Artwork

Contenuto fornito da Soundside and KUOW News. Tutti i contenuti dei podcast, inclusi episodi, grafica e descrizioni dei podcast, vengono caricati e forniti direttamente da Soundside and KUOW News o dal partner della piattaforma podcast. Se ritieni che qualcuno stia utilizzando la tua opera protetta da copyright senza la tua autorizzazione, puoi seguire la procedura descritta qui https://it.player.fm/legal.
Player FM - App Podcast
Vai offline con l'app Player FM !

New study finds pandemic lockdowns prematurely aged teenage brains

14:57
 
Condividi
 

Manage episode 441645978 series 3303135
Contenuto fornito da Soundside and KUOW News. Tutti i contenuti dei podcast, inclusi episodi, grafica e descrizioni dei podcast, vengono caricati e forniti direttamente da Soundside and KUOW News o dal partner della piattaforma podcast. Se ritieni che qualcuno stia utilizzando la tua opera protetta da copyright senza la tua autorizzazione, puoi seguire la procedura descritta qui https://it.player.fm/legal.

Everyone is a current, former, or future teenager.

You probably know this period of life is an especially difficult time for kids. Throw in a deadly pandemic and the subsequent disruption of school and social life? It got a lot more complicated. And new research suggests COVID-19 lockdowns may have had lasting consequences for adolescent minds.
In a new study from the University of Washington Institute for Learning and Brain Sciences (I-LABS for short), researchers found that pandemic isolation actually accelerated the aging of teen brains.

Soundside spoke with the study's lead author about what that means for the mental health of teens post-pandemic, and we can learn about teenage brain development going forward.

Thank you to the supporters of KUOW, you help make this show possible! If you want to help out, go to kuow.org/donate/soundsidenotes
Soundside is a production of KUOW in Seattle, a proud member of the NPR Network.

Guests:

  • Neva Corrigan, the lead author of the study and a research scientist at the University of Washington’s I-LABS.

Related Links:

See omnystudio.com/listener for privacy information.

  continue reading

896 episodi

Artwork
iconCondividi
 
Manage episode 441645978 series 3303135
Contenuto fornito da Soundside and KUOW News. Tutti i contenuti dei podcast, inclusi episodi, grafica e descrizioni dei podcast, vengono caricati e forniti direttamente da Soundside and KUOW News o dal partner della piattaforma podcast. Se ritieni che qualcuno stia utilizzando la tua opera protetta da copyright senza la tua autorizzazione, puoi seguire la procedura descritta qui https://it.player.fm/legal.

Everyone is a current, former, or future teenager.

You probably know this period of life is an especially difficult time for kids. Throw in a deadly pandemic and the subsequent disruption of school and social life? It got a lot more complicated. And new research suggests COVID-19 lockdowns may have had lasting consequences for adolescent minds.
In a new study from the University of Washington Institute for Learning and Brain Sciences (I-LABS for short), researchers found that pandemic isolation actually accelerated the aging of teen brains.

Soundside spoke with the study's lead author about what that means for the mental health of teens post-pandemic, and we can learn about teenage brain development going forward.

Thank you to the supporters of KUOW, you help make this show possible! If you want to help out, go to kuow.org/donate/soundsidenotes
Soundside is a production of KUOW in Seattle, a proud member of the NPR Network.

Guests:

  • Neva Corrigan, the lead author of the study and a research scientist at the University of Washington’s I-LABS.

Related Links:

See omnystudio.com/listener for privacy information.

  continue reading

896 episodi

Tutti gli episodi

×
 
Loading …

Benvenuto su Player FM!

Player FM ricerca sul web podcast di alta qualità che tu possa goderti adesso. È la migliore app di podcast e funziona su Android, iPhone e web. Registrati per sincronizzare le iscrizioni su tutti i tuoi dispositivi.

 

Guida rapida