Xiao PZ, Zou WB, Xu JW, Wang T, Wang P, Ma JJ, Zheng CH. Impact of ozonated water on perianal infectious diseases: A retrospective study. World J Gastrointest Surg 2026; 18(7): 119424 [DOI: 10.4240/wjgs.v18.i7.119424]
Evaluation of a Journal’s Credibility by Authors
The purpose of an author’s evaluation of a journal’s credibility is to assess the degree of satisfaction with the manuscript editing and publishing process. This evaluation is for user’s reference only.
1 Are you satisfied with the online submission system?
Yes
2 Are you satisfied with the peer review report?
Yes
3 Are you satisfied with the editing quality of the article?
Yes
4 Are you satisfied with the article PDFs?
Yes
5 Are you satisfied with the online full-text article?
Yes
6 Are you satisfied with the prepared figures in the online full-text article?
Yes
7 Are you satisfied with the prepared tables in the online full-text article?
Yes
8 Are you satisfied with the published articles processes?
Yes
9 Are you satisfied with the requirement for providing academic rules and norms?
Yes
10 Are you satisfied with the academic misconduct detection report?
Yes
11 Are you satisfied with the period of publication?
Yes
12 Are you satisfied with the editing and publishing rules and norms?
Yes
Evaluation of a Journal’s Peer Review by Authors
The purpose of an author’s evaluation of a given journal’s peer review is to assess the degree of satisfaction with the peer review process. This evaluation is for user’s reference only.
1 Are you satisfied with the time spent for peer review?
Yes
2 Are you satisfied with the anonymous peer review process?
Yes
3 Is the peer review report of great help to your manuscript?
Yes
4 Do you think the peer review report for your manuscript is fair or objective?
Yes
Author‘s Comments
Ozone exhibits remarkable functional diversity, with its strong oxidizing properties being particularly noteworthy. The mechanism by which it disrupts bacteria merits in-depth investigation. In terms of current production processes, ozone can be manufactured at relatively low cost, providing economic feasibility for large-scale clinical application. If the strong oxidizing properties of ozone can be widely promoted in the medical field, it holds promise for bringing transformative changes to clinical treatment. In particular, it may open new pathways for breakthroughs in addressing the global challenge of bacterial resistance.