4 results about "Silique" patented technology

This invention discloses a lung-nourishing Solomon's Seal Ointment, its preparation method, and its application, relating to the field of traditional Chinese medicine technology. The herbal composition comprises three herbs: Herb A, Herb B, and Herb C. Herb A includes Solomon's Seal, Lycium barbarum, Chrysanthemum indicum, Mulberry fruit, White peony root, Rehmannia glutinosa, Raw Chinese yam, Ziziphus jujuba peel, Moutan bark, and Poria cocos. Herb B includes Achyranthes bidentata, Polygonatum sibiricum (processed with wine), Ophiopogon japonicus, Adenophora stricta, Tangerine peel, Prepared licorice root, Astragalus membranaceus, and Anemarrhena asphodeloides. The lung-nourishing Solomon's Seal Ointment is prepared by combining Herbs A and B in the herbal composition, decocting them in water, filtering the filtrate, concentrating the liquid, adding Herb C to dissolve, and then simmering over low heat to form an ointment. This technical solution is applied to the treatment of chronic obstructive pulmonary disease (COPD), forming a multi-target, holistic conditioning system. It provides crucial synergistic value to Western medicine's strategy of simply controlling symptoms in improving chronic COPD symptoms and enhancing quality of life, thereby improving the quality of life for COPD patients.

This invention discloses the application of the BnaA01.SnRK1.1 gene in Brassica napus. The BnaA01.SnRK1.1 gene is expressed in various tissues, but its expression level is highest in roots, leaves, flowers, and siliques. Its encoded protein is located in the cell membrane and nucleus. Studies have found that overexpression of the BnaA01.SnRK1.1 protein kinase-encoding gene in plants results in shorter and wider siliques, an increase in the number of siliques per plant, and an increase in yield per plant. Therefore, the BnaA01.SnRK1.1 protein kinase can be used to regulate plant architecture and yield. Overexpression of the BnaA01.SnRK1.1 protein in plants can lead to high-yielding rapeseed, which is of great significance for improving crop traits and increasing yield.

The application provides a gene structure variation combination, primers and application thereof significantly related to a Brassica napus growth period, belongs to the field of plant molecular breeding and gene editing technology, and the gene structure variation combination comprises one or more of "DEL00146035 gene structure variation + INS00146036 gene structure variation", DEL00006200 gene structure variation, "DEL00018831 gene structure variation + INS00018834 gene structure variation". BnaC6.MED13 As a major genetic locus (initial flowering time, final flowering time), the gene structure variation combination is respectively composed of BnaA2.GA20ox2 , BnaA4.SPL15 A gene structure variation combination of a genetic locus (silique maturation time) can accurately and quickly and accurately identify a short growth period of a rapeseed variety.