Dr. Keshen Mathura discusses the MicroVision microvascular scanner and discusses and demonstrates how this tool to visualize the microcirculation can be used in the cardiac and critical care units to evaluate the health of the critical care patients' microcirculation. Additional discussion about use of the microvascular scanner to evaluate the ability to wean from ECMO.
Embark on an illuminating journey into the intricate world of microcirculation during cardiopulmonary bypass (CPB) procedures with our comprehensive webinar, spotlighting the revolutionary MicroScan imaging device. This session is meticulously crafted to equip healthcare professionals with profound insights into how microcirculatory assessments, facilitated by advanced imaging techniques, profoundly influence patient outcomes in cardiac surgery.
Introduction to MicroScan Technology: Gain a comprehensive understanding of the groundbreaking MicroScan technology, an innovative device that employs side stream dark field (SDF) imaging to offer unparalleled visualization of the microcirculation. Delve into the operational principles, clinical applications, and transformative potential of MicroScan in real-time microvascular assessment.
Understanding Microcirculatory Dynamics During CPB: Explore the nuanced changes occurring in the microcirculation during CPB procedures. This segment meticulously examines alterations in microvascular blood flow, vessel integrity, and tissue perfusion, shedding light on their profound implications for surgical outcomes and patient recovery.
Clinical Impact of Microvascular Monitoring: Navigate the critical role of continuous microvascular monitoring in optimizing surgical outcomes and patient care. Engage in discussions on how real-time microcirculatory data, provided by MicroScan, empowers clinicians to make informed decisions, tailor interventions, and mitigate adverse events during CPB.
Research and Case Studies Involving MicroScan: Uncover compelling case studies and recent research elucidating the tangible benefits of microcirculatory assessment with MicroScan in cardiac surgery settings. Analyze empirical evidence showcasing the correlation between microcirculatory parameters, intraoperative interventions, and postoperative outcomes.
Best Practices for Implementing MicroScan: Delve into the practical considerations and best practices for integrating MicroScan into routine clinical practice. Explore preoperative optimization strategies, intraoperative monitoring protocols, and postoperative follow-up approaches to maximize the clinical utility of microvascular imaging.
Future Developments in Microvascular Imaging: Peer into the future of microvascular imaging technology and its transformative potential in cardiac surgery. Examine ongoing research endeavors aimed at enhancing the accuracy, accessibility, and clinical utility of devices like MicroScan, paving the way for personalized patient care and surgical innovation.
Interactive Expert Panel Discussion: Engage with esteemed experts in the field during a dynamic panel discussion. Interact with thought leaders, share clinical insights, and explore the challenges and opportunities associated with the integration of advanced imaging solutions into contemporary cardiac care practices.
This webinar is essential for cardiologists, cardiac surgeons, anesthesiologists, and perfusionists dedicated to optimizing patient outcomes in cardiac surgery. It offers invaluable insights for medical researchers and educators seeking to stay abreast of cutting-edge advancements in microcirculatory assessment and imaging technology.
By participating in this webinar, attendees will not only deepen their understanding of microcirculation and its pivotal role in cardiac surgery but also acquire practical strategies for leveraging advanced imaging solutions to enhance clinical decision-making, improve patient outcomes, and drive innovation in cardiovascular care.
Graduated with degree in medicine at the University of Amsterdam. PhD research with prof. Can Ince at the department of Clinical Physiology of the University of Amsterdam Academic Medical Center
