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Ultrasound-guided percutaneous intercostal cryoanalgesia for multiple weeks of analgesia following mastectomy: a case series

Authors :
Jacklynn F. Sztain
Brian M. Ilfeld
Rodney A. Gabriel
Matthew W Swisher
Anne M. Wallace
Ava Hosseini
John J. Finneran
Bahareh Khatibi
Andrea M. Trescot
Engy T. Said
Source :
Korean journal of anesthesiology, vol 73, iss 2, Korean Journal of Anesthesiology, Vol 73, Iss 2, Pp 163-168 (2020), Korean Journal of Anesthesiology
Publication Year :
2020
Publisher :
eScholarship, University of California, 2020.

Abstract

Author(s): Gabriel, Rodney A; Finneran, John J; Swisher, Matthew W; Said, Engy T; Sztain, Jacklynn F; Khatibi, Bahareh; Wallace, Anne M; Hosseini, Ava; Trescot, Andrea M; Ilfeld, Brian M | Abstract: BackgroundAcute post-mastectomy pain is frequently challenging to adequately treat with local anesthetic-based regional anesthesia techniques due to its relatively long duration measured in multiple weeks.CaseWe report three cases in which preoperative ultrasound-guided percutaneous intercostal nerve cryoneurolysis was performed to treat pain following mastectomy. Across all postoperative days and all three patients, the mean pain score on the numeric rating scale was 0 for each day. Similarly, no patient required any supplemental opioid analgesics during the entire postoperative period; and, no patient reported insomnia or awakenings due to pain at any time point. This was a significant improvement over historic cohorts.ConclusionsUltrasound-guided percutaneous cryoanalgesia is a potential novel analgesic modality for acute pain management which has a duration that better-matches mastectomy than other currently-described techniques. Appropriately powered randomized, controlled clinical trials are required to demonstrate and quantify both potential benefits and risks.

Details

Database :
OpenAIRE
Journal :
Korean journal of anesthesiology, vol 73, iss 2, Korean Journal of Anesthesiology, Vol 73, Iss 2, Pp 163-168 (2020), Korean Journal of Anesthesiology
Accession number :
edsair.doi.dedup.....177695d159cb616a5d25a4e8e172e341