# A client with septic shock is being reassessed after initial treatment. For each finding, select the best hemodynamic interpretation. > source: MyMerci (mymerci.kr) > url: https://mymerci.kr/pages/nclex_q.php?qn_id=393412&lang=en > language: en > subject: Hemodynamics > category: PA ## Question A client with septic shock is being reassessed after initial treatment. For each finding, select the best hemodynamic interpretation. | | Evidence of fluid responsiveness | Evidence of fluid intolerance | Persistent hypoperfusion requiring escalation | | --- | --- | --- | --- | | Passive leg raising produces a meaningful increase in stroke volume | | | | | After a prescribed fluid challenge, capillary refill improves and urine output begins to rise without signs of congestion | | | | | New crackles, rising oxygen needs, and jugular venous distention develop after a fluid bolus | | | | | Passive leg raising produces no stroke-volume improvement and pulmonary congestion is worsening | | | | | Mean arterial pressure remains below the treatment target with worsening mentation and oliguria despite initial measures | | | | | Lactate remains elevated or rises while capillary refill is delayed and other perfusion findings are concerning | | | | ## Explanation Hemodynamic reassessment in septic shock integrates dynamic measures with bedside perfusion and congestion findings. A meaningful stroke-volume increase during passive leg raising or a favorable perfusion response to a fluid challenge supports fluid responsiveness, but it does not create an automatic order for more fluid. New pulmonary congestion or no dynamic response suggests that additional fluid may be poorly tolerated. Persistent hypotension, altered mentation, oliguria, delayed capillary refill, or an elevated lactate trend despite initial measures signals ongoing hypoperfusion and the need for prompt escalation and reassessment. Lactate must be interpreted in clinical context. ## In-depth explanation Correct Answer Classify a meaningful stroke-volume response to passive leg raising and improved perfusion without congestion as evidence of fluid responsiveness. Classify new congestion or absent dynamic response as fluid intolerance. Classify persistent hypotension, organ-perfusion changes, or a concerning lactate and capillary-refill trend as persistent hypoperfusion requiring escalation. Why It Fits Dynamic tests predict whether stroke volume is likely to rise with fluid better than a static value alone. Bedside perfusion and congestion findings then show whether treatment is helping or causing harm. Clinical Picture Septic shock can produce vasodilation and impaired tissue perfusion. Some clients remain fluid responsive, while others develop pulmonary or venous congestion. Reassessment after every intervention prevents a reflexive fluid-only approach. Memory Link Responsive, congested, or still underperfused: test dynamically and reassess. NCLEX Rule Do not use one isolated number as a universal fluid command. Combine dynamic response, perfusion, congestion, and the client's clinical trajectory. Why the Alternatives Fail A passive-leg-raise response does not by itself mandate unlimited fluid. Crackles and rising oxygen need are not evidence that another bolus is harmless. An elevated lactate trend is important but is not interpreted without the rest of the clinical picture. Source 1Surviving Sepsis Campaign Guidelines 2021 22026 NCLEX-RN Test Plan ## Clinical scenario The team is using dynamic assessment, perfusion findings, and signs of congestion to decide whether more fluid may help or harm. No single value is interpreted in isolation, and the client is reassessed after each intervention. ## Key concepts - **Fluid Responsiveness** — A physiologic state in which stroke volume is likely to rise after an increase in preload. It predicts a hemodynamic response but does not automatically mean that more fluid is required or safe. - **Passive Leg Raise** — A reversible dynamic maneuver that transfers venous blood toward the central circulation. A real-time rise in stroke volume or cardiac output can support fluid responsiveness without first giving a fluid bolus. - **Tissue Perfusion** — Delivery of oxygenated blood to tissues, assessed through the clinical picture such as mentation, capillary refill, urine output, blood pressure, skin findings, and laboratory trends interpreted together. ## Related questions - [A client with chronic obstructive pulmonary disease is sitting upright, using accessory mu…](https://mymerci.kr/pages/nclex_q.php?qn_id=396589&lang=en) - [A client with septic shock has received the prescribed crystalloid bolus. The mean arteria…](https://mymerci.kr/pages/nclex_q.php?qn_id=397262&lang=en) - [A client arrives with sudden right-sided weakness and aphasia. The family states the clien…](https://mymerci.kr/pages/nclex_q.php?qn_id=397320&lang=en) - [A client who takes apixaban was admitted after a fall. 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