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|You are at the official
site of ANSWatch - a
|Do you have
- are you monitoring
- are you taking
- are you aware of drug
side effects on ANS?
- self-improvement tips
or even fainted?
- are you low in blood
pressure or heart rate?
- are you taking
- You may experience
|Mitral Valve Prolapse?
- Mitral valve is the
bicuspid valve between left
atrium and ventricle
- If mitral valve is not
closed properly (called
mitral valve prolapse
MVP), the blood may
backflow during pumping
- there is a strong
connection between panic
attackes and MVP
- How to detect it?
|Am I having
- autonomic nervous
system works to fine tune
body conditions depending
on physiological needs
- ANS consists of two
branches: sympathetic and
- do you have balanced
- what are the symptoms of
- often noticing abnormal
uneven, or super-fast)?
- Yo might have cardiac
- Most sudden death
events are preceded by
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World General Federation of Nature Medicine Society
5th International Symposium on Natural Medicine
July 29, 2011 (Fri) ~ July 31, 2011 (Sun), Malaysia - Kuala Lumpur
ANSWatch– a Novel Portable Multi-functional Wrist Monitor System for Clinical
Applications in Integrated and Preventive Medicine
D.C. Sun1,Y.H. Chang2,Arthur Chen3, Justin Clark4 ,
１ Taiwan Scientific Corporation, 2 China Medical University, 3 U-Sun Healthcare
PTE LTD, 4 Sun Scientific Corp.
Recently approved by Taiwan FDA and certified by ISO 13485, CE Mark, and EN60601, ANSWatch wrist monitor
combines functions of blood pressure meter, ECG, and traditional Chinese finger pulse diagnosis into a single
portable device. The wrist monitor is designed to wear on the patient’s left wrist and measures systolic blood
pressure, diastolic blood pressure, mean blood pressure, heart rate, heart rate variability (HRV) parameters, and
irregular heartbeats in about seven minutes. It also conducts in-depth pulse waveform analysis after data download
to a PC, simulating traditional Chinese finger pulse diagnosis. In the recent human clinical studies, ANSWatch was
shown to produce accurate blood pressures, HRV and heart rate results when compared to a mercury-based
sphygmomanometer and an ECG (linear correlation coefficient above 0.90). In this paper, several clinical
applications in integrated medicine for ANSWatch were illustrated, with focuses on HRV-age-sex-disease
relationships, arterial hardening, cardiac arrhythmias, mitral valve prolapse (MVP), sympathetic block due to
paralysis, and deep breathing (often practiced in Qi and yoga). HRV, an index for total activity of autonomic
nervous system, was shown to decrease with age, anxiety /depression, diabetes, metabolic syndrome, and
cardiovascular diseases. Men’s HRV were lower than women, but the difference disappeared post-menopause.
Arterial hardening was indicated by the vascular stiffness index higher than 100. The index increased with
increasing primary peak angle and also with a higher position of the valley point between the primary peak and the
dicrotic notch. The valley point corresponds to the closure of the aortic valve and signifies the end of the systole.
Several forms of arrhythmias were observed, including delayed heartbeat, premature ventricular contraction (PVC)
or early heartbeat, missing heartbeat, constant irregular heartbeat, and atrial fibrillation (AF). MVP often exhibited
regurgitation (or back flow of blood into the left atrium during systole) which produced multiple small peaks
preceding the next pulse waveform. Partial paralysis from the neck down in a trauma patient caused the
sympathetic nerve signal to be blocked intermittently and resulted in blood pressure fluctuation. On the other hand,
controlled deep breathing brought the blood pressure waveform up and down in a periodic manner, which tended
to activate parasympathetic nervous system and thus increased HRV. This accurate and yet easy-to-operate
ambulatory patient monitor may play a significant role in integrated medicine as well as preventive care in the near
Keywords: ANSWatch, Pulse diagnosis, Heart rate variability, HRV, Autonomic nervous system, arrhythmia, mitral
valve prolapse, arterial hardening, sympathetic block