Cholesterol determination by spectrophotometer: The risk of
Time: 2017-12-26
Cholesterol determination by spectrophotometer: The risk of heart disease is determined by skin analysis
When I and my husband first applied for life insurance, low monthly payments were the number one priority for our modest wedding income. Ten years later, we had to restart our policy to again check home visits for weight, cholesterol measurements and other inappropriate jobs. Cholesterol was not a problem for us ten years ago, but this time we improved, so we decided to start a new, healthier diet and a more active lifestyle to reduce levels.
Cholesterol testing in the past was limited to the long wait times for uncomfortable blood draws and laboratory analysis. Even with the new technology, the ability to monitor one's own cholesterol still requires a doctor's visit or clinical test. However, healthcare researchers are developing a new cholesterol measurement method that allows simple and non-invasive screening using a chemical skin test that uses spectrophotometry to produce skin color changes and color analysis.
In the past, cholesterol measurements and screening were limited to blood tests and analyzes, but the new technology used chemical skin tests and spectrophotometers as a noninvasive option
Photo credit: Neeta Lind, Flickr user
Spectrophotometer and Cholesterol Analysis
Thanks to the new technology, the use of skin analysis for cholesterol measurement is a safe and quick way to measure cholesterol levels routinely during visits, and may soon become the future of home testing. This painless skin test consists of simply placing a few drops of test fluid on the palm of your hand. The presence of cholesterol reacts with the liquid by changing color and can easily be measured using a hand-held spectrophotometer.
Simple and Fast Cholesterol Tests Available Through Noninvasive Color Measurement Using the Palm
Picture credit: Flickr user Andreas Levers
The use of spectrophotometers to measure cholesterol through the skin test is still in its infancy, but has a high market potential in the medical industry. FDA (Food and Drug Administration) has approved the use of spectrophotometric instruments along with cholesterol reagents to test cholesterol through the skin to provide a quantitative measure in the epidermis of the skin. Support by the FDA and CDC (Center for Disease Control) Approved this method as a reliable cholesterol measurement method as a step toward preventing heart disease and making skin cholesterol measurement a medical New trends in the field of health.
The skin contains cholesterol levels that are closely linked to the level of cholesterol in the body. Skin tests may provide information that may indicate an increased risk of heart disease and possible medical intervention needs
Picture credit: Flickr user Iwan Gabovitch
Innovation and equipment
Cholesterol measurement through skin tests provides a safe and non-invasive alternative to traditional blood screening tests. However, this new approach simply provides a self-monitoring tool and a preliminary screening of potential risks. Should follow up a wider range of tests and procedures. Spectrophotometers are a leader in cholesterol skin testing but are also valuable tools for traditional cholesterol measurement methods. In blood screening, the spectrophotometer analyzes the fluorescent pink dye, which is measured using colorimetric and cholesterol probes. These measurements provide a highly accurate measure of the presence of cholesterol in the body.
With the unlimited possibilities of spectrophotometers, future healthcare technologies are finding more use for this indispensable tool. 3NH, a leader in color measurement, works closely with the pharmaceutical and healthcare industries and remains at the forefront of patient care. We work with industry leaders to find the best color measurement solutions and our products are backed by our commitment to quality and ongoing customer support. Contact 3NH to learn how color measurement can help you become a future leader in healthcare reform.