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Clinical Trial Summary

Preliminary studies have illuminated the promising nature of ciprofol, indicating its enhanced safety spectrum, superior potency, and a diminished likelihood of experiencing injection-related discomfort. Venturing deeper, this research embarked on an ambitious quest to measure the 95% effective volume of ciprofol for induction of general anesthesia by a modified sequential method and juxtapose the 95% effective volume dosage of ciprofol against a corresponding dose of remimazolam during the initiation of general anesthesia. The study delved into diverse anesthetic protocols, meticulously scrutinizing the safety and efficacy credentials of ciprofol. The ultimate vision was to pave a robust foundation for the sophisticated and judicious utilization of ciprofol in clinical landscapes.


Clinical Trial Description

During general anesthesia induction, tracheal intubation is a significant procedure that can cause cardiovascular fluctuations due to the stimulation of tracheal receptors. This can lead to complications such as imbalances in vital organ oxygen supply, especially in patients with cardiovascular and cerebrovascular disorders, potentially resulting in cardiac arrest. As the demand for anesthetics rises in clinical settings, some, due to extreme side effects, have been phased out, reducing the available options. Propofol, a common anesthetic, is effective and quick but has drawbacks like injection pain and risks associated with long-term use. In contrast, ciprofol, a new class I intravenous anesthetic, is emerging as a potentially better alternative. Early research indicates that ciprofol might have a broader safety margin than propofol and offers benefits like rapid recovery and lower chances of injection pain. Exhaustive studies on the precise dosage of ciprofol for surgical applications are scarce and comparisons between ciprofol and remimazolam are rarely reported in the literature. This research aims to bridge this knowledge gap, exploring the best dosage for tracheal intubation sedation, and ensuring patients get the most effective and safest anesthetic care. ;


Study Design


Related Conditions & MeSH terms


NCT number NCT06095570
Study type Interventional
Source The Second Affiliated Hospital of Hainan Medical University
Contact Hu Sun
Phone 13617518996
Email sunhu09@163.com
Status Recruiting
Phase Phase 4
Start date July 23, 2022
Completion date December 30, 2023

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