Fully fictional handoff“Pressure looks good. They’re stable for transport.”
After Report · Free experienced-practice preview
The monitor shows a familiar number. The team is working harder to keep it there. Before the stretcher moves, what does the next team need to hear?
A fictional adult with no baseline oxygen requirement is being treated for suspected pneumonia and shock. Antibiotics and initial fluid resuscitation have been given; cultures are pending. Another ICU has accepted a transfer. The bedside team now reports:
| Finding | Earlier | Now |
|---|---|---|
| Mean arterial pressure (MAP) | 68 mm Hg | 67 mm Hg |
| Norepinephrine support | Prior prescribed dose | Dose doubled over 30 minutes |
| Oxygen / saturation | 4 L/min nasal cannula / 94% | 6 L/min / 92%; more breathing effort |
| Lactate | 2.6 mmol/L two hours ago | 4.0 mmol/L |
Urine output has fallen, crackles are newly reported, and the patient is slower to answer. There is no reported external bleeding. These observations are incomplete; nobody has yet established the cause of the new deterioration.
An adult with suspected pulmonary infection has worsening perfusion and respiratory findings despite a preserved MAP, while vasopressor and oxygen support are increasing.
For ICU and transport nurses, paramedics, practicing critical care NPs, and NP students. This original fictional case teaches reasoning; it is not a treatment order set, transport clearance, or accredited continuing education.
01 / ICU bedside
The MAP is almost unchanged; the patient’s support needs are not. Compare the pressure with the dose, perfusion findings, respiratory effort, and response over time. A numerical target alone cannot establish recovery.
No. In this case, the same pressure costs substantially more support. First verify the pressure measurement, prescribed infusion concentration and dose, pump delivery, and vascular access while the clinical team reassesses the patient. Communicate the rising support requirement now.
Serial lactate and capillary refill can contribute to assessment in suspected sepsis. Neither is a standalone diagnosis. Further fluid decisions need reassessment rather than a reflex response to the lactate, especially with worsening respiratory findings. Source 1
02 / Transport
Before departure, the sending, transport, and receiving clinicians need a shared risk assessment. Confirm the reason and urgency for transfer, the team’s capabilities, reliable access, monitoring, infusion continuity, oxygen supply for the trip and delays, and a response plan if support fails.
Neither is a complete decision. Escalate the changed condition for senior review. Balance further stabilization against the harm of delaying time-critical care unavailable here. Confirm that the selected team and equipment can meet the anticipated needs. An accepted bed does not settle that assessment. The 2026 UK adult-transfer guidance supports this risk–benefit approach; local staffing, scope, and protocols govern implementation. Source 2
03 / Receiving team
Do not turn “suspected pneumonia” into a closed diagnosis. The ranking below is an interpretation of this invented case, not a universal shock algorithm.
For: suspected infection and escalating circulatory support. Uncertain: microbiology is pending, and worsening findings do not prove infection is the only cause. Review treatment timing, source evaluation, and alternative explanations.
For: persistent poor perfusion with new crackles and increasing oxygen needs. Against certainty: crackles are nonspecific; no cardiac assessment is supplied. A qualified clinician’s focused echocardiography and broader hemodynamic assessment could change the interpretation. Source 3
No reported external bleeding excludes neither internal bleeding nor other causes of shock. New examination findings, hemoglobin trends, ECG or imaging findings, and direct checks of lines and pumps would move these possibilities up or down. Select investigations around the clinical question and urgency; do not order every test indiscriminately.
Reassess airway, breathing, circulation, and the delivery of current support while summoning the appropriate critical care team. Review oxygenation, work of breathing, pressure quality, mentation, peripheral perfusion, urine output, and treatment response together. Further support requirements, worsening consciousness, new arrhythmia, or respiratory exhaustion warrant immediate escalation through the agreed pathway.
Escalating vasoactive support and respiratory deterioration justify continued ICU-level care in this case. Transfer to another ICU is a separate decision from readiness for a lower level of care. The destination must provide the necessary monitoring, staffing, and organ support; no universal observation interval or single MAP value clears this patient.
The teaching takeaway
“MAP is 67, but the norepinephrine dose doubled in 30 minutes. Oxygen needs and breathing effort increased. We need to reassess the transfer plan together.”
Finish with the current assessment, what remains uncertain, actions already taken, who owns the next decision, and the contingency plan. Invite questions and confirm that the receiver understands and accepts responsibility. Source 4
For the experienced clinician: which detail would change your transport recommendation first, and what information would you need before defending that decision?
Keep real patient, colleague, employer, and school details out of replies. Bring the reasoning, not an identifiable story.
Sources checked November 15, 2026. All patient details and dialogue were invented for this lesson. Clinical interpretation is presented as educational reasoning; patient-specific targets, investigations, treatment, and transfer decisions belong to the responsible clinical team.
