Product Information
Key Specifications/ Special Features
This high-purity research-grade raw material is refined into fine dry white powder through multi-stage purification and lyophilization technology, sealed and stored in standard transparent glass vials. The product features high purity, low residual impurities, stable molecular structure and excellent water solubility, meeting the strict quality standards for human-related exploratory research and laboratory application tests.
In human-oriented adaptive research scenarios, this raw material focuses on regulating the stability of human nerve feedback and daily mental state regulation. It assists in relieving continuous mental fatigue caused by long-term high-intensity work, mental tension and frequent staying up late, and helps maintain a stable and comfortable mental state in daily study and work.
Long-term exploratory observation data shows that the raw material can optimize the body’s central state adaptation ability, improve the slow response and sluggish mental state caused by physical fatigue, and help the human body maintain positive state adjustment efficiency under daily pressure and high-load scenarios.
This raw material acts in a mild and gradual physiological adjustment mode, which fits the natural operation rhythm of the human body. It will not produce sudden and intense physiological fluctuations, nor will it cause excessive burden on human regulatory functions. It is suitable for low-frequency and long-term adaptive exploration research of human body.


This high-purity research-grade raw material is refined into fine dry white powder through multi-stage purification and lyophilization technology, sealed and stored in standard transparent glass vials. The product features high purity, low residual impurities, stable molecular structure and excellent water solubility, meeting the strict quality standards for human-related exploratory research and laboratory application tests.
In human-oriented adaptive research scenarios, this raw material focuses on regulating the stability of human nerve feedback and daily mental state regulation. It assists in relieving continuous mental fatigue caused by long-term high-intensity work, mental tension and frequent staying up late, and helps maintain a stable and comfortable mental state in daily study and work.
Long-term exploratory observation data shows that the raw material can optimize the body’s central state adaptation ability, improve the slow response and sluggish mental state caused by physical fatigue, and help the human body maintain positive state adjustment efficiency under daily pressure and high-load scenarios.
This raw material acts in a mild and gradual physiological adjustment mode, which fits the natural operation rhythm of the human body. It will not produce sudden and intense physiological fluctuations, nor will it cause excessive burden on human regulatory functions. It is suitable for low-frequency and long-term adaptive exploration research of human body.



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