Key result
Nocturnal blood pressure assessment provides superior prognostic value for cardiovascular and non-cardiovascular events compared to routine daytime or clinic measurements.
Why the study?
Blood pressure is a 24-hour phenomenon and nocturnal blood pressure holds high prognostic value, but clinic and standard home blood pressure measurements have limitations in assessing it.
Nocturnal blood pressure assessment via ambulatory or time-triggered home monitoring provides critical prognostic information regarding cardiovascular risk that is missed by routine clinic measurements.
Timed HBPM may improve patient comfort during out-of-office monitoring; leaves open validation against ABPM for routine use.
Hypertension, a disease of epidemic proportion, is assessed by measuring blood pressure (BP). Various methods are employed, the most common being “clinic blood pressure measurement (CBPM).” However, environment and technical errors can confound it. Other methods include home blood pressure measurement (HBPM), which shows readings of awake time only, and 24-hour ambulatory blood pressure monitoring (ABPM). A recent technique that causes less sleep disturbance is “timed HBPM.” Blood pressure is a 24-hour phenomenon, and prognostically night time blood pressure, being more important, must be assessed properly. Besides providing the precise mean of 24-hour blood pressure, it extends knowledge regarding many other parameters of clinical importance like dipping pattern and morning surge etc. For nocturnal BP assessment, 24-hour ABPM and time-triggered HBPM are utilized. The importance of nocturnal blood pressure assessment for diagnostic and prognostic evaluation of various cardiovascular and non-cardiovascular conditions would be highlighted in this review article.
No takes yet. Share an insight, caveat, or question.
Imran Hameed (2023) conducted a review in Hypertension. Nocturnal blood pressure assessment vs. Daytime or clinic blood pressure measurement was evaluated. Nocturnal blood pressure assessment provides superior prognostic value for cardiovascular and non-cardiovascular events compared to routine daytime or clinic measurements.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: