6 results about "Basal metabolic rate" patented technology

This invention relates to treating Prader-Willi Syndrome (PWS) using a KATP channel opener. The channel opener may be coadministered with other therapies used to treat PWS, such as human growth hormone, a wakefulness promoting agent, or a psychiatric or mood stabilizing drug, thereby allowing the baseline dosages of these other therapies to be decreased or making these other therapies unnecessary. The invention also relates to treating PWS based on the PWS nutritional phase of a patient, to prevent the patient's PWS nutritional phase from progressing or shift the patient's PWS nutritional phase back to an earlier phase. The invention further relates to treating PWS, and conditions associated with low basal metabolic rate or hyperphagia, with the KATP channel opener based on a patient's blood ketone levels.

Use of a Prunus lannesiana extract in improving skin condition and basal metabolic rate is about the use of the Prunus lannesiana extract for preparing a composition for improving skin condition or basal metabolic rate. The Prunus lannesiana extract is obtained by drying Prunus lannesiana and extracting the dried Prunus lannesiana with a solvent at a weight ratio of the solvent to the Prunus lannesiana of (20-40): 1.

This invention discloses a dietary recommendation method and system based on linear programming optimization and disease principle retrieval, comprising the following steps: acquiring user input information and a set of recommended dishes, as well as acquiring multi-source nutrition-related data; performing reading and structured preprocessing on the multi-source nutrition-related data to form a dish nutrition dataset and a disease nutrition and treatment principle knowledge base; determining the basal metabolic rate and daily total energy consumption, and constructing a single-meal nutrition target and single-meal nutrition constraint matrix according to a preset meal ratio; performing cleaning and word segmentation on disease information, performing similarity matching in the disease nutrition and treatment principle knowledge base to determine the disease nutrition and treatment principle set; constructing a linear programming optimization model, performing constraint solving to obtain the optimal dish weight result, and generating recommended dish combinations that satisfy the nutrition target and disease constraints; and outputting the dietary recommendation result. This invention achieves medically rational, nutritionally accurate, and interpretable dietary recommendations.

The invention discloses an iodine nutrition level evaluation method and system, and relates to the field of water component detection, and the system comprises a recording module which is used for recording iodized salt use scene information and iodine-containing food eating scene information of a user in real time through mobile computer equipment, and generating an iodine intake behavior data set with a scene label; the mapping module is used for collecting basic metabolic rate data and basic physiological parameters of the user, establishing an iodine metabolism state evaluation model and outputting a data set of physiological and metabolic mapping; the iodine salt use condition and the iodine-containing food eating condition are recorded in real time, basic metabolic rate data and basic physiological parameters of a user are collected at the same time, the environmental iodine exposure amount is calculated in combination with the water iodine concentration and the living time of a living area, and then the iodine nutrition supply and demand difference value is obtained so as to assist the user in mastering the own iodine nutrition condition in real time and adjusting diet habits in time; the iodine nutrition balance is effectively guaranteed.

This invention relates to the field of healthcare information technology, and in particular to a method and apparatus for generating personalized treatment plans for refractory wounds at high altitudes. The method includes: collecting basic information, wound information, high-altitude environment information, and drug metabolism data of historical patients; correcting the basal drug absorption rate and basal drug metabolism rate based on the high-altitude environment information and basic information to obtain high-altitude corrected drug absorption rate and high-altitude corrected drug metabolism rate; determining alternative treatment plans for historical patients based on their wound information, basic information, high-altitude corrected drug absorption rate, and high-altitude corrected drug metabolism rate; predicting the wound healing index, adverse drug reaction risk, and treatment adherence of historical patients based on the alternative treatment plans; adjusting the alternative treatment plans based on a reward function, and evaluating the suitability score of each treatment plan to obtain the treatment plan with the highest suitability score, thereby providing the optimal treatment plan for the target patient.

The invention belongs to the technical field of air-conditioner temperature control and intelligent sensing, and particularly discloses an intelligent optimal control method and system for the thermal environment of a multi-person living space, and the method comprises the steps: obtaining the basal metabolic rate of all persons in the living space, dividing all persons into different metabolic categories, and determining a heat acceptable interval corresponding to each person; building a group unified regulation and control interval based on the intersection of the heat acceptable intervals corresponding to all the personnel, and generating a control instruction according to the group unified regulation and control interval to control the environment regulation and control equipment to operate; and target individuals whose thermal comfort demands deviate from the group unified regulation and control interval are identified, personalized compensation instructions are generated for the target individuals, and intelligent optimal regulation and control of the thermal environment of the multi-person living space are completed. According to the invention, the problem of thermal comfort demand differentiation caused by individual physiology and characteristic differences in a multi-person space is solved.