6 results about "Oryza rufipogon" patented technology

We offer a furikake (rice seasoning) product that allows you to enjoy the unique flavor of the leaves and stems of the wild rice plant. [Solution] The seasoning product 10 containing Makomo charcoal powder comprises a powdered seasoning 200 and a container body 100 for holding the seasoning. The container body has a storage section 140 for holding the seasoning, a first zipper member 162, and a second zipper member 164, and the storage section can be repeatedly sealed by interlocking the first zipper member and the second zipper member. The seasoning is a powder mixture of Makomo leaf powder, which is made by crushing dried Makomo leaves, Makomo charcoal powder, which is made by crushing carbonized Makomo stems, kelp powder, which is made by crushing dried kelp, salt koji powder, which is made by crushing dried salt koji, and salt powder.

The application discloses an endophytic fungus LH001 and application thereof, and belongs to the technical field of plant disease control. The endophytic fungus LH001 is separated from the root system of wild rice, is classified and named as Pseudophialophora sp. LH001, is preserved in the China Center for Type Culture Collection, and has a preservation number of CCTCC NO: M 20241751. The endophytic fungus LH001 strain is co-cultured with rice, is allowed to colonize the root of rice seedlings, can reduce the leaf damage caused by Magnaporthe oryzae, enhances the disease resistance of rice seedlings to leaf blight, and the control effect reaches 94.05%. Therefore, the biological control effect of the endophytic fungus LH001 on rice blast has great value in the popularization and application in the agricultural field.

The utility model relates to the technical field of wild rice planting, in particular to a wild rice seed collecting device which comprises a fixing rod, a plurality of receiving plates used for receiving seeds are arranged above the fixing rod, the receiving plates are combined to form a ring, and a contraction assembly used for folding and unfolding the receiving plates is arranged on the fixing rod. The contraction assembly comprises a plurality of gears, connecting blocks, first connecting rods and second connecting rods. The two ends of each first connecting rod are fixedly connected with the gears adjacent to the first connecting rod correspondingly. The gears are in running fit with the adjacent connecting blocks, and the gears located on the same connecting block are meshed with each other. The fixing rods are fixedly connected with the connecting blocks adjacent to the fixing rods, and a rotating shaft is coaxially and fixedly connected to one gear located above the fixing rods. The gear fixedly connected with the rotating shaft is driven to rotate by rotating the handle, the connecting rod mechanism can be driven to be unfolded or folded, seeds can be collected after being unfolded, the seeds can be stored after being folded, the size is reduced, and transportation and storage are convenient.

The application discloses an indole acetic acid producing endophytic microbacterium and application thereof. Microbcaterium The microbacterium (KlspL18) is separated from leaves of Oryza granulata Ohwi, and is preserved in the China Center for Type Culture Collection, and the number is CCTCC M 2022446. The strain of the application can produce IAA in large quantity, has a strong inhibiting effect on rhizoctonia solani, and can obviously promote seed germination and plant growth of rice after being colonized into the rice. The strain provided by the application has advantages of promoting plant growth, preventing and treating rhizoctonia solani and improving soil fertility.

The application relates to a method for creating a fertile tetraploid hybrid between a cultivated rice and an Oryza australiensis genome, which comprises the following steps: using CX35-2X or YZ32-2X as a female parent material, and Oryza australiensis EE as a male parent material to perform hybridization, thereby obtaining first-generation hybrid seedlings; doubling the first-generation hybrid seedlings by colchicine, thereby obtaining hybrid tetraploid seeds. The application utilizes the whole genome transfer and polyploidization, that is, a distant hybrid containing a complete wild rice genome is obtained through distant hybridization, and then a hybrid allopolyploid is obtained through chromosome doubling, so that the excellent genes of the wild rice and the distant hybridization advantage of the polyploid are fully utilized.