Lunch Hour Lectures - Spring 2008 - Audio

The Yin and Yang of Cellular Communication - Audio

30 min · 4 de feb de 201130 min
Portada del episodio The Yin and Yang of Cellular Communication - Audio

Descripción

The lecture looks at how cells in emerging multicellular organisms have evolved ways of communicating with each other. The basic ‘yes’ and ‘no’ signalling was probably mediated by release into the extracellular space of substances which were available in abundance inside the cells – purine nucleotide ATP (molecule charged with energy – excitatory Yang) and its breakdown product adenosine (molecule devoid of energy – inhibitory Yin). The lecture will use examples from current research demonstrating how this dual system of conveying information from one cell to another has been preserved during evolution. Both substances are important modulators of cellular functions still playing often opposing roles in the peripheral tissues as well as in the central nervous system.

Comentarios

0

Sé la primera persona en comentar

¡Regístrate ahora y únete a la comunidad de Lunch Hour Lectures - Spring 2008 - Audio!

Empezar

2 meses por 1 €

Después 4,99 € / mes · Cancela cuando quieras.

  • Podcasts solo en Podimo
  • 20 horas de audiolibros / mes
  • Podcast gratuitos
Empezar

Todos los episodios

16 episodios

Portada del episodio The Yin and Yang of Cellular Communication - Audio

The Yin and Yang of Cellular Communication - Audio

The lecture looks at how cells in emerging multicellular organisms have evolved ways of communicating with each other. The basic ‘yes’ and ‘no’ signalling was probably mediated by release into the extracellular space of substances which were available in abundance inside the cells – purine nucleotide ATP (molecule charged with energy – excitatory Yang) and its breakdown product adenosine (molecule devoid of energy – inhibitory Yin). The lecture will use examples from current research demonstrating how this dual system of conveying information from one cell to another has been preserved during evolution. Both substances are important modulators of cellular functions still playing often opposing roles in the peripheral tissues as well as in the central nervous system.

4 de feb de 201130 min