Hypertension is a common medical condition. The World Health  Organisation classify a patient as hypertensive if a series of blood  pressure recordings reveal values greater than 160/100. It is important  to investigate and treat persistent hypertension for a variety of  reasons. The long term end organ effects are numerous and add  significantly to patient morbidity and mortality. Ensuring  cardiovascular stability and pre-optimisation of blood pressure allows  us to manipulate physiology and pharmacology more safely during  anaesthesia.It is necessary to understand the physiology of blood  pressure control and how this is affected by anaesthesia.. The  physiology of ageing is also an important component of blood pressure  control as the arterial system becomes increasingly rigid secondary to  arteriosclerosis..Organized in a reader-friendly format, this reference  collects a vast amount of information on the underlying mechanisms of  hypertension and applies them to day-to-day clinical practices --  focusing on recent developments in patient management, as well as the  molecular, biological, physiological, pathophysiological, and  pharmacological facets of hypertension. The guide presents  evidence-based information and offers practical approaches to the  treatment of the disease. It provides key points and summaries at the  beginning of each chapter, illustrations, algorithms, tables, and charts  that clarify and highlight critical data, and management and treatment  options for general and special populations.
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Hypertension: Principles and Practice
Labels: Anaesthesia