Summary
Developmental eye defects that affect the front of the eye give rise to a spectrum of congenital ocular phenotypes that affect the cornea, lens, iris, trabecular meshwork or the globe itself. They can be non-syndromic affecting the eye only or the condition may be associated with systemic features. Patients sometimes present with distinct phenotypes that are easy to diagnose or they may have multiple signs with considerable overlapping features that makes accurate diagnosis more difficult. Knowing the genetic basis of these conditions helps to classify the patients into definitive disease categories.
Full descriptionThe primary aim of this project will be to identify the molecular basis of congenital eye disease in multiple local cases. Whole genome sequencing (WGS) and whole exome sequencing (WES) of these cases will identify coding and non-coding variants both in known and novel genes that have not been previously implicated in the disorder. These variants will be further studied to provide functional validation of the genetic findings but specific experiments will be determined by the initial findings. Better understanding of the disease mechanisms in light of the molecular diagnosis will improve management and support the development of new therapies for these rare conditions.
The techniques used in this PhD will include bioinformatics, analyzing WES and WGS data, PCR, Sanger sequencing, functional validation of variants may include expression profiling, spicing mini- and midi-gene assays, protein structural modelling, RNA sequencing, creating knock-out cell models of putative pathogenic variants by CRISPR-Cas9 genome editing and the study of animal models where available.
In line with the bespoke nature of our International PhD Academy a modified PhD project can be proposed dependent on students interests and background.
