13 results about "Achene" patented technology

This invention discloses a genetic transformation and gene editing method applicable to multiple sesquiterpene species, belonging to the field of plant genetic transformation and gene editing technology. The method uses the cotyledonary nodes of sterile seedlings of the sesquiterpene genus as explants, and introduces an optimized pScEF1α-Cas9 gene editing transformation vector using Agrobacterium infection. Regenerated plants are obtained through recovery culture, selection culture, and rooting culture. The vector contains four gene expression units: pScEF1α:Cas9, pGmU6:sgRNA, pGmUBI:DsRed2, and pCaMV35S:HygR. In vivo screening is further performed using the DsRed2 fluorescent reporter gene, and the gene-edited plants are identified by molecular detection. This method is applicable to common sesquiterpene, stem-nodled sesquiterpene, and spiny sesquiterpene, and has advantages such as strong species versatility, high transformation efficiency, short cycle, visualized screening, and high positive rate, providing efficient technical support for gene function research and genetic improvement of sesquiterpene species.

A new and distinct Fragaria x ananassa plant named ‘Finette’ which exhibits an upright growth habit with moderately dense foliage and a relative abundance of stolons. ‘Finette’ is characterized by large foliage born on broadly outreaching stolons, an abundance of red berries with achenes that are level with the firm flesh which has a pleasantly sweet, non-acidic flavor proven to be consistently produced from late April to early November while maintaining their large conical size. ‘Finette’ has shown stability of these characteristics from generation to generation.

This invention relates to a new and distinct variety of strawberry plant named ‘SB_17_058-032’. This new strawberry plant named ‘SB_17_058-032’ is primarily adapted to the growing conditions of West Central Florida, and is primarily characterized by achenes set slightly below the surface of the fruit; moderately vigorous plant habit; high marketable yield; very good fruit flavor; and large berry size.

This invention relates to a new and distinct variety of strawberry plant named ‘SB_17_116-071’. This new strawberry plant named ‘SB_17_116-071’ is primarily adapted to the growing conditions of West Central Florida, and is primarily characterized by achenes set even with the surface of the fruit; vigorous plant habit; high marketable yield; early time of first flower and fruit; and large berry size.

A new cultivar of Fragaria plant named ‘PGP182’ that is characterized by its fruit that is consistently large throughout the season, its fruit that is medium red in color, highly glossy and juicy, its fruit that has a high brix and a distinct, floral flavor, its fruit that primarily displays achenes below the fruit surface, and its dense plants that are strong in vigor with day-neutral fruit bearing.

A new and distinct variety of strawberry (Fragaria X ananassa), which originated from seed produced by a hand-pollinated cross between ‘FL 16.30-128’ and ‘FL 17.66-44’. The new strawberry, named ‘FL 19.66-220’, can be distinguished at least by its white internal fruit color when fully ripe; white external fruit color with a pink blush and red achenes when fully ripe; conical shape; and high soluble solids content when grown in West Central Florida or other regions that have a climate similar to that of West Central Florida.

This invention relates to a new and distinct variety of strawberry plant named ‘SB_17_119-070’. This new strawberry plant named ‘SB_17_119-070’ is primarily adapted to the growing conditions of West Central Florida, and is primarily characterized by achenes set slightly below the surface of the fruit; vigorous plant habit; very high marketable yield; early time of first flower and fruit; and very large berry size.

A new cultivar of Fragaria plant named ‘PGP182’ that is characterized by its fruit that is consistently large throughout the season, its fruit that is medium red in color, highly glossy and juicy, its fruit that has a high brix and a distinct, floral flavor, its fruit that primarily displays achenes below the fruit surface, and its dense plants that are strong in vigor with day-neutral fruit bearing.

This invention relates to a new and distinct variety of strawberry plant named ‘SB_17_106-052’. This new strawberry plant named ‘SB_17_106-052’ is primarily adapted to the growing conditions of West Central Florida, and is primarily characterized by achenes set slightly below the surface of the fruit; very vigorous plant habit; very high early marketable yield; early time of first flower and fruit; and large berry size.

This invention relates to a new and distinct variety of strawberry plant named ‘SB_17_122-093’. This new strawberry plant named ‘SB_17_122-093’ is primarily adapted to the growing conditions of West Central Florida, and is primarily characterized by achenes set even with the surface of the fruit; vigorous plant habit; high marketable yield; early time of first flower and fruit; and very large berry size.

The present invention relates to the cosmetic use of an oil derived from the achenes of Silybum marianum (L.) Gaertn. to prevent a decrease and / or strengthen the epidermal barrier function.

The present application provides a kind of adventitious bud culture medium and method for promoting induction and differentiation of Chenopodium plant material, the adventitious bud culture medium includes basic salt medium, trans-zeatin riboside and naphthalene acetic acid.The present application also provides a method for obtaining Chenopodium plant with increased aroma trait, specifically, the present application provides the use of reducing the expression of CqBADH2 gene.The present application first found that by inhibiting or reducing the expression of CqBADH2 gene in Chenopodium plant, the aroma of Chenopodium plant can be significantly improved.In addition, the present application first realized the simultaneous precise editing of multiple genes or alleles in quinoa using gene editing technology, and completed the stable delivery, which provides a good platform for targeted molecular breeding of quinoa.

A new variety of strawberry plant named ‘HOB-391’ that has high hardness of fruit body, with the fruit having achenes positioned deep below the surface and a light red core.