Clinical Research
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Engineering Movement with Neural Interfaces and Next-Generation Neuroprosthetics
Stanley Bazarek, MD, PhD, and Jennifer Sweet, MD, discuss the latest advances in neuromodulation, peripheral nerve surgery, and neuroengineering, highlighting the critical role of translating these innovations from the lab to patient care.

Advancing Heart Failure Research Across Borders
Varun Sundaram, MD, PhD, discusses how his experiences shaped his groundbreaking work in global heart failure research, from uncovering international differences in patient care to leading studies on GLP-1 therapies and advanced heart failure.

Groundbreaking ReHAB Study Seeks to Restore Purposeful Movement in Patients with Paralysis
Innovations in Neurology & Neurosurgery | Summer 2025

When Proteins Go Rogue: The Prion Paradigm in Neurodegenerative Disease
Neuropsychiatrist Brian Appleby, MD, shares insights on prion diseases like Creutzfeldt-Jakob and UH’s groundbreaking research and trials to better understand these rare but fatal neurodegenerative disorders.

De-Escalation, Genomics and Multidisciplinary Care Redefines Breast Cancer Treatment
Amanda Amin, MD, Janice Lyons, MD and Alberto Montero, MD, explore the evolution of breast cancer treatment. The discussion highlights how personalized care, clinical innovation and compassionate teamwork are transforming patient outcomes.

University Hospitals Harrington Heart & Vascular Institute Co-Leads National Trial of PE Solution
Innovations in Cardiovascular Medicine & Surgery | May 2025

Transforming Valve Therapy from Research to Real-World Application
Guilherme Attizzani, MD, shares his inspiring journey beginning as a research fellow in intravascular imaging and rising to become a national and international leader in structural heart disease interventions.

Neuroscience in Motion: Exploring Vision Cognition and Brain-Boosting Power of Exercise for Parkinson's
Aasef Shaikh, MD, PhD discusses his journey into neurology, research in neuro-ophthalmology, movement disorders, and the application of AI-driven exercise therapy for Parkinson’s disease.