@stemcellpodcast.com
Join us as we discuss the latest stem cell research, policy, and news with field experts. Brought to you by @stemcell.com.
π stemcellpodcast.com
@stemcellpodcast.comποΈNext week, we drop a special live recording from the @alleninstitute.org!
We invited two guests to discuss realities they face as early career researchers.
Dr. Crystal Rogers (@rogerslabucd.bsky.social): https://bit.ly/46Lny3u
Dr. Ariel Waisman (@waisman-ar.bsky.social): https://bit.ly/4hNKlBS
@stemcellpodcast.comπ£ The next episode is out!
Tune into our conversation with Dr. Lika Drakhlis at Hannover Medical School to learn all about how her lab uses hPSCs to develop complex, multi-tissue #organoids that model the co-development of the heart, vasculature, and foregut. π§«
Listen now: bit.ly/47euMgv
@stemcellpodcast.comThis first-in-human trial led by Jose Moraleda and Luis Linares shows that bone-targeted mesenchymal stem cells can promote bone formation and reduce fractures in #osteoporosis. π¦΄
More on the study: https://bit.ly/4rlTipc
ποΈ Tune into the discussion: https://bit.ly/47euMgv
@stemcellpodcast.comScientists with Rayyan Jokhai and Dr. Kyle Loj at @stanford.edu utilized lineage tracing and stem cell models to reveal two distinct neural progenitors that separately give rise to the forebrain/midbrain and hindbrain. π§
π§ͺ https://go.nature.com/4xE7oUo
π§ https://bit.ly/47euMgv
@stemcellpodcast.comSelf-organizing neural organoids recreate the coordinated development of the spinal cord and peripheral sensory nervous system, enabling studies of development, disease, and drug effects. π§«
More on the study: https://bit.ly/3VMIpB2
π§ Listen now: https://bit.ly/47euMgv
@stemcellpodcast.comDr. @sergiuppasca.bsky.social's lab with Konstantin Kaganovsky, @kevinkelley.bsky.social, Tilo Gschwind, and Paul Harary integrated human cortical organoids into mice, forming functional neural circuits. π§
𧫠https://go.nature.com/4yegEQt
Tune in: https://bit.ly/47euMgv
@stemcellpodcast.comπ Stay tuned for next week's episode featuring Dr. Lika Drakhlis at Hannover Medical School!
The Drakhlis lab focuses on hPSC-derived heart-forming #organoids, which model heart, vasculature and foregut co-development. π
Check out their latest work: https://go.nature.com/4y98zfY
@stemcellpodcast.comThe HippoβIGF2 signaling pathway was found to control organ growth and liver #regeneration, with IGF2 restoring impaired regenerative capacity in aged mice. π
Read more: https://bit.ly/4iW1JW3
π§ Tune into the discussion: https://bit.ly/4xGNSaO
@stemcellpodcast.comJian Li and investigators at @harvardmed.bsky.social found that loss of ALDH3B2 converts human pancreatic duct cells into #insulin-producing Ξ²-like cells capable of improving blood glucose in diabetic mice. π©Έ
More on the study: https://bit.ly/4gOALNr
π§ Listen now: https://bit.ly/4xGNSaO
@stemcellpodcast.comScientists with Dr. Lingling Hu at @weillcornell.bsky.social identified tendon/ligament #StemCells and showed that their abnormal differentiation contributes to ligament thickening and lumbar spinal stenosis. π¦΄
More on the study: https://bit.ly/4AalW0Q
π§ Tune in: https://bit.ly/4xGNSaO
@stemcellpodcast.comπ§ The next episode is live!
Dr. Yonatan Stelzer at @weizmann.ac.il discusses how his lab combines developmental biology, epigenetics, and single-cell technologies to understand how cells acquire distinct identities during #embryonic development. π§¬
Listen now! https://bit.ly/4xGNSaO
@stemcellpodcast.comπ€© Hope you're excited for our next guest, Dr. Yonatan Stelzer at @weizmann.ac.il!
The Stelzer Lab investigates how cell fate and identity are established during #embryonic development using single-cell and epigenomic approaches. π§«
Check out his latest work: https://bit.ly/3UsGAsB
@stemcellpodcast.comScientists with @katecavanaugh.bsky.social in the Weiner Lab at UCSF found that reproductive aging increases #embryo contractility and alters tissue mechanics, reducing successful embryo implantation.π«
Here's the study: https://go.nature.com/4gmQ01l
π§ Listen now! https://bit.ly/4wV6VNv
@stemcellpodcast.comResearchers discovered that generating tetraploid iPSCs produces #cardiomyocytes with more mature molecular, metabolic, and functional properties than conventional iPSC-derived cardiomyocytes. π
𧫠Check out the study: https://go.nature.com/4hSuYc4
ποΈ Listen now! https://bit.ly/4wV6VNv
@stemcellpodcast.comDr. Georgina Craig and scientists at @unityhealthto.bsky.social found that changes in oligodendrocytes and reduced NRF2 signaling are linked to cognitive decline during #aging, identifying a potential therapeutic target. β³
π§ͺ https://go.nature.com/4wU1qyE
Tune in: https://bit.ly/4wV6VNv
@stemcellpodcast.comDr. Irene Faravelli, Noelia AntΓ³n-BolaΓ±os, and scientists in Dr. Paola Arlotta's lab at @harvard.edu found that human brain #organoids cultured for five years continue to mature and retain a molecular memory of time spent in culture. π§
π¬ https://go.nature.com/4zIkDWC
Tune in: https://bit.ly/4wV6VNv
@stemcellpodcast.comπ The next episode has dropped!
Dr. Charles Easley at @universityofga.bsky.social discusses how his lab uses #PSCs and in vitro models of #spermatogenesis to investigate how environmental exposures affect male fertility.
Tune in now! https://bit.ly/4wV6VNv
