Fohow Linchzhi

Description

Regular intake of Fohow Linchzhi enhances cerebral circulation, boosts memory and concentration, and strengthens immunity. This product is particularly beneficial for individuals facing high mental workloads and stress.

Key Ingredients & Benefits

• Fohow Linchzhi (Ganoderma) – Known for its adaptogenic and immunomodulating properties. It strengthens the immune system, improves sleep quality, reduces stress and fatigue, and possesses antioxidant effects that slow aging and promote longevity.
• Cordyceps Capsules – Enhances blood circulation, especially in the brain, improving cognitive function, memory, and focus. It aids in post-exertion recovery, boosts endurance, and increases overall vitality.

Fohow Linchzhi Indications for Use

• Deterioration of vision and hearing, particularly in elderly individuals.
• Mental fatigue and reduced concentration.
• Migraines, sleep disorders, increased irritability.
• Vegetative-vascular dystonia.
• Radiculitis pain associated with osteochondrosis and spinal hernias.
• Cerebral atherosclerosis.
• Post-stroke recovery.
• Delayed mental development in children, memory decline, dementia, and Alzheimer’s disease.

Usage Recommendations

• Take with water, 1 hour before meals.
• Recommended intake time: 11:00 AM – 1:00 PM.
• Dosage varies depending on individual needs, ranging from 0.5 to 3 capsules per day.
• Suitable for both regular use and occasional intake during periods of increased mental or physical stress, fatigue, or long trips.

Fohow Linchzhi Product Advantages

• Promotes longevity by slowing aging processes and strengthening the body.
• Regulates blood pressure and reduces blood sugar levels.
• Relieves stress and fatigue, enhances sleep quality.
• Detoxifies and protects the liver, improves vision, and supports cardiovascular health.

Fohow Linchzhi are designed for those seeking to maintain their health, enhance cognitive and physical performance, and slow down aging. Suitable for all ages, this product is especially beneficial for individuals under high stress and workload conditions.