Publication metadata
- Original publication authors
- Sheng Tai; Ye Wang; Sunyi Ye; Tao Xu; Gen Cheng; Cheng Yang; Hongzhi Wang; Haibing Xiao; Qingbo Huang; Shuo Wang; Xiangping Zhang; Jianle Mao; Nan Qiao; Zongyao Hao; Dan Xia; Wanhai Xu; Xu Zhang; Chaozhao Liang
- Journal / year
- International Journal of Surgery; 111(10):6678–6687 · 2025
- Robot model
- EDGE MP1000
- DOI / PMID
- 10.1097/JS9.0000000000002792 / 40607935
- Verification scope
- Full text and bibliographic metadata
Independent analysis
This is early human feasibility evidence under a specific protocol. Network quality and bedside backup are part of that context, not transferable guarantees. A hospital considering remote surgery needs its own technical validation, clinical safeguards and regulatory approvals.
Study sample
18 patients across four hospitals; single-arm phase I trial.
Measured outcomes
Telesurgery was reported successful in 18/18 patients within this study. Distances 450–2200 km; mean round-trip network latency 38.38 ± 13.25 ms; no frame loss reported. These network measurements describe the study environment only.
Limitations
Small uncontrolled cohort and supported network conditions; selection and surgeon experience limit generalizability. No authorization for routine or cross-border use follows.
Source-based editorial analysis by OMNIBOT MX. No independent medical reviewer is asserted. Read the original publication and assess applicability with your institution. Publication year refers to the original research, not a fabricated date for this analysis. No medical review or review date is claimed. Published device names are preserved; commercial equivalence with OMNIBOT requires manufacturer documentation.
Reference
- Sheng Tai et al. Safety and reliability of telesurgery in China: a multicenter, single-arm, phase I clinical trial International Journal of Surgery; 111(10):6678–6687. 2025. DOI: 10.1097/JS9.0000000000002792. Open original source