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First, elderly health and anti-aging intervention

As a key metabolite of leucine, HMB-Ca has shown unique value in the prevention and treatment of senile muscle decay syndrome (sarcopenia). Clinical data show that elderly people over 65 years old supplement 3 grams of HMB-Ca daily, combined with moderate resistance training, after 12 weeks, the average muscle mass of limbs increased by 1.2kg, grip strength increased by 14%, and step speed improvement rate reached 23%‌34. Its mechanism of action includes:

The clinical positioning of Citicoline is indeed undergoing an important transformation, gradually evolving from a traditional "adjuvant drug" to a "core neuroprotective agent". This transformation is not groundless, but based on the continuous accumulation of evidence-based medicine evidence, a deep understanding of its multi-target mechanism of action, and a critical recognition of the "time window" in the treatment of acute nerve injury. The following are the key foundations and analyses that support this transformation:

1. Source and essence

Polyglucose:

Artificial synthesis: made by high-temperature polymerization of glucose (mainly derived from corn starch), sorbitol, and citric acid.

Non natural existence: Natural polyglucose does not exist in nature.

✅  Core conclusion:

Tolerant to conventional heat processing: Polyglucose can stably withstand most heat treatments in food processing, including baking, pasteurization, high-temperature sterilization (UHT), steaming, frying, and other commonly used temperature ranges (usually ≤ 180 ° C).

Polyglucose is an artificially synthesized water-soluble dietary fiber. ‌

Water soluble dietary fiber belongs to the major category of polyglucose. ‌

Here is a detailed explanation:

What is Polyglucose?

Definition: Polyglucose is an artificially synthesized low calorie, low glycemic index polymer. It is mainly composed of glucose molecules (usually derived from corn starch), combined with a small amount of sorbitol and citric aci

1、 Analytical reagents and reaction mechanisms

Reducing agent and masking agent

Vitamin C is commonly used as a strong reducing agent in the laboratory to neutralize oxidizing substances (such as elemental iodine)

1、 Conditions for daily use

Within a reasonable dosage range

The recommended daily intake of vitamin C for healthy adults is between 200-300mg

1、 Core mechanism of action

Hydroxylation reaction catalysis 

Vitamin C is a key coenzyme for collagen production, which promotes the hydroxylation of amino acid side chains in collagen molecules by catalyzing the hydroxylation reaction of proline and lysine, forming a stable triple helix structure.

1、 Main food sources

Fresh fruits

Citrus fruits: Oranges, lemons, grapefruits, and other fruits are rich in vitamin C, with approximately 53 milligrams per 100 grams of oranges.

Today, with the rising awareness of healthy consumption, "sugar control" has become a synonym for the lifestyle of the whole people.