Hadrien Roze
This application offers healthcare professionals and medical students a comprehensive understanding of mechanical ventilation, enhancing their knowledge of patient–ventilator interactions.
仅展示当前所选商店地区的已观测下载价格。点击区域比价可查看各国家和地区的换算价格。
当前在 Apple 公共 App Store 页面可见的项目,可能不等同于 App Store Connect 中的完整目录。
This application offers healthcare professionals and medical students a comprehensive understanding of mechanical ventilation, enhancing their knowledge of patient–ventilator interactions.
iVentilate provides a calculator to explore key medical formulas, accompanied by detailed explanations of their underlying principles.
The application covers common clinical conditions, including acute respiratory distress syndrome (ARDS), obstructive syndrome, and restrictive syndrome.
Pathological cases are illustrated through ventilator screenshots, ranging from basic to advanced interpretation (over 60 screenshots). These annotated visuals help clarify complex concepts and facilitate learning. Major scientific studies are referenced to support the content.
Each case is linked to relevant PubMed studies and accompanied by video tutorials.
Important Notice: This application is intended for educational and informational purposes only. It is not a medical device and must not be used for clinical decision-making, diagnosis, treatment, or patient management. These tools are designed solely to support learning and understanding of medical concepts and must not be used in real clinical situations.
This content was created and compiled by H. Rozé, MD, PhD, former head of the Thoracic Intensive Care Unit at Bordeaux University Hospital (France). With over a decade of experience in intensive care and mechanical ventilation, he has contributed to numerous scientific publications. He co-developed, with Rémi Dubois, PhD, the SimVA virtual simulator for educational purposes (www.sim-va.com)
根据最新观测到的 App Store 数据快速解答。
最新观测到的下载价格为 ¥88.00。请打开 App Store 官方链接确认当前结算价格。
Apple 公开页面目前在该商店显示 0 个购买项目,公开列表可能不完整。
会。App Store 价格可能因商店、币种、税费和开发者定价而不同,目前已收集 4 个地区观测。