EPISODE · Dec 19, 2023 · 30 MIN
S1, E6: Alltrna and tRNA therapeutics for rare genetic diseases with CEO Michelle Werner and rare diseases expert Dr David Weinstein
from Raising Biotech · host Surani Fernando
In this episode of Raising Biotech, Surani explores the untapped world of tRNA therapeutics with Flagship Pioneering-founded company Alltrna. The company raised $109 million in a series B in August 2023. Surani talks to CEO Michelle Werner about the inception of Alltrna, the company's tRNA therapeutic thesis and her journey to the role. She also talks about the company's plans to study its technology in rare genetic liver diseases and the potential to accelerate clinical trials with the use of basket trials. Dr David Weinstein, a rare diseases pediatrician and owner of Weinstein Rare Disease and Clinical Development Consulting also joins the podcast to give his take on the potential of tRNA therapeutics to serve thousands of diseases. He gives his thoughts on the company's mission, potential clinical trial challenges ahead and how the therapeutics might fit into the treatment paradigm. Timestamps: 01:58 - Background of Alltrna and tRNA therapeutics for rare genetic diseases 06:00 - Company formation under Flagship and Michelle's personal backstory 11:35 - Focussing on stop-codon diseases of the liver for first clinical trials 12:55 - Dr Weinstein talks about tRNA therapies for rare genetic diseases 16:55 - The use of basket trials to accelerate clinical trials 18:30 - Efficacy and safety considerations & regulatory pathway 21:45 - How tRNA therapies would fit into the treatment paradigm 24:05 - Potential for tRNA in other genetic diseases beyond the liver 26:00 - Alltrna's future pipeline and business strategy For any comments, questions, feedback or suggestions you can connect directly with Surani Fernando on LinkedIn or email: [email protected] Music composed by: Yrii Semchyshyn (Coma Media) Hosted on Acast. See acast.com/privacy for more information.
What this episode covers
In this episode of Raising Biotech, Surani explores the untapped world of tRNA therapeutics with Flagship Pioneering-founded company Alltrna. The company raised $109 million in a series B in August 2023. Surani talks to CEO Michelle Werner about the inception of Alltrna, the company's tRNA therapeutic thesis and her journey to the role. She also talks about the company's plans to study its technology in rare genetic liver diseases and the potential to accelerate clinical trials with the use of basket trials. Dr David Weinstein, a rare diseases pediatrician and owner of Weinstein Rare Disease and Clinical Development Consulting also joins the podcast to give his take on the potential of tRNA therapeutics to serve thousands of diseases. He gives his thoughts on the company's mission, potential clinical trial challenges ahead and how the therapeutics might fit into the treatment paradigm. Timestamps: 01:58 - Background of Alltrna and tRNA therapeutics for rare genetic diseases 06:00 - Company formation under Flagship and Michelle's personal backstory 11:35 - Focussing on stop-codon diseases of the liver for first clinical trials 12:55 - Dr Weinstein talks about tRNA therapies for rare genetic diseases 16:55 - The use of basket trials to accelerate clinical trials 18:30 - Efficacy and safety considerations & regulatory pathway 21:45 - How tRNA therapies would fit into the treatment paradigm 24:05 - Potential for tRNA in other genetic diseases beyond the liver 26:00 - Alltrna's future pipeline and business strategy For any comments, questions, feedback or suggestions you can connect directly with Surani Fernando on LinkedIn or email: [email protected] Music composed by: Yrii Semchyshyn (Coma Media) Hosted on Acast. See acast.com/privacy for more information.
NOW PLAYING
S1, E6: Alltrna and tRNA therapeutics for rare genetic diseases with CEO Michelle Werner and rare diseases expert Dr David Weinstein
No transcript for this episode yet
Similar Episodes
Jun 9, 2026 ·50m
Jun 1, 2026 ·31m
May 25, 2026 ·39m
May 17, 2026 ·37m
May 8, 2026 ·39m
Apr 28, 2026 ·25m