¿Qué es Inosine? Aplicaciones, dosis, alternativas y especificaciones

Inosine, also known as hypoxanthine ribonucleoside, es un nucleoside formed by connecting hypoxanthine and D-ribose via a β-N9-glycosidic bond. It es una important category of purine nucleosides, with wide application value in the global pharmaceutical industry, aditivo alimentario industry, feed additive industry, and sports nutrition health product sector. Its molecular formula is C10H12N4O5, molecular weight is 268.23, CAS number is 58–63–9, and EINECS number is 200–390–4. Inosine es un naturally occurring endogenous purine nucleoside in living organisms and plays a central role as a key intermediate in the purine metabolism pathway and as a precursor for ATP synthesis. It se deriva de the deamination of adenosine via adenosine deaminase (ADA). Inosine appears as a white cristalline polvo, odorless, con una special sweet taste. Its solubility in water es unpproximately 2.1 g/100 mL at 20°C, con una weakly acidic pH of 4.8–5.8 (1% solución). Its punto de fusión ranges from 212°C to 226°C (decomposes). It is stable at temperatura ambiente but must be stored protegened from light and humedad.

Inosine se reconoce como the core nucleoside of cellular energy metabolism, holding an irreplaceable position in the modern pharmaceutical, food, and feed industries. Its most outstanding core advantages lie in the multiple physiological functions endowed by its unique nucleoside structure, high safety from its natural origin, and wide application adaptability.

Unique Role as a Core Energy Metabolism Participant: Inosine es un key intermediate in the purine metabolism pathway and an important precursor for ATP synthesis. This unique energy metabolism regulation function makes it an important regulator of cellular energy balance.