6 results about "Cichorium endivia" patented technology

The present invention relates to myconoside-containing extracts obtained from in vitro systems of plants belonging to the genera Haberlea and Ramonda, including Haberlea rhodopensis Friv, Ramonda heldreichii (Boiss.) C.B. Clarke, Ramonda myconi (L.) Rchb., Ramonda nathaliae Pancic & Petrovic, and Ramonda serbica Pancic, as well as hybrids thereof, belonging to the family Gesneriaceae, and to methods for their preparation. Furthermore, the present invention relates to the use of said extracts as chemoprotective, radioprotective, and UV-protective agents in human and veterinary medicine, dietary supplements, and cosmetics. The described in vitro plant extracts contain two fractions, Extract 1, a polyphenol fraction containing primarily flavone C-glycosides and phenylethanoids (PHEs), and Extract 2, a fraction containing primarily phenylethanoid myconosides, particularly myconosides and pauciflosides, either alone or in combination. Extract 1 contains 0.1-55.0 wt% PHEs, with free phenols, sugars, organic acids, fatty acids, amino acids, and sterols accounting for up to 100 wt%. Extract 2 contains 55.0-99.9 wt% PHEs (particularly myconosides and pauciflosides), with phenolic compounds, monosaccharides, disaccharides, or their residues accounting for up to 100 wt%. Extracts 1 and 2 obtained according to the present invention consist primarily of broad-spectrum RHEs (particularly myconosides and pauciflosides) within the limits of quantitation. These compounds, especially the myconosides, have the high biological, antioxidant, antimutagenic and anticlastogenic activity demonstrated herein and are therefore suitable for use alone or in combination by dilution and by metered formulation for the preparation of products to be used as natural chemical, radiological and UV protection agents with a controlled degree of protection.The latter are used in human and veterinary medicine, dietary supplements and cosmetics for the prevention and treatment of harmful chemical, radiation and ultraviolet effects.

The invention discloses a liver-protecting traditional Chinese medicine composition as well as a preparation method and application thereof, and belongs to the technical field of traditional Chinese medicines. The liver-protecting traditional Chinese medicine composition comprises a traditional Chinese medicine aqueous extract and fruit vinegar, and the traditional Chinese medicine comprises the following components in parts by weight: 2-10 parts of cichorium glandulosum seeds, 10-20 parts of fennel, 2-10 parts of celery seeds, 2-10 parts of white rapeseeds, 2-10 parts of melon seeds, 2-10 parts of watermelon seeds, 2-10 parts of cucumber seeds, 2-10 parts of purslane seeds and 10-20 parts of cichorium glandulosum roots. The traditional Chinese medicine composition disclosed by the invention can intervene in liver injury through a multi-target and multi-channel synergistic effect, and has good anti-hepatitis and anti-hepatic fibrosis effects.

The present invention relates to the development and identification of new sunflowers (Helianthus annuus) with resistance to broomrape (Orobanche cumana) and their uses.

The invention discloses a cladosporium endophytic fungus YT15-1 and application thereof, and belongs to the technical field of microorganisms. The cladosporium endophytic fungus YT15-1 is separated from the root system of sonchus oleraceus, is classified and named as Saroocladium strictum YT15-1, is preserved in the China Center for Type Culture Collection (CCTCC), and has the preservation number of CCTCC NO: M 20252189. The YT15-1 and rice are co-cultured, so that the YT15-1 can be colonized in the root tissue of the rice, and the resistance of the rice to salt stress in the seedling stage can be effectively enhanced. Under the condition of high salt stress, compared with a control group, the stem and leaf height, the root length and the stem and leaf fresh weight of a YT15-1 strain treatment group are respectively increased by 75.54%, 214.71% and 52.63%.

The utility model discloses a picriaceae plant micro landscape, which relates to the field of gardening and comprises a transparent container, a golden stone planting layer, a sphagna layer, a soil layer and a moss layer are laid on the transparent container from bottom to top, and picriaceae plants are planted in the soil layer and extend out of the moss layer. According to the utility model, the selected plant is the endive family plant, the flower type of the endive family plant is varied, the color is bright, the plant type is low and compact, the endive family plant is very elegant and has ornamental value, and many endive family plants can also be used as medicines; meanwhile, the plant has high negative tolerance and drought tolerance, is suitable for being cultivated in an indoor weak light environment, is easy to maintain and high in survival rate, and can keep an ornamental state for a long time; the golden stone planting layer, the sphagna layer, the soil layer and the moss layer are laid in sequence, operation is easy, normal growth and flowering of the sonchaceae plants can be guaranteed, the overall attractiveness of the micro landscape can be guaranteed, and the morphological beauty of the sonchaceae plants can be displayed to the maximum extent.

The application discloses endophytic fungus YT15-1 of Genus Xylaria and application thereof, and belongs to the technical field of microorganisms. Sarocladium strictum The endophytic fungus YT15-1 of Genus Xylaria is isolated from the root system of Sonchus arvensis L., is classified and named as YT15-1, is preserved in the China Center for Type Culture Collection, and has a preservation number of CCTCC NO: M 20252189. The endophytic fungus YT15-1 can colonize the root system of rice by being co-cultured with the rice, and can effectively enhance the salt stress resistance of the rice seedling stage. Under the condition of high salt stress, compared with a control group, the stem and leaf height, root length and stem and leaf fresh weight of the strain treatment group of the endophytic fungus YT15-1 are increased by 75.54%, 214.71% and 52.63% respectively.