
Sign up to save your podcasts
Or


Priye Iworima is a PhD student at the University of British Columbia. Her project is focused on developing and optimizing a differentiation protocol for generating insulin-producing cells derived from stem cells that could be used as a potential therapy for type 1 diabetes. She is also working on optimizing process parameters to facilitate the large scale manufacturing of the cells.
Live Imaging of Stem Cells – For the first time, hematopoietic stem cells have been visualized in their native niche, without need for transplantation.
Parkinson’s May Start before Birth – Using an iPSC-derived model of young-onset Parkinson’s, investigators have identified a molecular signature of the disease and a possible therapeutic target.
Researchers Build a Better Lung Model – Researchers have used systems biology and machine learning to understand the development of hPSC-derived alveolar epithelial cells.
Not “Brains in a Dish” – Scientists have shown that cortical organoids do not develop distinctive cell types or organization, thereby failing to model human brain development.
Photo Reference: Courtesy of Priye Iworima
Never miss updates about new episodes.
By The Stem Cell Podcast4.7
101101 ratings
Priye Iworima is a PhD student at the University of British Columbia. Her project is focused on developing and optimizing a differentiation protocol for generating insulin-producing cells derived from stem cells that could be used as a potential therapy for type 1 diabetes. She is also working on optimizing process parameters to facilitate the large scale manufacturing of the cells.
Live Imaging of Stem Cells – For the first time, hematopoietic stem cells have been visualized in their native niche, without need for transplantation.
Parkinson’s May Start before Birth – Using an iPSC-derived model of young-onset Parkinson’s, investigators have identified a molecular signature of the disease and a possible therapeutic target.
Researchers Build a Better Lung Model – Researchers have used systems biology and machine learning to understand the development of hPSC-derived alveolar epithelial cells.
Not “Brains in a Dish” – Scientists have shown that cortical organoids do not develop distinctive cell types or organization, thereby failing to model human brain development.
Photo Reference: Courtesy of Priye Iworima
Never miss updates about new episodes.

32,067 Listeners

16,155 Listeners

4,275 Listeners

1,385 Listeners

762 Listeners

537 Listeners

1,028 Listeners

823 Listeners

321 Listeners

790 Listeners

34 Listeners

2,082 Listeners

29,214 Listeners

10 Listeners

554 Listeners