42 results about "Injury treatment" patented technology

The invention discloses a method for improving paris polyphylla var. yunnanensis seed germination rate. The invention relates to the technical field of seed biology. The method is characterized in that: collected ripe paris polyphylla var. yunnanensis fruits are dried in shade with the peels; testa is removed by kneading; seeds with the testa removed are subjected to high-temperature soaking, wherein the seeds are soaked for 48h in water with a temperature of 40 DEG C; seed coat injury treatment is carried out after high-temperature soaking, wherein the soaked seeds are placed on a rough metal plate, and the seed coats are rubbed; the seeds are soaked by using gibberellin, and variable-temperature sand preserving treatment is carried out. According to the invention, a unique method for promoting seed germination is effectively integrated with a traditional paris polyphylla var. yunnanensis seed germination promotion method, such that a paris polyphylla var. yunnanensis seed germination rate can be higher than 96% which is increased by 35.2% than that of an existing comprehensive seed germination method.

The present invention relates to an excitotoxicity related injury treatment peptide, and provides a peptide containing an amino acid sequence YEKLLDTEI (SEQ ID NO:1) or a functional variant thereof, wherein the peptide is an active peptide for treating central nervous system injury. The invention further provides a chimeric peptide containing the active peptide and an internalized peptide. The present invention further provides a pharmaceutical composition containing the active peptide or the chimeric peptide, and medical applications of the active peptide or the chimeric peptide.

The invention provides a method for promoting wound healing or tissue injury treatment in a subject in need thereof, the method comprising administering to the subject an effective amount of one or more fungal immunomodulatory protein (preferably, Ganoderma immunomodulatory protein).

The invention discloses a temperature-magnetism injury treatment plaster for externally treating injury of tendon and muscle. The plaster is prepared from an innovative gum base composed of polyvinylalcohol and super absorbent resin as well as an extract, nano magnetic powder and nano far-infrared ceramic powder in the formula by virtue of optimization of a modern process. When the temperature-magnetism injury treatment plaster is externally applied to the affected part, drugs achieve synchronous effects with a magnetic field and a warming function, the drug efficacy is promoted by magnetismand helped by heat, the drug, the magnetism and the temperature are combined, and aiming at qi-stagnation and blood stasis, unsmooth venation, pain and swelling and dysfunction symptoms caused by injury of tendon and muscle and fracture, the three effects are combined into a whole and achieve effects of regulating qi and activating blood, removing stasis to ease pain, reinforcing kidney and strengthening bones and warming channels and expelling cold. Due to magnetic-thermo and synergistic effects of the temperature-magnetism injury treatment plaster, oral medication is avoided, the drug efficacy directly reaches lesions, the plaster is lasting in effect, excellent in plastering comfort and safe to use, and compliance of a patient is enhanced.

The invention provides a sisal hemp gene sequences ACT and GAPDH which are used as sisal hemp reference genes, further provides specific primers of the sisal hemp ACT and GAPDH as reference genes, establishes a qRT-PCR (Quantitative Reverse Transcription-Polymerase Chain Reaction) method based on an SYBR Green fluorescent dye technique, and provides stable and reliable reference genes and technique methods for gene expression analysis under adverse situations such as tobacco phytophthora infection, low temperature stress, salt stress and injury treatment on sisal hemp through real-time fluorescent quantitative PCR.

The invention discloses a novel medical sponge stent material with collagen and calcium phosphate as raw materials and a preparation method, provides a novel medical sponge stent material with collagen combined with calcium phosphate and a preparation method, and belongs to the technical field of biomedical materials. The problem that in osteochondral injury treatment at present, repair of cartilage tissue and infusion of the cartilage tissue to be repaired and a compact bone part (namely, a hard bone part) connected with the cartilage tissue can not be carried out at the same time is solved, and the defect that a present clinical collagen/calcium phosphate bone repair material can not well repair osteochondral tissue injury is overcome.

A treatment solution used to prevent posterior capsular opacification is applied or introduced into the lens capsular bag before, during, or after cataract surgery. The treatment solution may also be applied to an intraocular lens prior to surgery. The treatment solution comprises an ion transport mechanism interference agent, which either alone or in combination with other treatment agents such as an osmotic stress agent and an agent to establish a suitable pH, selectively induces detachment and/or death of lens epithelial cells such that posterior capsular opacification is prevented. While the ion transport mechanism interference agent is capable of interfering with the cellular mechanisms and cell ion distribution of a broad range of cells, a concentration of agent is selected such that the treatment solution interferes selectively with the cellular mechanisms of lens epithelial cells while leaving other ocular cells substantially unharmed. The treatment solution selectively induces cellular death and/or detachment of lens epithelial cells while other ocular cells and tissue remain substantially unharmed and without lengthy preoperative pre-treatment.

The invention discloses an injury assist treatment device. The injury assist treatment includes a bearing plate; an assist mechanism is arranged on an upper surface of the bearing plate; and an elastic protective layer is arranged on an upper surface of a holding plate. the beneficial effects of the invention are that when an injury is treated, the injury assist treatment device can automaticallylift, can perform suitable treatment height adjustment, can fix and clamp a leg and prevent leg from moving due to pain during cleaning, can reduce blood circulation, facilitates cleaning and bleeding-stopping, is moderate in size, will not occupy space, is convenient to move, and is easy to use.

The invention belongs to the field of cytobiology, and relates to a nano probe transfected adipose-derived cell and application thereof in preparing an MRI (magnatic resonance imaging) dynamic tracer. The adipose-derived progenitor/stem cell is separated and screened from adipose tissues, the phenotype of the adipose-derived progenitor/stem cell is identified by stream mode, immune fluorescence, molecular biology and other methods, and the inward epidermic cell differentiation is induced. After the nanoparticle labeled adipose-derived endodermis progenitor/stem cell is prepared into an MRI dynamic tracer, the in-vivo transplantation vascular injury restoration test, which is used for evaluating vascular endodermis conditions by transmission electron microscope, immunofluorescence, real-time PCR (polymerase chain reaction) and other methods according to the in-vivo survival, migration, outcome and restoration vascular injury conditions of the nuclear magnetic resonance dynamic tracing adipose-derived endothelium progenitor/stem cell at different time points, proves that the nano probe transfected adipose-derived cell can illuminate the mechanism of the adipose-derived endodermis progenitor/stem cell in vascular injury restoration. The nano probe transfected adipose-derived cell can provide new practice data for vascular injury treatment as well as new seed cell sources and experimental reference.

The present disclosure relates to systems and methods for self-guided treatment of deformities, disorders, or injuries of the musculoskeletal system. In particular, the disclosure relates to user-interfacing systems and methods of using same for selection of an appropriate medical equipment and or treatment plan for a user.

The invention provides a peptide containing an amino acid sequence YEKLTTLDTGGV (SEQ ID NO:1) or a functional variant thereof, wherein the peptide is an active peptide for treating central nervous system injury. The invention further provides a chimeric peptide containing the active peptide and an internalized peptide. The present invention further provides a pharmaceutical composition containing the active peptide or the chimeric peptide, and medical applications of the active peptide or the chimeric peptide.

The invention relates to the technical field of teaching models, in particular to a medical model for treating needle pricking injury of a hand. The wrist pressure sensor, the palm pressure sensor and the finger pressure sensor monitor the squeezing manipulation and strength of an operator, the flow sensor monitors the effect of simulating the flushing flow of a puncture wound, real-time data are displayed through the parameter display screen, the waveform display screen displays a peak value and a change trend, and defects existing in the operator are analyzed. And rectification measures are provided according to the defects. A simulated puncture position is selected by rotating the simulated puncture position selection turntable, a sensor is selected by rotating the sensor selection turntable, adjustment is performed through the adjusting knob, and meanwhile adjusted data is displayed on the adjusting display screen. And when the operation reaches the standard, the indicating lamp is lightened, so that an operator can have a visual feeling. After being simulated and learned by medical staff, the medical staff can accurately master the steps and matters needing attention for treating the acupuncture injury, so that the infection risk of the medical staff is reduced, and the acupuncture injury treatment skill of the medical staff is improved.

The invention discloses white matter injury treatment equipment and a treatment method thereof in the technical field of medical treatment. The white matter injury treatment equipment comprises an equipment body and a control component, wherein the equipment body is provided with an adjusting button area; the adjusting button area consists of a manual selection button and an automatic adjusting button according to blood pressure; the side wall of the equipment body is provided with two sets of cuff insertion holes; a connecting pipe is inserted into each cuff insertion hole; the end part of each connecting pipe is connected with a cuff body; the control component comprises an MCU, wherein the MCU is electrically connected with an LDO; the LDO is electrically connected with a DC/DC module; the DC/DC module is electrically connected with an adapter; the DC/DC module is electrically connected with two groups of air pumps; and the output ends of the air pumps are connected with the cuff body. The lower limb ischemia adaptation training treatment method can promote recovery of the white matter injury and promote improvement of the cognitive function of a patient, after 12-month treatment, the white matter injury volume of the patients in an experimental group is reduced by 22.1%, and the white matter injury volume of the patients in a control group is not obviously changed if being compared with the previous white matter injury volume.