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VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing cover
VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing cover
VOXLAB - The PrecisionTox Podcast

VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing

VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing

37min |01/11/2021
Play
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VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing cover
VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing cover
VOXLAB - The PrecisionTox Podcast

VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing

VOXLAB - Episode #2: How C elegans is replacing mammalian models in safety testing

37min |01/11/2021
Play

Description

In this second episode of VOXLAB, the PrecisionTox podcast, Jeanne Laperrouze meets Prof. Jonathan Freedman from the University of Louisvilles (USA) to discuss the opportunities offered by alternative models to mammalian animals, such as C elegans to advance safety assessment of chemicals. This worm was the first organism whose DNA was fully sequenced. Since then, researchers have gathered extensive knowledge on this organism that the PrecisionTox consortium is now harvesting to transform toxicology from an observation discipline to a mechanistic science, to ultimately better protect human health and the environment. Discover how in this podcast and more!


PrecisionTox  is a EU-funded project  (Grant Agreement n° 965406)  dedicated to tackling chemical pollution, the first cause of deaths in the world, without the need of mammalian animal testing. 

To learn more, visit our project website and follow us on Twitter : @PrecisionTox


Hosted by Ausha. See ausha.co/privacy-policy for more information.

Description

In this second episode of VOXLAB, the PrecisionTox podcast, Jeanne Laperrouze meets Prof. Jonathan Freedman from the University of Louisvilles (USA) to discuss the opportunities offered by alternative models to mammalian animals, such as C elegans to advance safety assessment of chemicals. This worm was the first organism whose DNA was fully sequenced. Since then, researchers have gathered extensive knowledge on this organism that the PrecisionTox consortium is now harvesting to transform toxicology from an observation discipline to a mechanistic science, to ultimately better protect human health and the environment. Discover how in this podcast and more!


PrecisionTox  is a EU-funded project  (Grant Agreement n° 965406)  dedicated to tackling chemical pollution, the first cause of deaths in the world, without the need of mammalian animal testing. 

To learn more, visit our project website and follow us on Twitter : @PrecisionTox


Hosted by Ausha. See ausha.co/privacy-policy for more information.

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Description

In this second episode of VOXLAB, the PrecisionTox podcast, Jeanne Laperrouze meets Prof. Jonathan Freedman from the University of Louisvilles (USA) to discuss the opportunities offered by alternative models to mammalian animals, such as C elegans to advance safety assessment of chemicals. This worm was the first organism whose DNA was fully sequenced. Since then, researchers have gathered extensive knowledge on this organism that the PrecisionTox consortium is now harvesting to transform toxicology from an observation discipline to a mechanistic science, to ultimately better protect human health and the environment. Discover how in this podcast and more!


PrecisionTox  is a EU-funded project  (Grant Agreement n° 965406)  dedicated to tackling chemical pollution, the first cause of deaths in the world, without the need of mammalian animal testing. 

To learn more, visit our project website and follow us on Twitter : @PrecisionTox


Hosted by Ausha. See ausha.co/privacy-policy for more information.

Description

In this second episode of VOXLAB, the PrecisionTox podcast, Jeanne Laperrouze meets Prof. Jonathan Freedman from the University of Louisvilles (USA) to discuss the opportunities offered by alternative models to mammalian animals, such as C elegans to advance safety assessment of chemicals. This worm was the first organism whose DNA was fully sequenced. Since then, researchers have gathered extensive knowledge on this organism that the PrecisionTox consortium is now harvesting to transform toxicology from an observation discipline to a mechanistic science, to ultimately better protect human health and the environment. Discover how in this podcast and more!


PrecisionTox  is a EU-funded project  (Grant Agreement n° 965406)  dedicated to tackling chemical pollution, the first cause of deaths in the world, without the need of mammalian animal testing. 

To learn more, visit our project website and follow us on Twitter : @PrecisionTox


Hosted by Ausha. See ausha.co/privacy-policy for more information.

Share

Embed

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