WELCOME
At Acuity Advisory, we provide expert consulting at the intersection of medical excellence and strategic leadership.
Whether you're a healthcare institution, business leader, or organization in need of precision-driven insights, we help you navigate complex challenges with tailored advisory solutions.
Why Choose Us?
Expert Medical Knowledge
Led by Prof. Dr. med. Dr. phil. Adrian Reber, Co-Founder & Medical Advisory Expert | Chief Physician | Researcher, with extensive expertise in anesthesiology and intensive care, providing evidence-based medical insights.
Strategic Business Advisory
Backed by global consulting experience, we ensure operational efficiency, leadership development, and process optimization.
Healthcare Leadership Experience
Prof. Reber has held key leadership roles in hospital management, contributing to strategic decision-making, healthcare operations, and the implementation of medical initiatives.
Commitment to Medical Education
As a university professor and examiner, Prof. Reber plays an active role in shaping the next generation of medical professionals, teaching specialized modules and conducting final medical exams.
Global Perspective
With international experience across Switzerland, Sweden, Singapore, and the UK, we provide insights tailored to diverse industries.
Tailored Solutions
We offer flexible, short-term expert consulting and custom advisory services based on your specific needs.
MEDICAL RESEARCH
Prof. Dr. Adrian Reber's extensive body of work spans four key research areas: General Anesthesia, Obstetric Anesthesia, Pediatric Anesthesia, and Intensive Care & Emergency Medicine. His research focuses on enhancing patient safety, optimizing respiratory function, and advancing clinical practices through evidence-based insights. By addressing the unique challenges within each specialty, Prof. Reber's contributions have significantly influenced modern anesthesiology and critical care protocols, improving outcomes for diverse patient populations worldwide.
General Anesthesia
37 publications
​Prof. Dr. Adrian Reber's research in General Anesthesia focuses on advancing the understanding of pulmonary function, gas exchange, and respiratory management during anesthesia. His work explores critical areas such as the prevention of atelectasis, optimization of oxygenation strategies, and safe management techniques during surgical procedures. Key studies investigate the impact of different anesthesia techniques on lung aeration, the influence of patient positioning, and strategies to mitigate respiratory complications. Prof. Reber’s contributions have significantly influenced best practices in perioperative respiratory care and improved patient safety protocols globally.
Paediatric anaesthesia
12 publications
Prof. Reber’s extensive work in Pediatric Anesthesia examines the unique challenges of managing the pediatric airway during anesthesia. His research emphasizes the physiological differences in children, focusing on airway dynamics, respiratory mechanics, and the effects of common airway maneuvers. Studies include advanced imaging techniques to assess airway behavior and investigations into the effectiveness of interventions like jaw-thrust and CPAP in maintaining optimal oxygenation. These findings have contributed to safer anesthesia practices and improved perioperative care for pediatric patients.
Obstetrics
4 publications
In the field of Obstetric Anesthesia, Prof. Reber’s publications highlight the interplay between anesthesia techniques and maternal-fetal health. His work delves into the effects of epidural and spinal anesthesia on maternal respiratory function, especially in obese patients and those with complex medical conditions like von Willebrand’s disease. The research addresses critical safety aspects during labor and cesarean sections, providing insights into risk mitigation and optimal anesthetic management for improved maternal and neonatal outcomes.
Intensive care and emergency medicine
9 publications
In Intensive Care and Emergency Medicine, Prof. Reber has made significant contributions to the understanding of respiratory failure, mechanical ventilation, and critical care management. His research addresses acute lung injury, ventilation-perfusion mismatch, and the effects of innovative therapies like continuous rotational therapy. Additionally, his work covers emergency airway management and critical interventions in trauma care, offering valuable protocols for optimizing patient outcomes in high-stakes environments. His insights continue to influence critical care practices, particularly in managing respiratory complications and improving intensive care protocols.