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Many biological changes happen after disasters like a stroke, a brain tumour or traumatic injury strike the brain. These changes can both help and hinder an individual’s recovery after a brain injury, sometimes permanently altering their physical abilities and experiences. Join us for this event, where we will uncover current research about the human brain and its response to injury - shedding light on the complex interplay between the brain and the rest of the body.
Microbes & the mind: the gut-brain axis in stroke
Dr Madeleine Hurry
(Research Associate, Division of Infection, Immunity & Respiratory Medicine, The University of Manchester)
Your intestines are home to trillions of microorganisms, collectively known as the microbiota. These microbes keep us healthy, from helping us digest food to interacting with our immune system. Growing evidence is showing that these gut microbes can also affect the brain, leading to the concept of a “gut-brain axis”. Conversely, events in the brain – such as injury or disease – can disturb the balance of bacteria in the gut. In this talk, we’ll explore this bidirectional pathway, and discuss the research being done to understand the role of the microbiota in brain diseases such as stroke.
Concussion – not just a bump on the head
Dr. Tom Grundy
(Neurosurgeon, sports and exercise clinician specialising in concussion and a PhD researcher, The University of Manchester)
Concussion is a common condition that is experienced by a range of people across society. Some have a mild head injury but suffer severe and prolonged symptoms, others have major head trauma but appear to have “recovered” within a few hours. The biological principles underlying concussion are poorly understood, our research aims to investigate the natural history of concussion in basic science and in humans.
Brain cancer and epilepsy: does treating seizures reduce tumour growth?
Kate Hills
(PhD Student, The University of Manchester)
Epilepsy affects over 10% of the UK population, and it can occur as a secondary condition to lots of other illnesses - for example brain tumours. Typically the seizures that are present in brain tumour-related epilepsy have been dismissed as just another symptom, but it’s starting to look like they may play a more important, sinister role in the progression of brain cancers such as glioblastoma. The biological mechanisms behind this interaction are still largely unknown but in this talk we’ll discuss some of the research we’ve been doing to tease apart the finer details.
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