
Sign up to save your podcasts
Or


Sophie Scott on why sodium powers everything we do, and why it might be the key to a new generation of pain killers.
Putting sodium into water is one of the most memorable experiments from school chemistry lessons. It's this ability to react ferociously with water which is the starting point for sodium's key role in powering all of biology. Simply, without sodium we wouldn't exist. It helps provide the electricity that allows us to move, breathe, think.
Our understanding of sodium could help in the search for analgesics with few side effects for severe pain. Recent discoveries of families who feel searing pain with mild warmth, or those who feel no pain at all even in childbirth, have opened up new avenues in pain research. Their rare genetic mutations change the way sodium works in their bodies: from this new knowledge neuroscientists are developing drugs that could give rise to a much needed new generation of pain killers.
Image: Traditional glass salt cellar (Credit: Getty Images)
By BBC World Service4.4
940940 ratings
Sophie Scott on why sodium powers everything we do, and why it might be the key to a new generation of pain killers.
Putting sodium into water is one of the most memorable experiments from school chemistry lessons. It's this ability to react ferociously with water which is the starting point for sodium's key role in powering all of biology. Simply, without sodium we wouldn't exist. It helps provide the electricity that allows us to move, breathe, think.
Our understanding of sodium could help in the search for analgesics with few side effects for severe pain. Recent discoveries of families who feel searing pain with mild warmth, or those who feel no pain at all even in childbirth, have opened up new avenues in pain research. Their rare genetic mutations change the way sodium works in their bodies: from this new knowledge neuroscientists are developing drugs that could give rise to a much needed new generation of pain killers.
Image: Traditional glass salt cellar (Credit: Getty Images)

7,913 Listeners

863 Listeners

1,067 Listeners

5,576 Listeners

1,808 Listeners

1,729 Listeners

1,018 Listeners

1,996 Listeners

599 Listeners

756 Listeners

93 Listeners

410 Listeners

429 Listeners

818 Listeners

756 Listeners

746 Listeners

227 Listeners

363 Listeners

471 Listeners

240 Listeners

3,245 Listeners

779 Listeners

116 Listeners

1,010 Listeners