Evaluation of an Intervention to Increase Pain Relief and Recovery in Participants Receiving Office Based Surgery

• Level of pain experienced at the time of surgery [ Time Frame: Immediately after surgery, in the recovery area participants will complete a brief measure of pain (The McGill Pain Questionnaire) up to day 1 ] [ Designated as safety issue: No ]
  Measured by the McGill Pain Questionnaire
  
  
• Change in pain experienced from time of surgery to 8 weeks after surgery [ Time Frame: 8 weeks after date of surgery ] [ Designated as safety issue: No ]
  Measured by the McGill Pain Questionnaire
  
  

• Recovery [ Time Frame: 8 weeks ] [ Designated as safety issue: No ]
  return to pre surgical functioning, satisfaction with treatment, quality of life, symptom severity,
  
  

In recent years there has been a large increase in the amount of surgical procedures now available on an outpatient basis (Gilmartin & Wright, 2008). This is due largely to advances in surgical and anaesthetic methods and also in response to increasing demands on the National Health Service (M. Mitchell, 2010). This shift impacts patients and health care professionals alike who must adapt to home based recovery and symptom management (Stomberg, Segerdahl, Rawal, Jakobsson, & Brattwall, 2008). This research will investigate patient's expectations, experiences, recovery and satisfaction with office based surgery conducted in a private clinic.

The advancement of office based surgery has led to a rise in the number of procedures completed under local rather than general anaesthetic (Chukmaitov, Devers, Harless, Menachemi, & Brooks, 2011). Resultantly, the number of patients who are conscious during surgery has risen. The environment of the operating theatre must now be considered and nurses are become increasingly responsible for patient's mental wellbeing during surgery. For some, the prospect of being conscious during surgery can be stressful and a number of individual factors have been identified as potentially anxiety provoking (Mitchell, 2009). These range from waiting in the clinic before the surgery (Mitchell, 2008) hearing sounds of instruments being unpacked (Hankela & Kiikkala, 1996) to fears over anaesthesia (Bondy, Sims, Schroeder, Offord, & Narr). Patients' anxiety levels have been found to be high in the pre operative period (Kagan & Bar-Tal, 2008) and the links between high pre operative anxiety and poorer surgical outcomes have been well documented (Dodds 1993,Munafò & Stevenson, 2001).

With this in mind, methods of reducing patient anxiety have been explored. Adapting the operating environment to better suit the needs of the patient has been found to be effective in anxiety reduction (Mark Mitchell, 2008). A powerful yet simple factor in anxiety reduction is the behaviour of the nursing staff in the operating theatre. When nurses use comforting words or touch, anxiety reductions have been observed during and before surgery (Cox & Hayes, 1997.) There is also some evidence to suggest that therapeutic touch can reduce surgical pain(Ramnarine-Singh, 1999). Other easily achievable adaptations to the operating environment that have been shown to have great anti anxiolytic effects include music (Cooke, Chaboyer, & Hiratos, 2005), audio- visual stimuli (Drahota et al., 2008), virtual reality (Hoffman et al, 2001) and massage (Kim, Cho, Woo, & Kim, 2001).

The research above outlines how the addition of fairly minor interventions can be effective in improving patient's experience of office based surgery. As the growth of day surgery continues, identifying and implementing the most effective interventions for anxiety and pain reduction grows ever more important.

In light of the research outlined above, this investigation will utilise a three phase approach t evaluate interventions aimed at improving pain relief and recovery following office based surgery.