Primary study · included by 6 reviews

Wang 2020

ProbableThe reviews cited this study without a PMID, DOI or NCT, so it is matched by first author and year. Two different studies by the same author in the same year could be merged here.

Included by

Bias, Study Quality, and Confounding in Temporomandibular Disorder Research Compared to General Orthodontic Studies: A Systematic Review and Meta-Analysis.

Non-Cochrane · other · 2025 · cited as Wang 2020 · Supplementary Table S5 (General)

The review does not say which of its outcomes this study informs.

Diagnostic, predictive, and therapeutic approaches for impacted canines: a systematic review and meta-analysis.

Non-Cochrane · DTA;prognostic · 2026 · cited as Wang 2020 · Reference list items 23-50

The review does not say which of its outcomes this study informs.

Assessment of genetic susceptibility in patients with oral squamous cell carcinoma: a systematic review and meta-analysis.

Non-Cochrane · aetiology · 2026 · cited as Wang 2020 · Reference list, ref 107

The review does not say which of its outcomes this study informs.

Effectiveness of extracorporeal shock wave therapy for temporomandibular disorders: a systematic review and meta-analysis.

Non-Cochrane · intervention · 2026 · cited as Wang 2020 · Reference list [26]; Table 1

The review does not say which of its outcomes this study informs.

Incidence and risk factors for postoperative vascular crisis in patients with oral and maxillofacial cancer: a systematic review and meta-analysis.

Non-Cochrane · prognostic · 2026 · cited as Wang 2020 · Table 1; Fig. 2 (incidence forest plot)

Outcome this study informs	Pooled effect	Evidence	Certainty
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 16.11 [10.31, 21.91]	NR	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 14.41 [10.23, 18.59]	27 studies	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 19.6 [15.1, 24.0]	NR	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 10.66 [5.31, 16.01]	NR	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 7.25 [2.31, 12.19]	3 studies	GRADE not reported
Incidence of postoperative vascular crisis Not applicable (pooled incidence) vs Not applicable · Postoperative (diagnostic windows varied: 72 h, 3 days or 7 days)	Pooled incidence (proportion) 0.14	NR	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 15.31 [10.53, 20.09]	24 studies	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 5.23 [1.75, 8.71]	4 studies	GRADE not reported
Postoperative vascular crisis None (pooled incidence of postoperative vascular crisis) vs Not applicable	Pooled incidence (%) 16.08 [11.06, 21.11]	23 studies	GRADE not reported

Selenium supplementation for preventing cancer therapy-related toxicities: a systematic review and meta-analysis of clinical trials.

Non-Cochrane · intervention · 2026 · cited as Wang 2020 · Table 1; references 19–35

The review does not say which of its outcomes this study informs.

6 including reviews in total.