The instrument for measuring attitude towards e-professionalism among medical and dental students is part of the larger questionnaire “Exploring the impact of social networks on the professional behaviour of healthcare professionals” conducted for research on project Dangers and benefits of social networks: e-professionalism of healthcare professionals (SMePROF project [26 ]). As a part of the project a quantitative cross-sectional study on the use of SM, attitudes and ethical values of students was carried out in the School of Medicine University of Zagreb, Croatia (UZSM) and the School of Dental Medicine University of Zagreb, Croatia (UZSDM) in the academic year 2018/2019.
Students were informed about the possibility of completing the questionnaire (UZSM 2nd and 5th year, and at the UZSDM students of all 6 years of study) during regular classes. Identification information or IP addresses were not collected to ensure anonymity. All participants were informed in guidelines statement that their participation is voluntary and anonymous. The first question of the questionnaire was informed consent about participation, allowing students that do not want to participate to opt out. Students that gave electronic informed consent on that question entered the sample. Both research and questionnaires were approved by the Ethical board of University of Zagreb School of Medicine, issued on March 22nd 2018 (641–01/18–02/01) and Ethical board of University of Zagreb School of Dental Medicine, issued on February 20th 2018 (05-PA-24-2/2018). All methods were carried out in accordance with relevant guidelines and regulations.
The questionnaire was composed of seven instruments that measured as follows: (1) sociodemographic characteristics and habits of SM usage; (2) knowledge of SM; (3) reasons of SM usage; (4) impression management on SM; (5) security on SM; (6) attitudes towards professionalism; and (7) attitudes towards e-professionalism. This paper covers validation of the seventh instrument that measures students’ attitudes towards e-professionalism.
The instrument was initially composed of 32 items. All items were taken from previous research conducted on similar topics and translated to Croatian language.
Bosslet et al. measured patient-doctor relationship on online social networks with segment dedicated to ethical questions of patient-doctor communication [27 (link)]. Therefore, items 1 thru 5 (as shown in Table 1) were taken from their research.

Average questions scoring, answers range from 1 = completely disagree to 5 = completely agree

ItemsMeanSD
1It is ethically acceptable for a physician to communicate with a patient through social media as part of his/her care for patients and the patient healthcare process.a3.301.00
2It is ethically acceptable for a physician to communicate (e.g. share personal messages) with a patient through personal social media account for easier social interaction.a3.251.057
3Social media have the potential to improve communication between a physician and a patient.a3.521.00
4Communication with a patient through social media can be achieved without compromising physician-patient confidentiality.a3.441.036
5It is ethically acceptable for a physician to visit patient social media profile.a3.18.972
6It is possible that your potential employer will not hire you or invite you for an interview due to information about you found online.3.95.901
7There is a possibility that your online behaviour might have an impact on perception of others in your profession.4.09.800
8People can make wrong assumptions about you based solely on the content of your post.4.19.795
9You may lose a position you already hold (as an employee or student) due to information about you found online.3.641.006
10Sharing privileged patient information on social media without their consent is deemed to be inadmissible.4.68.747
11Healthcare professionals should be banned from using social networking software due to too much of a risk.a1.681.043
12Healthcare professionals should be restricted from using social networking software due to too much of a risk.a2.131.118
13I should be able to do whatever I want online.a3.411.250
14The School has no right to interfere in my online activities.a3.861.103
15I believe that my online activities do not affect me as a professional.a3.391.228
16I strongly agree with expectations for professional behaviour and make a conscious effort to comply with them in every aspect of my life.a3.94.976
17I know well what constitutes professional behaviour and what is expected of me as a current/future professional.a4.09.850
18High-level professional behaviour should also be expected of students from the very beginning of their studies.a3.521.196
19Guiding patients to online information is a new responsibility of physicians in the digital age.a2.811.283
20As a medicine / dental medicine graduate, it is my obligation to keep abreast with the current trends in the use of social media.a3.791.100
21One of the responsibilities of a teacher is to counsel students on the appropriate use of social media.a2.981.315
22Professionals cannot actually fully relax.a3.421.182
23Social media have removed protection of professionals against the public.a3.341.143
24It is not always possible to maintain professionalism in online activities.a3.681.027

Items marked with asterisk (a) were measured without neutral answer

In similar research, White et al. measured attitudes to guidelines relating Facebook use [28 (link)]. Total of 21 items were taken from their research, out of which 18 entered the final scale (6 thru 18 and 22 thru 24), and 5 items that didn’t (25, 26, 29, 30, 31 as shown in Table 2).

Items excluded after validation

ItemsReason for exclusion
25People have the opportunity to post photos and document aspects of their professional life which would otherwise remain private.Low saturation on all factors
26A little leniency should be shown if unprofessional behaviour occurs in the first years of professional education.Not contributing to one factor; low inter-item correlation;
27The risks of social networking software greatly overweigh the benefits.Equally low contribution to all factors
28Patients use social media to get medical / dental information.Ambiguous direction of item, not contributing to one factor
29Professionalism in online activities is as important as in traditional (offline) environments.Low contribution to multiple factors
30I believe discussion on online professionalism to be more important for my profession than for any other.These two items form specific dimension that stays uncorrelated with rest of instrument, suggesting they do not measure a part of e-professionalism
31I believe discussion on online professionalism to be more important for my healthcare profession (physicians of different specialties) in respect to any other profession.
32The benefits of social media overweight the risks of their use.Equally low contribution to multiple factors
Three items (19 thru 21) measuring the aspect of responsibility towards guiding patients on social networks were taken from the study of Kitsis et al., as well as two items that were not included in the final version (27, 28 as shown in Table 2) [2 (link)].
In order to assess the developed scale, it was administered to 714 students at the School Medicine and School of Dental Medicine, University of Zagreb, Croatia in the period from 10th of November 2018 to the 4th of January 2019. After screening results, 698 answers entered the analysis.
Before administering, content validity was reviewed and affirmed by the research team of experts from various scientific fields: sociologist, doctor of medicine, doctors of dental medicine, psychiatrist and communicologist. Following the example of Ichikawa et al., six researchers repeatedly checked whether items represented e-professionalism, whether item content was suitable for judging attitude towards e-professionalism of dental and medical students, and whether concept of e-professionalism was covered in the entire scale [29 (link)]. The researchers agreed that all items included in this scale reflected attitude towards e-professionalism.
Data analysis was performed using IBM SPSS statistics 25. Demographic data were summarized as descriptive statistics.
Construct validity was investigated using exploratory factor analysis, followed by scale reliability analysis using Cronbach’s alpha coefficient of the internal consistency. In an iterative process of repeating dimensionality analysis and reliability analysis after each item that was discarded instruments was improved and validated. Internal consistency was investigated for each factor and for the instrument as a whole.
As the extraction method, principal component analysis was used with oblimin as selected oblique rotation method.
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