Centre for Functional and Metabolic Mapping
Canada's National Ultra-High Field MRI Platform
Celebrating 25 Years (est. 1996)
The Centre for Functional and Metabolic Mapping (CFMM) at Western’s Robarts Research Institute houses Canada’s only collection of high-field (3T human) and ultra-high field (7T human and 9.4T animal) MR systems. The Centre is dedicated to establishing the anatomical, metabolic and functional characteristics of normal brain development and healthy aging across the lifespan; as well as establishing the brain basis of developmental, neuropsychiatric and neurodegenerative deficits. Contact us at cfmm-bookings@uwo.ca to schedule time for your 3T or 7T study.
Important Resources
CFMM News
‘Really angry’: Why Canadians with long COVID struggle to access financial aid
As more Canadians with long COVID try to apply for insurance and government disability support, many are encountering the same hurdles that have long been familiar to residents with chronic fatigue syndrome
- How far can we push MRI to characterize tissue microscopic properties
- New research targets faster diagnosis for Parkinson’s patients
- Finding treatments for brain diseases
- Neuroscience experts unlock mystery of autism-related anxiety
- Funding: CIHR announces Project Grant recipients
- Research: Study examines new forms of treatment for those suffering from post-traumatic stress disorder
- Researcher Profile: Naila Rahman
- Can we develop better brain imaging for precision medicine?
- Researcher Profile: Alicia Cronin
- Unfolding the hippocampus
- London, Ont., team researching COVID-19 impacts on brain zero in on ‘microbleeds’
- Loss of taste and smell from COVID-19 has researchers looking at other impacts on the brain
- Researcher Profile: Justine Clery
- $2.85M to help scientists better collaborate in their quest to understand the brain
- Study pinpoints role of language disruptions in psychosis
- Radiofrequency coil for routine ultra‐high‐field imaging with an unobstructed visual field
- Even a mild contact in sport can have impacts on the brain, study finds
- Altered Resting-State Functional Connectivity Between Awake and Isoflurane Anesthetized Marmosets
- Concussion study at Western University finds minor, repetitive hits change brains
- Longitudinal changes of brain microstructure and function in nonconcussed female rugby players
- COVID-19 Research Recovery - June 01
- COVID-19 update March 19th
- COVID-19 update
- Researcher Profile: David Schaeffer
- Research points to early detection for Alzheimer’s disease
- Ravi Menon with Medical Biophysics
- Funding: Ontario Research Fund supports early researchers and infrastructure at Western
- Student Profile: Dickson Wong
- Ravi Menon Named to Royal Society of Canada
- Congratulations to Olivia Stanley and Jason Kai
