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[Some unsolved problems of assessment of blood pressure level]
Kardiologiia
|August 2, 2003
Insights
This study introduces a method for assessing blood pressure and finding an individual's optimal level using critical flicker fusion frequency. It also addresses "white coat" hypertension and its classification within the ICD system.
Area of Science:
- Cardiovascular physiology
- Ophthalmology
- Medical diagnostics
Context:
- Assessing blood pressure levels is crucial for cardiovascular health management.
- The phenomenon of "white coat" hypertension complicates accurate blood pressure readings.
- Standardized classification systems are needed for hypertensive states.
Purpose:
- To determine individual optimal blood pressure using critical flicker fusion frequency.
- To discuss the implications of "white coat" and office hypertension.
- To explore the encoding of these conditions within the WHO International Classification of Diseases (ICD).
Summary:
- The study proposes a novel method for blood pressure assessment based on critical flicker fusion frequency (CFFF).
- This technique aims to identify an individual's optimal blood pressure, moving beyond standard measurements.
- The research also examines the diagnostic challenges and classification of "white coat" and office hypertension.
Impact:
- Provides a new tool for personalized blood pressure management.
- Enhances understanding and classification of specific hypertensive conditions.
- Aims to improve diagnostic accuracy and coding for hypertension in clinical practice.
Abstract:
The paper deals with blood pressure level assessment and selection of individual optimal blood pressure by means of determination of critical frequency of fusion of flashes. The problem of "white coat" and office hypertension as well as encoding of these states in the context of WHO International Classification of Diseases is also discussed.