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Coronary Artery Disease Management in Military Aircrew
Insights
Coronary artery disease (CAD) affects German military aircrew, with many diagnosed despite monitoring. Optimized screening and risk factor management are crucial for aircrew fitness and return to flying duties.
Area of Science:
- Aerospace Medicine
- Cardiology
- Military Health
Background:
- Coronary artery disease (CAD) is a primary reason for disqualifying aircrew from flying duties.
- Effective screening and management are vital for maintaining aircrew health and operational readiness.
Purpose of the Study:
- To analyze German military aircrew diagnosed with CAD and/or acute coronary syndrome.
- To optimize individual outcomes and aeromedical disposition for affected aircrew.
Main Methods:
- Retrospective analysis of German Air Force Centre of Aerospace Medicine data.
- Inclusion of pilots and nonpilot aircrew diagnosed with CAD and/or myocardial infarction (MI) between 1987 and 2023.
- Evaluation of risk factors, diagnostics, treatment, and aeromedical disposition.
Main Results:
- 126 aircrew (55% pilots) identified with CAD/MI, 77% had 2-6 risk factors.
- Treatment varied: conservative (pilots 54%, nonpilots 47%), percutaneous coronary intervention (pilots 44%, nonpilots 37%), bypass grafting (pilots 3%, nonpilots 16%).
- Return to flying: 65% of pilots (57% with restrictions), 54% of nonpilot aircrew.
Conclusions:
- A subset of aircrew develops significant CAD, necessitating proactive screening and risk factor elimination.
- Comprehensive CAD management must integrate military aviation demands with clinical guidelines.
- Individual prognosis and aeromedical disposition require tailored strategies for aircrew with CAD.
Abstract:
INTRODUCTION: Coronary artery disease (CAD) is the leading cause of denial or withdrawal of flying privileges for aircrew. Screening for CAD is therefore crucial. The present study analyzed German military aircrew with diagnosed CAD and/or acute coronary syndrome despite close medical monitoring with the intention to further optimize individual outcomes and aeromedical disposition.METHODS: The digital information systems of the German Air Force Centre of Aerospace Medicine were searched for pilots and nonpilot aircrew with CAD and/or myocardial infarction (MI). They were retrospectively analyzed for age at initial diagnosis, body mass index, cardiovascular risk factors, diagnostic procedures, treatment, and aeromedical disposition.RESULTS: Between February 1987 and March 2023, 126 aircrew, 55% pilots and 45% nonpilot aircrew, were identified with CAD and/or MI. An accumulation of two to six risk factors was found in 77% of both groups. Most pilots (54%) received conservative treatment, 44% underwent percutaneous coronary intervention, and 3% coronary artery bypass grafting. In the group of nonpilot aircrew, conservative treatment was performed in 47%, coronary intervention in 37%, and bypass grafting in 16%. A total of 45 pilots (65%) returned to flying duties, albeit 39 (57%) with restrictions. In the group of nonpilot aircrew, 31 (54%) returned to flying duties.DISCUSSION: A small group of aircrew developed CAD over the years, some with severe coronary artery stenoses and MI. Further optimization of individual prognosis and aeromedical disposition should aim at appropriate CAD screening and risk factor elimination. CAD management needs a comprehensive approach regarding military aviation requirements and clinical guidance.Guettler N, Sammito S.
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