University of Miami Miller School of Medicine

01/26/2026

New research led by medical student JP Russo and Dr. Paloma Toledo focuses on improving how iron deficiency anemia is identified and treated during pregnancy. Using data from thousands of deliveries, the team is showing how earlier intervention can help reduce complications during childbirth and improve patient outcomes.

Learn more about the research behind this approach: https://loom.ly/VzUHDpY

01/24/2026

Day 2 of spotlighted the future of cardiovascular care, with global experts sharing complex structural heart cases and next-generation transcatheter therapies.

A strong emphasis on AI, advanced imaging, and CT-guided approaches highlighted how technology is improving precision, procedural planning, and patient outcomes. Together, these innovations are driving more personalized, minimally invasive, and data-driven cardiac care.

01/22/2026

A full day of innovation, collaboration, and cutting-edge science at 🫀

From groundbreaking structural heart plenaries to deep dives into atrial fibrillation, heart failure, advanced imaging, and renal denervation, today’s sessions highlighted how rapidly evolving technology is transforming patient care. Experts from across the world shared complex cases, emerging data, and next-generation tools that reinforced a shared commitment to more precise, personalized, and minimally invasive cardiovascular treatment.

The day also featured interactive workshops, case-based discussions, and poster presentations showcasing the future of transcatheter therapies and device-driven innovation.

We can’t wait to see everyone tomorrow for Day 2! 🙌

01/22/2026

A few of our Innovations in Medical Education Conference presenters are already sharing what they hope you’ll take from this year’s event! Join us in Miami, March 26–27, 2026, to explore how AI is changing the way we teach, learn and lead the future generations of physicians.

01/22/2026

Join us in welcoming our newest , Marlene. 🧡🧪 From long days in the lab to everything that happens outside of it, she’ll be bringing you along through her Ph.D. journey at the Miller School of Medicine.

01/21/2026

Dr. Robert Keane’s research focuses on the brain’s innate immune system, the body’s first line of defense against viruses, bacteria and fungi. He is also an avid painter, whose artistic expressions are inspired by his interactions with nature or medicine. See more: https://loom.ly/gQusg-Q

01/20/2026

Meet our newest , Pranavi! 🙌 Follow along as she brings us through her first year here at the Miller School.

01/20/2026

supporting our tonight 🙌🏈

01/19/2026

What they said! 🙌🏈

01/16/2026

Technology is changing how neurosurgeons plan, operate, and follow patients long after surgery. Dr. Michael Ivan discusses his vision for the neurosurgery clinic of the future, where advanced imaging, wearable devices, and AI work together to better understand each patient’s needs, recovery, and quality of life. It’s an approach focused on personalization, data-driven care, and stronger physician-patient relationships.

Read more in this Q&A: https://loom.ly/IS8knO4

The Miller School of Medicine neurosurgeon is incorporating technology on behalf of his patients in clinic and the operating room.

01/15/2026

From student to professor emeritus, triple Cane Alex Mechaber, M.D. ’94, M.B.A. ’24, B.S. ’90, has transformed medical education through innovation, leadership and mentorship. Read more in UM Medicine Magazine’s Influential Alumni feature: https://loom.ly/pyeBvu8

01/14/2026

In the critical moments after a traumatic brain injury, protecting the brain can mean the difference between recovery and long-term damage. New research introduces an intranasal nanodrug approach that cools the brain directly, lowering brain temperature while leaving the rest of the body unaffected.
Designed for speed and precision, this work points to a future where neuroprotection could begin immediately, even before a patient reaches the hospital. 🧠 Learn more: https://loom.ly/uolh0ak

The Miller School team developed a nanodrug platform for targeted therapeutic hypothermia after traumatic brain injury.