Objective To investigate the health technology assessment reports, analyze publication characteristics and report quality, and explore hot topics in health technology assessment. Methods Web of Science and CNKI databases were searched to collect complete health technology assessment reports from inception to January 2023. SPSS 26.0 software was used to analyze the publication journals, countries, number of authors, assessment types and assessment contents of the assessment reports. The report quality was assessed based on International Network of Agencies for Health Technology Assessment (INAHTA) report criteria (2007 edition). VOSviewer 1.6.11 was used to analyze keywords clustering. Results A total of 216 papers were included, with 158 published by Chinese authors, and a rapid growth trend in the number of reports over past four years. The rate of reports on health technology social adaptability assessment was only 17.13%. Among the Chinese reports, 25 were general health technology assessments, 35 were rapid assessments, and 3 were mini assessments. Among the English reports, 4 were rapid assessments, and 54 were regular healthcare technology assessments. For the 14 items in the INAHTA reporting criteria, the reporting rates were high for the brief summary (98.61%), problem description (94.91%), and results discussion entries (97.69%). However, the reporting rates were low for criteria such as personnel responsibilities, conflict of interest statements, and peer review statements, at 31.94%, 19.44%, and 3.24% respectively. English literature generally exhibited higher report quality. Conclusion In recent years, the volume of health technology assessment reports in China has been increasing, with developments in assessment types and application fields. However, there are also problems with standardization of reporting.
As a tool for building consensus among groups, Delphi technique has been widely used in healthcare research which is appropriate for clinical questions where quantitative methods are unlikely to yield results that can be successfully implemented in practice. Researchers in palliative care developed standards for conducting and reporting Delphi studies (CREDES). This paper introduces and interprets the specific content of CREDES standards, with a view to providing reference for the evaluation of Delphi research design quality and report transparency.
Adherence to reporting guidelines contributes to report methodology and outcomes of research distinctly and transparently. There are some checklists with specific study types related to surgery on the EQUATOR Network’s website. However, the IDEAL framework focuses on stepwise evaluation of surgical innovation through all stages with some key elements, which those existing guidelines may not mention. This likely results in the inaccuracy in reporting in studies attempting to follow the IDEAL recommendations and suggests a pressing need for IDEAL reporting guidelines. Considering these limitations, the IDEAL developed the IDEAL reporting guidelines between October 2018 and May 2019. The paper aimed to provide interpretation of IDEAL reporting guideline, and promote its understanding and use among Chinese researchers.
N-of-1 trials are prospective clinical randomized cross-over controlled trials with multiple rounds of trial phase alternation designed with regard to a single patient. N-of-1 trials can provide clinical decision-makers with high-level evidence of the comparison of effect of intervention measures. Recently, an international team composed of many scholars published a SPIRIT extension for N-of-1 trials list (SPENT 2019) on the BMJ, with the purposes of clarifying the content design and improving the integrity and transparency of N-of-1 trial protocols. This article showed a detailed interpretation of the 14 main extension sub-items of the SPENT 2019 list with specific cases, aiming to further standardize the publication of domestic N-of-1 trials.
ObjectivesTo evaluate the methodology quality and report quality of the published systematic reviews/meta-analyses (SRs/MAs) of pediatric tuina domestically and abroad.MethodsCBM, VIP, CNKI, WanFang Data, PubMed, EMbase, and The Cochrane Library were electronically searched to collect published pediatric tuina SRs/MAs from inception to December 10th, 2018. The SRs/MAs which includes scale evaluation used AMSTAR2 and the PRISMA report quality evaluation tool to systematically review methodology, adopts Excel to carry out data collation and statistical analysis. ResultsA total of 18 studies (14 in Chinese and 4 in English) on the SRs/MAs of pediatric tuina were finally included. In terms of methodological quality, 6 studies were of low quality and 12 studies were of very low quality. All studies did not explain the reasons for adopting a particular research design type, and few of them explained the pre-plan, exclusion list, reasons and funding. In terms of report quality, 7 studies were relatively complete, 10 studies had certain defects and one study had serious defects. The existing problems were program and registration, comprehensive retrieval, information sources, financial support and so on. ConclusionsSRs/MAs of pediatric tuina have different degrees of issues in terms of methodological quality and report quality which still require further improvement and continuous strengthening.
Objective To assess the reporting quality of systematic reviews/meta-analyses related to interventions published in Chinese Journal of Evidence-Based Medicine by PRISMA guidelines, and to analyze its influencing factors. Methods The systematic reviews/meta-analyses related to interventions were searched in the Chinese Journal of Evidence-Based Medicine from its inception to 2011. The quality of the included reviews was assessed in accordance with the PRISMA checklist. Based on the degree of conformity with each criterion of PRISMA, the reviews were scored as “1”, “0.5” or “0” orderly. The data were put into Excel, and the Meta-analyst software was used for statistical analysi. Results Among all literature in the volume 11 (95) of the Chinese Journal of Evidence-Based Medicine from 2001 to 2011, a total of 379 studies were included, and the number of publication showed a yearly rising trend. The PRISMA scale score ranged from 8.5 to 26 (X±SD) was 19.97±3.15. Among all studies, 25 (6.60%) scored 21-27 points, which were regarded as the complete reporting; 226 (59.63%) scored 15-21 points, regarded as relatively complete reporting; and 128 (33.77%) scored less than 15 points, regarded as serious lack of information. The results of stratified analysis showed that, both the issue of PRISMA and fund support could improve the reporting quality, with a significant difference (Plt;0.05); and authors more than 3, authors from universities, and authors from more than 2 institutions could improve the reporting quality, but without a significant difference (Pgt;0.05). Conclusion The overall reporting quality of systematic reviews/meta-analyses related to interventions published in the Chinese Journal of Evidence-Based Medicine is poor, and it is influenced by the factors of protocol and registration, risk of bias across studies, other analyses, and fund support, which have to be taken seriously. The reasonable utilization of the PRISMA checklist will improve the reporting quality of systematic reviews/meta-analyses.
The standards for reporting of diagnostic accuracy for studies in journal or conference abstracts (STARD for Abstracts) was developed for guiding the reporting of abstracts of diagnostic accuracy studies, which was published in BMJ in August 2017. The study mainly introduced and interpreted the items of STARD for Abstracts, in order to help domestic researchers to perform and report the abstracts of diagnostic accuracy studies by STARD for Abstracts.
The PRISMA aims to enhance the transparency and reporting quality of systematic reviews. PRISMA 2020 is an update version of PRISMA 2009, which was published in BMJ in March, 2021. This article compared the PRISMA 2020 and PRISMA 2009, interpreted PRISMA 2020 with representative examples, aiming to help Chinese scholars better understand and apply this reporting guideline, thus to improve the reporting quality of systematic reviews.