RESUMEN
Novel coronavirus pneumonia (NCP), known as COVID-19 for short, is a new infectious disease that spreads rapidly. Since the outbreak of the epidemic, the global epidemic situation is still grim. It is necessary for a comprehensive grade triple-A hospital to strictly control the transmission risk in the hospital and ensure the life and health safety of medical staff, other patients and accompanying staff, in addition to fulfilling its responsibility of treating COVID-19 patients. In this context, unprecedented challenges have been posed to the routine work flow of the hospital, including personnel management, system construction, supply and logistics support, and infection control. The paper summarizes the experience in hospital logistics support management, aiming at exploring strategies for coping with the COVID-19 epidemic.
RESUMEN
Objective To analyze the drug consumption of the joint logistics support force during field training in Yunnan, summarize the drug use characteristics of medical staff, and analyze the drug use rules, so as to provide the basis for modular drug support. Methods The basic information and drug use of the personnel in an institution of the joint logistics support force during the resident training period from April to June 2020 were collected and sorted out. The drug use indicators were calculated by using the defined daily dose (DDD) as the unit, including: daily drug dose (DDDs), daily drug dose cost (DDDc), drug use intensity (DUI), drug utilization rate (DUR) and drug ranking ratio (R) were used to describe drug use characteristics. Results During the resident training period, the amount of musculoskeletal system drugs was large, and the number of users was large. The dosage of cardiovascular system drugs, digestive system drugs and hormone drugs was large, but the number of users was small. Sensory organ drugs, dermatological drugs, heat-clearing agents (Chinese patent medicine) and respiratory system drugs were small in dosages, but the number of users was large. Ranked by DDDs, the top 3 drugs with the highest dosage were Yunnan Baiyao plaster, Yunnan Baiyao Band-Aid and Loratadine Tablets. Ranked by DDDc, the largest daily cost was Budesonide and Formoterol Fumarate Powder for Inhalation. As age increases, the intensity of drug use increased; The intensity of drug use in women was greater than that in men. The intensity of drug use was different for different categories personnel. Conclusion Musculoskeletal system drugs are important drugs for field training. The task personnel should formulate a list of medicines for basic diseases based on their own medication for basic diseases and the duration of the task, and submit it to the medicinal material guarantee department to ensure the carrying drugs. The factors affecting modular drug support in field training include: task type, region, solar term, duration and personnel composition, etc.
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Objective: To optimize the support relationship between units for military medical material supply and the supported units, so as to promote the rational utilization and allocation of units for military medical material supply in a region. Methods: The methods of Delphi and integer programming of operation research were adopted to construct optimal model based on the basic principles of joint logistics support. Results: Optimal distribution models were established based on the primary channel supply and fixed units position. The model was used to optimize the medical support relation in a certain region. Conclusion: The application of the optimal model suggests that the model is feasible. Decision support system developed based on the optimal model combined with geographic information system provide theoretical evidence and information tool for the adjustment of medical material support relation in a region.