Teaching
Modules for 2024-25
Advanced Biological Sciences Research Project 1 (Full-Time)
Module code: LIFE737
Role: Teaching
Advanced Biological Sciences Research Project 2 (Full-Time)
Module code: LIFE738
Role: Teaching
Anterior Segment Clinical Ophthalmology
Module code: MDSC231
Role: Module Co-ordinator
COVIS Research Module 1
Module code: MDSC236
Role: Teaching
COVIS Research Module 2
Module code: MDSC237
Role: Teaching
Communication and Study Skills for the Life Sciences
Module code: LIFE130
Role: Teaching
Introduction to Clinical Ophthalmology and Vision Science
Module code: MDSC230
Role: Teaching
MSC RESEARCH PROJECT
Module code: LIFE703
Role: Teaching
Supervised Theses
- A “Splicing Switch” Provides Dual Layers of Regulation of Laminin alpha 3: Implications for Wound Healing and Squamous Cell Carcinoma
- An in vitro investigation of human ocular surface epithelial stem cell homeostasis
- Designing and developing a novel, in vitro model to enable comparative assessment of regenerative endodontic scaffold materials
- Determining the role of laminin polymerisation on cell behaviour using CRISPR-Cas9 genome edited models.
- Function of the laminin-derived protein LaNt α31 in corneal epithelium
- In vivo analyses of Laminin N-terminus α31.
- Reverse engineering glaucoma
- THE ROLE OF B1 METHYLATION, PHYSIOLOGIC REPLICATION INDEPENDENT ENDOGENOUS DNA DOUBLE STRAND BREAKS (PHY-RIND-EDSB) AND LAMININ 511 E8 PROTEINS IN RAT SECOND DEGREE BURN WOUND HEALING
- The Comprehensive Insight of Relationships between Mechanical Properties, Structural and Biochemical Changes in Corneal UVA/riboflavin Cross-linking
- The Role of OGG1-Mediated DNA Damage Signaling in Circadian Regulation of Pulmonary Cell Homeostasis: Implication for Chronic Lung Diseases
- Unravelling the molecular mechanism of connective tissue growth factor (CCN2) in glaucoma.