Titlebook: Exertional Heat Illness; A Clinical and Evide William M. Adams,John F. Jardine Book 2020 Springer Nature Switzerland AG 2020 Exertional Hea

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Molecular Aspects of Thermal Tolerance and Exertional Heat Illness Susceptibility,ch and make it difficult to associate immune-related genotypes with EHS risk. Additionally, we present molecular targets of pharmacological treatments and individual genotypes associated with susceptibility to heat stress and MH (malignant hyperthermia) to depict novel molecular mechanisms likely as

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Management of Exertional Heat Stroke in Athletics: Interdisciplinary Medical Care,o execute current best practices. In the last decade, various guidelines and statewide policies on EHS management have been introduced by medical and athletic organizations. Among those that mandated the use of evidence-based best practices, longitudinal and cross-sectional data are now starting to

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Ghislaine Gueudet,Birgit Pepin,Luc Trouchend heat exhaustion) to life-threatening disorders (exertional heat stroke). It is imperative that individuals, practitioners, and policymakers are well informed about the risk of and predisposing factors to exertional heat illnesses. Primary among these risk factors is heat stress which is the resul

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Stein Haugom Olsen,Anders Petterssonuiring prompt recognition, management, and care to ensure survival. Caused by a number of intrinsic (e.g., acclimatization status, cardiovascular fitness, hydration) and extrinsic (e.g., environmental conditions, clothing requirements, work-to-rest ratios) risk factors, these risk factors can create