It is estimated that one in 12 children and young people in the UK suffer with a wetting or soiling problem, which can have a devastating impact on their family life, social life and self-esteem (NHS Modernisation Agency, 2003). Afraid of wetting themselves in class or on a school trip; too many children and teenagers are missing out on sleepovers and camping trips, being bullied and constantly trying to hide the signs of their ‘secret’.
Current Covid restrictions have forced many healthcare professionals to embrace technology and work in very different ways. Indeed, the traditional telephone has allowed the Newcastle continence service to provide a service to patients referred with all types of urinary incontinence. But, is it even possible to assess someone’s continence and devise a treatment plan over the telephone?
It is estimated that one in 12 children and young people in the UK suffer with a wetting or soiling problem, which can have a devastating impact on their family life, social life and self-esteem (NHS Modernisation Agency, 2003). Afraid of wetting themselves in class or on a school trip; too many children and teenagers are missing out on sleepovers and camping trips, being bullied and constantly trying to hide the signs of their ‘secret’.
Indwelling urinary catheters are still one of the most commonly used invasive devices in health care, with recognised significant risk factors, including catheter-associated urinary tract infection (CaUTI) and sepsis. Timely and successful removal of the catheter often falls to the responsibility of community nurses. There has been much debate about the optimum timing and circumstances for a successful trial without catheter (TWOC). This article looks at best practice guidelines and relevant clinical evidence to support healthcare professionals in making choices around TWOC procedures.
Indwelling urinary catheters remain one of the most commonly used clinically invasive devices across the NHS and social care in the UK. The problems associated with the prolonged use of catheters are widely referenced. Healthcare-acquired infections (HCAIs) currently result in 5,000 preventable deaths a year, with 20% of all HCAIs associated with the urinary tract. Many staff have learned catheterisation techniques in their early careers, with no need for a formal review of skills and knowledge. This has perhaps contributed to some historical and now outdated tasks still being performed. The evidence for best practice when managing indwelling catheters is reflected in national and international guidelines, which have recently undergone a complete overhaul. This article explores common practices and best practice evidence to assist with safe and effective management of these essential but often risky devices.
The effect of drugs on mental and physical health are well documented. However, these consequences do not necessarily prevent people using them either recreationally or more regularly, with some becoming addicted to their drug or drugs of choice. It is estimated that in 2016/17, around one in 12 (8.5%) adults aged 16 to 59 in England and Wales had taken an illicit drug in the last year (NHS Digital, 2018). Ketamine has become increasingly popular, especially among younger users, as it is cheap and mistakenly seen as a ‘safe’, non-addictive drug. However, the reality is that even recreational use may have serious consequences. The effect on the urinary system can be devastating, with users experiencing anything from frequency and cystitis-like symptoms, to extreme debilitating pain from the inflamed and shrunken bladder, resulting in cystectomy and urinary diversion, and, if the kidneys are affected, renal failure and dialysis.
Indwelling urinary catheterisation is a common procedure especially within a community setting. However, healthcare professionals are sometimes unaware of what is current best evidenced-based practice. This article outlines the clinical indicators for insertion of a urinary catheter, rationale for catheter selection, including Charrière (Ch) or French gauge (Fg), length, balloon size and material of choice including any coating. Catheter insertion requirements are outlined and drainage and supporting/securing devices discussed. Complications of indwelling catheters, such as catheter-associated infections and encrustation are also discussed with recommendations for treating, and, finally, new innovations which may benefit in future care are identified — all with reference to current national guidance and best clinical evidence-based practice.
