6results about How to "Accelerated death" patented technology

The application belongs to the field of biological pesticides, and provides application of HearNPV-miR-56 in cotton bollworm control, wherein the nucleotide sequence of the HearNPV-miR-56 is CGGUAACAGAAGCGGUCACG. The HearNPV-miR-56 can improve virus replication amount of cotton bollworm nuclear polyhedrosis virus infected larvae, thereby promoting death, and can be used for developing a cotton bollworm nuclear polyhedrosis virus synergist, and has potential application prospect in biological control of cotton bollworm.

This application discloses the use of USP15 inhibitors in the preparation of medicaments for the treatment and / or prevention of renal cell carcinoma, as well as pharmaceutical compositions and kits thereof.

This invention provides a method for preparing a scale-inhibiting and bactericidal water treatment material, belonging to the technical field of water treatment materials. The method includes the following steps: adding PSI and water and stirring to disperse; adding L-histidine and NaOH; heating and reacting to obtain a histidine-modified polyaspartic acid solution; adjusting the pH to neutral; adding ferric ammonium citrate and ascorbic acid; stirring and reacting to obtain an iron-containing complex mixed solution; dissolving β-cyclodextrin in water; adding succinic anhydride and reacting; then adding an ε-polylysine aqueous solution; using EDC and NHS as condensing agents; stirring and reacting; dialysis and filtration to obtain a polylysine-cyclodextrin complex solution; adding the polylysine-cyclodextrin complex solution dropwise to the iron-containing complex mixed solution; ultrasonically stirring; adding sodium citrate and molten PEG-6000; heating and mixing; extruding; and drying to obtain the finished product. The scale-inhibiting and bactericidal water treatment material obtained by this invention can achieve efficient scale inhibition while also possessing bactericidal function, and its components are safe and environmentally friendly.

The application discloses a soybean-corn compound planting intelligent weeding robot, and relates to the technical field of agricultural robots. The traction increasing mechanism can be used for synchronously adjusting the intervals of the multiple weeding mechanisms by the interval regulation assembly, so that the intervals of the multiple weeding mechanisms can be flexibly adjusted under different planting plant intervals of corn and soybean, the rapid weeding operation under the compound planting mode is improved, and the weeding efficiency is improved. The cultivation mechanism can collect, cut and stir the weeds and part of the soil which are dug by the weeding mechanism. The cutting process can damage the rhizome part of the weeds, so that the weeds lose the regenerative ability, the weeds after being dug are prevented from regenerating under suitable conditions, and the effect of completely weeding is achieved. The stirring process can mix the cut weeds and the soil, the weeds can be decomposed by the microorganisms in the soil after being mixed in the soil, so that the abandoned weeds can form nutrient substances which are beneficial to the growth of soybean and corn.

This invention provides novel formulations for promoting cell recycling and methods for increasing the responses of various genes related to cell recycling. It also includes degradation system promoters for promoting recycling, containing water-soluble nucleoproteins, particularly low molecular weight compounds (250 to 15000) obtained through enzymatic treatment of fish sclerotium; health foods containing these degradation system promoters; and methods for increasing the responses of various degradation system-related genes and promoting cell recycling through oral intake of these degradation system promoters.

The invention provides miRNA miR-148b-3p for targeted regulation of the action of SLC7A11 in ferroptosis as well as an action mechanism and application of the miRNA miR-148b-3p, and finds and proves that miR-148b-3p can promote the ferroptosis process of breast cancer cells and inhibit proliferation and migration of the breast cancer cells through targeted regulation of the SLC7A11 for the first time. Related action mechanisms are disclosed by researches such as construction of a ceRNA network, and potential targets and strategies are provided for breast cancer treatment. Meanwhile, it is found that the compound also has a regulation effect in other cancers, but the effect is weaker than that of the breast cancer, the specific regulation effect on the breast cancer is highlighted, and a solid theoretical foundation is laid for accurate treatment of the breast cancer, so that breast cancer treatment and research are more effectively carried out. Meanwhile, regulation and control of the miR-148b-3p on ferroptosis are researched through various analyses, and it is shown that the miR-148b-3p can regulate ferroptosis related genes, and then cell survival and death are regulated and controlled. A new perspective is provided for breast cancer treatment, a basis is also provided for research on tumor cell biological behaviors, and the application prospect is important.