In Silico Hearts: Simulating Hearts with Computers
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Beschreibung
"In Silico Hearts" dives into the cutting-edge world of computational cardiology. Imagine using computer simulations to create virtual hearts, mimicking their mechanics and rhythms. This book unveils the science behind this revolution. Learn how researchers and engineers are building these digital hearts to study heart disease, test new drugs, and even design future artificial organs. "In Silico Hearts" is your roadmap to the future of cardiac research.
Intrigued by the future of heart health? "In Silico Hearts" unveils how computers are creating virtual hearts to fight disease, test treatments, and design next-gen artificial organs. It's your guide to this medical revolution!
Autor*in
Mathew
Dr. Mathew, for your Human Resource Management course, I propose "Flex Staff for Changing Needs." This book explores how businesses can leverage temporary and flexible staffing solutions to thrive in today's dynamic environment. We'll delve into the various forms of flex staff, including temporary workers, freelancers, and remote teams, analyzing how to strategically integrate them into your HR strategy. But "Flex Staff" goes beyond cost savings. We'll explore how a flexible workforce can fill skill gaps, address project needs, and keep businesses agile. The book also analyzes best practices for managing a flexible team, fostering communication, and creating a positive work environment. Recognizing the rise of the gig economy and the changing nature of work, we'll explore how technology is impacting staffing models and how businesses can prepare for a future where flexibility is key. "Flex Staff for Changing Needs" is a valuable resource for HR professionals, business owners, and anyone interested in navigating the future of work and the strategic advantages of a flexible workforce.
Themen in »In Silico Hearts: Simulating Hearts with Computers«
Virtual Heart Heart Simulation Drug Discovery Personalized Medicine Cardiac Function AI in Cardiology Heart Failure Modeling Arrhythmia Analysis Medical Device Design In Silico Modeling