Open Access

Surgical ward rounds in England: a trainee-led multi-centre study of current practice

  • Ceri Rowlands1,
  • Shelly N Griffiths2,
  • Natalie S Blencowe1, 3,
  • Alexander Brown4,
  • Andrew Hollowood1,
  • Steve T Hornby5,
  • Sarah K Richards6Email author,
  • Jennifer Smith7 and
  • Sean Strong1, 3
Patient Safety in Surgery20148:11

https://doi.org/10.1186/1754-9493-8-11

Received: 20 January 2014

Accepted: 8 February 2014

Published: 28 February 2014

Abstract

Background

Recent guidance advocates daily consultant-led ward rounds, conducted in the morning with the presence of senior nursing staff and minimising patients on outlying wards. These recommendations aim to improve patient management through timely investigations, treatment and discharge. This study sought to evaluate the current surgical ward round practices in England.

Methods

Information regarding timing and staffing levels of surgical ward rounds was collected prospectively over a one-week period. The location of each patient was also documented. Two surgical trainee research collaboratives coordinated data collection from 19 hospitals and 13 surgical subspecialties.

Results

Data from 471 ward rounds involving 5622 patient encounters was obtained. 367 (77.9%) ward rounds commenced before 9am. Of 422 weekday rounds, 190 (45%) were consultant-led compared with 33 of the 49 (67%) weekend rounds. 2474 (44%) patients were seen with a nurse present. 1518 patients (27%) were classified as outliers, with 361 ward rounds (67%) reporting at least one outlying patient.

Conclusion

Recommendations for daily consultant-led multi disciplinary ward rounds are poorly implemented in surgical practice, and patients continue to be managed on outlying wards. Although strategies may be employed to improve nursing attendance on ward rounds, substantial changes to workforce planning would be required to deliver daily consultant-led care. An increasing political focus on patient outcomes at weekends may prompt changes in these areas.

Keywords

Health manpower Ward rounds Seven day working Consultant

Introduction

Ward rounds (WRs) represent a complex interaction between clinical staff and patients and are crucial to providing safe, high-quality care in a timely and efficient manner. They allow opportunities to review diagnoses in light of clinical findings and investigations, formulate on-going management or discharge plans and facilitate information sharing between patients, relatives, and healthcare professionals whilst also playing an important role in training [1, 2]. Despite these accepted merits, it has been suggested that they remain a much-neglected part of inpatient care [1, 3].

Recently, best practice guidelines for this important clinical activity have been published [1, 2]. These include ensuring the presence of a senior nurse during every bedside review and that rounds should take place early in the day to facilitate timely completion of tasks, such as requesting investigations and discharging patients. The importance of senior leadership on WRs has also been highlighted, recommending that a consultant should review patients at least once, every 24 hours [2]. This issue may be of particular relevance to surgical specialties, as a recently well-publicised study has suggested that outcomes amongst patients admitted during weekends, or undergoing elective procedures towards the end of the week, may be less favourable [4]. One proposed cause for this ‘weekend effect’ is the perceived lack of consultant input into patient management outside of routine working hours. Lastly, it has been proposed that patients should be nursed on appropriate speciality wards, rather than outlier beds, in order to improve care and aid early identification of problems and complications [1]. In light of the aforementioned guidelines and increasing interest in the provision of routine and unscheduled surgical care, we aimed to assess current surgical ward round practices in England.

Methods

Hospitals were recruited using two trainee-led surgical research collaboratives in the South West and North West of England. Research collaboratives are networks of trainees which aim to promote collaboration in surgery in order to maximise the quality and applicability of research and audit studies [5]. Information regarding surgical WRs across multiple subspecialties was collected prospectively over a one-week period in February 2013.

The total number of WRs and individual patient encounters was recorded. WRs were classified as occurring on a weekday (Monday – Friday) or weekend (Saturday and Sunday) and by type, using an a priori categorisation system (Table 1). Data was recorded regarding: (i) start time of WR, (ii) seniority of staff leading WR, (iii) nursing presence at each patient encounter, and (iv) number of outlying patients. Seniority of staff leading the WRs was categorised as consultant or non-consultant. Non-consultant WRs were further classified as staff grade, clinical fellow, specialist trainee (ST3-ST8), core trainee (CT1-3) and foundation year (FY) doctors. The number of outlying patients, defined as any patient under the care of one specialty on the base ward of another specialty, was also recorded.
Table 1

Definitions of ward round categories

Ward round type

Definition

Acute admissions

Review of emergency admissions during the course of a 24 hour take period, often undertaken in the evening, distinct from the post-take ward round.

Post-take

Formal post-take round of emergency admissions, following completion of a 24 hour take period

Post-operative

Review of patients in the immediate post-operative period, often on an ad-hoc basis at the end of an operating list

Daily working round

Daily ward round of current inpatients under the care of a surgical firm

Other

Any round taking place not defined within a preceding category

Results

Sixty-two surgical firms from nineteen hospitals participated in the study. A total of 471 individual WRs were recorded, of which 422 (89.6%) were carried out on weekdays. Collectively, these encompassed 5622 individual patient encounters, with 4915 from Monday to Friday and 707 on the weekend. The mean number of ward rounds was higher on weekdays than weekends (84.4 and 24.5, respectively) and similarly the mean number of patient encounters was higher on weekdays (983 and 353.5, respectively).

Timing of WR

  1. 367

    WRs (77.9%) began before 9am, and by 11am 90.4% had commenced (n = 426). Details of all WR start times are listed in Table 2.

     
Table 2

Ward round start times

Start time

Number of ward rounds

n = 471 (%)

<0900

367 (77.9)

0900 – 0959

49 (10.3)

1000 – 1059

10 (2.1)

>1100

29 (6.2)

Not recorded

16 (3.4)

Seniority of staff leading the ward round

Consultants led a total of 223 (47.3%) WRs. 190 of the 422 weekday rounds (45.0%) and 2126 of the 4915 patient encounters (43.2%) were led by consultants, compared with 33 of the 49 WRs (67.0%) and 550 of the 707 (77.8%) patient encounters during weekends (Table 3).
Table 3

Weekday and weekend ward rounds according to grade

Grade of doctor leading ward round

Number of weekday rounds n = 422 (%)

Number of weekend rounds n = 49 (%)

Consultant

190 (45.0)

33 (67.3)

Non-consultant

Staff grade

15 (3.6)

3 (6.1)

Clinical fellow

13 (3.1)

0 (0.0)

ST3+

135 (32.0)

7 (14.3)

CT1-3

47 (11.1)

2 (4.1)

FY1-2

13 (3.1)

2 (4.1)

Unknown

9 (2.1)

2 (4.1)

(ST3+ = Specialist Trainee, CT1-3 = Core Trainee, FY1-2 = Foundation Year Doctor).

Nursing presence

  1. 2474

    of the 5622 patient encounters (44.0%) occurred in conjunction with a member of nursing staff. Nursing presence was similar for consultant-led and specialty trainee-led patient encounters (1335/2676, 49.9% and 836/1837, 45.5%, respectively) compared to 5.0% (30/606) of those led by core trainees (Table 4). Nursing presence was also similar during weekdays (2169/4915, 44.1%) and at weekends (305/707, 43.1%).

     
Table 4

Nursing presence on ward rounds

Grade of doctor leading patient encounter

Number of weekday encounters n = 4915

Number of weekday encounters with nurse present n = 2169 (%)

Number of weekend encounters n = 707

Number of weekend encounters with nurse present n = 305 (%)

Consultant

2126

1106 (52.0)

550

229 (41.6)

Non-consultant

Staff grade

151

104 (68.9)

42

36 (85.7)

Clinical fellow

86

59 (68.6)

15

10 (66.7)

ST3+

1781

806 (43.6)

56

30 (53.6)

CT1-3

572

30 (5.2)

34

0 (0)

FY1-2

185

58 (36.3)

4

0

Unknown

14

6 (42.9)

6

0

(ST3+ = Specialist Trainee, CT1-3 = Core Trainee, FY1-2 = Foundation Year Doctor).

Outliers

  1. 1274

    (22.7%) of the 5622 patient encounters were undertaken on outlying wards. The proportion of outlying patients varied between subspecialties (3.3%, neurosurgery to 33.0%, transplant surgery) (Table 5).

     
Table 5

Outliers by surgical subspecialty

Surgical specialty

Total number of patient encounters

Number of patients on outlying wards (%)

Orthopaedic surgery

974

245 (25.2)

Lower GI surgery

882

202 (22.9)

Urology

584

173 (29.6)

Upper GI surgery

574

97 (16.9)

Vascular surgery

433

79 (18.2)

Breast surgery

227

67 (29.5)

‘General surgery’

1111

259 (23.3)

Ear, nose and throat surgery

206

62 (30.0)

Obstetrics and gynaecology

131

14 (10.7)

Paediatric surgery

100

16 (16.0)

Plastic surgery

107

8 (7.5)

Transplant surgery

97

32 (33.0)

Oral and maxillofacial surgery

16

3 (18.8)

Thoracic surgery

90

14 (15.6)

Neurosurgery

90

3 (3.3)

Discussion

This national multi-centre study included 5622 patient encounters from 471 surgical WRs. The majority of WRs occurred before 0900 (77.9%) and many patients (77.3%) were nursed on appropriate wards. However, less than 50% of WRs were led by consultants and 56% of patient encounters occurred without a nurse at the bedside. Although weekend WRs were more likely to be consultant-led, the mean number of WRs and patient encounters per day fell dramatically over the weekend period and the level of nursing presence on WRs was lacking during weekdays (44.1%) and on weekends (43.1%). We have found that compliance with recent recommendations for WR practice is therefore poor, and warrants further attention if standards are to be improved.

The importance of hospital WRs has been highlighted through a number of publications investigating their clinical benefits [610]. Following the introduction of twice-daily consultant WRs in a large UK medical centre, average length of stay fell from 10.4 to 5.3 days (p < 0.01) without increasing readmissions [6]. Consultant-led surgical post-take WRs can also change initial admitting diagnoses in up to 27% of cases [7]. In another study, the use of a multidisciplinary ward round increased their educational benefit whilst also reducing length of hospital stay [8] and similarly, the presence of registered nurses has been shown to reduce adverse events and mortality [9].

To our knowledge, this is the first national multi-centre study to prospectively examine surgical ward round practice in the UK; nevertheless, it has several limitations. Although the number of WRs and patient encounters fell dramatically over the weekend period, we were unable to identify the exact number of inpatients who were not reviewed, or who were discharged, during every 24 hour period. The number of patients discharged may, therefore, influence the number of weekend patient encounters, and it is also possible that ad-hoc ward rounds conducted by consultants without junior staff may not have been recorded. It is unlikely, however, that these factors account for the vast differences observed between weekdays and weekends. Furthermore, a single seven day snapshot may not accurately reflect normal practice, although a wide cross-section of subspecialties was surveyed across three teaching deaneries and change-over weeks and school holidays were deliberately avoided. Lastly, we acknowledge that the number of included WRs from some sub-specialities is low, meaning that variations in practice cannot accurately be assessed.

Our study highlights many challenges for the future, if the clinical standards regarding WRs are to be achieved. The current drive within the NHS is towards ’24-7′ consultant-delivered care [10], with patients nursed in appropriate ward settings [1] in order to reduce avoidable hospital deaths [11]. Increasing the proportion of patients reviewed at weekends represents a potential area for improvement, particularly given the purported increased mortality during this time period [3] and local strategies could be employed to improve nursing attendance at bedside reviews.

Scrutinising the performance of surgical units through the recent move to publish surgeons’ outcome data [12, 13] represents a culture change throughout the NHS. Seven day working strategies in surgery are seemingly inevitable [14], but the entire hospital and allied services may also require full staffing seven days a week in order to achieve this. If WRs are to become consultant-led seven days a week, alterations to their working patterns will be required. For example, it is estimated that a consultant ward round to review 30 inpatients would take 6 hours [15], which would necessitate removal of the equivalent time from existing weekday clinical, managerial or teaching commitments. These represent substantial changes and confer cost implications as well as affecting the provision of specialised elective services and potentially, the quality of surgical training in the UK.

Appendix 1

Trainee collaborators; Severn and Peninsula Audit and Research Collaborative for Surgeons

V Aggarwal; V Agosti; F Ali; A Ashman; J Bagenal; K Ball; A Barrie; E Binns; H Blades; A Brennan; T Brimecombe; O Burdall; CVE Carpenter; A Chambers; A Chambers; T Chambers; GS Chauhan; V Chouhan; H Collins; J Collins; D Constantin; L Corbett; M Crockett; D Dass; N Daulatzai; V Donkin; H Donnelly; K Doughty; L Dwon; A Easterbrook; D Eden; H Farnsworth; A Gamper; M Ghisel; A Greenwood; K Hanks; T Hardy; M Halls; R Hinton; C Hockin; E Hodgson; C Honeyman; Y Hughes; A Jacob; J Jackson; L Jay; M Jones; D Kanakopoulos; S Kalyanapu; I Kear; F Khan; H Knight; N Lemay; S Linley; S Linthwaite; S Logarajah; N Lyn-White; M Marshall; P McElnay; A Moutsoudis; A Nagvi; R O'Byrne; O Old; S Olsen; E Orr; O Pearce; V Pegna; H Pidduck; E Platt; W Pollitt; J Potts; K Price; L Regan; A Raymond; D Urriza Rodriguez; A Ross; K Sahnan; L Salimin; E Saxby; S Scholes; G Silk; H Stark; H Stephenson; B Soukup; C Stockdale; J Sykes; M Taylor; A Toonah; H Travers; M Tulbure; H Tustin; D Twelves; D Teichmann, E Upchurch; M Vannahme; M Vipond; C Wallengren; T Walker; S Walter; J Warbrick-Smith; B Warwick; B Wasunna; T Wing; J Wolf; C Worall; North West Research Collaborative; C Goatman; L Patel; R Lamb; J Littlechild; I Maitra; M Williams; L Olson; S Hassan; H Collier; M Hussain.

Appendix 2

Consultant collaborators

S Dwerryhouse; P Eyers; N Gallegos; H Gilbert; S Higgs; K McCarthy; J Mutimer; WD Neary.

Declarations

Authors’ Affiliations

(1)
Division of Surgery, Head and Neck, University Hospitals Bristol NHS Foundation Trust
(2)
Torbay Hospital
(3)
Centre for Surgical Research, School of Social & Community Medicine, University of Bristol
(4)
Musgrove Park Hospital
(5)
Royal Devon and Exeter Hospital
(6)
Royal United Hospital Bath NHS Trust
(7)
Royal Preston Hospital
(8)
the Severn and Peninsula Audit and Research Collaborative for Surgeons (SPARCS) and the Northwest Research Collaborative

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Copyright

© Rowlands et al.; licensee BioMed Central Ltd. 2014

This article is published under license to BioMed Central Ltd. This is an Open Access article distributed under the terms of the Creative Commons Attribution License (http://creativecommons.org/licenses/by/2.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly credited. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.