This comprehensive webinar examines the critical physiological and legal risks associated with physical and chemical restraint techniques utilized across in-custody and correctional settings. Participants will delve into the medical mechanics behind severe restraint-related complications—including positional asphyxia, deep vein thrombosis (DVT), aspiration pneumonia, and mechanical strangulation—utilizing high-profile case studies, such as the George Floyd case, to illustrate how chest and neck pressure fatally restricts airflow. By bridging the gap between clinical pathophysiology, behavioral subdual, and legal
accountability, this session equips medical professionals and legal experts with the essential tools to recognize lethal restraint positioning, mitigate systemic risk, and navigate the complex litigation surrounding custody-related injuries and sudden cardiac arrest.
Highlights (5-10 mins, each section)
● The Pathophysiology of Subdual: Unpack the physiological cascade of positional asphyxia and mechanical strangulation, tracing how external weight forces diaphragmatic splinting and fatal V/Q mismatches.
● Chemical vs. Physical Restraints: Analyze the distinct clinical definitions, deployment thresholds, and legal liabilities of chemical sedatives (e.g., Ketamine, Midazolam) across both healthcare and correctional environments.
● The Silent Killers (DVT & PNA): Examine how prolonged immobilization and prone positioning trigger delayed medical emergencies like deep vein thrombosis, pulmonary embolisms, and aspiration pneumonia.
● High-Profile Case Analysis: Review the landmark medical-legal frameworks stemming from the George Floyd case to understand how structural and positional pressure restricts airflow and establishes clear legal liability.
Objectives
Upon completion of this course, the attendee will:
● Differentiate between the therapeutic use of chemical restraints in healthcare settings and their compliance/security applications in correctional facilities.
● Identify the immediate red flags of positional asphyxia and impending cardiac arrest in individuals undergoing prone subdual.
● Explain the anatomical mechanisms by which mechanical chest compression and musculoskeletal trauma escalate into systemic emergencies like rhabdomyolysis or aspiration.
● Evaluate restraint protocols against current medical-legal standards to mitigate institutional liability and protect individual civil rights.
