suzannedickson.bsky.social
Suzanne L Dickson
@suzannedickson.bsky.social
74 followers 81 following 2 posts
Professor of Physiology/Neuroendocrinology, Institute of Neuroscience and Physiology, The University of Gothenburg, Sweden. President, The European Brain Council. Secretary, The European College of Neuropsychopharmacology
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suzannedickson.bsky.social
Suzanne L Dickson @suzannedickson.bsky.social · Apr 7
On the HUGE stage advocating for the European Brain Council’s ‘No Health without Brain Health’ campaign, at the European Psychiatry Association meeting in Madrid
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Reposted by Suzanne L Dickson
braincouncil.eu
European Brain Council (EBC) @braincouncil.eu · Mar 24
On 18 March 2025, EBC's #BrainAwarenessWeek event in the European Parliament united global leaders to discuss #BrainHealth plans and strategies. The event furthermore focused on a European brain health research ecosystem and an EU Coordination Plan. Thank you to all speakers & participants! #BAW2025
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Reposted by Suzanne L Dickson
g-leng.bsky.social
Gareth Leng @g-leng.bsky.social · Mar 23
In 1938, the American sociologist RK Merton (at Columbia University) drew attention to political attacks on scientific institutions. He went on to ask “How should scientists respond”...

www.the-matter-of-facts.com/post/the-imp...
The Importance of Scientific Societies
In this time of trial, when Science is again under attack, we must re-examine its foundations, and where necessary, rebuild its institutions
www.the-matter-of-facts.com
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suzannedickson.bsky.social
Suzanne L Dickson @suzannedickson.bsky.social · Mar 23
Just deleted my X account and signed up to bluesky
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Reposted by Suzanne L Dickson
science.org
Science Magazine @science.org · Mar 14
The #hypothalamus plays a large role in coordinating the neuronal signals that are responsible for keeping the body in a stable state.

A special issue unpacked this brain region’s impact on physiological and behavioral homeostasis. scim.ag/41FRESU #BrainAwarenessWeek
The hypothalamus is a small structure deep inside the brain that is connected to a vast number of other brain regions and tirelessly interacts with them. It controls and modulates many basic bodily functions to ensure the survival of the organism under constantly changing circumstances.
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