Intradialytic Hypotension: Stabilize and Explain

Clinical Mastery · Visual teaching summary · October 3, 2026

Andrew Bland, MD, FACP, FAAP

Visual summary

Document symptoms, intervention, and response. Finishing the session does not prove that organ perfusion was adequate throughout treatment.

Intradialytic Hypotension: Stabilize and Explain. Full text follows below.
Download infographic (PNG) · Download Markdown · Read text version ·

Text version

Removal can exceed refill

Ultrafiltration, impaired vascular response, cardiac dysfunction, meals, medicines, and acute illness can disrupt circulatory stability during dialysis.

Recognize symptoms early

Dizziness, yawning, nausea, cramps, chest discomfort, altered mentation, or a concerning pressure trend can precede overt collapse.

Respond to symptoms and perfusion

Promptly reassess BP, symptoms, pulse/rhythm, access, and circuit. Reduce or stop ultrafiltration and provide positioning or fluid support through the unit’s authorized response protocol while identifying the cause. Persistent chest pain, altered consciousness, severe hypotension, or suspected acute illness needs urgent escalation.

Consider dangerous alternatives

Arrhythmia, ischemia, infection, bleeding, allergic reactions, and other emergencies should not be mislabeled as routine fluid-removal intolerance.

Prevent recurrence by changing the burden

Review excessive removal rate, inadequate treatment time, inappropriate target weight, meals, and medication timing. Extend or modify treatment when feasible instead of repeatedly rescuing the same preventable episode. Cooling may improve tolerance in selected patients; it is not a substitute for correcting an unsustainable fluid-removal plan.

Follow recovery

Document symptoms, intervention, and response. Finishing the session does not prove that organ perfusion was adequate throughout treatment.

Continue learning