Self-Measure Office Blood Pressure (SMOBP) and Home Blood Pressure
Monitoring (HBPM) for white coat effect diagnosis among hypertension patients
Dublin Core
Title
Self-Measure Office Blood Pressure (SMOBP) and Home Blood Pressure
Monitoring (HBPM) for white coat effect diagnosis among hypertension patients
Monitoring (HBPM) for white coat effect diagnosis among hypertension patients
Subject
home blood pressure monitoring, self-measure office blood
pressure, white coat effect, white coat hypertension
pressure, white coat effect, white coat hypertension
Description
Background: Hypertension is a critical factor in the deaths over the world
among those who have cardiovascular diseases such as coronary artery
disease, stroke, and chronic kidney disease.
Purpose: This study aims to investigate the diagnosis capability of the white
coat effect in hypertensive patients whose blood pressure was not on target.
Methods: This study is an analytical study. Data were collected from 19
uncontrolled hypertension patients at Bang Si Thong health promoting
hospital from August to December 2022. The geographic data are presented
in the descriptive statistic terms of mean, difference, and standard deviation.
The research outcome was analyzed by paired t-test.
Results: The research results showed blood pressure measurement
by SMOBP was more valuable in terms of statistical significance than
Daytime HBPM (134±8.21 vs 125.5±6.74 p<0.001), while it was statistically
significantly lower than Office-measured (148.15±10.33 vs 134±8.21
p<0.001), and there were participants whose blood pressures were going as
a targeted by SMOBP 55% and HBPM 80%.
Conclusion: Self-Measure Office Blood Pressure [SMOBP] can eliminate
some of the white coat effect, but it could not be used instead of Home Blood
Pressure Monitoring [HBPM] for the diagnosis of white coat hypertension.
The SMOBP might be a choice for patients who have the white coat effect in
socioeconomically disadvantaged areas.
among those who have cardiovascular diseases such as coronary artery
disease, stroke, and chronic kidney disease.
Purpose: This study aims to investigate the diagnosis capability of the white
coat effect in hypertensive patients whose blood pressure was not on target.
Methods: This study is an analytical study. Data were collected from 19
uncontrolled hypertension patients at Bang Si Thong health promoting
hospital from August to December 2022. The geographic data are presented
in the descriptive statistic terms of mean, difference, and standard deviation.
The research outcome was analyzed by paired t-test.
Results: The research results showed blood pressure measurement
by SMOBP was more valuable in terms of statistical significance than
Daytime HBPM (134±8.21 vs 125.5±6.74 p<0.001), while it was statistically
significantly lower than Office-measured (148.15±10.33 vs 134±8.21
p<0.001), and there were participants whose blood pressures were going as
a targeted by SMOBP 55% and HBPM 80%.
Conclusion: Self-Measure Office Blood Pressure [SMOBP] can eliminate
some of the white coat effect, but it could not be used instead of Home Blood
Pressure Monitoring [HBPM] for the diagnosis of white coat hypertension.
The SMOBP might be a choice for patients who have the white coat effect in
socioeconomically disadvantaged areas.
Creator
Pavornpath Burimsittichai1* , Tatree Bosittiphichet2 , and
Thanakamon Leesri3
Thanakamon Leesri3
Source
http://jkp.fkep.unpad.ac.id/index.
php/jkp
php/jkp
Date
December 01, 2023
Contributor
PERI IRAWAN
Format
PDF
Language
ENGLISH
Type
TEXT
Files
Collection
Citation
Pavornpath Burimsittichai1* , Tatree Bosittiphichet2 , and
Thanakamon Leesri3, “Self-Measure Office Blood Pressure (SMOBP) and Home Blood Pressure
Monitoring (HBPM) for white coat effect diagnosis among hypertension patients,” Repository Horizon University Indonesia, accessed February 10, 2026, https://repository.horizon.ac.id/items/show/10660.
Monitoring (HBPM) for white coat effect diagnosis among hypertension patients,” Repository Horizon University Indonesia, accessed February 10, 2026, https://repository.horizon.ac.id/items/show/10660.