2 results about "Hormone regulation" patented technology

This invention discloses an Equoluxe multivitamin tablet containing a natural hormone regulator and its preparation process, belonging to the field of pharmaceutical technology. The invention comprises the following formula in parts by weight: 80-100 parts soybean extract, 20-55 parts plant-based lactic acid bacteria, 5-10 parts ginseng extract, 80 parts ginger extract, and 10-30 parts excipients. This invention, through a specific combination, works synergistically to promote estrogen secretion in women, enhance ovarian function, and maintain hormonal balance. By microencapsulating the plant-based lactic acid bacteria during pretreatment, this invention significantly improves the activity retention rate during tableting and storage, achieving an activity retention rate of over 87% after 6 months under accelerated conditions, thus solving the technical problem of poor stability in probiotic products. This invention employs a gradient mixing and low-temperature pressing process to avoid local aggregation of highly active ingredients and high-temperature inactivation, ensuring the uniformity of content and bioavailability of key components such as equoluxone and lactic acid bacteria in the tablets.

This invention discloses a method for off-season hydroponic cultivation of Aralia elata buds based on plant hormone regulation, belonging to the field of hydroponic culture technology. This off-season hydroponic method optimizes the concentration ratio of indolebutyric acid (IBA), gibberellin (GA3), and salicylic acid through orthogonal experiments, combined with standardized branch pretreatment, hormone immersion, and ozone water culture management, to achieve efficient off-season cultivation of Aralia elata buds. This off-season hydroponic culture uses exogenous hormone regulation, optimized for the off-season dormancy characteristics of Aralia elata and the physiological needs of bud growth. It effectively activates the physiological metabolic pathways within the branches, quickly breaking the natural dormancy state, while providing suitable hormone guidance for bud differentiation and growth. This results in uniform bud sprouting and robust growth, solving the problems of late bud break from dormancy, slow bud growth, and large differences in growth vigor among different plants, laying a solid foundation for efficient off-season hydroponic production.