In Scientific Research Institutions,it has great significance of the S&T resources archiving and sharing to promote the deepening reform of S&T system and realize the great leap-forward development of S&T innovation.In this paper,we conduct empirical analysis on the conditions of S&T resources archiving and sharing in a Medical Organization in Beijing.The results show that the S&T resources archiving and sharing in Medical Organization have achieved initial success,however,the achievements are not ideal and the waste and shortage of S&T resources still coexisted.In view of the deficiencies of the idea,system,laws and regulations of S&T resources archiving and sharing,this paper puts forward corresponding countermeasures and suggestions.

Objective:To establish the reference range of red blood cell parameters within 24 hours after birth of premature infants with different gestational ages and genders.Methods:According to the inclusion criteria and exclusion criteria, a retrospective analysis was performed in premature infants who were admitted to the neonatal intensive care unit from January 1, 2018 to December 31, 2019. These newborns were delivered in the obstetrics department of our hospital or came from other parts of Jilin Province. All of their radial artery blood were collected within 24 hours after birth. According to the blood examination results, we analyzed reference range of red blood cell parameters of these premature infants.Results:With the increase of gestational age, the number of RBC, HGB, HCT, MCHC gradually increases and the number of MCV, MCH gradually decreases. There are differences in some red blood cell parameters of premature infants with 34 week≤gestational age<37 week between different genders. Compared with boys, the number of RBC, HGB, HCT and MCV in girls were higher. The number of RBC in premature infants with 23 week≤gestational age<28 week and 28 week ≤ gestion age<34 week are 2.58×10 12-5.45×10 12/L and 2.97×10 12-5.86×10 12/L respectively. In the group of premature infants with 34 week ≤gestion age<37 week, the number of RBC in boys is 3.38×10 12-5.83×10 12/L, while the number of RBC in girls is 3.18-5.89×10 12/L. There're no difference in RDW among preterm infants with different gestational ages and genders, which is 14.8%-20.6%. Conclusions:The study established the reference range of red blood cell parameters of 23 w≤gestational age<37 w premature infants within 24 hours after the birth and explored the differences in red blood cell parameters of premature infants with different gestational ages and genders.

Objective:To analyze the development trend of global diabetes health management from the perspective of patent bibliometrics.Methods:Data from 4 804 global diabetes health management patents were retrieved from the Derwent Innovation patent database, and after data cleaning and merging of patent families, a total of 857 patents were used in Excel and big data analysis tool Derwent Data Analysis tool to analyze patent application trends and technology sources. Quantitative analysis of country and market layout, distribution and types of patent holders, technology research and development hotspots, visual display of quantitative analysis data using bubble charts, technical function matrices, and word cloud graphs and other methods were performed to compare the layout of domestic and foreign diabetes health management patent technologies, as well as status and development characteristics.Results:The filling of global diabetes health management patent application began in 1980, and the Chinese diabetes health management patent application began in 2003, showing a slow-growth trend. The United States had the most effective patents for diabetes health management, followed by China, South Korea, Switzerland, and Japan, with 153, 89, 50, 31, and 14 patents respectively. These five countries account for approximately 95% of effective patents. The main market areas for effective patents on global diabetes health management were the United States and China, followed by South Korea, the European Patent Office, Japan, and Canada. Approximately 98% of China′s patents were located in the country, and the proportion of companies in China′s patent applications was much lower than that of the United States, Japan, and Switzerland (49% vs 90% or more). The research and development hotspots of China′s and global diabetes health management patents were consistent with the various systems, including health management systems, diabetes management systems, blood sugar management systems, glucose monitoring systems, and health management equipment.Conclusions:The United States and China were the top two major technology sources and market distribution countries for diabetes health management patents; however, China′s patent application internationalization strategy has not yet been launched, and the degree of patent industrialization requires improvement. In the future, global diabetes health management patent research and development will continue to show a development trend dominated by information systems, equipment, and tools.