• ONH Strains During Eye Movement

    We measured eye movement induced optic nerve head strains in vivo using OCT images

  • ONH Strains During Eye Movement

    We have used MRI and finite element analysis to predict the ONH strain levels during eye movement.

  • 2015 End of Year Dinner

    Group photo of lab members.

  • Lab Members 2015

    Group photo of lab members.

  • Lamina Cribrosa Enhancement

    We have developed compensation techniques to drastically improve the contrast of the lamina cribrosa in optical coherence tomography images of the optic nerve head.

  • In Vivo 3D Deformation Mapping

    We are the first to map the 3D strains of the optic nerve head tissues in vivo.

  • Optic Nerve Head Reconstruction

    We are currently developing algorithms to reconstruct the anatomically-accurate geometry of the optic nerve head.

  • Scleral and Laminar Microstructure

    We have developed optical techniques to quantitatively map collagen fiber orientation in ocular tissues.

  • Coronary Artery Plaque Enhancement

    Our compensation techniques can also drastically improve the visibility of coronary artery plaques in atherosclerosis.

  • Scleral Biomechanics

    We have developed state-of-the-art computational and experimental techniques to characterise the biomechanics of the sclera in health and disease.

Research Projects