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Objective:The development level of health science technology innovation plays crucial role in the sustainable development of economy and society in China. This article summarizes the experience of U. S., compares with the status quo of health science technology innovation in China, to provide possible reference for the future development in this field.Methods:This study mainly uses literature review, comparative reference and other methods to analyze the health science technology innovation and its development experience in U. S.Results:The U. S. has formed a health science and technology system with state-level research institutions as the main component, and has a strategic layout in the frontiers of basic medicine, key diseases, key population health, and medical device technology.Conclusions:Based on the experience of the u. s., China should establish a continuous medical research investment mechanism, strengthen the sharing of basic resources, attach importance to deployment in key areas, and continue to support cutting-edge research.
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Objective To analyze the literatures about artificial intelligence in cancer research in Web of Science (WOS) core collection database in 2010-2019 and summarize research hot spots and development trends. Methods Through bibliometrics methods and CiteSpace information visualization software, we applied the visual analysis of relevant literature on artificial intelligence in the field of cancer research retrieved from the Web of Science core collection database from 2010 to 2019. Results The number of published articles about artificial intelligence in the field of cancer research had been increasing year by year. The United States ranked first in the number of published articles in this field, the number of citations and cooperation capabilities. Although the number of published articles in China ranked the second, the number of citations was low. The hot spots of artificial intelligence in cancer research were mainly breast cancer and lung cancer. Machine learning, neural network and other methods were used to build models, which were used in basic cancer research, clinical diagnosis, treatment and prognosis prediction. The research frontiers were the methodological research of artificial intelligence, the research on the occurrence and classification of cancer and the research of protein in this field. Conclusion It will effectively promote the development of artificial intelligence in cancer research in China by learning the hot spots and cutting-edge technologies of international research, focusing on international cooperation and cooperation among national institutions and strengthening cross-disciplinary research.
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Objective:To investigate the association of body mass index (BMI), blood lipid, serum leptin, adiponectin with papillary thyroid carcinoma.Methods:A total of 120 patients including 40 cases of papillary thyroid carcinoma (papillary thyroid carcinoma group), 40 cases of nodular goiter (nodular goiter group) and 40 cases diagnosed without thyroid diseases or other metabolic diseases during the corresponding period (the control group) in Inner Mongolia People's Hospital from April 2015 to January 2016 were enrolled. The BMI of all subjects was calculated. The levels of blood lipid, serum leptin and adiponectin were detected.Results:The number of females was more than that of males in nodular goiter group and papillary thyroid carcinoma group, and the difference in gender distribution of three groups was statistically significant (χ 2 = 19.024, P < 0.01). The level of BMI, leptin, triglyceride and total cholesterol of papillary thyroid carcinoma group was higher than that of the control group [(24.86±3.26) kg/m 2 vs. (20.79±2.15) kg/m 2, (0.68±0.07) ng/ml vs. (0.61±0.39) ng/ml, (1.42±0.53) mmol/L vs. (1.05±0.36) mmol/L, (4.76±0.57) mmol/L vs.(4.28±0.46) mmol/L], and the differences were statistically significant ( t values were 4.302, 3.296, 1.993 and 2.177, respectively, all P < 0.05). The level of total cholesterol and low-density lipoprotein [(4.97±0.55) mmol/L, (2.72±0.58) mmol/L] in the nodular goiter group was higher than that in the control group [(4.28±0.46) mmol/L, (2.18±0.69) mmol/L], and the differences were statistically significant ( t values were 2.954 and 2.148, respectively; all P < 0.05). The level of adiponectin [(4.21±0.34) ng/ml, (4.30±0.27) ng/ml] in papillary thyroid carcinoma and nodular goiter group was lower than that in the control group [(4.87±0.27) ng/ml], and the differences were statistically significant ( t values were 7.631 and 7.416, respectively; all P < 0.05). Conclusion:The increase of BMI, triglyceride, total cholesterol, serum leptin and the decrease of serum adiponectin may be related to the occurrence of papillary thyroid carcinoma.
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Based on systematic review of the role of clinical treatment, disease control and scientific research, and combining with the problems exposed by the COVID-19 epidemic, suggestions were proposed to reform and improve the prevention and treatment system for major epidemics diseases in China. In clinical treatment, it is necessary to enhance clinical staff's awareness of law-based reporting, capabilities of syndromic surveillance, the use of infectious diseases reporting systems, and to improve national or local monitoring platforms for emerging infectious diseases detection. In terms of disease control, it is important to provide authorities to disease control departments through laws and regulations, improve the quantity and quality of related human resources, and strengthen the applied research and technical readiness targeted infections disease prevention, control and emergency preparedness. As for scientific research in major epidemic response, it is essential to strengthen research projects guided by national requests, build research institutions that can 'make a final decision', establish national and regional key laboratories, and strengthen strategic technical reserve for emergency disease control and treatment.
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Objective The paper aims to analyze the effectiveness and problems of health personnel construction in China since 2012,provide reference for promoting the construction of health professionals.Methods Using national data from China health statistics yearbook,adopted the methods of descriptive statistics and literature research and so forth.Results The construction of health personnel has been continuously strengthened in China,the structure and distribution of health personnel have been further optimized,the medical service capabilities have been improved.However,there are still inappropriate or imbalanced situations.Conclusions The construction of key personnel such as primary health personnel and urgently needed personnel need to be further strengthened;promote the construction of health service personnel to meet new health needs;continue to improve the construction of high-level and management personnel to play a leading role.
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Objective To analyze the management experience of Swedish medical research funding,and provide reference for further rationalization of medical research investment management in China.Methods Literature research method,descriptive statistics and other methods were used to systematically sort out the source of Swedish medical research funding,and specifically analyze the capital investment and distribution in medical fields in the past ten years.Results The Swedish government 's budget in the UO9 (health,medical and social care) field is steadily increasing.The annual average budget accounts for 7.14％ of the total government budget.There are scientific management methods for fund allocation.The appropriation projects are mainly divided into three main directions including public health categories,health care and social care.Conclusions Taking into account of the problems existing in the investment and distribution of medical research funds in China,this paper proposes to explore the capital investment mode suitable for China's national conditions,enhance the targeted investment of funds in medicine,and establish a scientific and efficient fund investment management mechanism.
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Human genetic resources are valuable for life science research and pharmaceutical industry.Competitions for human genetic resources and the relevant techniques and industries have increasingly become intense among countries with the the implementation of precision medicine strategy and the maturity of gene editing technology.In the context of scientific progress and efficiency,the Organisation for Economic Co-operation and Development,the most important international economic organization,has proposed solutions to technological development and research paradigm changes from the perspective of national and global public interests.The United States,Japan,the United Kingdom,and some other developed countries have also released their policies and guidelines on the sharing of genetic resource data.In this article we analyzed these policies and guidelines,with an attempt to further improve the administration of human genetic resource sharing in China and promote the legal sharing and effective use of these resources.
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Humans , China , Guidelines as Topic , Human Genetics , Information DisseminationABSTRACT
Objective: To research the competitive situation of technical research on the field of surgical robot and analyze direction of technical development of this field.Methods: The data of Derment Innovation(DI)platform were applied,and the patent analysis method was adopted to combined with visual tool to analyze patents of surgical robot field from various aspects such as the number of patent application,technology life cycle,the trend of regional development,competitor and trend of technical development.Results: There were 1491 patent applications in the globally surgical robot field,and technological fields were concentrated in endoscope,surgically mechanical arm,electronic data processing system,intervention,implantation of related equipment,regulatory system,image processing and transmission,stress and torque,etc.United States and China not only were the major technical birthplace but also were the important target markets in surgical robot field.And enterprises were the main research and development institutions in abroad,while colleges and universities were main institutions in China.Conclusion: The field of surgical robotics is in a fast developing period,and endoscope and surgically mechanical arm are the focusing technical development direction and they obtain most attentions.
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Objective To review the "Twelfth Five-Year Plan" and provide the outlook of the innovation system of Chinese medical science and technology in "Thirteenth Five-Year Plan".Methods This article mainly investigates the layout and results regarding innovation system of Chinese medical science and technology in "Twelfth Five-Year Plan" and the "Thirteenth Five-Year Plan" respectively.Results The layout of the "Twelfth Five-Year Plan" in medical technology field has provide guarantees for promoting the construction of healthy China.Meanwhile,Chinese innovation abilities in this field has been improved.Additionally,technology and equipment in China have been upgraded.However,there are still some problems,such as the lack of original research innovation capacity and urgency in the task of product quality upgrading etc.Since the "Thirteenth Five-Year Plan" is considered as the decisive stage in the process of building Chinese well-off society,it is necessary to increase the layout and investment in terms of innovation system of Chinese medical science and technology.Conclusions On the basis of "Twelfth Five-Year Plan","Thirteenth Five-Year Plan" will grasp the direction of technological progress of medical industry,and continue to promote innovation as well as provide support for improving the abilities of research and development,which could provide an inexhaustible driving force of medical technique innovation for China.
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Two clinical ablation protocols,2C3L and stepwise,have been routinely used in our group to treat atrial fibrillation (AF),but with a less than 60％ long-term arrhythmia-free outcome achieved in patients.The goal of this study was to examine the underlying mechanism of low success in clinical outcome.MRI images from one patient were used to reconstruct a human atrial anatomical model,and fibrotic tissue was manually added to represent the arrhythmia substrate.AF was induced with standard protocols used in clinical practice.2C3L and stepwise were then used to test the efficacy of arrhythmia termination in our model.The results showed that re-entries induced in our model could not be terminated by using either 2C3L or the stepwise protocol.Although some of the induced re-entries were terminated,others emerged in new areas.Ablation using only the 2C3L or stepwise method was not sufficient to terminate all re-entries in our model,which may partially explain the poor long-term arrhythmiafree outcomes in clinical practice.Our findings also suggest that computational heart modelling is an important tool to assist in the establishment of optimal ablation strategies.
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Two clinical ablation protocols,2C3L and stepwise,have been routinely used in our group to treat atrial fibrillation (AF),but with a less than 60％ long-term arrhythmia-free outcome achieved in patients.The goal of this study was to examine the underlying mechanism of low success in clinical outcome.MRI images from one patient were used to reconstruct a human atrial anatomical model,and fibrotic tissue was manually added to represent the arrhythmia substrate.AF was induced with standard protocols used in clinical practice.2C3L and stepwise were then used to test the efficacy of arrhythmia termination in our model.The results showed that re-entries induced in our model could not be terminated by using either 2C3L or the stepwise protocol.Although some of the induced re-entries were terminated,others emerged in new areas.Ablation using only the 2C3L or stepwise method was not sufficient to terminate all re-entries in our model,which may partially explain the poor long-term arrhythmiafree outcomes in clinical practice.Our findings also suggest that computational heart modelling is an important tool to assist in the establishment of optimal ablation strategies.
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Objective:To explore the effect of VEGF overexpression on the Bcl-2 of TAMs /MCF-7 cell co-culture system.Methods:Application of PMA and IL-4 cells induced THP-1 cell differentiation into TAMs in vitro;TAMs and MCF-7 cell were co-cultured in non-contact Transwell system.MCF-7 cells' proliferation status after co-culture were detected by MTT method;Effect of VEGF over-expression in co-cultured system on Bcl-2 level s in the two cell lines by Western blot assay.Results:PMA and IL-4 induced THP-1 cell become TAMs in vitro.After co-cultured with TAMs 24 h,48 h,MCF-7 cell's proliferation activity increased by 16.16 ％ and 33.99％ vs the control group respectively.TAMs,MCF-7 cells were added VEGF and the supematant of co-culture system respectively,then Bcl-2 levels in both cells were significantly higher,the difference was statistically significant (P＜0.05).Conclusions Tumors secrete VEGF and other chemokines to recruit and activate TAMs.Proliferation,apoptosis and progression of tumor was affected by VEGF/Bcl-2 paracrine loop in tumor microenvironment.
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The paper selects 1 629 tertiary hospitals nationwide and obtains the comprehensive ranking,subject ranking and regional ranking of the sci-tech influence level of the hospitals through the process of data collecting,standardizing,integrating,processing and classification.This research can be used to evaluate the level of sci-tech influence of hospitals in China and provides a basis for national and local scientific research administrators to develop and adjust policies of medical scientific researchers.
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Cervical spinal canal tumors is not rare,accounting for about 15%of all spinal tumors. Due to the particularity of its anatomical location and the severity of operative complications, it is considered as a difficult point in spinal surgery. With the development of imaging medicine and various surgical techniques,many new theories and techniques have been developed. Its overall treatment effect is satisfactory, but the serious surgical complications not rare. This article reviews the progress in treatment of cervical spinal canal tumors, in order to provide a reference for the further improvement of cervical spinal canal tumors treatment .
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Technology readiness level (TRL) refers the general maturity level of a single technology or technical systems (including technology,component or subsystem) during the process of development.Base on the original TRL proposed by NASA,with reference to medical device TRL modified by US Department of Defense and NATO,this study modified TRL definition and description for advanced medical devices with consideration of R&D,review and approval characteristics of advanced medical devices in China.
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Through the analysis of the current status and problems of innovative medical devices evaluation, tnis paper discussed the strategies of evaluation, and ultimately raises the frame of evaluation, so as to provide reference for scientific evaluation of medical devices in China.
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China , Equipment and Supplies , Reference Standards , Evaluation Studies as TopicABSTRACT
〔Abstract〕 The paper elaborates the definition of Biobank and the significance of constructing Biobank standardized system, through comparison of Biobank development process and experiences between China and abroad, it analyzes the existing problems and reasons of Biobank standardized system construction in China, puts forward corresponding advices.
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Objective Establish an objective and fair evaluation index system for the implementation effectiveness of the National Major New Drug Development Program of China.Methods Based on literature review and Delphi method,the framework of the evaluation index system was built and analytic hierarchy process was applied to determine the priority of each indicator of the system.The objectiveness and validness of the results were assured by determining expert activeness coefficient,authority coefficient,indicator rationality,and by applying consistency check.Results A targeted and systematic evaluation index system was constructed for the National Major New Drug Development Program,and through expert consultation and analytic hierarchy process,the factor of product result was considered of the highest weight of 39.03％,followed by technical result,theoretical result and organization and management result.The evaluation index system suggested that product result and technical result are two relatively more significant factors to be considered during evaluation.Conclu sion After consultation on expert opinions,the evaluation index system for the National Major New Drug Development Program was constructed with each factor been assigned with a scientific and rational weight,and this will provide a guideline for the decision making of program administrators and evaluation practice.
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We searched and retrieved literature on the topic of medical image processing published on SCI journals in the past 10 years. We then imported the retrieved literature into TDA for data cleanup before data analysis and pro cessing by EXCLE and UCINET to generate tables and figures that could indicate disciplinary correlation and research hotspots from the perspective of bibliometrics. The results indicated that people in Europe and USA were leading researchers on medical image processing with close international cooperation. Many disciplines contributed to the fast development of medical image processing with intense interdisciplinary researches. The papers that we found show recent research hotspots of the algorithm, system, model, image and segmentation in the field of medical image processing. Cluster analysis on key words of high frequency demonstrated complicated clustering relationship.
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Humans , Algorithms , Bibliometrics , Cluster Analysis , Diagnostic Imaging , Image Processing, Computer-Assisted , International CooperationABSTRACT
The paper reviewed the development history, current application and technical features of 3D ultrasound and 3D breast ultrasound. 3D ultrasound is used in breast screening methods. Special 3D breast ultrasound equipment can enhance breast characteristics, corresponding the breast characteristics to carry out technological innovation and improvement, provide more accurate and convenient way to inspect breast.