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All tools/Long-COVID, Post-Viral & Post-Infectious Cardiac Models
Interactive worksheet13 clinical inputsPatient data not stored

Cardiopulmonary Exercise Test (CPET) Long-COVID Pattern Classifier

CPET Long-COVID Pattern Classifier: Explanation and Clinical Context This tool classifies cardiopulmonary exercise test (CPET) findings in Long-COVID into functional patterns reflecting common physiological derangements, including ventilatory inefficiency, preload failure, chronotropic limitation, gas-exchange impairment, and deconditioning. It integrates established CPET interpretation frameworks and updated post-CO

Interactive worksheet

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0/13 filled
On beta-blocker
(stricter cut-offs derived from peer-reviewed studies)
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Active structured worksheetActive local worksheet: mapped inputs can be completed, validated, copied, saved, and exported on this device. No numerical score is asserted unless its formula is independently reproducible.
Clinical contextWhy this tool matters and how to interpret it

Understand the result,
not just the number.

CPET Long-COVID Pattern Classifier: Explanation and Clinical Context This tool classifies cardiopulmonary exercise test (CPET) findings in Long-COVID into functional patterns reflecting common physiological derangements, including ventilatory inefficiency, preload failure, chronotropic limitation, gas-exchange impairment, and deconditioning. It integrates established CPET interpretation frameworks and updated post-COVID research, helping clinicians contextualize submaximal exercise intolerance.

Evidence & references5 primary sources mapped
  1. Source 1

    Agostoni P, et al. Eur J Prev Cardiol.

  2. Source 2

    Dorelli G, et al. Respir Physiol Neurobiol.

  3. Source 3

    Barbagelata L, et al. J Clin Med.

  4. Source 4

    Mancini DM, et al. JACC.

  5. Source 5

    Oruqaj G, et al. medRxiv. 2025.

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Active local worksheet: mapped inputs can be completed, validated, copied, saved, and exported on this device. No numerical score is asserted unless its formula is independently reproducible.

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Clinical structure and calculation context point directly to Source 1; additional primary references remain listed for auditability.