Abstract

Background Effects of perioperative cervical level neuraxial blocks on the dissemination of cancer metastases have become a matter of substantial interest. However, experience with these catheters has been limited and data on feasibility and efficacy is sparse. Methods Data from 39 patients scheduled to undergo breast cancer surgery while awake with a cervical epidural alone was retrospectively analyzed. Results In 26 patients (66,7%, 95% CI 51,7–81,7) the cervical epidural catheter was sufficient for surgery. In one patient (2.6%, 95% CI 0–7.6) identification of the epidural space was not possible. Four patients (10.3%, 95% CI 0,7–19,9) had an insufficient sensory block. Seven patients (17.9%, 95% CI 5,7–30,1) had a partially insufficient sensory block. Rates of failed epidural blocks were not significantly different between different insertion levels. 21 patients (80.8%, 95% CI 65,4–96,1) developed hypotension and required an intravenous vasopressor. One patient developed nausea. In one patient the dura was accidentally punctured. No neurological damage was observed. No other major complications were observed. Discussion Epidural punctures in the cervical region are feasible but do bear potential for major complications. Anesthesiologists should familiarize themselves with high epidural block techniques.

Highlights

  • Cancer remains one of the leading causes of death in developed countries

  • In 26 patients (66,7%, 95% CI 51,7–81,7) the cervical epidural catheter was sufficient as the sole method of anesthesia to perform breast cancer surgery

  • Four patients (10.3%, 95% CI 0,7–19,9) had an insufficient sensory block leading to a conversion of anesthetic method from cervical epidural catheter to general anesthesia

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Summary

Introduction

Cancer remains one of the leading causes of death in developed countries. While lung cancer is predominant in men (17%), women suffer most frequently from breast cancer (23%) [1]. Over the last couple of years the role of a perioperatively compromised immune system leading to easier dissemination of tumor cells and accelerated growth of micrometastases has been extensively discussed [3,4,5] It appears that reduced perioperative stress might transfer into a better immune response of the patient; anesthetic techniques per se have become a significant field of research [6,7,8,9]. Effects of perioperative cervical level neuraxial blocks on the dissemination of cancer metastases have become a matter of substantial interest. Experience with these catheters has been limited and data on feasibility and efficacy is sparse.

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