Advanced glycation end products (AGEs) are compounds that are produced through non-enzymatic chemical reactions when sugars bond with proteins or lipids, occurring in conditions such as diabetes, uremia, aging, and rheumatic arthritis. A specific receptor, known as RAGE, interacts with select AGEs to trigger cell signaling. Pentosidine, a prominently studied natural AGE, serves as a common biomarker for assessing AGE production. Although pentosidine levels can be determined through urine analysis, it is predominantly broken down prior to excretion.
Advanced glycation end products (AGEs) are compounds that are produced through non-enzymatic chemical reactions when sugars bond with proteins or lipids, occurring in conditions such as diabetes, uremia, aging, and rheumatic arthritis. A specific receptor, known as RAGE, interacts with select AGEs to trigger cell signaling. Pentosidine, a prominently studied natural AGE, serves as a common biomarker for assessing AGE production. Although pentosidine levels can be determined through urine analysis, it is predominantly broken down prior to excretion.
Advanced glycation end products (AGEs) are compounds that are produced through non-enzymatic chemical reactions when sugars bond with proteins or lipids, occurring in conditions such as diabetes, uremia, aging, and rheumatic arthritis. A specific receptor, known as RAGE, interacts with select AGEs to trigger cell signaling. Pentosidine, a prominently studied natural AGE, serves as a common biomarker for assessing AGE production. Although pentosidine levels can be determined through urine analysis, it is predominantly broken down prior to excretion.
化学信息
分子量
492.45
分子式
C17H26N6O4?CF3COOH
CAS No.
225784-09-8
储存&溶解度
存储
Powder: -20°C for 3 years | In solvent: -80°C for 1 year | Shipping with blue ice.
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