GE HealthCare & UC Launch the Future of MRI Research

August 12, 2024

GE HealthCare banner ad

 

In a groundbreaking partnership, GE HealthCare, the University of Cincinnati (UC), UC Health, and Cincinnati Children’s have joined forces to establish a cutting-edge MRI Research and Development Center on UC’s medical campus. This collaboration, backed by a research and development grant from JobsOhio, is set to revolutionize MRI technology and clinical outcomes by merging academic expertise with industrial innovation. The center will feature state-of-the-art MRI systems, including GE HealthCare’s SIGNA Premier 3T scanner, equipped with advanced AI software and hardware technologies. With the aim to address both adult and pediatric clinical needs, the center is poised to accelerate the development of next-generation MRI solutions.

How will this collaboration reshape the future of MRI technology and its impact on patient care?

In this episode of Experts Talk, hosted by Daniel Litwin, we explore the transformative potential of this new MRI R&D center with Anja Brau, GM of MR Clinical Solutions & Research Collaboration at GE HealthCare, and Dr. Achala Vagal, Vice Chair of Radiology at the University of Cincinnati. Together, they discuss the strategic goals, technological advancements, and the broader implications for the healthcare industry.

Key discussion points:

  • The strategic vision behind the GE HealthCare and UC partnership and its expected impact on MRI research: This partnership is designed to accelerate the development of MRI technologies that can be rapidly translated from research to clinical practice, potentially setting new standards in diagnostic imaging.
  • How AIR Coil technology and AI software are set to improve MRI efficiency, accessibility, and precision: These innovations aim to reduce scan times, enhance image quality, and make advanced MRI capabilities more widely available, even in underserved areas.
  • The collaboration’s role in developing a skilled workforce and advancing clinical care in Ohio: By integrating academic and industrial expertise, the initiative will also focus on training the next generation of healthcare professionals, ensuring that Ohio remains a leader in medical technology and patient care.

Dr. Achala Vagal is a tenured Professor of Neuroradiology and Vice Chair of Research at the University of Cincinnati College of Medicine, specializing in advanced neuroimaging for cerebrovascular diseases. With over a decade of experience, she leads the Imaging Core Lab for NIH-funded trials and has made significant contributions to stroke imaging research. Dr. Vagal is widely recognized for her expertise, receiving multiple prestigious awards, including the RSNA Honored Educator Award and the Stroke Innovation Award, and she plays a pivotal role in clinical and translational science at the University of Cincinnati.

Anja Brau is a seasoned MedTech executive with 25 years of experience, specializing in magnetic resonance imaging (MRI) and R&D strategy. She has a strong track record of leading global teams to bring industry-leading MRI products like 4DFlow and AIR Recon DL to market, driving innovation at the intersection of medicine and engineering. Currently, she serves as the General Manager at GE HealthCare, where she leads initiatives to develop next-generation MRI applications through strategic partnerships and research collaborations.

Article written by MarketScale.

Recent Episodes

Netflix House
View episode

With the entertainment industry constantly evolving, Netflix is taking a bold step by merging the digital and physical worlds through the introduction of Netflix House, a new experiential retail venture. Set to open in 2025 in Texas and Pennsylvania, Netflix House aims to immerse fans in their favorite shows and movies with interactive experiences,…

On-device AI
View episode

On-device AI revolutionizes the tech landscape, making it a critical factor for industry dominance. This cutting-edge technology directly integrates advanced AI capabilities into devices, transforming consumer and enterprise applications. This shift stems from the need for improved performance, reduced latency, enhanced data privacy & security, and personalized user experiences. With advancements in neural processing…

semiconductor manufacturing
View episode

Over the past few years, the U.S. has made significant strides in semiconductor manufacturing, driven by substantial investments and strategic policies. With the CHIPS Act expected to triple domestic semiconductor manufacturing capacity by 2032, the need for a skilled workforce is more urgent than ever. This discussion explores the key question: What does the…