How to make your organs last longer | Quin Wills | TEDxNoVA

TL;DR

Cutting-edge technology allows for the preservation of human livers outside the body, enabling the reprogramming of donor organs to extend their viability and benefit patients in need of transplants.

Transcript

so let's speak about the elephant in the room this is Betty everyone say hello to Betty Betty oh they respond this is this is fantastic uh this is a machine that can keep a human liver alive outside of the Body for a day it's really cutting edge technology the surgeons are already using in the clinic to assess how well livers are doing before trans... Read More

Key Insights

• 🧑‍⚕️ Betty, a machine capable of preserving livers outside the body, revolutionizes the assessment of organ health for transplantation.
• 👶 Reprogramming RNA medicines offer new possibilities for using unfit donor organs, potentially increasing the availability of organs for transplant.
• 💊 Chronic diseases of aging present a significant challenge, and advancements in medicine are necessary to improve overall health and lifespan.
• 🖐️ AI and computational models play a crucial role in analyzing complex data and aiding in the discovery of new treatments.
• 😷 The collaboration between humans and algorithms has great potential in accelerating medical research and improving patient outcomes.
• 💅 Organ ICUs could become a reality, expanding the possibilities for organ transplantation and saving countless lives.
• 🛟 The reprogramming of donor organs could transform the lives of millions of individuals waiting for transplants.

Questions & Answers

Q: Why are scientists using machines like Betty to keep livers alive outside the body?

Machines like Betty are used to assess the health of livers before transplantation, allowing surgeons to determine the viability of the organ and ensure its success in saving a patient's life.

Q: How are RNA medicines being used to reprogram donor organs?

RNA medicines are programmed to target specific cells in the liver, changing the behavior of genes and improving liver function. This approach aims to make older or diseased organs suitable for transplantation.

Q: What are chronic diseases of aging, and why are they a concern?

Chronic diseases of aging refer to the deterioration of organs and bodily systems over time, leading to conditions like heart and kidney failure. With a growing elderly population, addressing these diseases is crucial for promoting healthy aging.

Q: How can AI and computational models aid in medical research?

AI algorithms and computational models can analyze large volumes of data, making predictions and suggestions for further research. This collaboration between humans and algorithms can accelerate the discovery of effective therapies while reducing costs.

Summary & Key Takeaways

• Betty, a machine, can keep a human liver alive for up to five days, aiding in the assessment of liver health prior to transplantation.

• RNA medicines are being used to reprogram donor organs that are deemed unfit for transplantation, potentially expanding the pool of viable organs for patients.

• Chronic diseases of aging are a growing concern, and advancements in medicine are necessary to promote longer and healthier lives.