Lab-grown insulin-producing cells restore blood sugar control in diabetic mice

📰 Original title: Scientists reverse diabetes in mice with lab-grown insulin cells

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#science #diabetes #stemcell...

Lab-grown insulin-producing cells restore blood sugar control in diabetic mice

Researchers in Sweden have developed an improved method for generating insulin-producing cells from human stem cells, marking a significant advance in the effort to treat type 1 diabetes. The study…

KillBait Archive
Scientists developed a tool for better control of #stemcell development that repeatedly obtains up-to-date #geneticinformation from #livingcells. It will enable better monitoring of stem cells for e.g. therapies in the future: http://go.tum.de/881110

📷A.Heddergott
Reading Genetic Activity from Living Cells without Destroying Them

Until now, studying the genetic processes in cells required destroying them - making it impossible to observe these processes over extended periods of…

🌳🌵🪴🌿Plants are amazing!🌴🌲🌱🌾

In this Commentary, Cai et al. explore the #molecular #evolution of #StemCell regulators that drive regenerative strategies like somatic embryogenesis and de novo organ regeneration in #plants.

https://doi.org/10.1111/jse.70055
@WileyEcology
#PlantSci #botany

🌳🌵🪴🌿Plants are amazing!🌴🌲🌱🌾

Cai et al. explore the #molecular #evolution of #StemCell regulators that drive regenerative strategies like somatic embryogenesis and de novo organ regeneration in #plants.

https://doi.org/10.1111/jse.70055
@WileyEcology
#PlantSci #botany

Documentary highlights Alberta father’s fight for ethnically diverse stem cell donors
An Edmonton father is sharing his tragic son's search for a stem cell match in a new documentary, highlighting the need for more donors across diverse backgrounds.
#Health #News #CanadianBloodServices #HealthMattersEdmonton
https://globalnews.ca/news/11773679/new-documentary-alberta-father-ethnically-diverse-stem-cell-donors/
Documentary highlights Alberta father’s fight for ethnically diverse stem cell donors
An Edmonton father is sharing his tragic son's search for a stem cell match in a new documentary, highlighting the need for more donors across diverse backgrounds.
#Health #News #CanadianBloodServices #HealthMattersEdmonton
https://globalnews.ca/news/11773679/new-documentary-alberta-father-ethnically-diverse-stem-cell-donors/
Documentary highlights Alberta father’s fight for ethnically diverse stem cell donors
An Edmonton father is sharing his tragic son's search for a stem cell match in a new documentary, highlighting the need for more donors across diverse backgrounds.
#Health #News #CanadianBloodServices #HealthMattersEdmonton
https://globalnews.ca/news/11773679/new-documentary-alberta-father-ethnically-diverse-stem-cell-donors/
Documentary highlights Alberta father’s fight for ethnically diverse stem cell donors
An Edmonton father is sharing his tragic son's search for a stem cell match in a new documentary, highlighting the need for more donors across diverse backgrounds.
#Health #News #CanadianBloodServices #HealthMattersEdmonton
https://globalnews.ca/news/11773679/new-documentary-alberta-father-ethnically-diverse-stem-cell-donors/
The Node welcomes Andrea Murillo as the new Community Manager. Here she introduces herself to our #DevBio and #StemCell communities. https://thenode.biologists.com/hi-from-the-new-community-manager/news/
ERK regulates both proliferation & lineage specification during #embryo development, but how? This study shows that ERK levels modulate human pluripotent #StemCell differentiation into mesendoderm by fine-tuning its differentiation potential & cell division speed @PLOSBiology https://plos.io/4seESa5
Fine-tuning ERK activity enables proliferation-differentiation balance during lineage specification of human embryonic stem cells

ERK is a signalling mediator that regulates both proliferation and lineage specification during embryo development, however the mechanisms to achieve this remain unclear. This study shows that ERK levels modulate human pluripotent stem cell differentiation into mesendoderm by fine-tuning its differentiation potential and cell division speed.