40results about How to "Optimal treatment time" patented technology

The invention relates to a photosensitizer nanoparticle as well as a preparation method and application thereof. The photosensitizer nanoparticle comprises components of photosensitizer molecules and regulation and control molecules for conducting regulation and control on the composition structure of the photosensitizer; the preparation of the photosensitizer nanoparticle is realized through self-composition of the photosensitizer molecules and the regulation and control molecules. The photosensitizer nanoparticle has the advantages that the size is controllable, the distribution is uniform, and the medicine loading capacity are high; the preparation method is simple and quick, and does not need to use any toxic solvent or additive; the photosensitizer nanoparticle can be applied to preparation of medicines for tumor positioning image formation and photodynamic therapy, has the characteristics of being high in biocompatibility and high in tumor tissue gathering, and has excellent application prospects when being used as the anti-tumor and photodynamic therapy medicine.

The invention discloses a recombination antigen for HFRS diagnosis and its rapid GIA diagnosis indicator paper opposite to shortened NP recombination antigen e112 of Hantaan virus by gene clone technique and simultaneous-detected IgM and IgG antigens in patient serum. The said test paper overcomes the limitation of current HFRS diagnosis method, benefit to early-stage diagnosis, reduces illness death rate, does not requires special device nor professional staff to meet more detection need, and cuts cost greatly.

The invention discloses a facial paralysis diagnosis and treatment system based on RFID technology, comprising the following main functional modules: a data acquisition module, embedded service data processing modules, a data interaction module, a central database module and a data application module. The system is characterized in that each embedded service data processing module realizes real-time and reliable acquisition of such data of the patients as temperature, muscle reaction, pressure and the like in the treatment process. Compared with the prior art, the system can realize real-time and reliable acquisition of such data of the patients as temperature, muscle reaction, pressure and the like in the treatment process, thus solving the following problems: under the same treatment condition, the treatment effects on some patients are good while the treatment effects on other patients are slight; aiming at the population with strong reactions, the system continues to use the current treatment method; and aiming the population with weak reactions, the system immediately adjusts the treatment scheme and the treatment method so as to strive for optimal treatment time for the patients.

The invention relates to a smart alarm bracelet comprising a housing provided with keys; a watchband connected to the housing; a circuit board which is arranged in the housing and integrated with a sensor module used for detecting vital signs of a wearer and surrounding environmental parameters; a display module; a key module; a communication module; a positioning module; a power supply module; and a processing module which is used for control, and used for processing the acquired vital signs and surrounding environmental parameters and sending measured data and positioning information to a mobile phone through the communication module. By employing the smart alarm bracelet and system, an SOS key can be clicked in case of emergency, and an SOS message can be sent though a short message, and the aim that the wearer quickly goes into hiding when running into danger is reached; furthermore, when the condition that the vital signs of the wearer are weak occurs, the bracelet can send corresponding information including the vital signs of the wearer and the like to a hospital through a mobile phone in order to strive for optimum treatment time.

The invention relates to the field of controlled release of biomedical materials and drugs, and particularly relates to a nanoparticle preparation, and a preparation method and application thereof. The nanoparticle preparation is prepared from the following components: (1) oligopeptides and/or oligopeptides derivatives; and (2) metal ions. The nanoparticle preparation is uniform and controllable in particle size, high in drug loading ratio, and good in stability in blood, can quickly release drugs via multiple stimulated response of pH/enzyme/glutathione/metallothionein, and is easy in preparation method and easy for large-scale production.

The invention discloses a monitoring tag utilizing an internet of things technology. The monitoring tag comprises a tag body, an RFID (radio frequency identification device) module on the body, an environment data monitoring module, an antenna module, a storage module and a central processing unit, wherein the RFID module, the environment data monitoring module, the antenna module and the storage module are connected with the central processing unit. Compared with the prior art, the monitoring tag can be used for reliably acquiring data of temperatures, muscle responses, pressure and the like generated in a therapeutic process of patients in real time, so that under same therapeutic conditions, certain patients have good therapeutic effects, but another certain patients have tiny therapeutic effects, the patients with the good therapeutic effects can continue to be subjected to diagnosis and treatment by adopting the current diagnosis and treatment method, while therapeutic schedules and therapeutic methods of the patients with the tiny therapeutic effects are adjusted immediately to strive for best treatment time, thereby implementing the monitoring tag utilizing the internet of things technology.

The invention relates to a method for quantitative detection of pathogenic bacteria and total bacterial count in an edible raw egg. The method comprises the following steps that S1, a to-be-detected edible raw egg sample is homogenized; S2, after an egg liquid sample is diluted, protein degradation treatment and degreasing treatment are carried out; S3, the treated egg liquid sample is subjected to membrane filtration; S4, the filtered egg liquid sample is subjected to centrifugal washing and supernatant removal, and the centrifuged precipitates are suspended by a suspending medium; S5, a specific pathogenic bacterium probe is used for performing first fluorescence labeling on an egg liquid suspension solution, and a nucleic acid dye is used for performing second fluorescence labeling on the egg liquid suspension solution; S6, the fluorescence of particles in a detection and sample loading suspension solution is detected by using high-sensitivity flow cytometry. The method is suitablefor detection of various edible raw egg and egg liquid samples, and can simultaneously and quantitatively detect target pathogenic bacteria and total bacterial count in the samples, including variouspathogenic bacteria, nonpathogenic bacteria and the like.

The invention discloses a method for implementing an apoplexy diagnosis system by means of the wireless sensing technology. Main functional modules include a data acquisition module, an embedded service data processing module, a data interchanging module, a central database module and a data application module. The method for implementing the apoplexy diagnosis system is characterized in that the embedded service data processing module can reliably instantly acquire data generated during treatment of patients such as temperature, muscle reflection and pressure.

The embodiment of the invention discloses a fullerene phthalocyanine derivative as well as a preparation method and application thereof. The fullerene phthalocyanine derivative has the advantages of novel structure, small possibility of generating photobleaching, light degradation and aggregation, high phototoxicity and low dark toxicity and is more stable under an illumination condition.

The invention discloses a medicine applying device for medical rehabilitation nursing. The device includes a handle, an adjusting mechanism, a medicine storage mechanism, a supporting plate, an ointment inlet, a medicinal liquid inlet, a medicine applying mechanism, a hose and a permeating block. The supporting plate is arranged on the upper portion of the handle, the medicine storage mechanism isarranged on the supporting plate, and the adjusting mechanism is arranged on one side of the medicine storage mechanism; the medicine applying mechanism is arranged on the adjusting mechanism, and the medicine storage mechanism is connected with the medicine applying mechanism through the hose and consists of a box body, a side cover, a clapboard, a pushing block, ointment outlets, a medicinal liquid outlet, supporting bases, lead screws, hand grips, jacking blocks and a fixing sleeve; the adjusting mechanism includes supporting frames, guiding shafts, springs, pushing plates, a protective sleeve, a supporting table, a supporting board and clamping plates; the medicine applying mechanism consists of pipes, a fixing base, a flow limiting plate, a limiting block, a guiding block, a flattening plate, clamping blocks, a guiding port and a feeding port. The operation is simple, the medicine applying amount can be controlled, and medicine applying can be completed at a time according to thearea of injured skin of a patient.

The invention discloses a method for realizing a label for monitoring pathological data. According to the method, the label comprises a label body, a radio frequency identification device (RFID) module arranged on the label body, an environmental data monitoring module, an antenna module, a storage module and a central processing unit, wherein the RFID module, the environmental data monitoring module, the antenna module and the storage module are connected with the central processing unit. Compared with the prior art, the method has the advantages that data of temperature, muscle response, pressure and the like which are generated in the treatment process of patients can be acquired reliably in real time, so that the condition that because the treatment effect of one part of patients is good, and the treatment effect of the other part of patients is not obvious under the same treatment condition, the current diagnosis and treatment method is used continuously aiming at the patients who are quick in response on treatment, and the treatment scheme and treatment method are needed to be adjusted immediately aiming at the patients who are slow in response on the treatment is realized to strive the optimum treatment time for the patients. Therefore, the method for realizing the label for monitoring the pathological data is realized.

The invention discloses a method for realizing a facial paralysis detection platform by utilizing a wireless sensing technology. Main function modules comprise a data collection module, embedded type business data processing modules, a data interaction module, a center database module and a data application module. The method is characterized in that real-time and reliable data collection on data such as temperature, muscle reaction and pressure which are generated during a treatment process of a patient can be realized by all embedded type business data processing modules. Compared with the prior art, real-time and reliable data collection on the data such as the temperature, the muscle reaction and the pressure which are generated during the treatment process of the patient can be realized, so that the problems that under the same treatment situation, the therapeutic effect on some patients is good, and the therapeutic effect on other patients is slight can be solved; for the crowd with strong reaction, a current treatment method can be continuously used; for the crowd with weak reaction, the treatment scheme and the treatment method can be immediately regulated, and the best treatment time can be competed for the patients.

The invention relates to the field of intelligent household equipment, in particular to a big data intelligent urine health detection closestool, which comprises a computer host electrically connected with a urine analyzer, a wireless network module and a flushing device and being in communication connection with a big data platform through the wireless network module. The functions of the computer host comprise voice recognition used for recognizing a user and a control mechanism used for controlling the closestool. According to the intelligent closestool, big data analysis is adopted, the strength of the Internet is fully utilized, the existing technical conditions of network doctors are combined, the body health condition of a user can be preliminarily analyzed and diagnosed, and the intelligent closestool can be controlled in combination with living habits, diet and other aspects to give health suggestions to the user; in addition, the health preserving effect can be achieved at ordinary times, family members can know the health condition of the body at any time, bad habits are corrected in time according to the suggestions, and health and better live is achieved.