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2 results about "Clivia miniata" patented technology

Clivia miniata (Natal lily, bush lily, Kaffir lily) is a species of flowering plant in the genus Clivia of the family Amaryllidaceae, native, growing in woodland habitats in South Africa (Eastern Cape, Mpumalanga and KwaZulu-Natal provinces) as well as in Swaziland. Given suitable conditions it grows into large clumps and is surprisingly water wise. It is also reportedly naturalized in Mexico. It is a popular plant for shady areas and is commonly seen growing in older established suburbs in most Australian states. It is also popular in New Zealand, Japan, China and the USA, particularly California.

Application of cmwrky25 gene in regulating flower stem elongation of clivia miniata

PendingCN122357607ABiotechnologySalicylic acid
The application belongs to the technical field of genetic engineering, and particularly relates to a CmWRKY25 Application of a gene in regulating Clivia flower stem elongation. CmWRKY25 The CDS sequence of the gene is shown as SEQ ID NO. 1. The application first clearly shows that the WRKY family transcription factor CmWRKY25 responds to a salicylic acid signal, and positively regulates the Clivia flower bud differentiation process.
Owner:LIAONING ECOLOGICAL ENG VOCATIONAL UNIV

Application of saturated acetylene aqueous solution in promoting flowering of clivia miniata

PendingCN121014634ABiocidePlant growth regulatorsCalcium hydroxideClivia miniata
The invention belongs to the technical field of flowering phase regulation and control of ornamental plants, and particularly relates to application of a saturated acetylene aqueous solution in promoting flowering of clivia miniata, and 200-600 mL of the saturated acetylene aqueous solution is applied to the clivia miniata every time in the growing period in winter. Calcium carbide is rapidly decomposed into acetylene and calcium hydroxide when encountering water, the reaction is violent, a large amount of acetylene generated by the reaction is dissolved in water, namely the calcium carbide aqueous solution can obtain an acetylene saturated solution, and the saturated acetylene aqueous solution does not have an inhibition effect on growth of pineapples, but does not have an obvious inhibition effect; the saturated acetylene aqueous solution can promote the flowering of the clivia miniata, so that the method for promoting the flowering of the clivia miniata by using the saturated acetylene aqueous solution is provided.
Owner:SHENYANG AGRI UNIV