Emergency Medical Treatment - Shock Assessment and Management Quiz

Hypoperfusion leads to a decreased pulse rate in shock.

The supine position with elevated legs helps improve venous return and circulation in shock.

A weak, thready pulse is a late sign of deteriorating perfusion in shock.

Immediate administration of epinephrine is crucial in treating anaphylactic shock.

Vasopressor therapy is essential in managing neurogenic shock, maintaining blood pressure in the absence of sympathetic tone.

Ensuring a clear airway is crucial for adequate oxygenation in shock cases.

Systemic vasodilation and inflammation characterize septic shock caused by severe infections.

Impaired cardiac function, often due to heart failure, leads to cardiogenic shock.

Neurogenic shock is characterized by bradycardia resulting from autonomic nervous system dysfunction.

Obstruction of blood flow, often due to a pulmonary embolism, leads to obstructive shock.

Normal saline is the preferred fluid to restore intravascular volume in hypovolemic shock.

Epinephrine is the primary treatment for anaphylactic shock, counteracting severe allergic reactions.

The main objective in managing shock is to restore adequate tissue perfusion and oxygen delivery.

Distributive shock is characterized by widespread vasodilation leading to decreased peripheral resistance.

Increased urine output is a late sign of shock in pediatric patients, indicating potential organ failure.