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I. Long-term activation of muscle stem cells, with core functions of muscle growth and repair
Continuously awaken the satellite stem cells of the entire body muscles, promoting the proliferation and differentiation of stem cells, achieving muscle fiber hyperplasia (growth of new muscle fibers) + hypertrophy of existing muscle fibers, breaking through the plateau of strength training, and enhancing muscle density and fullness of lines.
Long-term inhibition of catabolic pathways, resisting cortisol, calorie deficits, and muscle loss caused by exercise injuries, stabilizing lean body mass during the fat loss period, avoiding flaccid and sagging body posture.
Significantly accelerate the repair of minor muscle injuries after training, significantly reduce delayed muscle soreness, increase training frequency and single training capacity, and steadily increase strength and endurance.
Promote the formation of microvessels within the muscles, improving muscle blood supply and oxygen supply, delaying fatigue and shortness of breath during exercise, and prolonging the duration of aerobic and strength output.
Different from ordinary native MGF: native MGF only has local effect and is metabolized within minutes; PEG-MGF is circulated throughout the body, synchronously providing repair signals to all muscle groups, and does not require targeted action on specific muscles.
II. Deep regeneration and repair of tendons, ligaments, and joint cartilage
Stimulate fibroblasts of tendons, fascia, and ligaments to synthesize collagen in large quantities, strengthening the toughness of connective tissue, reducing the probability of sports injuries, chronic tendon strain recurrence, and improving the soreness of soft tissues after prolonged standing and heavy lifting.
Promote the secretion of type II collagen and proteoglycans by joint cartilage, thickening the worn cartilage layer, alleviating stair climbing stiffness, joint stiffness, and latent pain during movement, and adapting to fitness-related injuries, middle-aged and elderly joint degeneration populations.
Down-regulate local pro-inflammatory factors in the synovium, reducing chronic low-level inflammation of the joints, and improving the stiffness of the entire body upon waking.
III. Bone maintenance, delaying bone loss
Activate osteoblast proliferation, accelerate bone matrix deposition, increase bone density, and improve bone loss caused by aging and lack of exercise, as well as weakness and numbness in limbs.
Optimize microcirculation around the bones, improve bone nutrient delivery, assist in the healing of minor bone injuries, and reduce the recovery period after sports collisions.
IV. Rapid wound and epidermal tissue healing, anti-aging and firming of the skin
Accelerate the regeneration of damaged dermis and epidermis tissues, improving the healing speed of abrasions and minor skin injuries, reducing the probability of dark scars and inflammatory pigmentation after healing.
Continue to stimulate dermal fibroblasts to synthesize collagen and elastic fibers, thickening the dermal base, reducing fine lines and wrinkles, improving facial relaxation, and blurring the jawline, and delaying aging and sagging of the face due to photoaging.
Enhance skin microcirculation, improve dull and rough skin texture, and assist in fading acne marks and uneven skin color.
V. Metabolic regulation, gentle fat control and shaping, regulating blood lipids
Increase the basal resting metabolism of muscles, raise the total daily calorie consumption, assist in the breakdown of visceral and waist-abdomen fat accumulation; the lipolytic strength is weaker than AOD9604 and AP2, serving only as an auxiliary effect for shaping.
Increase the insulin sensitivity of all body cells, stabilize post-meal blood sugar peaks, reduce the conversion of sugar into stored fat, and improve obesity and edema conditions.
Assist in reducing low-density lipoprotein (bad cholesterol), reducing lipid deposition in blood vessels, and alleviating the long-term metabolic burden of blood vessels.
VI. Organ protection: heart, liver, and gastrointestinal tract repair
Protect cardiomyocytes from apoptosis, reducing oxidative damage to the heart muscle caused by high-intensity exercise and hypoxia, improving post-exercise palpitations, chest tightness, and shortness of breath.
Repair the villi structure of the intestinal tract, strengthen the intestinal epithelial barrier, alleviating abdominal distension, digestive disorders, and intestinal sensitivity caused by high-intensity training and long-term late-night work, and improving the utilization rate of protein and minerals absorption.
Reduce fat accumulation and oxidative damage in the liver, accelerate the decomposition of metabolic waste, and improve body heaviness and morning swelling caused by late-night work and high-fat diet.
VII. Nerve and brain protection, optimizing sleep and mood
Protect neurons from oxidative stress, reducing forgetfulness, slow reaction, and cognitive block caused by long-term use of the brain and late-night work, and improving daytime concentration.
Long-term balance of cortisol levels, alleviating irritability and low mood caused by high-intensity training and work pressure; Relieve tense muscles in the body and improve the difficulty of falling asleep caused by muscle soreness.
Extend the window for metabolic repair at night, increase the proportion of deep sleep, and significantly alleviate muscle soreness and overall fatigue after waking up.
VIII. Long-term Hair and Nail Care
Continuously activate basal stem cells of hair follicles, extend the growth period of hair, and reduce hair loss caused by stress and overexertion, as well as thin, soft and dry hair.
Promote the synthesis of keratin in nail beds, improve thin, layered and brittle nails, and enhance the hardness and luster of nail surfaces.
Hazard Identification
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Handling and Storage
Precautions for safe handling
Handling in a well ventilated place. Wear suitable protective clothing. Avoid contact with skin and eyes. Avoid formation of dust and aerosols. Use non-sparking tools. Prevent fire caused by electrostatic discharge steam.
Conditions for safe storage, including any incompatibilities
Store the container tightly closed in a dry, cool and well-ventilated place. Store apart from foodstuff containers or incompatible materials.
United States
