Alternative fates of PINK1 and its role in mitochondrial quality control, energy production and Parkinson’s Disease

Project Code

NMH27Br Collinson

Project Type

Wet lab

Research Theme

Neuroscience and Mental Health

Project Summary Download

Summary

Mitochondria are vital for energy production, cellular homeostasis, and health. This project explores how PINK1, key to mitochondrial quality control, is imported into mitochondria and how its misdirection contributes to early-onset Parkinson’s disease. We have discovered a new pathway for PINK1 import, suggesting its structural plasticity influences its fate and function. Using advanced biochemical and computational tools, the project will investigate how PINK1 variants associated with Parkinson’s affect mitochondrial function, and progression of disease — exploring also how this can be corrected. This interdisciplinary project offers exciting opportunities to uncover novel mechanisms of neuro-degeneration and training in cutting-edge research techniques.

Can the project be completed part time?

Yes

Lead Supervisor

Professor Ian Collinson

Lead Supervisor Email

ian.collinson@bristol.ac.uk

University Affiliation

University of Bristol

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