Next-gen apps for chronic conditions
See how intelligent smartphone apps are improving outcomes in patients with chronic conditions.
Deepfakes in medicine: Opportunity or threat?
Exploring how synthetic data is transforming medical training, diagnostics, and research.
Biotech startup valuation: Where science meets finance
Breaking down how investors evaluate biotech companies and what they seek at each stage of development.
Diagnostic dream team solving complex challenges
How AI is enhancing the diagnosis of a range of conditions, from diabetes to dementia.
3D bioprinting: From lab to life-saving
Let’s explore the amazing world of 3D bioprinting, which has applications in drug discovery, wound healing, surgical planning, and organ transplantation.
Can we all live longer in a world without disease?
The scope of topics at SXSW is always broad, so this week, I am covering sessions on healthcare literacy, genetic medicine to end chronic disease, and the latest insights on healthspan vs lifespan.
Emerging healthcare trends you need to know
Highlighting the emerging trends impacting healthcare according to world-renowned journalists, futurists, clinicians, and entrepreneurs at SXSW in Austin, Texas.
Why AI scribes are a win for patients and doctors
AI scribes are breaking down barriers in doctor-patient communication, allowing physicians to focus on you instead of their keyboards. Discover how this technology is improving healthcare experiences while reducing physician burnout.
Nanomedicine: Tiny tech, tremendous potential
Imagine a world where diseases are treated at the molecular level, where precision-targeted drugs eliminate cancer cells without harming healthy tissue, and where microscopic robots repair organs from within.
Your wearables are getting smarter
Discover how AI is revolutionizing health wearables, turning your everyday devices into sophisticated health coaches that deliver personalized insights and guidance.
Organ-on-a-chip: The future of drug testing
Learn how ‘organ-on-a-chip’ technology is reshaping how we develop drugs, study diseases, and personalize treatments.
Brain-computer interfaces: From sci-fi to clinical reality
Brain-computer interfaces (BCIs) are transforming from sci-fi dreams to clinical reality. New research shows BCIs can restore speech with 97% accuracy, control prosthetic limbs with sensory feedback, and may help treat conditions from depression to Parkinson’s.