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Modelling the mechanisms of brain stimulation

Brain-stimulation techniques that modulate brain activity in a targeted way are growing in their clinical relevance, for example, with transcranial magnetic stimulation (TMS) being more...

Supervisor(s): Fulcher, Ben (Dr)

Brain Cancer and Hypoxia

Aggressive brain tumours, including adult glioblastomas and pediatric DIPGs, are difficult to treat. Survival rates have improved very little over the last 30 years indicating a nee more...

Supervisor(s): Cook, Kristina (Dr)

Identifying the principles of cell growth and cell mass regulation. Development of biomedical applications based on real-time cell mass detection.

Identifying the principles of cell growth and cell mass regulation. Development of applications based on real-time cell mass detection. Development of instrumentation, sensors and m more...

Supervisor(s): Martinez Martin, David (Dr)

The Physics of Circadian Desynchrony

This project will investigate brain mechanisms and health consequences of circadian misalignment. more...

Supervisor(s): Postnova, Svetlana (Dr)

QUANTIFYING INTER-INDIVIDUAL VARIABILITY IN CIRCADIAN RHYTHMS

The overarching goal of this set of projects is to understand the brain mechanisms of inter-individual variability in circadian rhythms and develop tools for personalized prediction more...

Supervisor(s): Postnova, Svetlana (Dr)

Cumulative modeling of Maternal Immune Activation to assess risk factors of common neurodevelopmental disease

Neurodevelopmental disorders such as epilepsy, autism, Tourette syndrome or ADHD affect 10% of children. There is increasing evidence that maternal inflammation whilst pregnant, ter more...

Supervisor(s): Hofer, Markus (Dr)

MODELLING EFFECTS OF LIGHT ON THE CIRCADIAN RHYTHMS

This project aims to advance our understanding of the effects of light on the circadian rhythms and develop a detailed biophysical model of the circadian photoreceptor system that i more...

Supervisor(s): Postnova, Svetlana (Dr)

Develop single-molecule and super-resolution microscopy imaging technologies in the cardiovascular disease

This project will focus on development, improvement, and application of single-molecule tracking and super-resolution imaging, such as TIRF, HiLo, PALM, STORM, Lattice Light-Sheet M more...

Supervisor(s): Ju, Lining (Arnold) (Dr)

Develop single-cell mechanobiological methods for discovering molecular mechanisms of cardiovascular and neuronal mechanical force sensing

We are developing cutting-edge technologies for the following biomedical application: 1) define the mechanosensing functions of key protein players in the cardiovascular system such more...

Supervisor(s): Ju, Lining (Arnold) (Dr)

Develop point-of-care microfluidic technologies for cardiovascular and cerebrovascular diseases

We are developing a clinically useful, rapid and high throughput profiling microdevices for thrombosis and coagulation. It will be extremely useful for patients with diabetes, obesi more...

Supervisor(s): Ju, Lining (Arnold) (Dr)