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Background Reliable measurement of blood pressure in conscious mice is essential in cardiovascular research. Telemetry, the “gold‐standard” technique, is invasive and expensive and therefore tail‐cuff, a noninvasive alternative, is widely used. However, tail‐cuff requires handling and restraint during measurement, which may cause stress affecting blood pressure and undermining reliability of...
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Male , Cardiac & Cardiovascular Systems , STRESS , Blood Pressure , stress , Heart Rate , Original Research , Behavior, Animal , Angiotensin II , telemetry , BODY-TEMPERATURE , RADIOTELEMETRY , Plethysmography , Hypertension , Female , Life Sciences & Biomedicine , Body Temperature Regulation , Restraint, Physical , 570 , noninvasive blood pressure measurement , hypertension , 610 , HEART-RATE , tail‐cuff , tail-cuff , Handling, Psychological , Predictive Value of Tests , 616 , Diseases of the circulatory (Cardiovascular) system , Animals , Humans , Habituation, Psychophysiologic , mouse , Science & Technology , HYPERTENSION , THERMONEUTRALITY , CAUDAL ARTERY , Reproducibility of Results , Blood Pressure Determination , Mice, Inbred C57BL , MICE , Disease Models, Animal , high blood pressure; hypertension; mouse; noninvasive blood pressure measurement; stress; tail‐cuff; telemetry , Regional Blood Flow , RC666-701 , Cardiovascular System & Cardiology , RAT , SYSTEM , high blood pressure