Research Associate in Ultrasound : Focused ultrasound is a non-invasive and targeted technology that has recently been shown to restore cognitive function in elderly mice with cognitive impairment as well as in mice and patients with Alzheimer’s disease – a form of pathological ageing. Ultrasound is a mechanical pressure wave routinely used for diagnostic imaging. However, it can also be used for therapeutic purposes to induce neuromodulatory effects. As yet, nobody has tested whether ultrasound can preserve cognitive function. This post will focus on determining whether focused ultrasound can delay cognitive decline and gain mechanistic insight as to how ultrasound affects the brain and thus leads to cognitive improvements.
Research Associate in Focused Ultrasound and Delayed Cognitive Decline
Designation:
Research Associate
Research Area:
Focused Ultrasound and Delayed Cognitive Decline
Location:
South Kensington Campus – Hybrid
Eligibility/Qualification:
We seek to hire a friendly, motivated, critical and independent candidate with a PhD (or equivalent) in biology, biomedical sciences, brain sciences, immunology, neuroscience, or bioengineering (similar background).
The ideal candidate will have experience performing in vivo experiments in mouse models (already have an animal license) and have experience performing IHC, ELISAs, Westerns, qPCRs. Experience performing behavioural testing and proteomics is advantageous.
Candidates need to be able to conduct work with mouse models, possess excellent organisational skills, the ability to work toward deadlines with minimal supervision, and have strong written and oral communication skills. They will be engaging, supportive and motivating in all interactions with other researchers and students in the Department, and provide mentorship where appropriate, particularly with newly starting Masters and PhD students. They need to have a strong interest in being part of a collaborative and inclusive research group.
Job Description:
You will be performing in vivo experiments in mouse models of ageing (ultrasound treatments and behavioural tests) and collecting brain samples to identify changes in cellular activity using a range of techniques, such as IHC, qPCR, ELISAs, Westerns.
The RA will join a research team led by Dr. Morse, whose work focuses on developing ultrasound technologies to modulate the activity of neurons and glia for the treatment of brain diseases. You will:
- Perform in vivo ultrasound treatments and behavioural testing
- Section brain tissue and perform IHC staining
- Perform Westerns, ELISAs, qPCRs on brain samples
How to Apply:
Interested candidates should submit their applications through the official university recruitment portal, providing a CV, cover letter, and contact information for three references.
Last Date for Apply:
31-May-2024
