project

3D Segmentation Techniques

Using active meshes and level set methods for improved 3D segmentation. [Read more...](/project/3d-segmentation/index.html)

Event-based Super-resolution Microscopy

Using novel event-based sensors to improve the speed of super-resolution microscopy. [Read more...](/project/event-driven-super-resoluton/index.html)

Neuronal Graphs

Using graph theory and network science to understand the brain. [Read more...](/project/neuronal-graphs/index.html)

Very Fast Volumetric Microscopy

Using novel event-based sensors to improve the speed of light sheet fluorescence microscopy for very fast volumetric imaging. [Read more...](/project/event-based-volumetric/index.html)

Adaptive Prospective Optical Gating

Developing a smart microscopy system for imaging the beating zebrafish heart over extended periods of time. [Read more...](/project/optical-gating/index.html)

Automated Nuclei Detection

Using mathematical techniques to automatically detect and quantify nuclei in 2D and 3D bioimaging data. [Read more...](/project/nuclei-detection/index.html)

Imaging the Developing Eye

Using advanced optics to minimise abberations when imaging the developing zebrafish eye. [Read more...](/project/zebrafish-retinal-microscopy/index.html)

Object-based Colocalisation

Using object-based colocalisation to quantify the interactions between protein structures in cellular biology. [Read more...](/project/object-based-colocalisation/index.html)

Quantiative Calcium Imaging

Investigating volumetric and computational imaging approaches for accurately measuring calcium signals between neurons. [Read more...](/project/quantitative-calcium-imaging/index.html)

Retinal Vessel Enhancement

Using mathematical approaches to enhance images for improved vessel extraction. [Read more...](/project/retinal-image-enhancement/index.html)