61results about How to "Increased proline content" patented technology

The invention discloses a sugar-increasing high-yield green planting method for beta vulgaris. The method comprises the following steps: step 1, selecting seeds and performing pretreatment; step 2, preparing a traditional Chinese medicine sterilizing liquid; step 3, sterilizing the seeds through immersing; step 4, preparing a seed coating agent specially used for the beta vulgaris; step 5, treating the seeds of the beta vulgaris with the seed coating agent; step 6, accelerating germination; step 7, raising seedlings; step 8, pretreating planting land; step 9, transplanting the seedlings; step10, performing management in a seedling stage; step 11, performing leaf surface management in the seedling stage; and step 12, performing harvesting. The method provided by the invention significantlyimproves the virus resistant and mildew resistant ability of the seeds, so that the germination energy and the seed vitality are significantly improved, the seeds have a high seedling emergence rateand a quick germination speed, microenvironments for germination and seedling growth are excellent, the yield and the sugar content of the beta vulgaris can be significantly increased, the costs are reduced, the benefits are improved, and the method provides powerful guarantee for large-scale planting, and has higher practical value and good application prospects.

The invention relates to a method for planting lawn plants by combining rare earth cerium with mixed culture matrices. The method comprises the step of sowing seeds of lawn plants on mixed culture matrices for lawn planting, wherein 1.5-2kg of mixed culture matrix soil contains 200-800mg/Kg of rare earth cerium, and the mixed culture matrices refer to soil and municipal solid waste compost in a ratio of parts by weight of 4: (1-2). By applying a certain amount of rare earth cerium, the activities of protective enzymes of the lawn plants can be obviously improved, and the defence capability of the protective enzyme system can be enhanced, thus improving the drought resistance of the lawn plants. Efficient and low-cost operation modes in large-area municipal lawn planting are expected to be achieved through the application of the technology.

The invention discloses a plant salt tolerance-related protein IbERD3 as well as an encoding gene and an application of the plant salt tolerance-related protein IbERD3. The protein provided by the invention is from a sweet potato (Ipomoea batatas), is named as IbERD3 and is a protein as shown in (a) or (b), wherein (a) is a protein composed of an amino acid sequence as shown in a sequence 1 in a sequence table, and (b) is a protein formed by substituting and/or deleting and/or adding one or more amino acid residues in the amino acid sequence as shown in the sequence 1, is related to the plant salt tolerance and is derived from the sequence 1. The IbERD3 gene is induced to the sweet potato to obtain an IbERD3 transgenic sweet potato which is remarkably improved in salt tolerance as comparison with a wild sweet potato. The protein IbERD3 and the encoding gene thereof provided by the invention have important application values in improving the salt tolerance of plants. The plant salt tolerance-related protein IbERD3 is wide in application space and market prospect in the agricultural field.

The invention discloses sweet potato low-temperature-resistant related protein IbICE1 and coding genes and an application thereof. The sweet potato low-temperature-resistant related protein IbICE1 is one of protein in a), b) and c). The amino acid sequence of the protein a) is the same as that of the protein shown in the sequence 2 of a sequence table; the protein b) is the protein obtained by making the N end and/or the C end of the protein shown in the sequence 2 of the sequence table connected with labels; according to the protein c), one or more amino acid residues are replaced and/or lost and/or added to the amino acid sequence shown in the sequence 2 of the sequence table, and the protein with the same function is obtained. According to experiments, it is verified that the protein IbICE1 and the coding genes thereof play an important role in the process of resisting abiotikus stressz of plants, important application value is achieved in the study of improving the low temperature resistance of the plants, and wide application space and market prospect are achieved in the agriculture field.

The invention discloses pantoea alhagi and application thereof. The pantoea alhagi is classified and named as Pantoea alhagi, the strain name is XK-11, the pantoea alhagi is preserved in the China General Microbiological Culture Collection Center on March 29th, 2018, and the preservation number is CGMCC NO.15526. In the invention, the exopolysaccharide is derived from fermentation of the pantoea alhagi XK-11, and has the advantages of stable source, low cost, environmental friendliness and the like. According to the invention, the exopolysaccharide can enhance and promote the plant growth andenhance the abiotic stress resistance of crops by promoting the photosynthesis of plants, enhancing the proline content of the plants, reducing the MDA content of the plants and the like.

The invention discloses protein CkWRKY33 and a coding gene and application thereof. The amino acid sequence of the protein CkWRKY33 is shown as SEQID NO:2. Experiments prove that the CkWRKY33 gene istransmitted into arabidopsis thaliana Columbia-0 subtype, so that genetically modified Arabidopsis thaliana is obtained. Compared with the arabidopsis thaliana Columbia-0 subtype, the drought resistance of the genetically modified Arabidopsis thaliana is improved, improvement of the drought resistance reflects that the propanedial content is reduced, the soluble sugar content is increased, the proline content is increased, the peroxidase activity is improved, the rate of water loss is reduced, and the motility rate is increased. Therefore, the protein CkWRKY33 can improve the plant stress resistance. The protein CkWRKY33 has important application value.

The invention discloses a protein IbTPS (Ipomoea batatas trehalose-6-phosphate synthase) related to salt resistance of sweet potato as well as an encoding gene and an application of the protein. The protein related to the stress tolerance of a plant is the protein as (a) or (b): (a) the protein consisting of amino acid sequences indicated by a sequence 2 in a sequence table; and (b) the protein which is related to the stress tolerance of a plant and derived from (a) by substituting, and/or deleting and/or adding one or more amino acid residual sequences for an amino acid residual sequence of the sequence 2 in the sequence table. According to the enzyme encoded by the IbTPS gene, the expression of the gene can improve the stress tolerance of the plant. The IbTPS protein and the encoding gene thereof have an important value on increasing the content of mycose and studying the stress tolerance of the sweet potato. The protein IbTPS and the encoding gene have wide application space and market prospect in the agriculture field.

The invention relates to an application of Leymus chinensis Trin chitinase (LcChi2) gene in improving cold resistance of plants, relating to the field of the plant molecular biology. The application method comprises the following steps: (1) connecting the LcChi2 gene on an expression regulation sequence on a carrier in an operationable manner, so as to form a recombinant vector containing the nucleotide sequence shown in SEQ ID NO:1; (2) transforming host cells of the recombinant vector obtained in the step (1), and screening to obtain transformed cells; and (3) culturing the transformed cells obtained in the step (2) to obtain a LcChi2 gene transfer plant with cold resistance and the offspring of the LcChi2 gene transfer plant. In the step (1), the vector is plant expression vector pBI121 or plant expression vector pCAMBIA3300. The test proves that the seed germination rate of LcChi2 gene transfer tobacco in the cold environment is obviously improved, overexpression LcChi2 genes of dicotyledon tobacco and monocotyledon corn and rice obviously improve the cold resistance of the plants during the seedling stage, so that the result shows that the overexpression LcChi2 gene obviously improves the cold resistance of plants, including tobacco, corns, rice and the like.

The invention discloses a protein IbEGF and a related biological material and application thereof. The invention firstly discloses a protein which is a protein with an amino acid sequence shown as SEQID NO.1 or a fusion protein obtained by connecting an N terminal or/and a C terminal of the amino acid sequence shown as SEQ ID NO.1 with a protein tag. The invention further discloses a biological material related to the protein and application. The IbEGF protein and the coding gene thereof are discovered, the coding gene of the IbEGF protein is introduced into sweet potatoes to obtain transgenic sweet potato plants over-expressing IbEGF, the transgenic plants are subjected to drought stress treatment, and then the drought resistance of the transgenic lines is enhanced. Therefore, the IbEGFprotein and the coding gene thereof have important application value in the research of improving drought resistance of plants.

The invention discloses application of a protein OsZZW1 in regulating and controlling drought resistance of oryza sativa. The amino acid sequence of the protein OsZZW1 is shown in SEQ ID NO:2. Experiments show that the drought resistance of oryza sativa can be improved by reducing expression of the protein OsZZW1 in Nipponbare; and improvement of the drought resistance lies in that the survival rate is increased, the content of proline is increased, and the content of malonaldehyde is reduced. The protein OsZZW1 is capable of regulating and controlling drought resistance of oryza sativa. The application has significant application value.

The invention provides a cold-proof agent for wheat late spring coldness. The cold-proof agent comprises cane sugar and organic silicon. The cold-proof agent provided by the invention not only is simple in preparation method, but also is low in cost, and more importantly, the cold-proof effect of the cold-proof agent is equivalent to that of a relatively expensive cold-proof agent on the current market.

The invention discloses a poplar latex protein MLP gene capable of improving the cadmium stress resistance of a plant and an expressed protein and application thereof, and relates to a gene capable of improving the cadmium stress resistance of the plant and an expressed protein and application thereof. The nucleotide sequence of the poplar latex protein MLP gene capable of improving the cadmium stress resistance of the plant is shown as SEQ ID NO: 1. The amino acid sequence of the poplar latex protein MLP expressed by the gene is shown as SEQ ID NO: 2. The gene is used for improving the cadmium stress resistance of plants. The MLP gene of the transgenic MLP gene plant is overexpressed under the condition of CdCl2 stress, so that the Cd < 2 + > absorption of the transgenic plant is reduced, the POD enzyme activity in an active oxygen scavenging system is increased, and the content of an osmotic regulation substance proline is increased, thereby reducing the damage of CdCl2 stress to the plant.

The invention provides a bioactive preparation. The bioactive preparation is prepared from the following components in parts by mass: 20 to 30 parts of biochar, 40 to 50 parts of medical stone, 10 to20 parts of humate and 5 to 10 parts of polyacrylamide. The preparation method of the bioactive preparation comprises the following steps: carrying out anoxic pyrolysis on household garbage in a pyrolysis furnace at 300-600 DEG C for 1-2 hours, crushing the obtained biochar, medical stone, humate and polyacrylamide to 200 meshes, uniformly mixing according to a ratio, adding 15-20% of water, and carrying out extrusion granulation to obtain the bioactive preparation. The bioactive preparation provided by the invention can reduce the heavy metal Cr (VI) water-soluble state, exchangeable state and carbonate binding state of calcareous soil, can increase the organic binding state and residue state, and promote the conversion of the heavy metal Cr (VI) from an effective state to a slow/delayedstate. Meanwhile, the granular structure is easy to use; compared with the prior art, the adsorbing and fixing effect on Cr (VI) is remarkable, and good application and popularization prospects are achieved.