What makes women receptive to breast self-examination, animation, or simulation? – a comparative study

Abstract

Background: Breast self-examination (BSE) plays an important role in the early diagnosis of breast cancer in India owing to the stigma attached to cancer. The authors compared the efficacies of animation video versus simulation techniques in BSE. Methods: Women with no previous history of conditions affecting the breasts were included in this prospective observational study and divided into an animation or simulation arm. The latter was further divided into three subgroups as per the simulation models used : the German (Delta Healthcare), British (Health Edco), and Indian (low-cost, validated) models used for teaching BSE. The hybrid animation video had a 9 min runtime with a lecture on BSE and a virtual character performing BSE. In both the arms, participants filled in a validated modified patient satisfaction questionnaire. Results: A total of 500 women participated. The mean age of the participants in the animation video arm was 20.21±3.88 years and 19.34±2.27, 22.94±9.6, and 18.97±1.31(20.41±5.99) years in the Indian, German, and British simulation models arm, respectively. The age difference between the two arms was statistically significant (P<0.05). Both animation video and simulation models were found to be useful by the participants. The participants’ response to animation video being a better organized tool for learning BSE was statistically significant (90.48±7.98 vs. 84.02±15.09 P≤0.001) when compared to simulation models. The younger women (≤20 years) found these tools significantly more useful than those aged >20 years. Conclusions: All models had good efficiency and utility as learning tools for BSE. However, large studies in BSE set up with combination models are needed.

Review on Present-day Breast Cancer Detection Techniques

“…There are methods that rely on tactile sensations, e.g. any resistance to physical exertions on breasts in breast self-exams [14], and methods that rely on the transparency of the breast tissues to radiation [15], to cite some examples.…”