Rosemary Fricker

Professor Rosemary Fricker

BSc (Hons) PhD FHEA

Rosemary Fricker is an academic researcher primarily in neurobiology, currently in botany and conservation. Her research interests include stem cell therapies for neurodegenerative disease, neural development, and the flora and fauna of the Fens. 

Rosemary Fricker

Rosemary is an Alumna of Wolfson College (1992), obtaining a PhD in Neuroscience from Cambridge. Following postdoctoral positions at Lund University, Sweden, and Harvard Medical School, she held a Wellcome Trust Research Fellowship at Cardiff University, before joining Keele University Medical School. Alongside her research at Keele, she was Director of Medical Sciences, responsible for pre-clinical education in the MBChB programme. She is currently Director of Studies for Pre-clinical Medicine (Standard/Affiliate Course) at Wolfson.

Rosemary’s research interests include the conversion of stem cells to mature neurons and the role of vitamins in neuronal development and neuroprotection; as well as the development of “brain-on-a-chip” in vitro models of neural circuits. 

Following the award of a Daphne Jackson Trust Fellowship, her research has taken a new direction: exploring the historical collections of plants and insects within the Herbarium and Zoology Museum at Cambridge University, to determine the impact of human activity on natural ecosystems in the Fens over the last 200 years.   

Recognitions & achievements

  • Professor of Neurobiology, Keele University, 2015
  • Daphne Jackson Trust Research Fellow, University of Cambridge, 2025

Rosemary's primary research career focused on developing stem cell therapies to replace neurons lost in neurodegenerative diseases such as Parkinson's and Huntington’s. Her early work contributed to the development of novel ligands for use in Positron Emission Tomography (PET) scanning to identify living transplants in clinical patients.
Later research on the influence of vitamins on neural development and the conversion of stem cells to mature functional neurons led to the identification of vitamin D as a neuroprotective agent for dopamine neurons, and the discovery that vitamin B3 acts as a switch to enhance the conversion of neural stem cells to mature neurons. In collaboration with colleagues at Loughborough University, she developed a microfluidic platform to model complex neuronal circuitry in vitro.

Rosemary is active in public outreach, working closely with Parkinson’s UK throughout her career. She is a strong advocate of Women in Science, and helped establish the Early Career Researchers Programme at Wolfson, including mentoring and professional development training.

What's on

A black backpack hangs from a tree branch in a lush, green forest.

Open Call: WolfWords Poetry Anthology 2026

01/12/2025 at 09.00

We are delighted to announce the open call for this year’s WolfWords anthology. The theme for this year’s collection is 'lost and found'.

Researchers working at a desk at a previous Writing Retreat

Wolfson College Writing Retreat

23/01/2026 at 10.00

Join us in January for an extended retreat for planning, analysing, reading or writing.

Illustration of a vintage Granada electronics store with old-style televisions displayed in the window under signs reading “Rent or Buy” and “Free Delivery, Free Installation.”

Art Exhibition: 'Life and Experience'

24/01/2026 at 10.00

Visit Wolfson's latest exhibition 'Life and Experience' featuring work by contemporary artist Janette Parris.

A colorful street mural shows a smiling man playing a small stringed instrument beside musical notes and a sign reading “Mercadão de Madureira,” with power lines and towers in the background.

Commemorating the Sambista Perfeito: Arlindo Cruz’s funeral in Madureira, Rio de Janeiro

27/01/2026 at 17.30

How does the roda de samba function as a ritual, emotional, and spiritual practice in Rio de Janeiro?

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Stargazing

28/01/2026 at 20.00

Join the Wolfson Science Society for an evening under the stars!

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