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The global registry of COVID-19 clinical trials: indicating the design of traditional Chinese medicine clinical trials 被引量:1
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作者 Xuxu Wei Mengzhu Zhao +6 位作者 Chen Zhao Xiaoyu Zhang Ruijin Qiu yiyi lin Yang Sun Manke Guan Hongcai Shang 《TMR Modern Herbal Medicine》 2020年第3期140-146,共7页
Objective:To analyze the registration information of Corona Virus Disease 2019(COVID-19)related clinical trials from all the clinical trial registry accepted by the International Committee of Medical Journal Editors(I... Objective:To analyze the registration information of Corona Virus Disease 2019(COVID-19)related clinical trials from all the clinical trial registry accepted by the International Committee of Medical Journal Editors(ICMJE).Methods:All the database of ICMJE-accepted clinical trial registry platform were searched for COVID-19 related clinical trials that registered from December 8,2019 to February 19,2020.Results:All the database totally contained data of 209 COVID-19 related clinical trials,including 66(31.6%)traditional Chinese medicine(TCM)related studies and 143(68.4%)non-TCM related studies.176(84.2%)clinical trials were registered in ChiCTR,as 33(15.8%)were registered in ClinicalTrials.gov.There were 152(72.7%)intervention trials,including 9(4.3%in total)preventive trials,136(65.1%in total)therapeutic trials and 7(3.3%in total)convalescent trials.Conclusion:At the present stage,clinical studies are still aiming at exploring the effective treatment of COVID-19,and the existing treatments need more high-quality clinical evidence supporting.Traditional Chinese medicine may have played an important role in all stages of the epidemic preventing and control,and the enthusiasm of carrying out scientific research has also been greatly improved.The relevant policies of clinical trial registration should be popularized among researchers,including traditional Chinese medicine researchers.And the methodological quality of clinical trials’design urges improving. 展开更多
关键词 COVID-19 CLINICAL TRIAL REGISTER Data analysis
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多肉状微马达用于动态检测和降解四环素
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作者 方利 刘心怡 +5 位作者 高宇昕 林奕宜 吴坤 王吉壮 陆伟刚 李丹 《Science China Materials》 SCIE EI CAS CSCD 2024年第1期179-187,共9页
四环素是一种广泛使用的抗生素,但它在环境中难以降解,而且会促使耐药细菌的出现.因此,迫切需要采取有效的措施对其进行检测和分解.在此背景下,我们设计了一种多肉状的ZnO/MOF/Fe_(3)O_(4)混合微型马达,用于动态检测和光催化降解四环素... 四环素是一种广泛使用的抗生素,但它在环境中难以降解,而且会促使耐药细菌的出现.因此,迫切需要采取有效的措施对其进行检测和分解.在此背景下,我们设计了一种多肉状的ZnO/MOF/Fe_(3)O_(4)混合微型马达,用于动态检测和光催化降解四环素.我们使用微纳米加工和种子生长方法成功制备了具有多肉植物状结构的ZnO微型马达.在氧化锌马达阵列上,通过表面修饰,比如改变其表面电位、负载响应性检测功能MOF、磁性纳米颗粒和催化剂,最终得到了可用于动态荧光检测和高效降解的自驱动可控微马达.这种功能性微马达在环境检测和治理等方面具有很好发展前景. 展开更多
关键词 微纳米加工 表面修饰 磁性纳米颗粒 微马达 多肉植物 检测功能 耐药细菌 环境检测
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