[Vascular variability syndromes]

Area of Science:

• Chronobiology
• Cardiovascular Physiology
• Hypertension Research

Context:

• Ambulatory blood pressure monitoring (ABPM) provides around-the-clock data.
• Chronobiological interpretation requires time-specific reference values from matched healthy individuals.
• Vascular variability disorders (VVDs) represent deviations from normal BP patterns.

Purpose:

• To apply analytical methods to ABPM data for VVD identification.
• To interpret BP variability in a chronobiological context.
• To assess cardio-, cerebro-, and renovascular disease risk using identified VVDs.

Summary:

• Analytical methods applied to ABPM data identify VVDs.
• VVDs include circadian BP over-swinging (CHAT), deficient heart rate variability, MESOR hypertension, elevated pulse pressure, and BP ecphasia.
• These VVDs can combine into multi-component vascular variability syndromes.

Impact:

• Enables early identification of individuals at risk for major vascular diseases.
• Provides a framework for understanding complex BP regulation.
• Facilitates personalized risk assessment and potential therapeutic strategies.