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Chloroprocaine Offers Adequate Anesthesia for Knee Arthroscopy

Last Updated: April 09, 2019.

Chloroprocaine results in adequate anesthesia with quick recovery of sensory/motor functions for knee arthroscopy in the ambulatory setting, according to a study presented at the Annual Regional Anesthesiology and Acute Pain Medicine Meeting, held from April 11 to 13 in Las Vegas.

TUESDAY, April 9, 2019 (HealthDay News) -- Chloroprocaine results in adequate anesthesia with quick recovery of sensory/motor functions for knee arthroscopy in the ambulatory setting, according to a study presented at the Annual Regional Anesthesiology and Acute Pain Medicine Meeting, held from April 11 to 13 in Las Vegas.

Elsbeth Wesselink, Pharm.D., and Marcel de Leeuw, Ph.D., from the Zaans Medical Center in Zaandam, Netherlands, and colleagues conducted a prospective study involving 150 patients undergoing knee arthroscopy in day-case surgery. Patients were randomly assigned to either a spinal injection of 40 mg 2-chloroprocaine or hyperbaric prilocaine.

The researchers found that compared with prilocaine, chloroprocaine resulted in a shorter time to complete recovery from motor blockade (median, 60 versus 75 minutes), faster onset of sensory block (median, two versus four minutes), and shorter times to full regression of sensory block (median, 120 versus 165 minutes) and discharge home (mean, 3.7 versus 4.7 hours). The chloroprocaine group had higher peak sensory block (median T9 versus T10). At 20 minutes, mean arterial blood pressure was lower and use of vasopressor drugs was higher (22.7 versus 10 percent) in the chloroprocaine versus the prilocaine group. There was no difference between the groups in terms of frequency and type of medication for postoperative pain management. On days 1 and 7, patient satisfaction did not differ between the groups.

The results "confirm earlier observations that both short-acting spinal anesthetics chloroprocaine and prilocaine result in adequate anesthesia with quick recovery of sensory/motor functions for knee arthroscopy in the ambulatory setting," the authors write.

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