Published on in Vol 16, No 2 (2014): February

Supporting Patients Treated for Prostate Cancer: A Video Vignette Study With an Email-Based Educational Program in General Practice

Supporting Patients Treated for Prostate Cancer: A Video Vignette Study With an Email-Based Educational Program in General Practice

Supporting Patients Treated for Prostate Cancer: A Video Vignette Study With an Email-Based Educational Program in General Practice

Original Paper

Corresponding Author:


Curtin University

GPO Box U1987



Phone: 61 8 9266 1768

Fax:61 8 9266 2608


Background: Men who have been treated for prostate cancer in Australia can consult their general practitioner (GP) for advice about symptoms or side effects at any time following treatment. However, there is no evidence that such men are consistently advised by GPs and patients experience substantial unmet need for reassurance and advice.

Objective: The intent of the study was to evaluate a brief, email-based educational program for GPs to manage standardized patients presenting with symptoms or side effects months or years after prostate cancer treatment.

Methods: GPs viewed six pairs of video vignettes of actor-patients depicting men who had been treated for prostate cancer. The actor-patients presented problems that were attributable to the treatment of cancer. In Phase 1, GPs indicated their diagnosis and stated if they would prescribe, refer, or order tests based on that diagnosis. These responses were compared to the management decisions for those vignettes as recommended by a team of experts in prostate cancer. After Phase 1, all the GPs were invited to participate in an email-based education program (Spaced Education) focused on prostate cancer. Participants received feedback and could compare their progress and their performance with other participants in the study. In Phase 2, all GPs, regardless of whether they had completed the program, were invited to view another set of six video vignettes with men presenting similar problems to Phase 1. They again offered a diagnosis and stated if they would prescribe, refer, or order tests based on that diagnosis.

Results: In total, 64 general practitioners participated in the project, 57 GPs participated in Phase 1, and 45 in Phase 2. The Phase 1 education program was completed by 38 of the 57 (59%) participants. There were no significant differences in demographics between those who completed the program and those who did not. Factors determining whether management of cases was consistent with expert opinion were number of sessions worked per week (OR 0.78, 95% CI 0.67-0.90), site of clinical practice (remote practice, OR 2.25, 95% CI 1.01-5.03), number of patients seen per week (150 patients or more per week, OR 10.66, 95% CI 3.40-33.48), and type of case viewed. Completion of the Spaced Education did impact whether patient management was consistent with expert opinion (not completed, OR 0.88, 95% CI 0.5-1.56).

Conclusions: The management of standardized patients by GPs was particularly unlikely to be consistent with expert opinion in the management of impotence and bony metastasis. There was no evidence from this standardized patient study that Spaced Education had an impact on the management of patients in this context. However, the program was not completed by all participants. Practitioners with a greater clinical load were more likely to manage cases as per expert opinion.

J Med Internet Res 2014;16(2):e63



Prostate cancer has been the most commonly diagnosed cancer in Australian men since 1989 [1]. One in nine men in Australia will develop prostate cancer in their lifetime [2]. Most men with prostate cancer survive more than 5 years and die of unrelated causes [3]. The treatment of prostate cancer may include surgery, radiotherapy, chemotherapy, hormone treatment, or watchful waiting. Treatment depends on prognosis, stage of disease, treatment options, and side effects as well as the patient and his partner’s preferences [4].

In the months and years following treatment, men may experience a number of troublesome side effects, or in the case of advanced disease, symptoms and signs related to metastatic disease. These include impotence, urinary incontinence, proctitis, depression, fatigue, and malignant bone pain [5]. Post-treatment follow-up is provided in the tertiary settings in some instances; however, this follow-up may only be for a short period of time after which patients are encouraged to see their general practitioner (GP) about any ongoing problems. Previous studies have demonstrated that men consult a GP routinely in the months and years after treatment for prostate cancer [6]. Prostate cancer patients are more likely to contact their GP for urinary problems and erectile dysfunction (ED) than for other symptoms [6]. GP presentation for fatigue is also more common in prostate cancer patients [6]. However, there is no evidence that such patients are appropriately advised by general practitioners, and patients experience substantial unmet need for reassurance and advice [7]. In order to address the needs of patients treated for prostate cancer, the general practitioner needs to be knowledgeable about the recommended treatment for side effects of radiation therapy and the signs and symptoms that merit urgent referral for further specialist treatment. There is some evidence that general practitioners require further education on the specific needs of men living with prostate cancer and especially those who have received radiation therapy [8,9].


Following approval from the Curtin Human Research Ethics Committee (HR 08/2011), participants were recruited from a network of 150 GPs across Australia. GPs were emailed invitations and the initial form emails were supplemented with follow-up personal invitations to some of the 150 invitees who did not initially respond. Participants were remunerated with AUD $300 for their contribution.


Twelve video vignettes were developed, one pair for each potential side effect related to treatment for prostate cancer or the features of metastasis (see Multimedia Appendices 1 and 2 for exemplars). Each vignette depicted a patient with clear indications for specific management, including referral, prescription, reassurance, and/or investigation. The vignettes were developed by three GPs, a radiation oncologist, a medical oncologist, and a urologist. The expert panel also suggested the management of each case with details of prescription, referral for specialist treatment, and laboratory investigation (Multimedia Appendix 3). The vignettes were then prepared as a short video monologue by an actor-patient (Figure 1). The video included an off-camera commentary by an actor-doctor describing relevant signs to be found on clinical examination. Participation in the study was via the Internet. Participants were asked 4 questions after watching each video vignette: (1) “What is your diagnosis?”, (2) “Would you prescribe something? If so, what?”, (3) “Would you refer the patient? If so, to whom?”, and (4) “Would you order tests? If so, which tests?”

Figure 1. Screenshot of video vignette.
View this figure

Development of Spaced Education (Spaced Ed) Program

The program involves clinicians answering small numbers of case-based multiple choice questions that are emailed to them over a number of days. Participants receive one question at a time. Reponses can be submitted in one of two ways either by selecting from a choice of potential answers or by entering a 140 character free-text reply. The questions can be received by email or via a smartphone. The questions are repeated using an evidence-based adaptive algorithm that personalizes the spacing and content of a course to the demonstrated knowledge level of each learner. Learners receive succinct feedback after answering each case and can see how they are progressing through a program and compare their performance with peers. A program is completed when a participant answers all questions correctly twice consecutively. Feedback to the participants included references to the literature where the participants could read more about the subject if they wished. Completing a Spaced Education (Ed) program requires a few minutes every other day to answer the questions. Through the use of this technology, large numbers of geographically distributed practitioners can be reached relatively easily. Spaced Ed has previously been found in many studies to have an impact on knowledge and clinician behavior. A large randomized study investigating the impact of Spaced Ed on inappropriate PSA (prostate-specific antigen) screening by primary care clinicians in the Veterans Affairs Network in the United States found Spaced Ed significantly reduced inappropriate screening and this effect persisted for 2 years after the course [10]. A further randomized study in the United States found Spaced Ed impacted significantly on self-reported global clinical behaviors among primary care clinicians [11]. Spaced Ed is based on the spacing effect—the psychological finding that educational encounters that are spaced and repeated over time result in improved retention and more efficient learning compared to an educational event held at a single point in time [12,13].

The case studies and answers to the questions for the Spaced Ed program deployed in this study were developed by the same multidisciplinary team of clinicians involved in devising the video vignettes. The focus of the case studies matched the materials presented in the video vignettes as described above.

The project was completed in three stages: (1) Phase 1 - participants were invited to view the first set of 6 videos and to describe their management of the standardized patient depicted, (2) Spaced Education - all participants were invited to take part in the Spaced Ed program for 8 weeks, and (3) Phase 2 - all participating GPs were invited to view the second set of six videos and to describe their management of the standardized patient depicted.

Statistical Analysis

We estimated that approximately 50% of the participants would complete the Spaced Ed program in the specified 8 weeks. The proportion of those who managed cases as per the expert recommendations were expected to be greater in the Spaced Ed group (0.60 vs 0.30). For this reason, a sample of 42 participants per group was deemed sufficient in this exploratory study to estimate the effect size of the Spaced Ed program within 95% confidence intervals ranging from 0-34% [14].

Fisher’s exact tests were used to determine group differences in the proportion of cases diagnosed and managed correctly. Binary logistic regression was used to determine group differences in the correct management of cases by the participants. The full regression model included: the 2 participant groups; age; gender; country of graduation; years after graduation; years of GP experience; status as established GP or GP registrar (trainee); fellowship status with the Royal Australian College of General Practitioners (FRACGP); the remoteness of their primary practice; the number of GPs at their primary practice; status as a principal within their primary practice; patients seen per week; patient care hours per week; and whether they conduct non-English consultations. Regression models were constructed using both backwards elimination and forward selection. Variables with a P value less than .05 were retained in the final model and reported, with the exception of the variable of the intervention group, which remained in the model regardless of its significance level. Stata version 12.1 (StataCorp LP, College Station, TX, USA) was used to perform the analysis. Logistic regression models were adjusted for the lack of independence between individual participants by estimating the clustered standard errors to account for intra-group correlation (“vce” option in Stata).

In total, 64 general practitioners consented to participate in the project, 57 GPs completed Phase 1, 45 completed Phase 2, and 38 of 57 (59%) participants completed the Spaced Education program. There were no significant differences in demographics between those who completed the Spaced Ed program and those who did not (Table 1). There were significant differences in the correct diagnosis of individual cases between the study’s two phases (Table 2). There were some statistically significant differences in the management of cases in Phase 1 compared to Phase 2 (Table 3). In Phase 2, there was no difference in the diagnosis of cases regardless of whether the participant had completed Spaced Ed or not (Table 4). Similarly, there was no difference in the management of cases, whether the participant had completed the Spaced Ed or not (Table 5).

Regression analysis was carried out to determine whether the GPs managed the case as recommended by experts with reference to three explanatory variables: (1) GP demographics, (2) Spaced Education, and (3) Cases. These variables explained 25% of the differences observed (R2=.25) (Table 6). The number of sessions in general practice was strongly correlated with the number of patients seen per week (Pearson’s correlation coefficient of .74, P<.001). However, the number of sessions in practice were inversely correlated with correct case management. It is possible that some of the practitioners who were seeing a greater number of patients had received specialist training in prostate cancer; however, we could not test this hypothesis from these data. Male GPs did more clinical sessions (median 8, IQR 6) than females (median 6, IQR 6); however, gender did not have a significant influence in the regression analysis.

Table 1. Participant demographic information.
CharacteristicsTotal sample (n=64)Spaced Ed, completed (n=38)Spaced Ed, not completed (n=26)P value
mean (SD) or n (%)mean (SD) or n (%)mean (SD) or n (%)
Participant demographics

Age (years)43.5 (11.3)41.8 (10.7)46.1 (11.9).14

Years after graduation19.8 (11.5)--.11

Years of GP experience15.0 (11.8)13.2 (11.2)17.5 (12.5).16

Number of other GPs at same clinic7.4 (4.2)6.6 (3.5)8.5 (4.9).07

GP sessions worked/week6.8 (2.8)7.1 (2.7)6.4 (3.0).36

Male34 (53.1%)18 (47.4%)16 (61.5%).31

Graduated in Australia48 (75.0%)27 (71.1%)21 (80.8%).56

Registrars14 (21.9%)7 (18.4%)7 (26.9%).54

FRACGPb34 (53.1%)21 (55.3%)13 (50.0%).80
Primary practice demographics

Accredited63 (98.4%)38 (100.0%)25 (96.2%).41


ACT (Australian Capital Territory)1 (1.6%)1 (2.6%)0 (0.0%)

NSW (New South Wales)10 (15.6%)8 (21.1%)2 (7.7%)

QLD (Queensland)5 (7.8%)3 (7.9%)2 (7.7%)

SA (South Australia)5 (7.8%)3 (7.9%)2 (7.7%)

TAS (Tasmania)1 (1.6%)0 (0.0%)1 (3.9%)

VIC (Victoria)14 (21.9%)10 (26.3%)4 (15.4%)

WA (Western Australia)26 (43.8%)13 (34.2%)15 (57.7%)

Clinic remoteness.93

Major city44 (68.8%)26 (68.4%)18 (69.2%)

Inner regional9 (14.1%)6 (15.8%)3 (11.5%)

Outer regional/remote11 (17.2%)6 (15.8%)5 (19.2%)

GP position.13

Principal15 (23.4%)6 (15.8%)9 (34.6%)

Non-Principal39 (60.9%)27 (71.1%)12 (46.1%)

Others10 (15.6%)5 (13.2%)5 (19.2%)
Patient consultations

Patient consultations per week.80

<10032 (50.0%)18 (47.4%)14 (53.9%)

100-14918 (28.2%)12 (31.6%)6 (23.1%)

≥15014 (21.9%)8 (21.1%)6 (23.1%)

Patient consultation hours per week1.00

<117 (10.9%)4 (10.5%)3 (11.5%)

11-2011 (17.2%)7 (18.4%)4 (15.4%)

21-4035 (54.7%)21 (55.3%)14 (53.9%)

≥4111 (17.2%)6 (15.8%)5 (19.2%)

Non-English consultations.53

No52 (81.3%)32 (84.2%)20 (76.9%)

<25%12 (18.8%)6 (15.8%)6 (23.1%)

aP values were derived from Fisher’s exact test.

bFRACGP: Fellowship Royal Australian College of General Practitioners

Table 2. Correct diagnosis of cases per phase of study.
DiagnosisPhase 1, correct (n=57), n (%)Phase 2, correct (n=45), n (%)P value
Case 1

Radiation proctitis42 (73.7%)45 (100.0%)<.001
Case 2

PSA bounce after radiation therapy21 (36.8%)26 (57.8%).04
Case 3

Spinal metastasis50 (89.3%)40 (88.9%).86
Case 4

Urethral stricture after radiotherapy24 (43.6%)38 (84.4%)<.001
Case 5

Psychological cause26 (47.3%)23 (51.1%).58

Adverse effect of medication10 (18.2%)19 (42.2%).006
Case 6

Biological depression39 (70.9%)10 (22.2%)<.001

Psychosocial factors53 (96.4%)45 (100.0%).07a

aP values were derived from Fisher’s exact test.

Table 3. Correct management of cases by phase of study.
ManagementPhase 1, correct (n=57), n (%)Phase 2, correct (n=45), n (%)P value
Case 1 (Proctitis)

Refer to specialist15 (26.3%)19 (42.2%).09

Rule out bowel infection17(29.8%)21 (46.7%).08

Refer for colonoscopy30 (52.6%)20 (44.4%).41

Prescribe medication1 (1.8%)16 (35.6%)<.001a
Case 2 (Anxiety)

No specific treatment20 (35.1%)17 (37.8%).77

Reassure4 (7.0%)1 (2.2%).26a
Case 3 (Recurrence)

Refer to radiation oncologist15 (26.8%)17 (37.8%).22

Seek specialist advice on investigations36 (64.3%)25 (55.6%).44

Order plain x-rays42 (75.0%)32 (71.1%).77
Case 4 (Stricture)

Refer to urologist19 (34.6%)21 (46.7%).17

Refer to physiotherapist0 (0.0%)1 (2.2%).25a

Micturating cysto-urethrogram27 (49.1%)26 (57.8%).29

Renal ultrasound scan24 (43.6%)15 (33.3%).36
Case 5 (Impotence)

Check cholesterol13 (23.6%)24 (53.3%).001

Check blood glucose14 (25.5%)21 (46.7%).02

Check hormone levels12 (21.8%)22 (48.9%).006
Case 6 (Depression)

Prescribe antidepressant39 (73.6%)40 (88.9%).01

aP values derived from Fisher’s exact test.

Table 4. Correct diagnosis of cases as per completion of Spaced Ed (SE) in Phase 2 (n=45).
Phase 2SE completed, n=37SE not completed, n=8P valuea
Diagnosed correctlyDiagnosed incorrectlyDiagnosed correctlyDiagnosed incorrectly
Case 1

Radiation Proctitis100.0-100.0--
Case 2

PSA Bounce after radiation therapy221544.70
Case 3

Spinal metastasis334711.00
Case 4

Urethral stricture after radiotherapy32562.59
Case 5

Psychological cause1918441.00

Adverse effect of medication152244.70
Case 6

Biological depression102708.17

Psychosocial factors37-8--

aAll P values in this table were derived from Fisher’s exact test.

Table 5. Correct management of cases as per completion of Spaced Ed (SE) in Phase 2 (n=45).
Phase 2SE completed, n=37SE not completed, n=8
Managed as recommendedNot managed as recommendedManaged as recommendedNot managed as recommendedP valuea
Case 1 (Radiation)

Refer to specialist172026.43

Rule out bowel infection181935.71

Refer for colonoscopy1621441.0

Prescribe medication-----
Case 2 (PSA Bounce)

No specific treatment132444.45

Case 3 (Recurrence)

Refer to radiation oncologist162117.13

Seek specialist advice on investigations231426.11

Order plain x-rays2611621.0
Case 4 (Stricture)

Refer to urologist181935.71

Refer to physiotherapist136081.0

Micturating cysto-urethrogram231435.25

Ultrasound scan142317.24
Case 5 (Impotence)

Check cholesterol211635.44

Check blood glucose1720441.0

Check hormone levels191835.7
Case 6 (Depression)

Prescribe antidepressant32588.27

aAll P values derived from Fisher’s exact test other than cases where cells contained 5 or more participants where Pearson’s chi-square test was used.

Table 6. Regression analysis.
VariableOR95% CIP value
Sessions worked per week0.780.67-0.90.001
GP registrar


Clinical remoteness

Major cities1.00

Inner regional0.380.21-0.70.002

Outer regional/remote2.251.01-5.03.048
Patients seen per week



Spaced Education


Not completed0.880.50-1.56.66

1. Proctitis1.00

2. PSA bounce5.361.79-16.09.003

3. Bony metastasis1.270.42-3.82.67

4. Urethral stricture39.7510.42-151.57<.001

5. Impotence0.670.24-1.88.44

6. Depression2.921.05-8.15.04

Principal Findings

Bowel, urinary or sexual dysfunction, depression, and anxiety are common presentations in primary care (1). In this study, patients with such problems were presented in the context of treatment for prostate cancer. Our data indicate that there were limited numbers of participants who correctly diagnosed the symptoms presented or suggested a management plan that was consistent with expert opinion. In Phase 1, the differences were marked for most cases (Tables 2 and 3). Such deviations from expert opinion have been reported previously [15,16]. From the regression analysis, we were able to conclude that compared to radiation proctitis, PSA bounce, urethral stricture, and depression were more likely to be managed as per the experts. However, erectile dysfunction was less likely to be managed as per expert opinion, especially in Phase 1. Erectile dysfunction is the most common side effect of treatment for early prostate cancer. It has far-reaching effects upon men’s lives [17]. Although some treatment effects such as radiation proctitis are relatively uncommon, ED is a common symptom that is likely to be presented to general practitioners in many clinical contexts [18].

Overall, the differences in management between the participants and the expert panel were less marked in Phase 2 of the study, and it is possible that in the intervening 8 weeks participants may have sought information on how to manage the adverse effects of prostate cancer treatment. The only exception was the diagnosis of biological depression, which seemed to deviate more from expert opinion in Phase 2. This was unexpected and it may have reflected a reticence to diagnose significant depression in that vignette and or it may be that the actor did not display the features of a significant depression in a way that persuaded more practitioners to come to that diagnosis.

The observation that rural practitioners were more attuned to expert management is consistent with the survey of Australian GPs, where rural GPs were more willing to be involved in providing supportive care to cancer patients than colleagues in metropolitan areas [19]. With respect to the main focus of our study, those who completed the Spaced Ed intervention were not more likely to concur with the expert panel. This is in contrast to other previous reported studies [10,11]. The reason for this is unclear, but may relate to the nature of the conditions being considered or the context in which this intervention was delivered. A primary care consultation is known to be complex, with a focus on the physical, social, and psychological components of any symptom or problem presented. This may not lend itself to an intervention that promotes the application of simple rules [20]. Regression analysis suggests that more influential variables impacting on the outcomes were some of the demographic characteristics of the participants; specifically, a greater clinical load. This was not unexpected for patients treated for prostate cancer because many of these problems are likely to present infrequently, and few doctors will have encountered them previously unless consulting a large number of men.

A number of approaches have been reported in the literature to promote consistent and reliable management of chronic conditions in primary care [21,22]. A few of these have focused specifically on the knowledge of general practitioners [23]. Data from our study suggests that focusing on knowledge alone may not be sufficient. A recent literature review reported that two other factors are also likely to be important in the context of a cancer diagnosis, namely, attitudes and beliefs [24,25]. These issues were not evaluated in this study. For example, we were unable to report the participants’ attitude to the management of patients following treatment and whether they felt this role extended to investigating and treating conditions that may have resulted from specialist treatment [9]. The review of attitudes to this issue among Australian GPs suggests that there is a diversity of opinions on the matter [19]. Nor could we confirm that all participants had access to a radiation oncologist in their clinical practice and/or would have had the option to refer a patient with bony metastasis or radiation proctitis to such an expert. The available evidence suggests that this is not a safe assumption and that management plans would be impacted by the clinicians’ experience in their local context [26]. Finally, we could not identify any practitioners who had any specialist training in prostate cancer. However, all participants were working as general practitioners when they participated in this study and it is reasonable to assume that there were a negligible number with specialist training in a specific cancer.

With respect to the format of education offered here, even though more than half the sample completed the Spaced Ed program, it was disappointing that more did not do so. We did not observe any significant differences in the demographic characteristics of those who completed the Spaced Ed program and those who did not. The program was based on email communication and relied on doctors checking emails on a regular basis. There is limited evidence from the Australian literature that general practitioners routinely deploy digital technology [27]. Second, there was no evidence that participants were satisfied that the answers provided to the emailed scenarios were consistent with what they considered best practice. Informal feedback suggested that the program was unpopular even among those who persevered with it. For example, some participants pointed out that they disagreed with the answers offered by the experts.


In this standardized patient study, Spaced Ed did not promote management plans that were consistent with expert opinion. While there was a marked improvement in the management of cases in Phase 2 of this study, this may be because participants were stimulated to seek information elsewhere on the management of such cases. Greater clinical load had a more significant and positive impact on the management of patients than the Spaced Ed. Further development of the Spaced Ed may be required before it can be tested again in the context of prostate cancer follow-up in general practice. Perhaps greater involvement of the target group of practitioners in setting the answers in Spaced Ed may be helpful. Alternatively, it is also possible that while Spaced Ed as a short, targeted educational program facilitated by information technology is attractive, it is unlikely to succeed.


This study was funded through the Priority-Driven Collaborative Cancer Research Scheme by the Australian Government with the support of Cancer Australia. We would like to thank the experts who assisted in developing the cases and advising on appropriate management.

Conflicts of Interest

None declared.

Authors' Contributions

MJ, GH, and TS designed the study; MJ, VP, and MB coordinated the study; MJ and XM analyzed the data; TS coordinated the educational components; and MJ, GH, XM, MB, TS, and VP drafted the paper.

Multimedia Appendix 1

Example of video.

MOV File, 31MB

Multimedia Appendix 2

Typical cases.

PDF File (Adobe PDF File), 266KB

Multimedia Appendix 3

Specific recommendations for management of cases.

PDF File (Adobe PDF File), 100KB


  1. Quinn M, Babb P. Patterns and trends in prostate cancer incidence, survival, prevalence and mortality. Part II: individual countries. BJU Int 2002 Jul;90(2):174-184. [Medline]
  2. Prostate Cancer Foundation of Australia. Prostate cancer statistics. 2012.   URL: [accessed 2013-10-05] [WebCite Cache]
  3. Parkin DM, Pisani P, Ferlay J. Global cancer statistics. CA: A Cancer Journal for Clinicians 1999 Jan 01;49(1):33-64. [CrossRef]
  4. Davison BJ, Gleave ME, Goldenberg SL, Degner LF, Hoffart D, Berkowitz J. Assessing information and decision preferences of men with prostate cancer and their partners. Cancer Nurs 2002 Feb;25(1):42-49. [Medline]
  5. Schultheiss TE, Lee WR, Hunt MA, Hanlon AL, Peter RS, Hanks GE. Late GI and GU complications in the treatment of prostate cancer. Int J Radiat Oncol Biol Phys 1997 Jan 1;37(1):3-11. [Medline]
  6. Heins MJ, Korevaar JC, Rijken PM, Schellevis FG. For which health problems do cancer survivors visit their General Practitioner? Eur J Cancer 2013 Jan;49(1):211-218. [CrossRef] [Medline]
  7. O'Brien R, Rose PW, Campbell C, Weller D, Neal RD, Wilkinson C, Prostate Cancer Follow-up Group. Experiences of follow-up after treatment in patients with prostate cancer: a qualitative study. BJU Int 2010 Oct;106(7):998-1003. [CrossRef] [Medline]
  8. Watson EK, O'Brien R, Campbell C, Weller D, Neal RD, Wilkinson C, Prostate Cancer Follow-Up Study Group. Views of health professionals on the role of primary care in the follow-up of men with prostate cancer. Fam Pract 2011 Dec;28(6):647-654 [FREE Full text] [CrossRef] [Medline]
  9. Halkett GK, Jiwa M, O'Shea C, Smith M, Leong E, Jackson M, et al. Management of cases that might benefit from radiotherapy: a standardised patient study in primary care. Eur J Cancer Care (Engl) 2012 Mar;21(2):259-265. [CrossRef] [Medline]
  10. Kerfoot BP, Lawler EV, Sokolovskaya G, Gagnon D, Conlin PR. Durable improvements in prostate cancer screening from online spaced education a randomized controlled trial. Am J Prev Med 2010 Nov;39(5):472-478 [FREE Full text] [CrossRef] [Medline]
  11. Shaw T, Long A, Chopra S, Kerfoot BP. Impact on clinical behavior of face-to-face continuing medical education blended with online spaced education: a randomized controlled trial. J Contin Educ Health Prof 2011 Jun;31(2):103-108. [CrossRef] [Medline]
  12. Glenberg AM, Lehmann TS. Spacing repetitions over 1 week. Mem Cognit 1980 Nov;8(6):528-538. [Medline]
  13. Toppino TC, Kasserman JE, Mracek WA. The effect of spacing repetitions on the recognition memory of young children and adults. J Exp Child Psychol 1991 Feb;51(1):123-138. [Medline]
  14. Hertzog MA. Considerations in determining sample size for pilot studies. Res Nurs Health 2008 Apr;31(2):180-191. [CrossRef] [Medline]
  15. O’Brien R, Rose P, Campbell C, Weller D, Neal RD, Wilkinson C. “I wish I’d told them”: a qualitative study examining the unmet psychosexual needs of prostate cancer patients during follow-up after treatment. Patient Educ Couns 2011;84(2):200-207. [CrossRef]
  16. Halkett GK, Jiwa M, O'Shea C, Smith M, Leong E, Jackson M, et al. Management of cases that might benefit from radiotherapy: a standardised patient study in primary care. Eur J Cancer Care (Engl) 2012 Mar;21(2):259-265. [CrossRef] [Medline]
  17. Bokhour BG, Clark JA, Inui TS, Silliman RA, Talcott JA. Sexuality after treatment for early prostate cancer. J Gen Intern Med 2001 Oct;16(10):649-655. [CrossRef]
  18. Prins J, Blanker MH, Bohnen AM, Thomas S, Bosch JL. Prevalence of erectile dysfunction: a systematic review of population-based studies. Int J Impot Res 2002 Dec;14(6):422-432 [FREE Full text] [CrossRef] [Medline]
  19. Johnson CE, Lizama N, Garg N, Ghosh M, Emery J, Saunders C. Australian general practitioners' preferences for managing the care of people diagnosed with cancer. Asia Pac J Clin Oncol 2012 Dec 26:1-9. [CrossRef] [Medline]
  20. Watkins C, Harvey I, Langley C, Gray S, Faulkner A. General practitioners' use of guidelines in the consultation and their attitudes to them. Br J Gen Pract 1999 Jan;49(438):11-15 [FREE Full text] [Medline]
  21. Epping-Jordan JE. Improving the quality of health care for chronic conditions. Quality and Safety in Health Care 2004 Aug 01;13(4):299-305. [CrossRef]
  22. Campbell S, Reeves D, Kontopantelis E, Middleton E, Sibbald B, Roland M. Quality of primary care in England with the introduction of pay for performance. N Engl J Med 2007 Jul 12;357(2):181-190. [CrossRef] [Medline]
  23. Moreau C. [Luxembourg: old problems, new solutions]. Rev Infirm 1990 Oct;40(15):27-30. [Medline]
  24. Jiwa MMA, Dadich A. Continuity of cancer care: Where do primary care practitioners fit in? Cancer Forum 2013;37(1):31-34 [FREE Full text]
  25. Jiwa M, McManus A, Dadich A. The impact of knowledge, attitudes and beliefs on the engagement of primary and community-based healthcare professionals in cancer care: a literature review. Curr Med Res Opin 2013 Nov;29(11):1475-1482. [CrossRef] [Medline]
  26. McConigley R, Holloway K, Smith J, Halkett G, Keyser J, Aoun S, et al. The diagnosis and treatment decisions of cancer patients in rural Western Australia. Cancer Nurs 2011;34(4):E1-E9. [CrossRef] [Medline]
  27. Sim MG, Khong E, Jiwa M. Does general practice Google? Aust Fam Physician 2008 Jun;37(6):471-474 [FREE Full text] [Medline]

ED: erectile dysfunction
GP: general practitioner
PSA: prostate-specific antigen test
Spaced Ed: spaced education

Edited by G Eysenbach; submitted 07.10.13; peer-reviewed by A Koskan, S Cutrona; comments to author 28.01.14; revised version received 30.01.14; accepted 31.01.14; published 26.02.14


©Moyez Jiwa, Georgia Halkett, Xingqiong Meng, Vinita Pillai, Melissa Berg, Tim Shaw. Originally published in the Journal of Medical Internet Research (, 26.02.2014.

This is an open-access article distributed under the terms of the Creative Commons Attribution License (, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work, first published in the Journal of Medical Internet Research, is properly cited. The complete bibliographic information, a link to the original publication on, as well as this copyright and license information must be included.