Ward rounds: missed learning opportunities in diagnostic changes?

Junior doctors frequently admit patients before consultant review. The European Working Time Directive limits trainee hours, potentially reducing their presence during post-admission evaluations. Prior research has shown that diagnostic accuracy varies with trainee experience. No prior work had resolved whether trainee absence affects learning opportunities. This gap motivated a study on how often consultant-led rounds change initial diagnoses. The study aimed to clarify if trainees miss critical feedback by not attending these rounds. Established knowledge shows diagnostic accuracy improves with senior input. This paper's contribution is quantifying the frequency of such changes and their educational value.

The study aimed to assess how often junior doctors miss consultant-led rounds and whether this affects their learning. Researchers focused on diagnostic changes during post-take ward rounds. The goal was to determine if trainees lose educational value by not attending these rounds. The study excluded patients with known conditions to isolate new diagnostic decisions. Researchers wanted to understand if trainees benefit from consultant feedback on their initial diagnoses. The study also aimed to identify patterns in the types of changes and investigations ordered. The focus was on general surgery admissions over a four-week period. The purpose was to inform training practices in specialties using similar admission models.

A prospective observational study was conducted in a general surgery department. Researchers tracked consecutive patient admissions over four weeks. They excluded patients with known conditions worsening. Seven junior doctors admitted 52 patients. Researchers recorded initial diagnoses and any changes during post-take rounds. They noted if investigations were ordered and the types used. Data included patient age and lab results like white cell counts and CRPs. The study used descriptive statistics to analyze frequency of changes and investigations. The approach focused on diagnostic accuracy and trainee presence as variables.

Twenty-seven percent of initial diagnoses were changed during post-take rounds. Fourteen out of fifty-two patients had their diagnosis revised by consultants. Two changes were classified as 'major': peritonitis and ischaemic bowel. Patients with revised diagnoses were not more likely to be older or have abnormal lab values. Thirty-five percent of patients had new investigations ordered at the rounds. These included nine ultrasounds and four CT scans. Three patients had X-rays and two had flexible sigmoidoscopies. One patient received a barium enema and a serum amylase test. The findings suggest trainees miss diagnostic feedback when not present.

The study found that trainees miss consultant-led rounds and thus diagnostic feedback. Twenty-seven percent of initial diagnoses were revised during these rounds. The changes included two major cases: peritonitis and ischaemic bowel. Trainees who admit patients may not benefit from consultant input on their decisions. The study suggests that absence from rounds limits learning opportunities. No significant differences in patient age or lab values were found between groups. Thirty-five percent of patients had new investigations ordered during the rounds. The authors propose that trainees should be encouraged to attend these rounds for educational benefit.