PhDApplications Closed
Prof Mark Humphries and Dr JeYoung Yung
Unknown Organization
University Of Nottingham
Apply by Jan 12, 2025
Application deadline
Jan 12, 2025
Job
Job location
Prof Mark Humphries and Dr JeYoung Yung
University Of Nottingham
Geocoding in progress.
Source: legacy
Quick Information
Application Deadline
Jan 12, 2025
Start Date
Flexible
Education Required
See description
Experience Level
Not specified
Job
Job location
Prof Mark Humphries and Dr JeYoung Yung
Job Description
A 4-year fully-funded PhD studentship with Prof Mark Humphries and Dr JeYoung Yung at the University Of Nottingham is available to start September 2024. The project is titled 'Optimising patient selection for Deep Brain Stimulation in Parkinson’s disease using multimodal machine learning'. The goal of this project is to test how fusing clinical data, neuroimaging, and video assessments could optimise the selection of patients. The project will be in collaboration with MachineMedicine (London), a MedTech company specialising in Parkinson’s disease, and the movement disorders clinical team at St George’s Hospital, London. The PhD student will be trained in data-science and machine learning tools, including how to extract and analyse MRI and fMRI data, in fusing data across modalities, and in developing a machine-learning pipeline for predicting patient outcomes. These predictions will be tested against the 12-month follow-up data from the St George’s trial patients. The student’s further training will include a 3-month placement at MachineMedicine, and visits to St George’s clinic.
Requirements
- N/A
Job
Job location
Prof Mark Humphries and Dr JeYoung Yung
Coordinates pending.
About Unknown Organization
Learn more about this opportunity with Unknown Organization.
Related Seminars
Seminar60%
Pancreatic Opioids Regulate Ingestive and Metabolic Phenotypes
neuro
Jan 12, 2025
Washington University in St. Louis
Seminar60%
The Role of GPCR Family Mrgprs in Itch, Pain, and Innate Immunity
neuro
Jan 12, 2025
Johns Hopkins University
Seminar60%
Exploration and Exploitation in Human Joint Decisions
neuro
Jan 12, 2025
Munich