Guinea Epilepsy Project

About the project

Last updated in September 2023

The current initiative aims to build upon the previous project by incorporating artificially intelligent EEG spike detection into the smartphone-based EEG. Doing so will allow non-expert physicians and allied healthcare workers to provide expert levels of care to patients with epilepsy. With the support of Fondation Pierre Fabre, the Global Neurology Research group will:

Complete development of a machine-learning AI algorithm for the detection of epileptiform discharges
Complete the development of the third generation of smartphone-based EEG (SBS-3)
Assess the clinical utility of AI in a smartphone-based EEG system among patients with epilepsy in Guinea

Epilepsy occurs predominantly in low- and middle-income countries, affecting ~1 to 2 percent of the global population or 60 million people. The number of people with epilepsy in lower income countries who access care is generally low due to multiple factors: a higher level of poverty among people with epilepsy, a dearth of specialized healthcare workers, stigma impacting care seeking behaviour, limited access to health technologies, fewer antiepileptic drugs including medication stock outs and seizure related limits on transportation to receive care. It is also likely that unique, understudied risk factors for epilepsy exist in lower income settings, changing the epidemiology in these locations. These putative risk factors have not received full attention due to a lack of brain focused technologies to research their impact
The Republic of Guinea is a low-income country located in West Africa. Guinea is one of the poorest nations in the world: it ranks 175th out of 189 countries in the United Nations Human Development Index and, in 2018, had a per capita gross national income of 850 USD. Tools and expertise for the diagnosis and characterization of epilepsy are unavailable to most patients in the Republic of Guinea. For patients, this lack of epilepsy infrastructure can lead to misdiagnosis and worsened care.

EEG is the standard diagnostic test for epilepsy. EEG can also direct treatment options for patients with different forms of epilepsy. There are few publicly accessible electroencephalography (EEG) machines in Guinea, with the few that exist in Guinea having been donated by the Global Neurology Research Group in the past. The Global Neurology Research Group of Massachusetts General Hospital has previously characterized the clinical utility of a smartphone-based EEG system (called SBS-2, Smartphone Brain Scanner – 2nd Generation) for epilepsy care in Guinea. The portable nature of a smartphone-based EEG allows physicians and allied healthcare workers to bring the diagnostic tool to patients. Doing so can significantly decrease the burden of medical visits, especially for low-income and rural patients who may not be able to travel to a major city. The moderately high sensitivity and high specificity of the smartphone-based EEG make it useful as a second-line confirmatory tool for a clinical diagnosis of epilepsy.
Currently, patients with epilepsy must have their EEG results interpreted by an expert physician. There are no EEG expert physicians practicing in Guinea. As a result, patients with epilepsy are often undiagnosed and may be incorrectly treated. Artificial Intelligence (AI) powered through Machine Learning (ML) holds the potential to accurately automate the analysis of electroencephalography (EEG) in patients with epilepsy. Artificial Intelligence, currently in development at Massachusetts General Hospital, will allow non-expert physicians and allied healthcare workers to receive accurate diagnoses instantaneously. Patients will then be maintained within a continuum of care and potentially started on an anti-epileptic medication in a more expeditious fashion than they otherwise would.

Having achieved their initial objectives, the project teams are continuing to collect and analyse data in Guinea. More than 1,000 people have taken part in the studies.