2results about How to "Preventive efficacy" patented technology

The utility model discloses a kind of flower leaf type traditional chinese medicine spray drying device, including support frame and drying cabinet, placing mechanism is equipped in drying cabinet, and driving mechanism for driving the rotation of placing mechanism is equipped in support frame, drying mechanism is equipped in the bottom of drying cabinet with the communication of drying cabinet interior, and exhaust mechanism is equipped in the top of drying cabinet with the communication of drying cabinet interior.Using the spray drying device of the utility model, by timely drying treatment to the flower leaf type traditional chinese medicinal materials after harvesting, not only can avoid the problem of mildewing and metamorphic, but also can effectively avoid the effective component in flower leaf type traditional chinese medicinal materials, due to the problem of enzymatic hydrolysis and hydrolysis, thereby leading to the problem of the decline of medicinal material quality and clinical efficacy reduction, it is conducive to improving traditional chinese medicinal material quality, to satisfy the use requirement of flower leaf type traditional chinese medicinal materials, its overall structure is simple, convenient operation and use, especially for flower leaf type traditional chinese medicinal materials, it is conducive to greatly improving its drying efficiency, suitable for use.

This application relates to the field of biomedicine, specifically to the use of small molecule compounds in the preparation of drugs for the treatment and / or prevention of α-synuclein diseases, wherein the small molecule compounds are selected from at least one of AO-365 / 43264238 and AG-670 / 40728295. The small molecule compounds provided in this invention can precisely target and interfere with α-syn-VAPB interactions, improving neuronal damage caused by abnormal aggregation of α-synuclein, thereby safely and effectively treating and / or preventing α-synuclein diseases, particularly Parkinson's disease.