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Science and technology ethics governance, how to put ethics first? The purpose of "technological innovation, ethics first" is to build an ethical soft landing mechanism for scientific and technological innovation. Researchers of science and technology ethics should start from the practice of international and domestic science and technology ethics governance, and explore the realistic way of science and technology ethics governance on the basis of understanding and thinking about the innovative culture, value orientation and operation mechanism. First of all, it should be noted that seeking technical, management and institutional solutions in the current ethical governance of science and technology may not be perfect and thorough, but operable management measures can be explored and continuously improved under the framework of mainstream scientific and technological innovation. Secondly, the co-governance of science and technology ethics needs to further explore the corresponding group co-governance epistemology facing pluralistic co-governance. Finally, the ethical governance of science and technology should pay attention to the principle of proportionality, and avoid both lax and being too strict.
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In recent years, with the rapid development of Chinese domestic surgical robot technology and the expansion of the application market, the "industry-university-research-medicine" collaborative innovation transformation mode has gradually developed and formed. Medical institutions play an important role in multi-party cooperation with enterprises, universities, and research institutes, as well as in product planning, technology research and development, achievement transformation, and personnel training. On the basis of reviewing the current situation of the development of the "industry-university-research-medicine" collaborative innovation transformation mode of domestic surgical robots, this study explores the multiple roles played by medical institutions in this mode and challenges, further putting forward corresponding recommendations.
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Humanos , Robótica , Universidades , Medicina , Indústrias , TecnologiaRESUMO
Objective: To analyze the current status and problems in the process of transfer and transformation of health science and technology achievements, and propose countermeasures. Methods: A total of four universities, two research institutes, two medical institutions, two biomedical innovation enterprises and two biomedical industrial clusters were selected as the research subjects using the purposive sampling method. Field investigations and qualitative interviews were conducted. Additionally, relevant literature was reviewed to analyze the progress, achievements, main experiences, and problems in the process of health science and technology achievement transfer and transformation in China. Results: The policy for transformation of health science and technology achievements in China is gradually improving. There is a steady growth in investment in scientific and technological innovation, leading to continuous emergence of transformative achievements. The innovative entities are growing, and the service system for achievement transformation is being established with expanding capital support. However, challenges persist, including the lack of an effective evaluation system to promote achievement transformation, shortages of specialized service organizations and talents for transformation, unclear guideline for the transformation and industrialization of scientific and technological outcome, insufficient innovation research and development institutes in biomedical, and imperfection in the mechanism for transforming scientific and technological program achievements. Conclusion: Although great progress has been made in the transformation of health science and technology achievements in China, the quality and quantity of achievement still need to be improved. It is urgent to establish and implement an evaluation system for achievements transformation, accomplish the construction of specialized service institutions and the training of versatile talents for transformation, highlight the market-oriented mechanism for scientific and technological achievements transformation, explore system and mechanism reform, establish the mechanism for transforming scientific and technological program achievements in a faster pace, and optimize the policy, so as to promote the high-quality transfer and transformation of health science and technology achievements.
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As an important element of medical and health sector innovation, the translation of scientific and technological achievements plays a key role in promoting their clinical application and meeting the medical needs of the people. The authors sorted out the problems in such translation at these affiliated hospitals in terms of " people", " finance", " material", and " system". Starting from 2017, the Tenth People′s Hospital Affiliated to Tongji University has explored such practices as establishing hospital-led clinical medical science and technology innovation parks and technology service limited companies. These practices aimed to address the issues of insufficient hospital scientific and technological innovation capabilities and the gap between the hospital′s operation mechanism to translate its scientific and technological achievements and the enterprises and the market. The clinical medical science and technology innovation park integrating administration, industry, education, research, medicine and application, has taken multiple measures to attract excellent research talents and projects from within and beyond the hospital, promote the implementation of innovative scientific research projects. The hospital also established a health industry mode with engagement of social capital from large enterprises. The Technology Services Co., Ltd. was based on the incubation and translation of hospital achievements, combining market and clinical needs, promoting multi-party cooperation between hospitals and external enterprises, improving the chain operation mechanism of hospital scientific and technological achievements translation work, and alleviating the problem of insufficient research pilot funds and productibility funds by means of hospital-led fundraising. The number of patent authorizations of hospitals had increased from 23 cases in 2018 to 105 in 2022, and the amount of patent conversion had increased from 2 million yuan in 2020 to 11 million yuan in 2022. It is recommended that affiliated hospitals of universities further improve the organizational structure of achievement translation, strengthen their professional talent teams, improve their operation mechanism of achievement translation, build a platform for medical school-enterprise cooperation, and improve the evaluation mechanism of translation assessment, in order to promote a virtuous cycle of hospital′s scientific and technological achievement translation work.
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In recent years, the issue of conflicts of interest in the transformation of scientific and technological achievements in medical institutions in China has become prominent, mainly manifested as personal and institutional conflicts of interest, with the characteristics of complexity and sustainability. At present, there were some problems in the conflict management of scientific and technological achievements transformation of medical institutions, such as insufficient support of relevant laws, regulations and policies, insufficient supervision of medical institutions, and the lack of industry management atmosphere. The author suggestted that government departments should strengthen the formulation of relevant policies and regulations, medical institutions should establish an interest conflict management system and an independent management department, and industry associations should give full play to their role in assisting, so as to provide reference for promoting medical institutions to effectively manage interest conflicts in the transformation of scientific and technological achievements.
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Objective:To understand the status of medical science and technology achievement transformation policies in application, this study conducted a descriptive statistical analysis of the collected relevant policy texts according to type, time, and publication sector. On this basis, the X-Y two-dimensional analysis framework of policy texts is constructed using the dual dimensions of Howlett and Ramesh′s policy tool classification and policy development to classify policies into 3 categories: mandatory tools, voluntary tools, and hybrid tools, and to quantify the policy texts on the transformation of medical science and technology achievements, analyze the policy support received in the transformation of medical science and technology achievements and the policy obstacles in the transformation of achievements in China. Finally, this study was aiming to propose targeted countermeasure suggestions.Methods:The texts of medical achievement transformation policies were collected through the official websites of the State Council and the Ministry of Science and Technology, and combined with relevant literature. Research methods such as literature research method and quantitative and qualitative analysis method were applied to conduct the study. The policy samples were coded and organized, and two-dimensional analysis was conducted through the constructed X-Y two-dimensional analysis framework. The texts were quantitatively analyzed through a combination of quantitative and qualitative methods.Results:The results of the analysis of the coded data revealed that the current mandatory tools of China′s medical science and technology achievement transformation policy account for a relatively high proportion, and the use of voluntary tools still needed to be further improved. The use of various policy tools was uneven. The internal structure of various policy tools was also uneven, and there was still room for improvement.Conclusions:Through qualitative and quantitative analysis of the results of the application of medical science and technology achievement transformation policy in China, this paper puts forward 3 countermeasure suggestions: firstly, in the stage of policy strengthening and implementation, the implementation path and scheme of policy tools need to be refined so that the policy can realize implementation. Secondly, the balanced development of various policy tools, the coordination of policy formulation and implementation, the balanced role of mandatory tools, hybrid tools and voluntary tools, and the establishment of a smooth policy system for the transformation of medical science and technology results on this basis to improve the effectiveness of the policy. Thirdly, improve the internal orientation and evaluation mechanism of medical institutions to motivate medical institutions and medical personnel to carry out scientific and technological innovation and transformation work.
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Objective:To investigate the status quo and influencing factors of health self-management ability of scientific and technological workers in Shanxi Province.Methods:This study was a cross-sectional study. Using the general situation questionnaire and the adult health self-management ability evaluation scale, 467 scientific and technological workers who received physical examination in the First Hospital of Shanxi Medical University from January 2022 to September 2022 were investigated by questionnaire, and their height, weight, body mass index, fasting blood glucose, blood lipids and blood uric acid were collected on the day of physical examination. Multiple linear regression analysis was used to explore the influencing factors of health self-management ability, and Pearson and Spearman correlation analysis was used to analyze the correlation between health self-management ability and examination items.Results:The total score of health self-management ability of 467 scientific and technological workers was (153.7±16.5). The results of multiple linear regression showed that the type of medical insurance, self-assessment of health status, staying up late, and sleep quality were independent influencing factors of health self-management ability ( R2=0.141, adjusted R2=0.120, F=6.771; P<0.001). Health self-management ability was positively correlated with high-density lipoprotein ( r=0.114), behavioral subscale was positively correlated with high-density lipoprotein ( r=0.107), environmental subscale was negatively correlated with uric acid ( r=-0.103), triglyceride ( r=-0.118), and positively correlated with high-density lipoprotein ( r=0.129), and cognitive subscale was negatively correlated with triglyceride ( r=-0.125), all of which were statistically significant ( P<0.05). Conclusions:The ability of health self-management of scientific and technological workers in Shanxi Province belongs to the upper middle level, which is affected by the type of medical insurance, the self-assessment of health status, staying up late, and the quality of sleep. It is suggested that the ability of health self-management of scientific and technological workers can be improved by strengthening their health beliefs, providing a more convenient working environment, reducing the frequency of staying up late, and improving their sleep quality.
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In order to judge the future development trend of science and technology, plan ahead and lay out the frontier technology fields and directions, China Association of Chinese Medicine(CACM) has launched consultation projects for collecting "major scienti-fic issues and engineering technology difficulties in traditional Chinese medicine(TCM)" for the industry for three consecutive years since 2019. Up to now, 18 projects have been selected as major issues for research, and some experience and achievements have been made. These projects have been applied in important scientific and technological work such as scientific and technological planning and deployment at all levels of national, local, and scientific research institutions, the selection and cultivation of major national scientific and technological projects, and the construction of innovation bases, giving full play to the role of the think tank advisory committee of CACM. This study reviewed the selection of major issues for the first time, systematically combed its application in the national layout of science and technology, and put forward the existing problems and improvement suggestions, aiming to provide new ideas for further improving the selection of major issues and research direction, providing a theoretical basis and decision support for the national scientific and technological layout in the field of TCM, and promoting scientific and technological innovation to facilitate the high quality development of TCM.
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Medicina Tradicional Chinesa , Invenções , China , Medicamentos de Ervas ChinesasRESUMO
Objective:To learn the key driving factors in the management of scientific and technological achievements transformation in public hospitals, so as to provide basis for improving the effectiveness of achievements transformation.Methods:From March to July 2021, 1 226 medical staff from 7 municipal hospitals in Hangzhou were investigated by stratified random sampling. The questionnaire included the main demographic information, the perceived importance and actual performance of the management mechanism(6 dimensions, 18 items)which was scored by Likert 5. Descriptive analysis was carried out and paired samples were compared by t-test, and the difference was significant when P<0.05. Importance matrix analysis was carried out on all items to identify the key driving factors for the transformation of achievements in public hospitals. Results:1 157 valid questionnaires were finally included. The difference between the scores of perceived importance and actual performance of the various management mechanisms was significance( P<0.001). The gap was presented as follows: evaluation mechanism(1.29), investment mechanism(0.88), organization and leadership mechanism(0.87), guarantee mechanism of services(0.44), benefit and distribution mechanism(0.15), incentive mechanism(-0.11). Matrix analysis results showed that, " special funds support" , " grasp market demand and accurately connect" , " formulate corresponding supporting systems" , " professional transformation team with multidisciplinary background" , " classified and multi-level achievement transformation evaluation index system" , " full life cycle management" , " incorporate into central work and key tasks" and " scientific and technological achievement transformation reporting system and application monitoring system" were the key driving factors for the transformation of scientific and technological achievements in public hospitals. Conclusions:The perceived importance of medical staff to the transformation of scientific and technological achievements in public hospitals is acceptable, while the actual performance is relatively weak. The management effectiveness should be improved and give priority to consolidate the management foundation, build index evaluation system, provide the life cycle management service and improve scientific interaction as well as consultation service mechanism.
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Objective:To analyze the overall situation and existing problems of the scientific and technological innovation capacity of hospitals in Shandong Province, propose strategies for the construction of first-class medical disciplines in hospitals, promote the transformation of medical science and technology achievements into clinical application, and provide a reference basis for building a highland of health scientific and technological innovation.Methods:Science and Technology Evaluation Metrics (STEM) data of hospitals in Shandong Province in 2020 were obtained by network research method, and the scientific and technological innovation capacity and sustainability of hospitals and disciplines were analyzed by statistical description method, assignment method, and NetDraw visualization tool.Results:The number of national top 100 hospitals and disciplines in Shandong Province ranks seventh and sixth in China, respectively. Only three hospitals in Shandong Province are among the national top 50, covering 80.6% of provincial top-ranked disciplines, while 41.6% of the national top 100 disciplines in Shandong Province are ranked after the top 50 in their respective discipline lists. The hospital scientific and technological innovation capacity of Shandong Province is at the middle-upper level with few and uneven distributions of first-class hospitals and disciplines, leading to a relatively weak overall science and technology impact.Conclusions:Given the current situation in Shandong Province, it is suggested that hospitals should take STEM as a guide to strengthen the construction of scientific research environments, vigorously develop clinical research, continuous strengthen discipline construction, and emphasize scientific innovative talent training and research integrity education, providing a science and technology strategic support for the acceleration of the medical scientific and technologic innovation and the promotion of high-level innovative province construction.
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Objective:To explore the growth characteristics of young scientific and technological talents and provide a reference for the training of young talents and the talent introduction of research teams.Methods:Taking the winners of the National Natural Science Youth Scientists Fund of Capital Medical University from 2010 to 2019 as the research object, this article retraced their biographical information such as personal characteristics, educational experiences, and growth history, and analyzed the growth characteristics of scientific and technological talents.Results:The growth characteristics of young scientific and technological talents were obtained by summarizing the age, gender, professional title, degree, and overseas study experience of the recipients of the Young Scientists Fund. The influence of educational background on their talent time was preliminarily analyzed through multiple linear regression.Conclusions:According to the study of the growth characteristics and educational background of young scientific and technological talents, we hope to guide the training direction of young talents and provide support for the selection of excellent talents. It is also proposed to improve the talent selection mechanism, encourage scientific research cooperation, and optimize the talent evaluation mechanism to promote more outstanding young scientific and technological talents to stand out.
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Objective:To stimulate innovation vitality, the government promulgated the Pilot Implementation Plan for Granting Scientific and Technological Achievements Ownership or Long- term Use Right to Scientific Research Investigators. As one of the 40 pilot institutions, Beijing JiShuiTan Hospital attached great attention to it and, through the exploration and practice of pilot work, combined with the transformation of medical institutions' achievements Status quo, summarized the experiences of job scientific and technological achievements empowerment. Methods:Explored the mechanism and mode to empower researchers with the ownership or long-term right of service invention according to the policy review and case studies.Results:Developed hospital-level empowerment reform program and related supporting documents, Beijing JiShuiTan Hospital has completed the first empowerment work in Beijing.Conclusions:The reform of empowering scientific and technological achievements gives a new pathway to transform scientific and technological achievements in medical institutions, which will promote the transformation process of service invention-creation.
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Objective:By analyzing State Science and Technology Awards in the medical fields from 2000 to 2020, this paper aims to provide possible references for the development, transformation and application of scientific and technological achievements under the context of new evaluation mechanism, to further improve the effectiveness of scientific research management.Methods:Accessing in to the website of National Office For Science & Technology Awards to obtain information of Science & Technology Awards in the field of Medicine, analyze and characterize the different types of awarded scientific and technological achievements.Results:The awarded medical achievements in the past 21 years were mainly aimed at the common and frequently encountered diseases in China, with the most achievements related to cancer and tumor disease, followed by cardiovascular disease and infectious disease. Universities accounted the highest proportion of awards thus becoming the main force of medical scientific and technological innovation, while more balance was needed in regional and organizational distribution. The first prizes of State Natural Science Award and State Technological Invention Award are visibly vacant.Conclusions:Priorities should be given to foster original scientific and technological achievements, to train elite medical talent, to solve the regional imbalance of medical innovation strength and to develop high-tech medical enterprises with international competitiveness, thus solving major medical challenges.
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Chronic disease management is a challenging issue in China. To address the needs of talents and mature innovation ecosystem related to chronic disease management, The First Affiliated Hospital of Sun Yat-sen University(FAH-SYSU) actively responds to the national strategy to promote the high-quality development of the hospital through strengthening strategic planning, top-level design, and systematic consideration. Precise management of chronic diseases was taken as key measure for the construction of a national medical center. With continuous exploration in establishing talent pool, innovation center and application platform, and chronic disease management system that focuses on core elements of talent and innovation, the FAH-SYSU Model for the precise management of chronic diseases has been initially formed.
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Background By analyzing the publication of scientific and technological papers of the provincial centers for disease control and prevention (CDCs) in China, we can understand their scientific research strength, dominant disciplines, research hotspots, and talent development, which is conducive for further optimizing the scientific research construction of the disease control system. Objective To conduct a bibliometric analysis and draw a visual map of the Chinese Science Citation Database (CSCD) sourced papers published by 31 provincial CDCs in China from 2011 to 2020, to understand the scientific research status of China's provincial CDC system in the past ten years. Methods In April 2021, China National Knowledge Infrastructure was used to retrieve CSCD sourced papers published by 31 provincial CDCs (excluding Taiwan Province, Hong Kong and Macau Special Administrative Regions) in China as the primary unit from 2011 to 2020, and finally 5231 CSCD papers were included. Bibliometric analysis indicators include number of CSCD papers published and financial support rate, proportion of CSCD papers to total Chinese papers, distribution of CSCD papers published in high-volume journals, and number of papers for a specific CDC that their first authors affiliated with. Citespace 5.8.R1 software was used to draw author's cooperation network map, keyword co-occurrence map, keyword clustering information table, and keyword emergence map. Results The number of CSCD papers published every year showed a stationary trend, and the total funding rate was 61%, showing an year-by-year upward trend (increased from 49.3% in 2011 to 68.7% in 2020). Jiangsu Province, Fujian Province, and Beijing CDCs ranked the top three in the total number of CSCD papers contributed by a specific CDC. The Chinese Journal of Epidemiology, Chinese Journal of Public Health, Chinese Journal of Zoonoses, Chinese Journal of Preventive Medicine, and Chinese Journal of Endemic Diseases were the top five high-volume journals. The top three authors of CSCD papers (counted as co-authors) were Xu Bianli of Henan Provincial Center for Disease Control and Prevention (110 papers), Yan Yansheng of Fujian Provincial Center for Disease Control and Prevention (72 papers), and Wang Quanyi of Beijing Center for Disease Prevention and Control (71 papers), and they studied the epidemiology of parasitic diseases and infectious diseases, the prevention and treatment of natural epidemic diseases and AIDS, and the epidemiology of infectious diseases, respectively. The keyword co-occurrence map showed that AIDS, zoonotic diseases, hand-foot-mouth disease, etc. (frequency ≥90) were the key research directions of provincial CDCs in the past ten years. The keyword clustering categories were closely related, although there were subtle differences, the topics focused on virus and chronic disease research. The keyword emergence results suggested that the frontiers of research had gradually shifted from infectious diseases such as enterovirus, hantavirus, and Zika virus to food-borne diseases and chronic non-communicable diseases such as tumors and senile diseases over time. Conclusion The number of papers issued by the provincial CDCs in China in the past ten years has shown an overall steady and rising trend. The leading themes of researchers and institutions are infectious diseases, parasitic diseases, etc., while food-borne diseases and elderly diseases are the hot frontiers.
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Objective:The medical-related patent transformation level is relatively low in China for a long time. However, with the support and advancement of a series of national policies, domestic patents and other medical intellectual property projects are increasing year by year, and medical transformation is also receiving more and more attention. Zhongshan Hospital affiliated to Fudan University actively promotes the transformation of hospital patents through various channels, and actively explores how to carry out patent transformation and how to improve the success rate of transformation. This article aims to analyze and explore the feasibility of multi-channel promotion of patents, and to open up a new path for the use of new media to promote patent conversion.Methods:Through Excel analysis of " Zhongshan Patent Hero Post" WeChat public account and official Weibo platform weekly page views data and patent salon project data, as well as the patent application and transformation of Zhongshan Hospital in the past 6 years, and analyze the effect of patent promotion.Results:Through multiple channels and various links of effective promotion methods, the patent application and conversion situation of Zhongshan Hospital has doubled in the past 6 years.Conclusions:The hospital will further actively explore the patent application and transformation process, the full-cycle promotion method of each link, and provide a transfer and transformation consulting docking and promotion platform for the scientific research results or patent technologies related to hospitals and enterprises, and help the transformation of medical patents.
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Objective:To understand the current situation of the layout of the national science and technology innovation platform in the medical field, and provides a basis for departments to improve the formulation of scientific and technological innovation policies and promote the reform of the mechanism.Methods:The report and the evaluation list of the official websites are the main reference, supplemented by the public information of each platform and the information retrieval and mining of database, select quantitative statistical indicator to analyze data.Results:Platforms rely on a rich variety of units, mainly concentrated in Beijing, Shanghai and other areas with strong research ability, including major disease areas, covering many key medical disciplines.Conclusions:The regional layout is not balanced, and the layout of the type of disease at the subdivision level needs to be further complemented and improved.
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ABSTRACT BACKGROUND: The pandemic of the new coronavirus has culminated in a scientific race to seek knowledge about this virus and its treatments, vaccines and preventive strategies, in order to reduce its impact on healthcare and economics worldwide. Hence, it is important to recognize the efforts of researchers who are at the forefront of investigations relating to the new coronavirus. OBJECTIVE: The present study was carried out with the aim of analyzing the world scientific production relating to COVID-19. DESIGN AND SETTING: Exploratory and descriptive bibliometric study conducted in the city of Teresina (PI), Brazil. METHOD: ISI Web of Knowledge/Web of Science (WOS) was chosen as the database. Data-gathering was carried out in May 2020. The data analysis was performed using the HistCiteTM software, version 9.8.24, and the VOSviewer bibliometric analysis software, version 1.6.8. RESULTS: 2,625 published papers that included descriptors within the scope of this investigation were identified. These articles were published in 859 different journals that are indexed in WOS, by 9,791 authors who were linked to 3,365 research institutions, located in 105 countries. CONCLUSION: Ascertaining scientific production through a bibliometric analysis is important in order to guide researchers on what has already been produced and what is being researched, so as to be able to address gaps in knowledge through future research.
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Humanos , Editoração/tendências , Bibliometria , COVID-19 , PandemiasRESUMO
Objetivo: Caracterizar la producción científica peruana sobre la COVID-19 al 31 de enero del 2021. Materiales y métodos: Se realizó un estudio bibliométrico en dos bases de datos (MEDLINE y SciELO). Se incluyeron artículos originales y originales breves en la que al menos un autor consignó como filiación una institución peruana. Se describió la producción científica según la institución de procedencia, su aprobación por un comité de ética en investigación, el registro en las plataformas dispuestas por normativa, las revistas científicas en las que se publicaron, el financiamiento de las investigaciones, y las redes de colaboración peruana. Resultados: Se incluyeron 106 artículos, de los cuales solo tres (2,8%) fueron ensayos clínicos. De las diez primeras instituciones con mayor producción científica, solo dos no pertenecen al sector educación. En 53 (50,0%) artículos no se tuvo información de los aspectos éticos o no se declaró explícitamente si fue o no aprobado por un comité de ética en investigación. Solo ocho (7,7%) de 104 artículos que debieron estar registrados en PRISA, lo hicieron, doce (11,3%) artículos se publicaron en revistas peruanas. En 71 (67,0%) investigaciones no se consignó la fuente de financiamiento o fueron autofinanciadas. Se encontró colaboración internacional en 70 publicaciones (66,0%). Conclusión: Las instituciones peruanas más productivas se encuentran en Lima. La mitad de los artículos no consignaron aspectos éticos. Casi la totalidad de los estudios no se registraron en las plataformas dispuestas por normativa, y en más de la mitad de los artículos no se consignó la fuente de financiamiento o fueron autofinanciadas.
Objective: To describe the Peruvian scientific output on COVID-19 up to January 31, 2021. Materials and methods: We carried out a bibliometric study using two databases (MEDLINE and SciELO). We included original or short original articles with at least one author with Peruvian institutional affiliation. Scientific output was described according to: institution, approval by a Research Ethics Committee, registration in the platforms established by regulations, scientific journals in which they were published, research funding, and Peruvian collaboration networks. Results: A total of 106 articles were analyzed, only three (2.8%) were clinical trials. Of the top 10 institutions with the highest scientific output, only two did not belong to the education sector. A total of 53 (50.0%) articles had no information regarding ethical aspects or it was not explicitly stated whether or not it was approved by a Research Ethics Committee. Only 8 (7.7%) of 104 articles were registered in PRISA; 12 (11.3%) articles were published in Peruvian journals. Regarding funding, 71 (67.0%) investigations did not specify the source or they were self-financed. We found international collaboration in 70 publications (66.0%). Conclusions: The most productive Peruvian institutions are found in Lima. Half of the articles did not state ethical aspects in any part of the document. Almost all of the studies were not registered on the platforms established by regulations. In more than half of the articles the source of funding is not stated or they were self-financed.
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Objective To understand the current situation of pharmaceutical research development in China and provide a constructive thinking for universities to serve the national innovation strategy through the statistical analysis of pharmaceutical papers and highly cited papers from Double First-rate universities. Methods CNKI, Wanfang, VIP and Chinese Biomedical Literature Database were searched for Chinese publications, and Scopus database was searched for English publications. Duplicates and non-research literatures were excluded. Excel 2016 software was used for statistical data analysis. Results By comparing the data from 2017 to 2019 with that from 2014 to 2016, it was found that the number of papers in Q1 area from international journals and Q2 area from domestic journals increased significantly. The popularity of publishing papers in international journals by university authors was increasing. The number of publications in domestic journals slightly decreased. From 2014 to 2020, 850 papers were published in domestic journals, among which 223 papers were highly cited, with a total cited times of 2 410 and an average cited times per publication of 10.81. Conclusion In spite of the government’s encouragement to publish the scientific and technological achievements in domestic journals, no such trend was formed from our analysis. Therefore, it is necessary to further build the corresponding academic ecology and enhance the international influence of domestic journals. The science and technology circles and technology publication circles in China should be deeply integrated to promote mutual development.