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<p>Remote monitoring is essential for healthcare digital transformation, however, this poses greater burdens on healthcare providers to review and respond as the data collected expands. This study developed a multimodal neural network to automate assessments of patient-generated data from remote postoperative wound monitoring. Two interventional studies including adult gastrointestinal surgery patients collected wound images and patient-reported outcome measures (PROMs) for 30-days postoperatively. Neural networks for PROMs and images were combined to predict surgical site infection (SSI) diagnosis within 48 h. The multimodal neural network model to predict confirmed SSI within 48 h remained comparable to clinician triage (0.762 [0.690–0.835] vs 0.777 [0.721–0.832]), with an excellent performance on external validation. Simulated usage indicated an 80% reduction in staff time (51.5 to 9.1 h) without compromising diagnostic accuracy. This multimodal approach can effectively support remote monitoring, alleviating provider burden while ensuring high-quality postoperative care.</p>

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Multimodal machine learning to predict surgical site infection with healthcare workload impact assessment

  • 期刊论文

  • 出版模式：

    开放获取

  • 发表日期：

    2025年2月23日

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  • Kenneth A. McLean,
  • Alessandro Sgrò,
  • Leo R. Brown,
  • Louis F. Buijs,
  • Katie E. Mountain,
  • Catherine A. Shaw,
  • Thomas M. Drake,
  • Riinu Pius,
  • Stephen R. Knight,
  • Cameron J. Fairfield,
  • Richard J. E. Skipworth,
  • Sotirios A. Tsaftaris,
  • Stephen J. Wigmore,
  • Mark A. Potter,
  • Matt-Mouley Bouamrane,
  • Ewen M. Harrison,
  • K. Baweja,
  • W. A. Cambridge,
  • V. Chauhan,
  • K. Czyzykowska,
  • M. Edirisooriya,
  • A. Forsyth,
  • B. Fox,
  • J. Fretwell,
  • C. Gent,
  • A. Gherman,
  • L. Green,
  • J. Grewar,
  • S. Heelan,
  • D. Henshall,
  • C. Iiuoma,
  • S. Jayasangaran,
  • C. Johnston,
  • E. Kennedy,
  • D. Kremel,
  • J. Kung,
  • J. Kwong,
  • C. Leavy,
  • J. Liu,
  • S. Mackay,
  • A. MacNamara,
  • S. Mowitt,
  • E. Musenga,
  • N. Ng,
  • Z. H. Ng,
  • S. O’Neill,
  • M. Ramage,
  • J. Reed,
  • A. Riad,
  • C. Scott,
  • V. Sehgal,
  • A. Sgrò,
  • L. Steven,
  • B. Stutchfield,
  • S. Tominey,
  • W. Wilson,
  • M. Wojtowicz,
  • J. Yang

摘要

Remote monitoring is essential for healthcare digital transformation, however, this poses greater burdens on healthcare providers to review and respond as the data collected expands. This study developed a multimodal neural network to automate assessments of patient-generated data from remote postoperative wound monitoring. Two interventional studies including adult gastrointestinal surgery patients collected wound images and patient-reported outcome measures (PROMs) for 30-days postoperatively. Neural networks for PROMs and images were combined to predict surgical site infection (SSI) diagnosis within 48 h. The multimodal neural network model to predict confirmed SSI within 48 h remained comparable to clinician triage (0.762 [0.690–0.835] vs 0.777 [0.721–0.832]), with an excellent performance on external validation. Simulated usage indicated an 80% reduction in staff time (51.5 to 9.1 h) without compromising diagnostic accuracy. This multimodal approach can effectively support remote monitoring, alleviating provider burden while ensuring high-quality postoperative care.