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Innovative Probe With Laser on Radial Artery Puncture and Catheterisation in Paediatric

StatusEnrolling by Invitation
PhaseNot applicable
Started2026-02-11
View on ClinicalTrials.gov ↗
Trial flagged as At Risk
Primary completion moved at least 4 months later Aug 1, 2026 → Dec 1, 2026
See other at-risk trials from The First Hospital of Jilin University

Amendment history

2026-09-22
notable
Primary completion pushed: 2026-08-01 → 2026-12-01
Completion pushed: 2026-09-01 → 2026-12-20
2026-07-14
minor
Study Status, Study Description, Study Design, Outcome Measures v1
Enrollment increased: 360 → 408 participants
Secondary endpoints11 entries, revised
14-dayIncidence complicationof incidencecomplications ratewithin 3 days after surgery
Study description+661 characters
[...] guidance group). T-shaped probe ultrasound guidance Group: MountFit the 3D-printed housing, withwhich contains a laser emitter, onto the T-shaped ultrasound probe. The laser emitter is positioned directly above the Mark pointmark on the short-axis plane of the T-shaped ultrasound probe. Given the probe's hardware structure-where the long and short-axis probes are vertically and tightly fused, with the long-axis probe's centreline perpendicular to and passing through the short-axis probe's centreline-the emitted laser lies on the skin surface extension of the short-axis plane's cent [...] Instruct th [...] [...]
2026-03-05
minor
Original filing
During prolonged major surgical procedures in paediatric, significant fluctuations in vital signs occur. To ensure real-time, precise monitoring of haemodynamic parameters such as blood pressure and heart rate for maintaining intraoperative safety, radial artery catheterisation remains the most conventional monitoring method for such operations. Ultrasound-guided radial artery puncture has gained increasing favour among clinicians over traditional palpation and blind techniques due to its visualisation and real-time advantages, with its benefits becoming increasingly evident. Nevertheless, this technique still carries a relatively high failure rate. This study proposes the 'laser-assisted T-shaped three-dimensional ultrasound localisation technique' for paediatric radial artery puncture and catheterisation. This aims to enhance puncture success rates, reduce the need for repeated attempts, lower complication incidence, safeguard the patient's life during surgery, and improve the quality of medical services.
Trial Details
NCT Number NCT07454005
Lead Sponsor The First Hospital of Jilin University
Conditions Radial Artery Catheterization, Paediatric, Ultrasound Guided
Enrollment 408 participants
Start Date 2026-02-11
Primary Completion 2026-12-01 (estimated)
Study Completion 2026-12-20 (estimated)
Updated on ClinicalTrials.gov 2026-09-21