A Novel Block Technique to improve Tourniquet Tolerance in Day Case Distal Hand Surgery

Author(s):  
Zahid Inayat Sheikh ◽  
A Searle ◽  
Paul Townsley ◽  
L Radahakrishnan
Keyword(s):  
2012 ◽  
Vol 94 (2) ◽  
pp. 83-86
Author(s):  
N Naderi ◽  
K Maw ◽  
M Thomas ◽  
DE Boyce ◽  
K Shokrollahi

INTRODUCTION Pre-operative limb preparation (PLP) usually involves lifting the limb and holding it in a fixed ‘static’ posture for several minutes. This is hazardous to theatre staff. Furthermore, ‘painting’ the limb can be time consuming and difficult areas such as between toes and fingers may remain unsterile. We demonstrate the time efficiency and asepsis achieved using the ‘sterile bag’ preparation technique. An additional advantage is the ability to prepare and anaesthetise a limb prior to theatre, increasing efficiency substantially for units with a large throughput of cases, such as day-case hand surgery lists. METHODS We monitored the duration of PLP in 20 patients using the ‘sterile bag’ technique compared to 20 patients using a conventional ‘painting’ method. Additionally, microbiology samples acquired from prepared upper limbs of 27 sequential patients operated on by a single surgeon over a two-month period were sent for culture immediately prior to commencement of surgery. RESULTS The mean duration of the ‘sterile bag’ PLP was significantly lower than that of the conventional method (24 seconds vs 85 seconds, p=0.045). The technique can take as little as ten seconds (n=1). Final microbiology reports showed no growth for any of the 27 patients from whom a culture sample was taken. CONCLUSIONS The sterile bag technique is effective in achieving asepsis, has the potential to increase theatre efficiency and reduces manual handling hazards compared to the conventional method. It is now taught to all theatre staff in our hospital during manual handling training. It can be undertaken in approximately ten seconds with practice for the upper limb.


1995 ◽  
Vol 20 (5) ◽  
pp. 679-680 ◽  
Author(s):  
D. J. DUNLOP ◽  
C. M. GRAHAM ◽  
M. A. WALDRAM ◽  
P. J. MULLIGAN ◽  
J. M. WATT

With the increasing popularity of day case surgery it is important to ensure that safe and appropriate techniques are being used. We retrospectively reviewed a large series of 732 patients who underwent planned day case hand surgery under intravenous regional anaesthesia (modified Bier's block) over a 5-year period. We found a modified Bier's block to be ideally suited to day case surgery with no deaths, minimal morbidity and a success rate in excess of 98%.


2004 ◽  
Vol 29 (6) ◽  
pp. 575-579 ◽  
Author(s):  
F.D. BURKE ◽  
J.J. DIAS ◽  
C. HERAS PALOU ◽  
M.J. BRADLEY ◽  
C. WILDIN

An audit of hand surgery activity in Derby during the period 1989–1990 produced manpower and resource recommendations for the speciality per 100,000 of population per year for the United Kingdom. The decade that followed the audit has seen major changes in health care provision, including reduced service activity by trainee doctors through restricted hours of work and less unsupervised surgery. A further audit of hand surgery activity was performed during 2000–2001 to assess the effects of these and other changes. This showed that there has been a 2% rise in trauma attendances, though trauma bed utilization had reduced by 12% and surgery time by 38%. Trauma out-patient visits had also reduced by 11%. Day-case trauma surgery rates were virtually unchanged at 63%. Women attend more frequently with traumatic hand injuries than they did 10 years ago and there is arising incidence of hand injuries in the home, with a falling incidence at work. Elective referrals have risen by 36% and operations by 34%. The top ten diagnoses relate to the same conditions although their rankings have changed. Elective day-case surgery rates have risen from 64% to 94% over the decade. The 34% increase in elective operations has been absorbed within a 5% reduction in elective bed use and a 23% reduction in surgery time. Elective out-patient visits have also dropped 14% overall. This audit indicates that in 2000–2001 one whole time equivalent hand surgeon can service a population of 125,000. The national requirement for a 56 million population would be 448 whole time equivalent hand surgeons.


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