Hostname: page-component-586b7cd67f-tf8b9 Total loading time: 0 Render date: 2024-11-24T23:20:51.689Z Has data issue: false hasContentIssue false

Appropriate monitoring of oral nutritional supplementation: An audit within a large GP practice

Published online by Cambridge University Press:  27 January 2012

A. S. Tahim
Affiliation:
Park Medical Centre, Inver Court, Invermead Close, London, W6 0QG, UK
D. O'Gallagher
Affiliation:
Park Medical Centre, Inver Court, Invermead Close, London, W6 0QG, UK
Rights & Permissions [Opens in a new window]

Abstract

Type
Abstract
Copyright
Copyright © The Authors 2012

Malnutrition affects over 2 million people in the UK but remains under-recognised and under-treated(1). While much work has evaluated the indications for nutritional supplementation, there is relatively little investigating how accurately the effects of such interventions are monitoring after they are prescribed(Reference Gall, Harmer and Wanstall2). NICE guidelines suggest that patients receiving oral nutritional supplementation should be monitored on a 3–6 month basis, using a number of potential observations or measurements such as Body Mass Index (BMI)(3). Numerous other tools highlight BMI as a useful and practical measure of malnutrition(4). As such, our audit was conducted to assess whether there was appropriate documentation prior to starting and stopping oral supplementation and whether BMI was measured within 3 months of starting treatment.

All senior doctors at the practice were asked to complete a short survey identifying the nutritional supplements that they have previously prescribed. The results were collated and patients who had been prescribed any of these supplements were retrospectively identified over a one year period. Electronic patient records were analysed, investigating indication, BMI records prior to treatment and appropriate subsequent monitoring. 39 patients were prescribed supplements. 64.1% of all treatments were initiated at the practice. Of these, the reason for treatment was documented in 68.0%. BMI was recorded prior to treatment in 51.3% of all cases. The BMI was monitored within 3 months of treatment starting in 10.0% of cases. BMI was recorded within 3 months of the most recent prescription in 20.5%. 18 patients within the study (46.2%) were having ongoing treatment. Of the 53.8% that had their supplementation stopped, none had a documented reason. Overall, a total of 2.6% patients had or are having their treatment appropriately monitored.

Our results show that monitoring of oral nutritional supplementation does not meet the standards recommended in recent NICE guidelines. Results were circulated to senior doctors and a number of potential future developments were outlined. These included local practice guidelines for monitoring of supplements, changes to computer systems to facilitate monitoring at appropriate intervals and educational sessions for staff to encourage ongoing assessment of response to oral supplementation. Once changes have been implemented, the effects are to be assessed by a repeat analysis of the monitoring of oral supplements.

In conclusion, this audit shows that while prescribing oral nutritional supplements is relatively commonplace, guidelines outlining how such treatment should be monitored are poorly adhered to. This study can form the basis on which changes can be made at local levels to improve the standards of the monitoring of prescribed oral nutritional supplementation.

References

1.Malnutrition Advisory Group, THE ‘MUST’ REPORTNutritional screening of adults: A multidisciplinary responsibility. 2010.Google Scholar
2.Gall, MJ, Harmer, JE and Wanstall, HJ, Prescribing of oral nutritional supplements in Primary Care: can guidelines supported by education improve prescribing practice? Clinical nutrition (Edinburgh, Scotland), 2001. 20(6): p. 511–515.CrossRefGoogle Scholar
3.NICE, CG32 Nutrition support in adults. 2006.Google Scholar
4.Malnutrition Advisory Group, Malnutrition Universal Screening Tool. 2003.Google Scholar