Biospectal lance son application en Suisse
Innovation suisse : une mesure de la tension artérielle certifiée CE est possible via une application pour smartphone
Une start-up lausannoise lance une application qui permet de mesurer sa tension artérielle avec son smartphone. Elle espère qu’à terme, elle sera prise en charge par les assurances.
Biospectal lance son application en Suisse
Une start-up lausannoise lance une application pour mesurer la tension artérielle avec son smartphone – rts.ch
Biospectal OptiBP™ Blood Pressure App Launches in Switzerland, Featured on National TV Channel RTS
Today, Biospectal’s groundbreaking OptiBP™, the first CE approved smartphone app to measure blood pressure using a fingertip on a smartphone camera that launched has launched in Switzerland, was featured on Swiss national television channel RTS.
In the vignette, RTS explored OptiBP’s potential to dramatically improve user engagement with monitoring blood pressure in their daily life.
With better patient participation in their doctor’s care, they become much more aware and educated about their heart health, which helps doctors overall to be more effective in generating positive life quality.
OptiBP for Android launched on January 30th in Switzerland. It will be available in multiple European countries later in 2024. OptiBP for iOS is in development, and interested users can sign up for notification of its launch status here.
Une startup lausannoise lance une application smartphone permettant de calculer sa tension artérielle grâce à l’appareil photo de son téléphone.
Une startup lausannoise lance une application smartphone permettant de calculer sa tension artérielle grâce à l’appareil photo de son téléphone.
“Cuffless Blood Pressure in clinical practice: challenges, opportunities and current limits.”
Benoit Henrya, Maxime Merza, Harry Hoanga, Ghaith Abdulkarimb,c, Jedrek wosikd and Patrick Schoettker.
Taylor & Francis Blood Pressure 33, no.1 (January 2024)
https://doi/epdf/10.1080/08037051.2024.2304190.
This review explores cuffless blood pressure technologies and their impact on clinical practice, highlighting innovative devices that offer non-invasive, continuous and non-continuous monitoring without a cuff. Signal processing is essential for ensuring accurate readings, as it filters out unwanted artifacts and environmental disturbances which could make the reading inaccurate. While these advancements show great potential for transforming cardiovascular care, there are still several challenges to overcome, including the need for standardized protocols and validation studies to ensure their reliability and safety in clinical settings.