Which of the following best describes the early signs of distributive shock in children?

• A. Warm skin with tachycardia
• B. Cold skin with bradycardia
• C. Hypotension as the first feature
• D. Lethargy without tachycardia

Answer: (A)

Distributive shock in children typically begins with peripheral vasodilation, which lowers systemic vascular resistance. The body's first compensatory move is to increase heart rate to maintain tissue perfusion, so the earliest clue is warm, flushed skin accompanied by tachycardia. Blood pressure can still be normal at this stage because the child is compensating, and hypotension tends to appear later as the shock progresses. Cold, clammy skin reflects more advanced poor perfusion and is not an early sign of distributive shock. Bradycardia is a late decompensation finding, signaling worsening perfusion. Lethargy can occur, but it is usually seen alongside tachycardia early on; a lack of tachycardia is not typical of the initial distributive shock picture.