Different Types of Biometics What You Should Know

Biometics is a medical tool which assists in the measurement of vital signs such as blood pressure, heart rate, breathing and blood oxygen saturation. A biometric has no exterior presence and does not emit light, sound or color.

Blood pressure is measured using a needle placed against the body's normal diaphragm and pressed hard into the vein. Heart rate is determined by placing an oral probe between the sternum and the nipple. Breath is measured using a probe placed at the bottom of the throat and placed into the trachea. Oxygen saturation can be measured by inserting a probe into the nose and pressing it into the muscle, air sacs or hollow spaces on the neck.

These tests use modern technology to use your own human anatomy to accurately measure your vital signs. Human anatomy has its own characteristic of how our organs work. Biometics capture these variations and measures the resultant variations in the body's physiology.

Biometics use your own biochemistry to measure your vital signs. Biometics is a technique that uses the human body as a test platform for the development of medical products. This technology has been used since the early 1990s in hospitals' laboratories.

Biometics technology is used in many parts of the world including Spain, United States, Germany, Austria, UK, Canada, China, Japan, Singapore, Korea, India, Brazil, Russia, France, Italy, United Arab Emirates, New Zealand, Australia, Spain, Poland, Brazil, United States and Venezuela. However, not all countries are utilizing this technology.

The most popular use of Biometics technology is for blood pressure measurement. Blood pressure can be diagnosed by measuring the pressure changes when your pulse is measured and the change in blood flow across the capillaries.

Biometics - For Those Who Work in Darkness is the only way to measure your biochemistry as it is the only measure of human anatomy. Biometics is a very fast method of establishing the blood pressure of a patient based on the patient's own internal biochemistry.