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Innhold levert av Shekerah Primus & Fatu Badiane, Shekerah Primus, and Fatu Badiane. Alt podcastinnhold, inkludert episoder, grafikk og podcastbeskrivelser, lastes opp og leveres direkte av Shekerah Primus & Fatu Badiane, Shekerah Primus, and Fatu Badiane eller deres podcastplattformpartner. Hvis du tror at noen bruker det opphavsrettsbeskyttede verket ditt uten din tillatelse, kan du følge prosessen skissert her https://no.player.fm/legal.
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Ep 35: How CRISPR Gene Therapy is Bringing Hope to the World

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Manage episode 380549321 series 2920115
Innhold levert av Shekerah Primus & Fatu Badiane, Shekerah Primus, and Fatu Badiane. Alt podcastinnhold, inkludert episoder, grafikk og podcastbeskrivelser, lastes opp og leveres direkte av Shekerah Primus & Fatu Badiane, Shekerah Primus, and Fatu Badiane eller deres podcastplattformpartner. Hvis du tror at noen bruker det opphavsrettsbeskyttede verket ditt uten din tillatelse, kan du følge prosessen skissert her https://no.player.fm/legal.

Send us a text

Every year, approximately 8 million children are born with a serious genetic disorder, and 3 million of them die before the age of 5. This disease burden is about to change. In this episode, we launch the CRISPR Chronicles series that will run throughout season 3. Since the pivotal paper by Doudna and Charpentier in 2012, CRISPR has taken the world by storm. Scientists have used this genome engineering tool in the lab to quickly and easily create mutants to study gene function in laboratory animals. But more importantly, the power of CRISPR gene editing as a biomedical intervention to cure diseases has been realized. Currently, dozens of clinical trials are ongoing or on the verge of being launched to cure everything from genetic blindness and sickle cell anemia, to cancers and HIV. In fact, the Sickle Cell Disease treatment, exa-cel is poised to become the first CRISPR gene editing therapy to be approved by the FDA. Due to its far-reaching impacts, Doudna and Charpentier won the Nobel Prize in chemistry in 2020 for discovery of CRISPR-Cas9 gene editing; thereby, breaking the boundary as dual female winners of this prize.
In this series we will explore:

  • How CRISPR gene editing works
  • The CRISPR origin story and major milestones
  • The many clinical trials giving hope to the millions of people worldwide suffering from cancers, and genetic and infectious diseases
  • The ethical debate of using CRISPR gene editing technology

For more information on this topic, visit our website: welovesciencepodcast.com
Hear directly from Sickle Cell Disease patients who were cured during the clinical trial: Victoria Gray and Jimi Olaghere
Jump directly to the next episodes in the CRISPR series:

Other Great episodes:

Support the Show: WeLoveSciencePodcast.com
Reach out to Fatu:
www.linkedin.com/in/fatubm
Twitter: @thee_fatu_b
and LoveSciencePodcast@gmail.com

Reach out to Shekerah:
www.linkedin.com/in/shekerah-primus
and LoveSciencePodcast@gmail.com

Music from Pixabay: Future Artificial Intelligence Technology 130 by TimMoor
Music from https://freemusicarchive.org/music/Scott_Holmes: Hotshot by ScottHolmesMusic

  continue reading

59 episoder

Artwork
iconDel
 
Manage episode 380549321 series 2920115
Innhold levert av Shekerah Primus & Fatu Badiane, Shekerah Primus, and Fatu Badiane. Alt podcastinnhold, inkludert episoder, grafikk og podcastbeskrivelser, lastes opp og leveres direkte av Shekerah Primus & Fatu Badiane, Shekerah Primus, and Fatu Badiane eller deres podcastplattformpartner. Hvis du tror at noen bruker det opphavsrettsbeskyttede verket ditt uten din tillatelse, kan du følge prosessen skissert her https://no.player.fm/legal.

Send us a text

Every year, approximately 8 million children are born with a serious genetic disorder, and 3 million of them die before the age of 5. This disease burden is about to change. In this episode, we launch the CRISPR Chronicles series that will run throughout season 3. Since the pivotal paper by Doudna and Charpentier in 2012, CRISPR has taken the world by storm. Scientists have used this genome engineering tool in the lab to quickly and easily create mutants to study gene function in laboratory animals. But more importantly, the power of CRISPR gene editing as a biomedical intervention to cure diseases has been realized. Currently, dozens of clinical trials are ongoing or on the verge of being launched to cure everything from genetic blindness and sickle cell anemia, to cancers and HIV. In fact, the Sickle Cell Disease treatment, exa-cel is poised to become the first CRISPR gene editing therapy to be approved by the FDA. Due to its far-reaching impacts, Doudna and Charpentier won the Nobel Prize in chemistry in 2020 for discovery of CRISPR-Cas9 gene editing; thereby, breaking the boundary as dual female winners of this prize.
In this series we will explore:

  • How CRISPR gene editing works
  • The CRISPR origin story and major milestones
  • The many clinical trials giving hope to the millions of people worldwide suffering from cancers, and genetic and infectious diseases
  • The ethical debate of using CRISPR gene editing technology

For more information on this topic, visit our website: welovesciencepodcast.com
Hear directly from Sickle Cell Disease patients who were cured during the clinical trial: Victoria Gray and Jimi Olaghere
Jump directly to the next episodes in the CRISPR series:

Other Great episodes:

Support the Show: WeLoveSciencePodcast.com
Reach out to Fatu:
www.linkedin.com/in/fatubm
Twitter: @thee_fatu_b
and LoveSciencePodcast@gmail.com

Reach out to Shekerah:
www.linkedin.com/in/shekerah-primus
and LoveSciencePodcast@gmail.com

Music from Pixabay: Future Artificial Intelligence Technology 130 by TimMoor
Music from https://freemusicarchive.org/music/Scott_Holmes: Hotshot by ScottHolmesMusic

  continue reading

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