Stem Cell Podcast

🔔 The second episode has dropped!

In partnership with the @ISSCR's Early Career Advisory Committee, we're spotlighting rising leaders in stem cell research. Hear from Drs. @AnuHemalatha and @Verena_heart4u on cell fate, #cardiac development, and disease modeling!

🎧 Tune in: bit.ly/4zmw4T2

🎌 We've brought you a special episode all the way from Kyoto, Japan!

On November 10th, hear Drs. Shinya Yamanaka, Hideyuki Okano, Masayo Takahashi, Jun Takahashi, and moderator Dr. Raeka Aiyar celebrate the 20th anniversary of #iPSCs by reflecting on the discoveries that shaped the field, and explore what's coming next.

📅 Don't miss this live recording produced with @ss_f_official and Stellar Lab Radio.

Scientists in Dr.@MoEbrahimkhani's lab at @PittTweet found a synthetic biology approach that selectively eliminates abnormal cells from stem cell-derived multicellular models, improving liver #organoid maturity and embryo model development.

🔬 bit.ly/3Uj6xeq
🎧 Tune in: bit.ly/3Uj6xeq

🧪 Researchers in Dr. Sheng Ding's lab including Hua Wu at @Tsinghua_Uni found that chemically induced totipotent-like stem cells generate self-organizing mouse embryo models that progress through gastrulation and early #organogenesis, including the development of functional cardiac tissue.

Read more: go.nature.com/4jVXQ4j
Tune in: bit.ly/4zmw4T2

🗺️ Researchers used spatial transcriptomic and metabolomic profiling to map early human organ development, revealing distinct cell populations and molecular programs involved in tissue specification.

Read more: go.nature.com/4zQPFuE
🎧 Listen to the roundup: bit.ly/4zmw4T2