DOI: 10.1093/bjs/znad241.046 ISSN:

SP4.2 Saving inpatient beds: Are day-case total parathyroidectomies possible and safe?

Emiko Sultana, Sophie McDonald, Nina Al-Saadi, Jessica Chang, Kanwaljit Sandhu, Andrew Houghton
  • Surgery

Abstract

Introduction

Total parathyroidectomy on patients with hyperparathyroidism traditionally required an inpatient hospital stay to monitor patients for postoperative hypocalcaemia. Our centre developed a safe protocol in 2015 which enables total parathyroidectomies to be carried out as a day-case procedure. This protocol, developed in conjunction with the renal physicians, involves giving the patient oral alfacalcidol preoperatively for 5 days and close monitoring of the calcium levels postoperatively to permit safe same day discharge.

Methods

A single centre retrospective study was carried out on all patients who underwent a total parathyroidectomy for hyperparathyroidism between 2005 and 2022. A comparison study was done before and after the protocol was introduced in 2015. Data were collected regarding the patient comorbidities, peri-operative calcium level, post-operative calcium, potassium and parathyroid levels, length of hospital stay, operative procedure details, hospital readmission, and 30-day morbidity.

Results

57 patients underwent total parathyroidectomy during the study period (22 before protocol and 35 after the protocol). After introduction of the protocol, 40% of patients were discharged on the same day, compared to only 4.54% previously. The duration of inpatient hospital stay was reduced from 0-13 days to 0-3 days. Reasons for prolonged hospital stay in the remaining patients included refractory hyperkalaemia requiring dialysis, complications secondary to anaesthesia, as well as hypocalcaemia in a few cases. No patient required readmission during the 30-day post-operative period.

Conclusions

Day-case surgery for total parathyroidectomy can be achieved safely in patients with a preoperative regimen of alfacalcidol and close monitoring of calcium levels post-operatively, emulating a virtual ward round.

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