(RoyalPatriot.com )- Liu Jun Zi Tang, also known as the Six Major Herb Combo Decoction, is a well-known herbal remedy that has been used for more than 500 years in China and South Korea.
The decoction has traditionally been used chiefly to treat functional dyspepsia and depression, yet a recent Korean medical study published on October 26, 2022, in the international academic journal Frontiers in Pharmacology discovered that it could also enhance cognitive function.
The decoction can be used to treat dementia, according to Dr. Ko Young’s study team at the Korean Medical Technology Application Center at the Korea Institute of Oriental Medicine.
Ginseng, Atractylodes macrocephala, Poria cocos, licorice, tangerine peel, pinellia, ginger, and jujube are the main ingredients of Liu Jun Zi Tang.
It can improve immune system performance and digestion while being mild in nature and without any adverse side effects. Additionally, it is effective in treating stomach, duodenal, gastric, emphysema, asthma, and chronic bronchitis. It can help improve expectoration and alleviate coughing.
The primary component of the decoction, ginseng, has been shown in contemporary pharmacology to enhance immunity and safeguard the cardiovascular system. The central nervous system may be successfully strengthened, the mood can be stabilized, exhaustion is eliminated, memory is improved, and symptoms of dementia and insomnia are improved.
In addition to being beneficial as an anti-tumor, anti-inflammatory, and gastrointestinal tract regulator, the second ingredient, Atractylodes macrocephala, also has anti-aging and anti-senile dementia benefits.
Poria cocos promotes memory, controls the urinary system, fights tumors and inflammation, and is sedative-friendly.
The research team used the decoction in trials on cells and animals and discovered novel, favorable effects for cognitive function, suppression of nerve cell damage, and activation of the components in new nerve cell formation.
The decoction has the impact of boosting cognitive behavior, safeguarding nerve cells in hippocampus tissue, and enhancing the effect of cholinergic signaling in another animal model with natural cognitive decline. It could raise the secretive signal of neurotrophic factors derived from the brain and aid in the growth and survival of nerve cells.