9 results about "Biochemical Activity" patented technology

This invention relates to a resin-based nano-iron oxide-enhanced microbial preparation, a method for preparing the same, and its applications. In this invention, after mixing resin-based nano-iron oxide, the microbial preparation, and food waste, at room temperature, the resin-based nano-iron oxide enhances the decomposition of food waste by the microbial preparation through multiple actions, including promoting microbial growth, inducing high activity of functional proteases, and accelerating electron transport processes. The alternating aerobic and anaerobic environments allow the microbial preparation to exert its full effect, resulting in high biochemical activity of metabolites. A reaction under room temperature conditions of 3 to 5 hours can achieve a food waste reduction rate of 80% to 99%. This invention is technically simple, consumes little energy, does not cause secondary pollution, and effectively achieves the goals of food waste reduction, resource recovery, and detoxification.

The present invention provides a scalp cooling device, including a covering part for wrapping a patient's scalp and a cooling part disposed within the covering part. This device can wrap around the patient's scalp and provide a cooling effect, causing the blood vessels in the scalp skin to constrict, reducing the blood flow to the scalp hair follicles, thereby reducing the intake of chemotherapeutic drugs by the hair follicles. Additionally, it lowers biochemical activity, thereby reducing the sensitivity of hair follicles to chemotherapy damage, and reduces the metabolic rate of the hair follicles, thus protecting the patient's hair follicles and preventing or mitigating hair loss caused by chemotherapy. Notably, the cooling part includes a gel-like coolant, which contains a moisture moderator and edible propylene glycol that maintains moisture and provides emulsifying and stabilizing effects, thus offering a long-lasting and stable cooling effect, enhancing the device's effectiveness in preventing hair loss.

Provided is a novel phase transition adjusting element, a part of which comprises a multivalent phase transition domain, and the remaining comprises at least two ligands, wherein at least one ligand is covalently connected to the part containing the multivalent phase transition structural domain, the remaining ligands are covalently linked to the part comprising the multivalent phase transition structural domain or to other ligands, and each of the at least two ligands can specifically bind to cell surface molecules corresponding thereto. After binding to cell surface molecules, the phase transition adjusting element can effectively enrich cell surface molecules by means of driving phase separation, and enhance the aggregation of cell surface molecules (such as receptor oligomerization), thereby regulating and controlling various cell physiological and biochemical activities, such as receptor downstream signal transmission, cell endocytosis, etc.

The present invention relates to an apparatus for decomposing a polymer compound using a biochemically active solvent, including: a tank in which an inlet and an outlet are formed to allow the polymer compound to pass therethrough, and in which the biochemically active solvent is contained; a conveying unit configured to move the polymer compound supplied through the inlet toward the outlet; and a stirring unit configured to flow the polymer compound moved by the operation of the conveying unit in a direction away from the moving direction thereof, thereby stirring the polymer compound and the biochemically active solvent and increasing the number of times and the time of contact of the polymer compound with the biochemically active solvent.

The present application relates to a kind of quick-setting agent for biochemical sludge rapid settlement and its preparation method, application, preparation method includes the following steps: extracting polysaccharide MI in biochemical active sludge as imprint template molecule;Selecting ferrous salt, cobalt nitrate and sodium fluoride are dissolved in water, stirring to form solution A;Selecting imidazole-dicarboxylic acid is dissolved in sodium hydroxide solution, stirring to form solution B;Solution B is added to solution A and reacts, and MOF suspension is obtained;MOF suspension is transferred to the reaction kettle under nitrogen protection, imprint template molecule, crosslinking agent and initiator are added to react, and the reaction mixture is freeze-dried to remove imprint template molecule, and MI-MOF compound with MI vacancy is obtained;MI-MOF compound with MI vacancy is mixed with high molecular polymer, and MI-MOF quick-setting agent is obtained.The quick-setting agent is synergized by MI-MOF compound with MI vacancy and high molecular polymer, and the flocculation of flocculant is greatly improved.

The present application provides a novel phase transition regulating element, which comprises a part containing a multivalent phase transition domain and at least two ligands, wherein at least one ligand is covalently connected to the part containing the multivalent phase transition domain, and the rest of the ligands are covalently connected to the part containing the multivalent phase transition domain or to the other ligands, and each of the at least two ligands can specifically bind to its corresponding cell surface molecule. The phase transition regulating element of the present application can effectively enrich cell surface molecules by driving phase separation after binding to cell surface molecules, enhance the condensation of cell surface molecules (such as receptor oligomerization, etc.), and further regulate a series of cell physiological and biochemical activities, such as receptor downstream signal transmission, cell endocytosis, etc.

The invention relates to the field of soil remediation, and discloses an in-situ synergistic remediation method for atrazine-contaminated soil, arthrobacter uretogenus ATZ-1 and application of the arthrobacter uretogenus ATZ-1. According to the method, animal waste and straw are used as substrates for composting, wine grape skin residues are added in the composting process to serve as humification promoters to improve the humification degree, and reinforced compost is obtained; the reinforced compost and the arthrobacter uretogenus ATZ-1 are jointly applied to the atrazine-polluted soil, and the atrazine-polluted soil is maintained under preset conditions. The enhanced compost as an ecological carrier can improve the survival / colonization and metabolic activity of ATZ-1 in soil, so that atrazine is efficiently removed in a short period, and the improvement of soil biochemical activity (urease and catalase) and the enhancement of the robustness of a microorganism interaction network are considered.

This invention belongs to the field of microencapsulation formulation technology, specifically relating to a biochemical agent and method for regulating the concentration ratio of ultra-high industrial circulating water using self-feedback regulation. It solves the technical problems of existing biochemical agents' inability to sense changes in the localized fouling microenvironment, the spatiotemporal disconnect between efficacy release and fouling, and the susceptibility to structural inactivation and damage. The self-feedback regulated biochemical agent is a core-shell microcapsule with a three-layer structure. From the inside out, it comprises an ultra-high concentration biochemical core in a dehydrated, vitrified dormant state; a flexible stress buffer layer composed of a modified polysiloxane elastomer; and a stimulus-responsive dynamic polymer shell assembled from a polysaccharide backbone grafted with calcium ion shielding groups, a dynamic covalent crosslinking agent, and fouling signal molecule receptors. The stimulus-responsive dynamic polymer shell triggers reversible dissociation and recombination of dynamic covalent bonds based on changes in the concentration of quorum sensing signal molecules, achieving self-feedback release and termination of biochemically active substances, thus completing the autonomous degradation of fouling.

The present invention features novel, diverse, hybrid and engineered recombinase enzymes, and the utility of such proteins with associated recombination factors for carrying out DNA amplification assays. The present invention also features different recombinase ‘systems’ having distinct biochemical activities in DNA amplification assays, and differing requirements for loading factors, single-stranded DNA binding proteins (SSBs), and the quantity of crowding agent employed.