Nicholas Owen
Nicholas Owen
Home
Projects
Talks
Posts
Featured
Publications
CV
Tags
Contact
Light
Dark
Automatic
rare disease
Loss of the crumbs cell polarity complex disrupts epigenetic transcriptional control and cell cycle progression in the developing retina
The crumbs cell polarity complex plays a crucial role in apical-basal epithelial polarity, cellular adhesion, and morphogenesis. Homozygous variants in human
CRB1
result in autosomal recessive Leber congenital amaurosis (LCA) and retinitis pigmentosa (RP), with no established genotype-phenotype correlation. We performed integrative transcriptomic and methylomic analysis of whole retina to identify dysregulated genes and pathways.
Nicholas Owen
,
M Toms
,
Y Tian
,
L Toualbi
,
R Richardson
,
R Young
,
D Tracey-White
,
P Dhami
,
S Beck
,
M Moosajee
Cite
Code
Dataset
Slides
DOI
Determining the functional disparty between CRB1 variants causing LCA and RP
Leveraging cutting-edge model systems to further understand CRB1-related eye disease
Nicholas Owen
Rare disease genetic diagnosis with the Genomic England 100,000 Genomes Project (GEL) UK
collaborative research with the Hearing and Sight GECIP at GEL
Nicholas Owen
Identification of 4 novel human ocular coloboma genes ANK3, BMPR1B, PDGFRA, and CDH4 through evolutionary conserved vertebrate gene analysis
Purpose: Ocular coloboma arises from genetic or environmental perturbations that inhibit optic fissure (OF) fusion during early eye development. Despite high genetic heterogeneity, 70% to 85% of patients remain molecularly undiagnosed. In this study, we have identified new potential causative genes using cross-species comparative meta-analysis.
Nicholas Owen
,
M Toms
,
RM Young
,
J Eintracht
,
H Sarkar
,
BP Brooks
,
M Moosajee
,
Genomics England Research Consortium
PDF
Cite
DOI
Omic's : from data to patients
Research Networking Event
Feb 17, 2021 2:00 PM — 2:45 PM
Institute of Ophthalmology
Nicholas Owen
Project
Project
Design principles for bifunctional targeted oligonucleotide enhancers of splicing
Controlling the patterns of splicing of specific genes is an important goal in the development of new therapies. We have shown that the splicing of a refractory exon, SMN2 exon 7, could be increased in fibroblasts derived from patients with spinal muscular atrophy by using bifunctional targeted oligonucleotide enhancers of splicing (TOES) oligonucleotides …
Nicholas Owen
,
H Zhou
,
A Malygin
,
F Muntoni
,
I Eperon
PDF
Cite
DOI
Cite
×