Physi-blog-ogy | Inside The Soft Machine
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The Physiological Society brings together over 3,500 scientists from over 60 countries. Since its foundation in 1876, its Members have made significant contributions to our knowledge of biological systems and the treatment of disease. We promote physiology and support those working in the field by organising world-class scientific meetings, offering grants for research, collaboration and..
Physi-blog-ogy | Inside The Soft Machine
5y ago
By Jamie McPhee, Manchester Metropolitan University, @McpheeJS
As a physiologist and a Sport & Exercise Scientist, I am always keen to be involved in opportunities to showcase the importance of Sport and Exercise Science (SES) and the exciting, important research taking place. That’s why it has been a real pleasure to work with The Physiological Society’s staff, GuildHE and SES departments across the UK to develop the Sport & Exercise Science Education: Impact on the UK Economy report that is being launched by the Shadow Minister for Higher Education in Parliament today.
The report can ..read more
Physi-blog-ogy | Inside The Soft Machine
5y ago
By Professor Bridget Lumb, President, The Physiological Society and Professor Karen Stanton, York St John Vice-Chancellor, Vice-Chair, GuildHE
If you’re a Tottenham or Liverpool fan still rejoicing from last week’s Champion League triumphs, we don’t need to explain the power and excitement of sport. Those miraculous, edge-of-the-seat turnarounds may have only come to fruition in the final minutes of the matches, but are the result of countless hours of preparation and training by the players on the pitch. This work rests on an army of sports scientists, focused on improving performance and pre ..read more
Physi-blog-ogy | Inside The Soft Machine
5y ago
By David P Burns and Ken D O’Halloran, Department of Physiology, University College Cork, Ireland
The respiratory system plays a very important role in maintaining oxygen levels within our blood. The supply of oxygen to our body is necessary to allow the cells in our body to make and use energy (a process called metabolism).
Respiratory muscle from mdx mice displays signs of muscle damage. When dystrophin is absent from muscle, muscle fibres become damaged during normal cycles of muscle contraction and relaxation. Over time, damaged muscle becomes replaced by fat cells and there is an accumula ..read more