AGEs Sensor
Product Introduction
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AGEs Sensor The culmination of excess sugar intake, primarily through diet, binding with the fundamental proteins that form the human body leads to the creation of substances known as Advanced Glycation Endproducts (AGEs). These compounds have gained prominence for their pivotal role in both the aging process and overall well-being. Notably, key structural elements such as skin, blood vessels, and bones are predominantly constituted by proteins. When these proteins undergo glycation due to interaction with sugars, their inherent functionality becomes impaired, resulting in a cascade of changes in bodily functions. This intricate interplay underscores the significance of understanding AGEs' impact on our physiological dynamics. |
Product Features
1. User-Friendly Optical Sensing Measurements
Contrary to traditional blood draws, the AGEs Sensor offers enhanced usability and heightened safety, catering to users of all levels.
2. Fingertip Measurements for Enhanced Precision and Consistency
Given minimal melanin accumulation and the absence of major blood vessels, fingertip measurements effectively minimize measurement errors. Furthermore, stable fingertip fixation facilitates consistent measurements, boosting accuracy.
3. Swift Measurements to Ease the Load on Operators
Our distinctive optical sensing and circuit technology enable swift measurements within seconds, alleviating the burden on operators.
Mechanism of AGEs (advanced glycation end-products) Accumulation
Recent research has shed light on substances crucial for human aging and health. Key structural elements like skin, blood vessels, and bones rely heavily on the protein "collagen." However, when collagen binds with sugars through glycation, it loses its functionality, potentially leading to skin aging, wrinkles, and compromised bone and vessel strength. Understanding these processes enhances our insight into the connection between glycation, collagen, and overall well-being.
Collagen functions as a resilient network, akin to a supple spring, preserving elasticity. Yet, with the progression of AGEs accumulation, collagen fibers undergo cross-linking, transforming from their pliable nature to a more rigid and brittle state, ultimately causing a decline in elasticity. This intricate process subsequently sets in motion a cascade of effects that reverberate across the body's functionality. As we delve deeper into these biochemical interactions, we uncover the profound impact of AGEs on collagen's structural integrity and its role in maintaining bodily functions.
AGEs Level Graph
The average levels of AGEs undergo changes in correlation with aging.
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