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October 21, 2009
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Health Assessment applies rigorous, systematic methods of scientific inquiry to the evaluation and use of new or existing health care technologies. Health Assessment vast amounts of practical experience have been accumulated around the world, and a large body of relevant literature exists on the Internet and elsewhere. Health Assessment these resources have been packaged in a manner that will allow you to develop the knowledge and skills required to manage health care technologies based on their cost-effectiveness.

Health assessment : Health care for older people focuses on function, which covers the physical, mental (eg, thinking and remembering), psychological, and social aspects of a person’s life. Health assessment life term that is often used as a single, general measurement of the combination of all these functional aspects of life. Health assessment each aspect of function should be evaluated routinely in all sites of care, such as the doctor’s office, the hospital, an assisted-living facility, or the home.

The purpose of health assessment for older peoples is to encourage and promote wellness and independent function. One approach that works well is for health care providers to rapidly screen several areas by asking screening questions related to various areas of health and function. Health assessment whenever a potential problem is found, it is then evaluated more completely. Health ssessment answers to screening questions should be based on the older person’s day-to-day activities. Another person who is familiar with the older person being assessed (ideally a caregiver or family member) is often needed to provide (or verify) additional information about the older person’s daily functioning.

HRV Live! 1.0

Real-time Heart Rate Variability Monitoring and Heart Rate Variability Analysis System for research and educational purpose only

Heart Rate Variability Live! allows to show full dynamics of changes in the regulatory tonus of both the parasympathetic and sympathetic nervous systems and autonomic balance over a prolonged period of time. When monitoring, Heart Rate Variability Live! performs a full Heart Rate Variability analysis of the last 5 minutes of data and updates live displays every half a second.

Based on:

Continuous real-time short-term Heart Rate Variability Analysis

Devices used:


Inner Balance Scan 2.0

Check your client's inner balance and autonomic regulatory function for research and educational purpose only

The Inner Balance Scan Professional Edition provides the means for a quick evaluation of the autonomic nervous system’s regulatory function and uses the cutting edge technology to measure parasympathetic and sympathetic activities and assess the autonomic balance in the body.


Based on:

Standard 5-min resting Heart Rate Variability analysis

Devices used:

Biocom HRM-02 Pulse Wave Sensor

It is believed that Heart Rate Variability will become as common as pulse, blood pressure or temperature in patient charts in the near future. In the last ten years have been written about heart rate variability. Heart rate variability has been used as a screening tool in many disease processes. Heart rate variability various medical disciplines are looking at heart rate variability. In diabetes and heart disease it has been proven to be predictive of the likelihood of future events. In 1996, a special task force was formed between the US and European Physiological associations to outline current finds on heart rate variability and set specific standards on using heart rate variability in medical science and future practice. Since then a steady stream of new information and value continues to come out of heart rate variability research.

Heart rate variability refers to the beat-to-beat alterations in heart rate. Under resting conditions, the ECG of healthy individuals exhibits periodic variation. Heart rate variability this rhythmic phenomenon, fluctuates with the phase of respiration - cardio-acceleration during inspiration and cardio-deceleration during expiration. Heart rate variability predominantly mediated by respiratory gating of parasympathetic efferent activity to the heart.

Reduced heart rate variability has thus been used as a marker of reduced vagal activity. However, because Heart rate variability is a cardiac measure derived from the ECG, it is not possible to distinguish reduced central vagal activity from reduced peripheral activity.

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