Other Exeter events

Biomedical modelling: the latest fashion in medicine

Past event - 2016
Mon 23 May 7.00pm for 7.30-9.30pm
The Rusty Bike, 67 Howell Rd,
Exeter EX4 4LZ
Sold Out!
There are many ways we can use tech to monitor our own bodies.  How many steps we take, how restful our sleep, and how often our hearts beat.  Tonight, a group of researchers will explain how measurements of our body can be used to diagnose, predict and potentially medicate.  We’ll explain the current research, and try and predict what medicine might look like in the future.

Contact the Rusty Bike directly if you would like some amazing food before our event starts.

Epilepsy: An electrical storm in the brain?

Wessel Woldman (Research Fellow, Exeter University)
Epilepsy is a condition where people suffer from recurrent seizures, and it affects ~1% of the population. For many patients, there can sometimes be no clear diagnosis, but Wes will explain how analysis of EEG (electroencephalogram) recordings from the brain could support a definitive diagnosis. There’ll be EEG headsets, and the opportunity to take home a copy of your own brain’s activity.

Something in the way you move: non-verbal communication and future healthcare

Piotr Slowinski (Associate Research Fellow, Exeter University)
A significant part of our daily interactions with other people is conveyed via non-verbal communication. This channel of communication is particularly affected in people suffering from serious social disorders such as schizophrenia, autism or social phobia. We will show you how to record an individual motor signature, a uniqe personal style of movement of every person and a simple exercise that could be used to diagnose schizophrenia.

To Stress or Not to Stress… What is the Equation?

Eder Zavala (Research Fellow, Exeter University)
Cortisol is the hormone that regulates many of the changes that our bodies experience in response to stress including: blood pressure, glucose levels, immune reactions, inflammation, metabolism, etc. We will learn how cortisol is secreted by the adrenal glands, how its levels fluctuate during the day, and why these glands behave like the shock absorbers in your car when driving along a bumpy road. We will also take a peek into future cortisol replacement therapies using mathematical models and wearable technologies.
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