Brian Arthur Sellick

Brian Arthur Sellick

Brian Arthur Sellick was a British anesthetist renowned for his contribution to the field of anesthesiology, particularly for the development of the Sellick maneuver, also known as cricoid pressure. This technique is widely used in medical practice to prevent aspiration during the induction of anesthesia.

Early Life and Education

Brian Arthur Sellick was born in 1918 in the United Kingdom. He pursued his medical education at a prestigious institution, where he developed an interest in anesthesiology. His early career was marked by a dedication to improving patient safety during surgical procedures.

Career and Contributions

Sellick's most notable contribution to medicine is the development of the Sellick maneuver, a technique designed to prevent gastric contents from entering the trachea during anesthesia induction. This maneuver involves the application of pressure to the cricoid cartilage, effectively occluding the esophagus and reducing the risk of aspiration.

The Sellick Maneuver

The Sellick maneuver is performed by applying firm pressure to the cricoid cartilage with the thumb and index finger. This technique is particularly useful during rapid sequence induction, where the risk of aspiration is heightened. The maneuver has become a standard practice in anesthesiology and is taught to medical students and professionals worldwide.

Impact on Anesthesiology

Sellick's work significantly improved the safety of anesthesia, particularly in emergency situations where patients have not fasted. His technique has been incorporated into guidelines and protocols globally, underscoring its importance in modern medical practice.

Later Life and Legacy

Brian Arthur Sellick continued to contribute to the field of anesthesiology throughout his career. He was a respected educator and mentor, influencing many young anesthetists. Sellick passed away in 1996, but his legacy lives on through the widespread use of the Sellick maneuver.

Also see

• Anesthesiology
• Cricoid pressure
• Rapid sequence induction
• Aspiration prevention