Microlife Microlife
  • Prodotti Domiciliari
    • BP A6 Advanced Easy_red_logo Pressione arteriosa
    • trasp_NON CONTACT Febbre
    • trasp_NEB NANO_half-acc_PRINT_LOcopy1 Terapia respiratoria
    • trasp_WS 80n_half Controllo del peso
    • Software_downloads_allg Software
  • Prodotti Professionali
    • WatchBP Office ABI_front_cuff WatchBP Office
    • WatchBP O3 Ambulatory AFIB_front_cuff WatchBP 03
    • WatchBP Home A_front_cuff WatchBP Home
    • Cuff-Ankle Bracciali e Accessori
    • Software Software
  • Tecnologie
  • Magazine
  • Azienda
    • aboutus Chi siamo
    • Events Eventi e News
    • contact Contatti
    • History Storia
ITALIA
Italiano
Europe
  • EUROPE - English
  • CZECHIA - Čeština
  • DANMARK - Dansk
  • DEUTSCHLAND - Deutsch
  • ESPAÑA - Español
  • FRANCE - Français
  • HRVATSKA - Hrvatski
  • ITALIA - Italiano
  • LATVIJA - Latviešu
  • LIETUVA - Lietuvių
  • MAGYARORSZÁG - Magyar
  • NEDERLAND - Nederlands
  • ÖSTERREICH - Deutsch
  • POLSKA - Polski
  • PORTUGAL - Português
  • SCHWEIZ - Deutsch
  • SLOVENSKO - Slovenčina
  • SLOVENIJA - Slovenščina
  • SUOMI - Suomi
  • SCHWEIZ - Français
  • UK - English
  • ΕΛΛΆΔΑ - Ελληνικά
  • БЪЛГАРИЯ - Български
  • СРБИЈА - Српски
  • УКРАЇНА - Українська
  • TÜRKIYE - Türkçe
  • РОССИЯ - Русский
  • БЕЛАРУСЬ - Русский
Asia
  • ASIA PACIFIC - English
  • VIỆT NAM - Tiếng Việt
  • ประเทศไทย - ไทย
  • 中国 - 中文
  • 台灣 - 中文
Middle East and North Africa
  • MENA - Arabic عربى
USA, Latin America
  • US - English
  • AMÉRICA DEL SUR - Español
  • COLOMBIA - Español
  • MÉXICO - Español
Menu
Header Microlife & WatchBP Clinical Studies Flow

Evaluation of interarm blood pressure differences using the Microlife WatchBP Office in a clinical setting

Home > Prodotti Professionali
Share

Christoffer Krogager, Esben Laugesena, Niklas B. Rossen, Per L. Poulsen, Mogens Erlandsen and Klavs W. Hansen, 2017

Abstract

Evaluation of interarm blood pressure differences using the Microlife WatchBP Office in a clinical setting

Objective
The aim of this study was to evaluate the usefulness of Microlife WatchBP Office and the effect of increasing the number of measurements in the clinical evaluation of systolic interarm difference (IAD).


Patients and methods
Office blood pressure was measured simultaneously on both arms in 339 patients (85% diabetic) using the Microlife WatchBP Office, a fully automatic, oscillometric device. The patients included were all scheduled for ambulatory blood pressure measurement at the outpatient clinic of endocrinology at Silkeborg Regional Hospital, Denmark. Two successive sets of three individual measurements were made. A statistical analysis of variance was carried out on the measurements.

Results​
In the first set of measurements, the mean IAD was −0.3 mmHg and the prevalence of IAD greater than or
equal to 10 mmHg was 9.1%. Only 7.6% of the patients with an IAD less than 10 mmHg in the first set of measurements had an IAD greater than or equal to 10 mmHg in the second set of measurements. The 95% limits of agreement for the mean IAD for a single set of three measurements were ± 13.16 mmHg. The probability of detecting an IAD more than 10 mmHg only increased slightly with an increasing number of measurements.

Conclusion
A single set of triplicate measurements using Microlife WatchBP is an acceptable method for evaluating
IAD as more measurements do little to improve the probability of detecting an IAD more than 10 mmHg
because of high intraindividual variation. Blood Press Monit 00:000–000 Copyright © 2017 Wolters Kluwer Health, Inc. All rights reserved.

Download Abstract as PDF-file:
http://www.microlife.com/media/1712/download/Krogager_2017_IAD.pdf?v=1

Microlife
  • Contatti
  • Sede Legale
  • Privacy & Cookie Policy
  • Termini di utilizzo
  • Sviluppatori
Login
Copyright © 2025 - Microlife Corporation. All rights reserved.