#Labtech_Holter_applied_to_Astronauts_at_first_time

#Labtech_Holter_applied_to_Astronauts_at_first_time
@Labtech_Holter_applied_to_Astronauts_at_first_time

@Labtech_Holter #Labtech_Holter @Hungary_Astronaut_monitoered

@Labtech_Holter #Labtech_Holter @Hungary_Astronaut_monitoered
#ラブテック社ホルター心電計が #世界で初めて #宇宙飛行士の #心電図を記録

ハンガリ国 Labtech社ホルターが宇宙飛行士に装着

非接触 非侵襲 マイクロ磁気センサー 12誘導磁気式心電図 皮膚貼付電極不要 長時間計測可 新製品 研究向け メディカルテクニカ

非接触 非侵襲 マイクロ磁気センサー 12誘導磁気式心電図 皮膚貼付電極不要 長時間計測可 新製品 研究向け メディカルテクニカ
#非接触 #非侵襲 #マイクロ磁気センサー #12誘導磁気式心電図 #皮膚貼付電極不要 #長時間計測可 #新製品 #研究向け #メディカルテクニカ

2023年12月29日金曜日

#Ambulatory #monitoring of #central_arterial_pressure, #wave_reflections, and #arterialstiffness in patients at #cardiovascular_risk

This paper reviews current 24 h ambulatory noninvasive technologies for pulse wave analysis (PWA) providing central arterial pressure, pulse wave velocity, and augmentation index and the scientific evidence supporting their use in the clinical management of patients with arterial hypertension or at risk for cardiovascular complications. The most outstanding value of these techniques lies in the fact that they are user-friendly, mostly operator independent, and enable the evaluation of vascular function during daily-life conditions, allowing to obtain repeated measurements in different out-of-office circumstances, less artificial than those of the laboratory or doctor’s office. Studies performed so far suggest that 24 h PWA may represent a potentially promising tool for evaluating vascular function, structure, and damage in daily-life conditions and promoting early screening in subjects at risk. The current evidence in favor of such an approach in the clinical practice is still limited and does not recommend its routine use. In particular, at the moment, there is a shortage of long-term prognostic studies able to support the predictive value of 24 h PWA. Finally, the accuracy of the measures is strongly dependent on the type of technology and device employed with lack of interoperability among the devices that deeply affects comparability of results among studies using different technologies. It is thus mandatory in the near future to promote proper validation studies, for instance using the ARTERY protocol, and to plan well-designed long-term longitudinal studies that may prove the accuracy and high predictive value of PWA in ambulatory conditions.

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