA TGTGAGAACG 
GAAGATACTG AAGTGACAGA CTTCCCCTCT CTGGAGGAGG GCATATTGAC GCAATCAGAA 
AATCAAGTAA AGGAACCCAA CAGAGATCTC TTCTGTTCTC CACTGCTAGT CATACAAGAT 
AGCTTTGCTT CTCCTGATTT GCCTTTGCTG ACCTGTTTGA CACAAGACCA AGAATTTGCG 
CCTGATTCTT TATTTCATCA AAGTGAACTA AGTTTTGCAC CTCTGAGGGG AATTCCTGAT 
AAGTCTGAAG ATACTGAATG GTCTTCTCGA CCATCGGAAG TTAGTGAAGC TTTATTCCAG 
GCTACTGCAG AAGTAGCTTC AGACTTAGCA AGCAGTCGCT TTAGTGTATC TCAGCACCCG 
CTTATAGGCA GCACAGCTGT TGGGTCTCAG TGCCCTTTTT TACCTTCTGA ACAAGGGAAT 
AATGAAGAGA CTATTTCGTC TGTTGATGAA CTGAAAATTC CCAAAGACTG TGATCGTTAT 
GATGATCTTT GTTCATATAT GTCATGGAAG ACACGAAAAG ATACACAGTG GCCTGAAAAC 
AATTTAGCTG ATAAAGATCA AGTTTCAGTT GCAACTTCAT TTGACATAAC TGATGAAAAC 
ATAGCTACTA AAAGAAGTGA CCATTTTGAT GCTGCTCGTT CATATGGGCA GTATTGGACA 
CAGGAAGATT CATCTAAGCA GGCAGAAACA TATTTAACCA AGGGCCTGCA GGGGAAGGTT 
GAGTCTGACG TCATTACTCT GGATGGCCTA AATGAAAATG CTGTTGTATG CAGTGAAAGA 
GTTGCTGAAC TACAAAGAAA GCCAACAAGA GAGTCGGAAT ATCACTCTTC AGATCTCAGA 
ATGTTGAGGA TGTCTCCTGA CACTGTGCCA AAGGCTCCTA AACATTTAAA AGCAGGAGAC 
ACTTCTAAAG GAGGCATAGC TAAAGTTACT CAATCCAACT TGAAGTCAGG CATCACTACC 
ACTCCTGTTG ATTCAGACAT TGGATCTCAT TTATCCTTGT CCCTTGAGGA CCTGTCTCAG 
TTGGCTGTAA GTTCTCCTCT AGAAACTACT ACTGGTCAAC ACACTGATAC TCTCAACCAA 
AAGACATTAG CAGATACTCA TCTAACTGAA GAGACTCTGA AAGTCACAGC TATTCCTGAA 
CCAGCTGACC AGAAGACTGC AACACCAACA GTACTCTCTA GTTCCCACTC ACATAGGGGG 
AAGCCCAGCA TTTTCTACCA GCAGGGCTTG CCAGACAGTC ATCTAACTGA AGAGGCTTTG 
AAAGTTTCAG CTGCTCCTGG ACTAGCTGAC CAGACAACTG GCATGTCAAC TCTAACCTCT 
ACTTCCTACT CACATAGAGA GAAGCCTGGT ACTTTTTACC AACAAGAGTT ACCAGAGAGT 
AACTTAACCG AAGAGCCTTT GGAAGTTTCA GCTGCTCCTG GCCCAGTGGA GCAGAAGACG 
GGAATACCTA CAGTATCCTC TACATCCCAC TCACATGTAG AGGACCTCCT CTTTTTCTAT 
CGACAGACCT TGCCAGATGG TCATCTAACT GATCAGGCTC TGAAAGTCTC AGCTGTGTCT 
GGACCAGCTG ACCAGAAGAC TGGGACAGCA ACAGTACTCT CTACTCCCCA CTCACATAGA 
GAGAAGCCTG GTATTTTTTA CCAACAAGAG TTCGCAGACA GTCATCAAAC TGAAGAGACT 
CTTACTAAAG TTTCAGCCAC TCCTGGACCA GCTGACCAGA AGACTGAGAT ACCAGCAGTA 
CAGTCTAGTT CTTACTCACA AAGAGAAAAG CCTAGTATTT TGTACCCACA GGACTTAGCA 
GACAGTCATC TACCTGAAGA GGGTCTGAAA GTTTCAGCTG TTGCTGGACC AGCTGACCAG 
AAGACTGGCC TACCAACAGT ACCCTCTAGT GCATACTCAC ACAGAGAGAA GCTCCTTGTT 
TTCTACCAAC AGGCCTTGCT GGACAGCCAT CTACCCGAAG AGGCTCTGAA AGTTTCAGCT 
GTTTCTGGAC CAGCTGACGG AAAGACTGGG ACACCAGCTG TAACCTCTAC TTCCTCTGCG 
TCCTCTTCAC TTGGAGAAAA GCCCAGTGCT TTCTATCAGC AGACCTTACC CAATAGTCAT 
CTAACTGAAG AGGCTCTGAA AGTATCAATT GTTCCTGGAC CAGGTGATCA GAAGACTGGG 
ATACCCTCAG CACCATCTAG TTTCTACTCA CACAGAGAGA AGCCCATTAT TTTTTCCCAG 
CAGACCCTGC CAGACTTTCT TTTCCCTGAA GAAGCTCTGA AGGTTTCAGC TGTTTCTGTA 
TTGGCTGCCC AGAAGACTGG GACACCAACA GTGTCCTCTA ATTCTCACTC ACATAGCGAG 
AAATCTAGTG TTTTCTACCA GCAAGAGTTG CCAGACAGTG ATCTACCTAG AGAATCTCTG 
AAAATGTCTG CTATTCCTGG ACTGACTGAC CAGAAGACTG TCCCAACACC AACAGTACCT 
TCAGGTTCCT TCTCACATAG AGAGAAGCCC AGTATTTTCT ATCAACAGGA GTGGCCAGAT 
AGTTATGCAA CTGAAAAGGC TCTGAAAGTT TCAACTGGCC CTGGACCAGC TGACCAGAAG 
ACTGAGATAC CAGCAGTACA GTCTAGTTCT TACCCACAGA GGGAGAAGCC TAGTGTTTTG 
TACCCACAGG TGTTATCAGA CAGTCATCTA CCTGAAGAGA GTCTGAAAGT TTCAGCCTTC 
CCTGGACCAG CTGACCAGAT GACTGACACA CCAGCAGTAC CGTCTACTTT CTACTCACAA 
AGAGAGAAGC CTGGTATTTT CTACCAACAG ACCTTGCCAG AGAGTCATCT GCCTAAAGAG 
GCTCTGAAAA TTTCAGTAGC TCCTGGACTA GCAGACCAGA AGACTGGCAC ACCAACTGTA 
ACCTCAACTT CCTACTCACA ACATAGAGAA AAGCCCAGCA TTTTCCACCA GCAGGCCTTG 
CCAGGTACTC ATATACCTGA AGAGGCTCAG AAAGTTTCAG CTGTTACTGG ACCAGGTAAC 
CAGAAGACTT GGATACCAAG AGTACTTTCT ACCTTCTACT CACAAAGAGA GAAACCTGGT 
ATTTTCTATC AACAGACCTT GCCAGGTAGT CACATACCTG AAGAGGCACA GAAAGTTTCA 
CCTGTTCTTG GACCAGCTGA CCAGAAGACT GGGACACCAA CTCCAACCTC TGCTTCTTAC 
TCACACACAG AGAAGCCTGG TATTTTCTAC CAACAGGTCT TGCCAGATAA TCATCCAACT 
GAAGAGGCTC TGAAAATTTC AGTTGCCTCT GAACCAGTTG ACCAGACAAC TGGCACACCA 
GCTGTAACCT CTACTTCCTA CTCACAATAT AGAGAGAAGC CCAGCATTTT CTACCAACAG 
TCGTTGCCAA GTAGTCATCT AACTGAAGAG GCTAAGAATG TTTCAGCGGT TCCTGGACCA 
GCTGACCAGA AGACTGTGAT ACCAATTTTA CCCTCTACTT TCTACTCACA CACAGAGAAG 
CCTGGTGTTT TCTACCAACA GGTCTTGCCA CATAGTCATC CAACTGAAGA GGCTCTGAAA 
ATTTCAGTTG CCTCTGAACC AGTTGACCAG ACAACTGGCA CACCAACTGT AACCTCTACT 
TCTTACTCAC AACATACAGA GAAGCCGAGT ATTTTCTACC AACAGTCGTT GCCAGGTAGT 
CATCTAACTG AAGAGGCTAA GAACGTTTCA GCGGTTCCTG GACCAGGTGA CCGGAAGACT 
GGGATACCAA CTTTACCCTC TACTTTCTAC TCACACACAG AGAAGCCTGG TAGTTTCTAC 
CAACAGGTCT TGCCACATAG TCATCTACCT GAAGAGGCTT TGGAAGTTTC AGTTGCTCCT 
GGACCAGTTG ACCAGACGAT TGGCACACCA ACTGTAACCT CCCCTTCCAG CTCATTTGGA 
GAGAAGCCCA TTGTTATCTA CAAACAGGCC TTTCCAGAGG GTCATCTACC TGAAGAGTCT 
CTGAAAGTTT CAGTTGCTCC TGGACCAGTT GGCCAGACAA CTGGCGCACC AACTATAACC 
TCTCCTTCCT ACTCACAACA TAGAGCAAAG TCTGGCAGTT TCTACCAACT GGCATTGCTA 
GGTAGTCAAA TACCTGAAGA GGCTCTCAGA GTTTCTTCTG CTCCTGGACC AGCTGACCAG 
ACAACTGGCA TACCAACCAT AACCTCTACT TCCTACTCAT TTGGAGAGAA GCCGATTGTT 
AACTACAAAC AGGCCTTTCC AGATGGTCAT CTACCTGAAG AGGCTCTGAA AGTTTCCATT 
GTTTCTGGAC CTACTGAAAA AAAGACTGAC ATACCAGCAG GACCTTTAGG TTCCAGTGCA 
CTTGGAGAGA AGCCCATTAC TTTCTACCGG CAGGCTCTGC TAGACAGTCC TCTAAATAAA 
GAGGTTGTGA AAGTTTCAGC TGCTCCTGGA CCAGCTGACC AGAAGACTGA GACATTACCA 
GTACATTCTA CTAGCTACTC AAATAGGGGG AAGCCTGTCA TTTTCTACCA GCAGACCCTA 
TCAGACAGTC ATTTACCTGA AGAAGCTCTG AAAGTTCCAC CTGTTCCTGG ACCAGATGCC 
CAGAAGACTG AGACACCATC AGTATCCTCT AGTTTATACT CATATAGAGA GAAGCCCATT 
GTCTTCTACC AACAGGCCCT GCCAGACAGT GAGCTAACTC AAGAAGCTCT GAAAGTTTCA 
GCTGTTCCTC AACCAGCTGA CCAGAAGACT GGGTTATCTA CTGTAACTTC CTCTTTCTAT 
TCACATACAG AGAAGCCTAA TATTTCTTAC CAGCAAGAGT TGCCAGATAG TCATCTAACT 
GAAGAGGCTC TGAAAGTTTC AAATGTTCCT GGACCAGCTG ACCAGAAGAC TGGGGTATCA 
ACAGTAACCT CTACTTCCTA CTCACACAGA GAGAAGCCCA TTGTTTCCTA CCAGCGAGAG 
TTGCCGCATT TTACTGAAGC AGGTTTGAAA ATTTTAAGAG TTCCTGGACC AGCTGACCAG 
AAGACTGGAA TAAACATCCT GCCCTCTAAT TCCTACCCAC AGAGAGAGCA CTCTGTCATT 
TCTTATGAGC AGGAGTTGCC AGATCTTACT GAAGTAACTT TGAAAGCAAT AGGGGTTCCT 
GGGCCTGCTG ACCAGAAGAC TGGGATACAA ATAGCATCCT CTAGTTCCTA CTCAAATAGA 
GAGAAGGCCA GTATTTTTCA TCAGCAGGAG TTGCCAGATG TTACTGAAGA AGCTTTAAAT 
GTTTTTGTTG TTCCTGGACA AGGTGACCGG AAGACTGAGA TACCAACAGT ACCTTTAAGT 
TACTACTCAC GTAGAGAGAA GCCCAGTGTT ATCTCTCAAC AGGAGTTGCC AGACAGTCAT 
CTCACAGAAG AGGCTCTGAA AGTTTCACCT GTTTCTATAC CAGCAGAGCA GAAGACTGGG 
ATACCAATAG GACTGTCTAG TTCCTACTCA CATTCACATA AAGAGAAACT CAAGATTTCA 
ACTGTGCATA TACCAGATGA CCAGAAAACT GAGTTTCCAG CAGCTACCCT TAGTTCCTAC 
TCACAAATAG AGAAGCCCAA GATTTCAACT GTGATTGGAC CAAATGACCA GAAGACTCCA 
TCCCAGACAG CTTTTCATAG TTCCTATTCT CAAACAGTAA AGCCCAATAT TTTATTTCAA 
CAGCAGTTGC CAGATAGAGA TCAAAGTAAA GGTATTCTAA AGATTTCAGC TGTCCCTGAA 
CTAACTGATG TGAATACTGG AAAACCAGTA TCTCTCTCTA GTTCTTATTT TCACAGAGAG 
AAATCGAATA TTTTCAGTCC ACAGGAATTG CCAGGTAGTC ATGTAACTGA AGATGTGCTG 
AAGGTTTCAA CAATTCCTGG ACCAGCTGGC CAGAAAACAG TATTACCAAC AGCTCTTCCT 
AGTTCCTTTT CACATCGAGA GAAACCAGAT ATTTTCTATC AAAAGGATTT GCCAGATAGA 
CATCTAACTG AAGATGCTCT AAAGATCTCA AGTGCTCTTG GGCAAGCTGA TCAAATTACC 
GGATTACAAA CAGTTCCCTC TGGTACTTAC TCACATGGTG AGAATCACAA GCTTGTTTCA 
GAACATGTCC AAAGGCTAAT AGATAATTTG AATTCTTCTG ACTCCAGTGT TAGCTCAAAT 
AATGTGCTTT TAAATTCTCA GGCTGATGAC AGAGTTGTAA TAAATAAACC AGAATCTGCA 
GGTTTTAGAG ATGTTGGCTC TGAAGAAATC CAGGATGCAG AAAATAGTGC TAAAACTCTT 
AAGGAAATTC GGACACTTTT GATGGAGGCA GAAAATATGG CACTGAAACG ATGCAATTTT 
CCTGCTCCCC TTGCCCGTTT CAGAGATATT AGTGATATTT CATTTATACA ATCTAAGAAG 
GTGGTTTGCT TCAAAGAACC CTCTTCCACG GGTGTATCTA ATGGTGATTT GCTTCACAGA 
CAGCCATTCA CAGAGGAAAG CCCAAGCAGC AGGTGCATAC AGAAGGATAT TGGCACACAG 
ACGAATTTGA AATGCCGGAG AGGCATTGAA AATTGGGAGT TTATTAGTTC AACTACAGTT 
AGAAGTCCTC TACAGGAAGC AGAGAGCAAA GTCAGTATGG CATTAGAAGA AACTCTTAGG 
CAATATCAAG CAGCCAAATC TGTAATGAGG TCTGAACCTG AAGGGTGTAG TGGAACCATT 
GGGAATAAAA TTATTATCCC TATGATGACT GTCATAAAAA GTGATTCAAG TAGTGATGCC 
AGTGATGGAA ATGGTTCCTG CTCGTGGGAC AGTAATTTAC CAGAGTCTTT GGAATCAGTT 
TCTGATGTTC TTCTAAACTT CTTTCCATAT GTTTCACCCA AGACAAGTAT AACAGATAGC 
AGGGAGGAAG AGGGTGTGTC AGAGAGTGAG GATGGTGGTG GTAGCAGTGT AGATTCACTG 
GCTGCACATG TGAAAAACCT TCTGCAATGT GAATCCTCAC TGAATCATGC TAAAGAAATA 
CTCAGAAATG CAGAGGAAGA GGAAAGCCGG GTACGAGCAC ATGCCTGGAA TATGAAGTTC 
AATTTAGCAC ATGATTGTGG ATACTCCATT TCAGAATTAA ATGAAGATGA CAGGAGGAAA 
GTAGAAGAGA TCAAGGCAGA GTTATTTGGT CATGGAAGAA CAACTGACTT GTCCAAGGGT 
TTACAGAGTC CACGGGGAAT GGGATGCAAG CCAGAAGCTG TATGTAGTCA CATTATTATT 
GAGAGCCATG AAAAGGGATG TTTCCGGACT CTAACTTCTG AACATCCACA ACTAGATAGA 
CACCCTTGTG CTTTCAGATC TGCTGGACCC TCAGAAATGA CCAGAGGACG GCAGAACCCA 
TCATCATGCA GAGCCAAGCA TGTCAACCTT TCTGCATCCT TAGACCAGAA CAACTCCCAT 
TTCAAAGTTT GGAATTCCTT GCAGTTAAAA AGTCATTCCC CATTTCAGAA CTTTATACCT 
GATGAATTCA AAATCAGCAA AGGTCTTCGA ATGCCATTCG ATGAAAAGAT GGACCCTTGG 
CTGTCAGAAT TAGTAGAACC TGCTTTTGTG CCACCTAAAG AAGTGGATTT TCATTCTTCA 
TCACAAATGC CGTCCCCAGA ACCCATGAAA AAGTTTACTA CCTCCATCAC TTTTTCATCT 
CACCGACATT CTAAATGCAT TTCCAATTCC TCTGTTGTTA AGGTTGGTGT TACTGAAGGT 
AGCCAGTGTA CTGGAGCATC TGTGGGGGTA TTTAATTCTC ATTTCACTGA AGAACAAAAT 
CCTCCCAGAG ATCTTAAACA GAAAACCTCT TCCCCTTCAT CATTTAAAAT GCATAGTAAT 
TCACAAGATA AAGAAGTGAC TATTTTAGCA GAAGGTAGAA GGCAAAGCCA AAAATTACCT 
GTTGATTTTG AGCGTTCTTT TCAAGAAGAA AAACCCTTAG AAAGATCAGA TTTTACAGGC 
AGTCATTCTG AGCCCAGTAC CAGGGCAAAT TGTAGCAATT TCAAGGAAAT TCAGATTTCT 
GATAACCATA CCCTTATTAG CATGGGCAGA CCAAGTTCCA CCCTAGGAGT AAACAGATCG 
AGTTCCAGAC TAGGAGTAAA AGAGAAGAAT GTAACTATAA CTCCAGATCT TCCTTCTTGC 
ATTTTTCTTG AACAACGAGA GCTCTTTGAA CAAAGCAAAG CCCCACGTGC AGATGACCAT 
GTGAGGAAAC ACCATTCTCC CTCTCCTCAA CATCAGGATT ATGTAGCTCC AGACCTTCCT 
TCTTGCATTT TTCTTGAACA ACGAGAACTC TTTGAACAGT GCAAAGCCCC ATATGTAGAT 
CATCAAATGA GAGAAAACCA TTCTCCCCTT CCTCAAGGTC AGGATTCTAT AGCTTCAGAC 
CTTCCGTCTC CCATTTCTCT TGAACAATGC CAAAGCAAAG CGCCAGGTGT AGATGACCAA 
ATGAATAAAC ACCATTTTCC CCTTCCTCAA GGTCAGGATT GTGTAGTGGA AAAGAATAAT 
CAACATAAGC CTAAATCACA CATTTCTAAT ATAAATGTTG AAGCCAAGTT CAATACTGTG 
GTCTCCCAGT CAGCCCCAAA TCACTGTACA TTAGCAGCAT CTGCATCTAC TCCTCCTTCA 
AATAGAAAAG CACTTTCTTG TGTTCATATA ACTCTTTGTC CCAAGACTTC TTCCAAGTTG 
GATAGTGGAA CTTTAGATGA AAGATTCCAT TCATTGGATG CTGCTTCTAA AGCGAGGATG 
AATAGTGAGT TTAACTTTGA CTTACATACT GTATCTTCGA GATCACTGGA ACCAACCTCC 
AAATTATTGA CCAGTAAACC TGTAGCACAG GATCAAGAAT CTTTAGGTTT TCTAGGACCT 
AAATCTTCAC TGGATTTCCA AGTCGTACAG CCTTCTCTTC CAGACAGTAA CACTATTACT 
CAGGACTTGA AAACCATACC TTCTCAGAAT AGCCAGATAG TAACCTCCAG GCAAATACAA 
GTGAACATTT CAGATTTCGA AGGACATTCC AATCCAGAGG GGACCCCAGT ATTTGCAGAT 
CGATTACCAG AGAAGATGAA GACCCCACTT TCTGCTTTCT CTGAAAAATT GTCATCTGAT 
GCAGTCACTC AGATAACAAC AGAAAGTCCA GAAAAGACCC TATTTTCATC TGAGATTTTT 
ATTAATGCTG AAGATCGTGG ACATGAAATT ATAGAGCCTG GTAACCAGAA GCTACGCAAA 
GCTCCTGTCA AGTTTGCCTC ATCATCTTCA GTCCAACAGG TTACTTTTTC TCGCGGCACA 
GATGGCCAGC CTTTATTATT GCCATATAAG CCTTCTGGTA GTACCAAGAT GTATTATGTT 
CCACAATTAA GACAAATTCC TCCATCTCCG GATTCCAAAT CAGATACCAC CGTTGAAAGC 
TCCCATTCAG GATCCAATGA TGCCATTGCT CCAGACTTCC CAGCTCAGGT GCTAGGCACA 
AGAGATGATG ACCTCTCAGC CACTGTTAAC ATTAAACATA AAGAAGGAAT CTACAGTAAG 
AGGGTAGTGA CTAAGGCATC CTTGCCAGTG GGAGAAAAAC CCTTGCAGAA TGAAAATGCA 
GATGCCTCAG TTCAAGTGCT AATCACTGGG GATGAGAACC TCTCAGACAA AAAACAGCAA 
GAGATTCACA GTACAAGGGC AGTGACTGAG GCTGCCCAGG CTAAAGAAAA AGAATCTTTG 
CAGAAAGATA CTGCAGATTC CAGTGCTGCT GCTGCTGCAG AGCACTCAGC TCAAGTAGGA 
GACCCAGAAA TGAAGAACTT GCCAGACACT AAAGCCATTA CACAGAAAGA GGAGATCCAT 
AGGAAGAAGA CAGTTCCCGA GGAAGCCTGG CCAAACAATA AAGAATCCCT ACAGATCAAT 
ATTGAAGAGT CCGAATGTCA TTCAGAATTT GAAAATACTA CCCGTTCTGT CTTCAGGTCA 
GCAAAGTTTT ACATTCATCA TCCCGTACAC CTACCAAGTG ATCAAGATAT TTGCCATGAA 
TCTTTGGGAA AGAGTGTTTT CATGAGACAT TCTTGGAAAG ATTTCTTTCA GCATCATCCA 
GACAAACATA GAGAACACAT GTGTCTTCCT CTTCCTTATC AAAACATGGA CAAGACTAAG 
ACAGATTATA CCAGAATAAA GAGCCTCAGC ATCAATGTGA ATTTGGGAAA CAAAGAAGTG 
ATGGATACTA CTAAAAGTCA AGTTAGAGAT TATCCAAAAC ATAATGGACA AATTAGTGAT 
CCACAAAGGG ATCAGAAGGT CACCCCAGAG CAAACAACTC AGCACACTGT GAGTTTGAAT 
GAACTGTGGA ACAAGTATCG GGAGCGACAG AGGCAACAGA GACAGCCTGA GTTGGGTGAC 
AGGAAAGAAC TGTCCTTGGT GGACCGACTT GATCGTTTGG CTAAAATTCT TCAGAATCCA 
ATCACACATT CTCTCCAGGT CTCAGAAAGT ACACATGATG ATAGCAGAGG GGAACGAAGT 
GTGAAGGAAT GGAGTGGTAG ACAACAGCAG AGAAATAAGC TTCAGAAAAA GAAGCGGTTT 
AAAAGCCTAG AGAAAAGCCA TAAAAATACA GGCGAGCTTA AAAAAAGCAA GGTGCTTTCT 
CATCATCGAG CTGGGAGGTC TAATCAAATT AAAATTGAAC AGATTAAATT TGATAAATAT 
ATTCTGAGTA AACAGCCAGG TTTTAATTAT ATAAGCAACA CTTCTTCGGA TTGTCGGCCC 
TCAGAGGAGA GTGAGCTGCT CACAGATACT ACCACCAACA TCCTTTCCGG CACCACTTCT 
ACTGTCGAAT CAGATATATT GACCCAAACA GATAGAGAGG TGGCTCTGCA CGAAAGGAGT 
AGCTCTGTTT CCACTATTGA CACTGCCCGG CTGATTCAAG CTTTTGGCCA TGAAAGAGTA 
TGCTTGTCAC CCAGACGAAT TAAATTATAT AGCAGCATCA CCAACCAACA GAGGAGATAC 
CTTGAGAAGC GGAGCAAACA CAGCAAGAAA GTGCTGAATA CAGGTCATCC CCTAGTGACT 
TCTGAGCACA CCAGAAGGAG ACACATCCAG GTAGCAAACC ATGTGATTTC TTCTGACTCT 
ATTTCCTCTT CTGCCAGTAG TTTCCTGAGC TCAAACTCTA CTTTTTGCAA CAAGCAGAAT 
GTACACATGT TAAACAAGGG CATACAAGCA GGTAACTTGG AGATTGTGAA CGGTGCCAAA 
AAACACACTC GAGATGTTGG GATAACTTTC CCAACTCCAA GTTCCAGCGA GGCTAAATTG 
GAAGAGAACA GTGATGTGAC TTCTTGGTCA GAAGAAAAAC GTGAAGAGAA AATGCTCTTT 
ACCGGTTATC CTGAGGACAG AAAGTTAAAA AAGAACAAGA AGAATTCCCA TGAAGGAGTT 
TCCTGGTTTG TTCCTGTGGA AAATGTGGAG TCTAGATCAA AGAAGGAAAA CGTGCCTAAC 
ACTTGTGGCC CTGGCATCTC CTGGTTTGAA CCAATAACCA AGACCAGACC CTGGAGGGAG 
CCACTGCGGG AGCAGAACTG TCAGGGGCAG CACCTGGACG GTCGGGGCTA CCTGGCAGGC 
CCAGGCAGAG AGGCTGGCAG AGACCTACTG AGGCCATTTG TGAGAGCAAC CCTTCAGGAA 
TCGCTTCAGT TTCACAGACC TGACTTCATC TCCCGCTCTG GGGAGCGGAT AAAGCGCCTG 
AAGTTAATAG TCCAGGAGAG GAAGCTGCAG AGCATGTTAC AGACCGAGCG GGATGCACTA 
TTCAACATTG ACAGGGAACG GCAGGGCCAC CAGAATCGCA TGTGCCCGCT GCCCAAGAGA 
GTCTTCCTGG CTATCCAGAA GAACAAGCCT ATCAGCAAGA AGGAAATGAT TCAGAGGTCC 
AAACGGATTT ATGAGCAGCT TCCAGAAGTA CAGAAAAAGA GAGAAGAAGA GAAGAGAAAA 
TCAGAATATA AGTCATACCG GCTGCGAGCC CAGCTATATA AAAAGAGAGT GACCAATCAA 
CTTCTGGGGA GAAAAGTTCC CTGGGACTGA

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

PubMed

Ophthalmic features of cone-rod dystrophy caused by pathogenic variants in the ALMS1 gene.
Acta ophthalmologica(2017 Nov)
Nasser F,Weisschuh N,Maffei P,Milan G,Heller C,Zrenner E,Kohl S,Kuehlewein L

A Nonsense ALMS1 Mutation Underlies Alstr?m Syndrome in an Extended Mennonite Kindred Settled in North Mexico.
Genetic testing and molecular biomarkers21(6)397-401(2017 Jun)
Cruz-Aguilar M,Galaviz-Hern?ndez C,Hiebert-Froese J,Sosa-Mac?as M,Zenteno JC

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ALMS1 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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