ICU-led remote vital sign trends monitoring of selected non-ICU-patients: a first year experience - Scorecard - MDSpire
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First-Year Experience With ICU-Led Remote Vital Sign Trend Monitoring in Selected Non-ICU Patients

  • By

  • Mark V. Koning

  • Roel V. Peelen

  • October 29, 2026

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Clinical Scorecard: First-Year Experience With ICU-Led Remote Vital Sign Trend Monitoring in Selected Non-ICU Patients

At a Glance

CategoryDetail
ConditionClinical topic addressed by the source article: First-Year Experience With ICU-Led Remote Vital Sign Trend Monitoring in Selected Non-ICU Patients
Key MechanismsMechanisms or clinical associations described in the source article.
Target PopulationNon-ICU patients whom an intensivist judged not to require ICU admission but to remain vulnerable to deterioration; selection was at the intensivist’s discretion, with emphasis on anticipated deterioration onset exceeding 2 hours, patient cooperation, and manageable ward care burden.
Care SettingCare setting described in the source article.

Key Highlights

  • From December 2024 to March 2026, 92 patients were monitored for 1,797 hours, with a 95.4% data capture rate.
  • Remote monitoring identified deterioration in 11 patients who subsequently required ICU admission.
  • Seven additional ICU admissions occurred without remote-monitoring detection, for reasons including ward care burden, laboratory results, neurological deterioration, oxygen needs, and planned admission.
  • Vital-sign abnormalities were absent in 39% of deterioration cases; the authors state that monitoring supplements bedside assessment and cannot replace nursing staff.
  • No in-hospital cardiac arrests, Rapid Response Team calls, or emergency ICU admissions occurred in the monitored cohort.

Guideline-Based Recommendations

Diagnosis

    Management

      Monitoring & Follow-up

        Risks

        • Remote monitoring may delay ICU admission and disperse patients nearing critical illness across the hospital.
        • Vital-sign abnormalities were absent in 39% of deterioration cases; the source also describes an unconscious patient without vital-sign abnormalities whose deterioration was not detected by monitoring.
        • The evaluation was retrospective and from one hospital; the source excerpt also notes limitations concerning adherence and patients who were not monitored, but the full text should be checked before including those details.

        Patient & Prescribing Data

        The cohort comprised 92 selected non-ICU patients; common indications included severe infection (37), pulmonary embolism (15), and COPD (9).

        Monitoring lasted a median of 1 day (reported range 0–3). Eleven patients with deterioration detected by remote monitoring subsequently required ICU admission; four received ward treatment, including diuretics, anti-arrhythmics, or naloxone.

        Clinical Best Practices

        • Use intensivist discretion to select patients; the source emphasizes anticipated deterioration onset exceeding 2 hours, patient cooperation, and manageable ward care burden.
        • Combine remote trend review with scheduled ward assessments and bedside visits.
        • Maintain clear responsibility: the ICU physician identifies deterioration and arranges ICU admission, while the treating physician manages other medical issues.
        • Do not rely on vital-sign monitoring alone to identify deterioration; the authors emphasize the value of patient visits.
        • Interpret the reported experience cautiously because it was a retrospective, single-hospital evaluation.

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