Combatting Veteran PTSD with Deep Learning on Longitudinal UK Health Data: A Comprehensive Review

PTSD in UK veterans often emerges long after service, complicating detection. The objective of this review is to assess whether deep learning applied to longitudinal NHS and Ministry of Defence data can facilitate a shift from late recognition to anticipatory intervention, and to define the requirements for its safe deployment. Evidence on sequence models (LSTM, transformers), multimodal integration of structured records and clinical notes, and explanation layers that render outputs legible to clinicians is synthesised. UK constraints, fragmented records, inconsistent veteran identifiers, and uneven digital maturity limit scale; feasible mitigations include secure data environments and federated training. Priority actions include standardising veteran coding, establishing a Veteran Health Analytics Hub, conducting prospective trials with health-economic endpoints, and integrating risk scores with concise, validated explanations into existing workflows. Properly implemented, longitudinal deep learning can reduce missed cases, accelerate access to effective support, and enable services to learn from their data while protecting privacy and trust.

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Publication Details

Journal
Path of Science
Published
2025-09-30
DOI
https://doi.org/10.22178/pos.122-8
Primary Topic
Artificial Intelligence in Healthcare
Type
article
Field-Weighted Citation Impact
0.00
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article

Combatting Veteran PTSD with Deep Learning on Longitudinal UK Health Data: A Comprehensive Review

Chinwendu F Agu, Gbenga Adeniyi Adediran, Andrew Ayemere Okhueigbe, Ruth Ese Otaigboria et al.
Path of Science
Artificial Intelligence in Healthcare
article

Combatting Veteran PTSD with Deep Learning on Longitudinal UK Health Data: A Comprehensive Review

Chinwendu F Agu, Gbenga Adeniyi Adediran, Andrew Ayemere Okhueigbe, Ruth Ese Otaigboria, Chizube Obinna Chikezie
article en

Abstract

PTSD in UK veterans often emerges long after service, complicating detection. The objective of this review is to assess whether deep learning applied to longitudinal NHS and Ministry of Defence data can facilitate a shift from late recognition to anticipatory intervention, and to define the requirements for its safe deployment. Evidence on sequence models (LSTM, transformers), multimodal integration of structured records and clinical notes, and explanation layers that render outputs legible to clinicians is synthesised. UK constraints, fragmented records, inconsistent veteran identifiers, and uneven digital maturity limit scale; feasible mitigations include secure data environments and federated training. Priority actions include standardising veteran coding, establishing a Veteran Health Analytics Hub, conducting prospective trials with health-economic endpoints, and integrating risk scores with concise, validated explanations into existing workflows. Properly implemented, longitudinal deep learning can reduce missed cases, accelerate access to effective support, and enable services to learn from their data while protecting privacy and trust.

Path of ScienceVol. 11(9)
Northern Illinois University (US), University of Denver (US), University of Ulster (GB), University of New Haven (US), Leeds Beckett University (GB)
Openalex Percentile: Top 67%
Artificial Intelligence in Healthcare
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Combatting Veteran PTSD with Deep Learning on Longitudinal UK Health Data: A Comprehensive Review — Chinwendu F Agu, Gbenga Adeniyi Adediran, et al. · Path of Science (2025) | TGRS Research Map | TGRS