Breast cancer survivors' physical activity and experiences while transitioning to a virtual cardiovascular rehabilitation program during a pandemic (COVID-19).

Breast cancer accounts for 25% of all cancers among Canadian females. Despite successes of decreased mortality, adverse treatment effects, such as cardiotoxicity, contribute to a sedentary lifestyle and decreased quality of life. Physical activity (PA) is a possible therapy for the late effects; however, COVID-19 restricted access to in-person cardiovascular rehabilitation (CR) programs. The purposes are as follows: (1) compare PA of breast cancer survivors' in-person CR to virtual CR following a transition during COVID-19 and (2) compare the PA of the pandemic cohort to a matched cohort who had completed the program in 2018/2019; (3) explore survivors' experiences of transitioning to and engaging in virtual CR. Mixed methods included analysis of CR PA data from a pandemic cohort (n = 18) and a 2018/2019 cohort (n = 18) and semi-structured focus group interviews with the pandemic cohort (n = 9) in the context of the PRECEDE-PROCEED model. After the transition, there were no significant differences in mean activity duration, frequency, and cumulative activity (expressed as MET-minutes) (p > 0.05). However, variation of PA duration doubled following the transition from in-person to virtual (p = 0.029), while for the 2018/2019 cohort, variation remained unchanged. Focus groups revealed that women valued their CR experiences pre-COVID-19 and had feelings of anxiety during the transition. Perceived factors affecting participation were environmental, personal, and behavioural. Recommendations for virtual programs were to increase comradery, technology, and professional guidance. PA experiences during a transition to virtual care prompted by a pandemic vary among breast cancer survivors. Targeting individualised strategies and exercise prescriptions are important for improving PA programs and patient outcomes.

Introduction

The vast majority (88%) of females with breast cancer survive more than 5 years; however, they have an increased risk of cardiovascular-specific mortality (1.3- to 3.6-fold) compared to age-matched values which may relate to direct and indirect cardiotoxic side effects of treatment [1]. A cardio-oncology rehabilitation model adapted from the comprehensive approach of cardiac rehabilitation (CR) prevents or reduces the severity of cardiovascular events for cancer survivors [1]. Exercise training is safe and effective and improves cardiorespiratory fitness, strength, body composition, fatigue, anxiety, depression, and quality of life [2].

CR programs were suspended or drastically altered due to the novel coronavirus (COVID-19) pandemic [3-5]. Protective restrictions influenced lifestyle at the population level, and early studies suggest potentially negative consequences on health behaviours [3]. With social isolation potentially causing changes to PA, Cunningham and O’Sullivan also suggested that disease and disorders related to inactivity will increase following the pandemic [3, 6]. This increased risk is of particular importance in breast cancer survivors who are already at higher risk of cardiovascular disease following treatment.

It is established that in-person CR programs have proven benefits for cardiorespiratory fitness as well as cancer-related side effects, and virtual programs such as coaching apps and community-based programs are promising for behaviour change and personalised guidance [7, 8]. However, the effects of a sudden transition to virtual care during a pandemic are unknown. Typical perceived barriers to participation may be exacerbated, such as those related to the environment (e.g. absence of equipment or access to facilities, safety), physical factors (e.g. mobility restrictions, lack of energy, fatigue, pain, worsening of disease), and psychosocial factors (e.g. lack of motivation, time, lack of confidence and skills, lack of support or someone to accompany) [9, 10].

We conducted a mixed methods study to better understand the effects of COVID-19 on PA in breast cancer survivors transitioning to a virtual CR program. Participants’ duration, METs, and frequency of moderate-vigorous PA performed weekly in-person before the COVID-19 pandemic were compared to weekly PA in a virtual CR model during the COVID-19 pandemic. Additionally, we compared the breast cancer survivors who transitioned to virtual care during the COVID-19 pandemic to a 2018/2019 cohort who had completed only in-person CR. Semi-structured focus groups, based on the PRECEDE-PROCEED model of health promotion, explored participants’ experiences, including the barriers, facilitators, and feelings that contributed to women’s ability to participate [11].

Methods

Study design

CR PA data from two groups were analysed: Breast cancer survivors enrolled in an in-person 2020 CR program who then transitioned to virtual CR (pandemic cohort) and an in-person only cohort (2018/2019 cohort) (Fig. 1). Semi-structured focus groups that elicit responses from group interactions were completed with the pandemic cohort, a particularly appropriate approach for females with breast cancer who prefer a group setting for exercise [12, 13]. The design merges the strengths of quantitative database analysis and qualitative techniques to quantify and explore participant’s experiences to provide a stronger understanding [14].

Fig. 1

Overview of study design

Participants

Both cohorts were drawn from the breast cancer specific CR program at the Toronto Rehabilitation Institute (TRI), Health, Exercise, Active Living and Therapeutic Lifestyle (HEALTh). This program seeks to improve cardiovascular health and follows the standard-of-care CR framework to improve physical (e.g. cardiorespiratory fitness) and psychological (e.g. quality of life and depression) function [15].

Patients were defined as early-stage, female, breast cancer survivors who had completed any phase of cancer treatment (i.e. surgery, chemotherapy, radiation, hormonal) [16]. Participants with incomplete files were excluded.

Intervention: virtual CR

Due to COVID-19 restrictions, the TRI program transitioned from in-person to virtual care in March 2020 over 1-3 weeks. The in-person CR PA prescription approach (Online Resource 1) remained unchanged in the virtual model [16]. Participants completed 8 ± 6.4 weeks in-person, and the remainder of sessions were completed virtually, for a total 22 weeks (pandemic cohort). Patients were contacted via telephone calls and/or email once a week by a CR supervisor to provide exercise recommendations, mental health, and dietary support. Educational seminars via an online platform (cardiaccollege.ca) were offered to patients, including topics about exercise, well-being, nutrition, medications, cardiovascular disease, and novel information concerning COVID-19.

Database review

Retrospective data were extracted from the TRI institutional electronic database for patients who previously consented. Descriptive measures are reported for baseline. PA data included approximately 4 weeks before and 4 weeks after the transition from in-person to virtual CR. PA duration was converted to MET-minutes/week using the corresponding MET values from the Compendium of Physical Activities [17].

Participants from the 2018/2019 cohort were matched (by JL) to the pandemic cohort in terms of duration of participation in CR, age (± 2.8 years), sex, primary diagnosis, and baseline physical fitness level (VO2peak: ± 1.5 mL∙kg-1∙min-1).

Focus groups

We aimed to recruit 8–12 participants from the pandemic cohort through email and phone calls, each freely provided informed consent to participate. This convenience sample followed the recommendation to have more online focus groups with fewer participants [12].

Step three of the PRECEDE-PROCEED model, with its focus on educational and ecological assessments, was used to create the script. This step considers three types of factors that affect health promotion: (a) predisposing factors, such as individual knowledge and attitudes; (b) enabling factors, including the environment and social action; and (c) reinforcing factors, such as behaviours and support after health programs [11]. The script was piloted (Online Resource 2) and revised based on CR expert feedback.

Focus groups took place virtually using an online meeting platform. Open-ended recursive questions, probes, and reflective re-iteration addressed experiences during the transition from in-person to virtual, barriers and facilitators of exercise, and ideas on how to improve the CR program. The 90-min sessions were facilitated by the primary author (JL), digitally audio recorded, and transcribed verbatim by JL which provided immersion in the data analyses [18]. Field notes were compiled and summarised by LV to facilitate member checking, with participants given the opportunity to review and clarify the summary of responses to each question.

Data analysis

Quantitative

Descriptive statistics were used to summarise participant characteristics in the two cohorts. Differences between continuous variables were tested using independent and paired-samples t-test and Wilcoxon signed rank test. Homogeneity of variance was assessed using Levene’s Test. Associations between variables were quantified using Pearson’s correlations. A priori power calculation was performed using G*Power version 3.1.9.7. SPSS version 26.0 (SPSS Inc., Chicago, IL, USA) was used for all analyses, and statistical significance was set as 5%.

Qualitative

Braun and Clarke’s six-phased, iterative, and reflexive approach to thematic analysis was followed using Microsoft Excel software [18]. Transcripts were reviewed by all researchers, and two authors (JL and LV) independently coded and identified categories and preliminary themes inductively. To achieve rigour, JL and LV acted as “critical friends” throughout the data analysis process [19]. Evolving themes were reviewed by all authors, and unanimous consensus was obtained following debate and critical peer discussions. The aforementioned components of step three of the PRECEDE-PROCEED model provided structure for data interpretation while targeting the assessment of participants’ health needs and evaluation of the CR program [11]. This model was appropriate for use as it has been used to design health education programs to increase exercise among rural breast cancer survivors, and it addresses environmental factors that directly or indirectly affect behaviour [20, 21]. Data saturation was achieved when no new themes emerged from thematic analysis following the third focus group session [22]. The consolidated criteria for reporting qualitative research were used to ensure quality, and important aspects of the qualitative investigation were reported [22].

Results

Retrospective data

Eighteen female breast cancer survivors who completed the transition to virtual CR were identified (Table 1). The matched 2018/2019 cohort did not differ on baseline characteristics (Table 1). Baseline VO2peak were in the 20th and 30th Canadian normative percentiles [23].

Table 1

Breast cancer survivor baseline characteristics

Variable	2018/2019 cohort (n = 18)	Pandemic cohort (n = 18)	Pandemic cohort—focus groups (n = 9)
Age, years, mean (SD)	52.4 (10.7)	51.6 (10.8)	53.6 (8.9)
Time since BC diagnosis, years	1.1 (0.7)	0.8 (0.6)	1.1 (0.6)
Body composition
Height, cm	164 (6.4)	162 (7.3)	164 (5.8)
Body mass index, kg/m2	24.6 (3.7)	26.1 (4.8)	27.6 (3.9)
VO2peak, mL∙kg-1∙min-1	25.0 (5.7)	24.1 (5.3)	21.8 (5.2)
Cardiovascular risk factors, n (%)
Smoking history	4 (22)	3 (17)	3 (33)
Dyslipidaemia	4 (17)	2 (11)	1 (11)
Hypertension	4 (22)	1 (6)	1 (11)
Alcohol/drugs	0	2 (11)	2 (22)
Type 2 diabetes	1 (6)	1 (6)	0
CES-D score, mean (SD)	14.9 (9.5) (n = 16)	18.4 (13) (n = 12)	14.4 (11)
Cardiovascular medications, n (%)
ARBs	2 (11)	1 (6)	0
Beta-blockers	4 (22)	1 (6)	0
CCBs	1 (6)	0	1 (11)
ACE inhibitors	6 (33)	1 (6)	1 (11)
Anticoagulants	1 (6)	1 (6)	0
Diuretic	0	0	1 (11)
Statins	2 (11)	2 (11)	1 (11)
Metformin	1 (6)	1 (6)	0
Treatment for breast cancer, n (%)
Trastuzumab (Herceptin)	6 (33)	3 (17)	0
Tamoxifen	7 (39)	8 (44)	2 (22)
Letrozole	2 (11)	3 (17)	1 (11)
Anastrazole	2 (11)	1 (6)	1 (11)
Zometa	1 (6)	0	0
Zoladex	1 (6)	4 (22)	2 (22)
Exemestane	1 (6)	1 (6)	0
Xeloda	1 (6)	0	1 (11)

Participation in CR programs

Duration and frequency of PA did not differ within or between the pandemic and 2018/2019 cohort at the matched first (approx. 1.5 month from entry) or second (approx. 3 months) time points (p > 0.05) (Table 2). However, variation of PA duration doubled for the pandemic cohort from the first time point in-person (SD = 51 min/week) to the second virtual time point (SD = 105 min/week) (F(1,34) = 5.183, p = 0.029), while this variation remained unchanged for the 2018/2019 cohort. When grouped, 39% of pandemic participants saw a significant increase in PA duration (p = 0.024), whereas 56% significantly decreased (p = 0.005), with 6% having no change (Table 3). Comparatively, the 2018/2019 cohort saw a significant increase in 61% of participants (p < 0.01) and a non-significant decrease in 33% and maintenance in 6%.

Table 2

Participation in cardiovascular rehabilitation programs (n = 18)

Variable	1st time point§	Inter-group comparison	2nd time point§§	Inter-group comparison	Time between time points	Inter-group comparison
	Mean (SD)	p Value	Mean (SD)	p Value	Mean (SD)	p Value
Program participation, months
Pandemic	2 (1.6)†		3.6 (1.6)†		1.5 (0.6)†
2018/2019	1.6 (0.8)†	0.068	3.0 (1.1)†	0.045*	1.4 (0.6)†	0.527
	1st time point§	Inter-group comparison	2nd time point§§	Intra-group comparison		Inter-group comparison
	Mean (SD)	p Value	Mean (SD)	Mean change (SD)	p Value	Mean change	p Value
Duration of PA, min/week
Pandemic	113.8 (51.2)		120.1 (105)†	+6.3 (103.5)	0.795
2018/2019	120.9 (56.3)	0.587	124.6 (46.6)	+3.6 (40.7)	0.711	+2.7	0.919
Frequency of PA, days/week
Pandemic	3.6 (1.4)		3.3 (2.4)	-0.33 (2.5)	0.575
2018/2019	4 (1.5)	0.331	3.7 (1.2)	-0.28 (0.9)†	0.205	-0.05	0.977
Cumulative MET-min/week
Pandemic	509.5 (302)†		476.4 (369)	-33.1 (402.4)	0.523
2018/2019	600.4 (306)	0.122	597.6 (306)	-2.8 (198)†	0.952	-30.3	0.500

§Approximately 4 weeks before and §§4 weeks after the transition to virtual (similar time points in 2018/2019)

†Non-normally distributed used Wilcoxon signed rank test for comparisons

*Significance is set at p < 0.05

Table 3

Duration of physical activity in subgroups

PA duration, min/week	Number of participants	First time point	Second time point	Intra-group comparison
	n (%)	Mean (SD)	Mean (SD)	Mean change (SD)	p Value
Increase
Pandemic	7 (39)	100.8 (37.9)	204.3 (100.1)	+103.4 (91.3)	0.024*
2018/2019	11 (61)	111.1 (51.5)	138.5 (47.1)	+27.4 (14.6)	0.000**
Decrease
Pandemic	10 (56)	114.3 (55.1)	53.2 (54)†	-61.1 (47.7)	0.005**
2018/2019	6 (33)	152.5 (52.4)	113 (30.1)	-39.5 (41.6)	0.068
Maintain
Pandemic	1 (6)	200	200	0
2018/2019	1 (6)	40	40	0

†Non-normally distributed used Wilcoxon signed rank test for comparison

*Significance is set at p < 0.05

**Significance is set at p < 0.01

For both cohorts, there were no correlations of change in PA duration minutes/week with time since diagnosis (r = 0.086, p = 0.743), BMI (r = 0.172, p = 0.495), VO2peak (r = -.149, p = 0.555), age (r = 0.046, p = 0.855), CES-D (r = 0.165, p = 0.608), or duration of participation (r = -0.235, p = 0.349). There were no significant differences between the cohorts for mean change in duration of PA +2.7 min/week (p = 0.919), frequency of PA -0.05 days/week (p = 0.977), or cumulative MET-minutes/week -30.3 (p = 0.5). Given the large variations with power (1-β) set at 0.80 and α = 0.05, two-tailed, the sample size would have to exceed 34 per group for differences to reach statistical significance at the .05 level.

Nine pandemic cohort breast cancer survivors participated in three semi-structured focus groups (2, 3, and 4 participants) (Table 1). Baseline VO2peak was in the 10th percentile of Canadian norms [23].

Thematic analysis revealed four overarching themes and seven subthemes. Overarching themes include the following: “unified as a group pre-COVID-19”, “the transition in CR experience due to COVID-19”, “CR participation during COVID-19”, and “Recommendations: stay connected and continue on”. Table 4 contextualises the themes in relation to step three of the PRECEDE-PROCEED model. The number of participants who experienced the responses is noted (e.g. 7/9).

Table 4

Summary of the focus group themes and subthemes

PRECEDE-PROCEED	Themes	Subthemes	Supporting quotations
Predisposing factors	Theme 1: unified as a group pre-COVID-19		“I loved the program, it was amazing. I was feeling better and making great progress”
			“Just the support from the other cancer survivors being there unified as a group was helping push me forward”
			“I can’t say enough great things about all of the staff that were there. They were so knowledgeable and motivating and it was a thrill to see them all”
Predisposing factors	Theme 2: the transition in CR experience due to COVID-19	Subtheme 2a: tough and disappointing end of in-person CR	“It was a huge, huge disappointment and I felt overwhelmed because I thought I’m going to do this, I’m going to get better”
			“There was a little bit of dialogue with me in the beginning but then I just kind of felt like I fell off the face of the earth with everybody and the group”
		Subtheme 2b: COVID-19 caused stress on top of health issues	“My health concerns were that I was still doing treatment and I had to go to the hospital every few weeks for blood tests. The first time doing that with all the new protocols, that was very nerve-wracking and everything”
		Subtheme 2c: I’ve got to get it [cardiac rehabilitation] done	“We had done so much of the program. You kind of want to finish it”
			“I was really happy that there was something that I could do. It offered some hope to try and deal with everything”
Enabling factors	Theme 3: CR participation during COVID-19	Subtheme 3a: virtual participation levels	“Once it went virtual you lost me there. I just couldn’t do the virtual… It was an emotional thing for me as well. I think that once we went virtual, I just lost all of that. I didn’t do much inside the house at all. I would walk but there’s only so much walking you can do”
			“I tried to do some exercise at home but wasn’t great at it when there was nothing structured… I was happy to have the online choice. I did participate in [it] a lot”
		Subtheme 3b: environmental factors	Positive: “Very compassionate, very supportive. I was really, really happy with the results of the support I was getting. It made me feel better in a lot of ways and helped keep me motivated even when I was losing the motivation”
			“My husband would just say let’s go for a walk and if I was up to it, we’d go walk”
			“I thought the videos they put on worked great”
			Negative: “I got a phone call saying thank you very much for your participation in our program and if you have any other questions give the healthcare network a call and basically, we are done with you. That was actually really discouraging”
			“It’s nicer to be doing those exercises with other people. We always have so many laughs it didn’t seem like it was exercise or work, it seemed like a fun morning. Doing it on my own comes like a grind”
			“I was just walking but it got to the point where the outdoors were so crowded, we were walking across the street trying to maneuver. It was a little bit trying at times even to walk”
			“I had an issue that my personal facilities shutdown as well, so I lost access to the gym and pool”
		Subtheme 3c: personal factors	“I feel better when I exercise so that was a motivation”
			“Motivation was another big barrier. Just the motivation wasn’t there, there was so much happening in the world that exercise wasn’t top of mind”
		Subtheme 3d: behavioural factors	“A big chunk of it is me being really busy and overwhelmed with so many different stuff”
			“It was overwhelming for me because I couldn’t keep track of all these different sessions that were happening, I just shut down completely”
Reinforcing factors	Theme 4: recommendations: stay connected and continue on		“I think that utilising it [CR] online to invite a lot of people and when we are all participating at the same time we can be motivated”
			“The option for an app is a great, great idea. We can load it up whenever we’re ready”
			“If we had a weekly session, every Friday, at the same time we would still continue doing something and that could help”

Theme 1: unified as a group pre-COVID-19

All participants expressed positive experiences while participating in in-person CR. They reported enjoyment (9/9) and highlighted the comradery and unification as a group (6/9). Some women appreciated the professional guidance and accountability to the CR supervisor (4/9). The routine of CR was reported to be helpful (5/9).

Theme 2: the transition in CR experience due to COVID-19

The end of in-person CR was difficult for most women (7/9). They experienced anxiety, depression, disappointment, and feelings of abandonment. Some were tolerant of the change (2/9). Participants expressed increased stress related to follow-up medical appointments during COVID-19 (5/7). Main stressors were personal protection measures and procedures at the hospitals, anxiety of getting sick, and delays of follow-up appointments.

The women all displayed commitment to remain in the program as it transitioned. Their rationale was to complete the program (2/8), stay engaged and connect with others (4/8), and see how the program would evolve in a virtual setting (2/8).

Theme 3: CR participation during COVID-19

Participants perceived their PA to either decrease (6/8) or be maintained (2/8) after they transitioned from in-person to virtual programming. They noted that virtual was not as fulfilling as their in-person experience. Some women reported that they were not provided with enough details to access the virtual program or that they lacked skills to use it.

In addition to the guidance of the CR supervisor, the women’s PA levels were affected positively by support from family and friends (4/9), access to equipment (6/9), and good weather (3/9). If the CR supervisor made routine calls/emails and displayed compassion to their struggles, it was considered good professional guidance. Support from family and friends included spouses and neighbours joining in PA. Access to a stationary bicycle, walking the dog and public parks were the main resource facilitators.

The participants expressed the loss they felt without the face-to-face connection to each other and difficulty associated with performing their activities alone. The women shared their perceived negative experiences that included the following: a lack of comradery (7/9), professional guidance (6/9), and resources (4/9); overcrowding and COVID-19 concerns (4/9); and bad weather (3/9). The perceptions of support from their CR leader included reduced follow-ups to questions about their training plan, lack of specificity through email, or reduced personal connection to the leader. Many expressed concerns of going to public places where social distancing was not followed for fear of contracting COVID-19. Additionally, the lack of facilities, equipment, or space at home was a barrier. When the weather was too cold or hot, it was an issue for exercising outside.

The women shared the importance of being active and their motivation to feel better and mitigate treatment symptoms such as fatigue (7/9). Despite the awareness of the benefits of PA, most women reported they lacked motivation (5/7), routine (3/7), or skill (3/7), and missed the support or inspiration provided previously in in-person CR (7/9). Barriers included full-time work and/or family members to take care of; inconsistent timing of contact from the CR supervisor, frustration with the online platform, and fear of hurting themselves or not doing the exercises right.

Theme 4: recommendations—stay connected and continue on

Participants’ recommendations to improve the virtual program delivery focused on increasing comradery (6/9), the use of technology (6/9), professional guidance (6/9), and improving routine (3/9). The women suggested connecting the group through personal emails or phone numbers to talk or workout together virtually or while physically distanced. Other suggestions included an app to monitor their progress, improved video quality, and demonstration of the exercises. More educational components, specific follow-ups at a set time each week and video chats with CR supervisors were recommended. Finally, virtual sessions scheduled routinely may help with motivation to stay physically active.

Discussion

PA behaviours of breast cancer survivors were explored between in-person and virtual CR during the COVID-19 pandemic with focus groups explaining the quantitative results. The qualitative analysis provides additional information regarding feelings during the transition, perceived factors affecting participation, and recommendations for virtual programs. Firstly, the CR virtual model preserved PA according to the recommended protocol of moderate intensity aerobic exercise at least three times per week for at least 30 min [24]. The finding suggests that the TRI CR program had a positive impact during COVID-19. The focus groups confirm the benefits of professional guidance of the TRI CR program, social support, and shared experience between breast cancer survivors as contributors to activity maintenance and to the positive experience and health benefits of in-person CR [9]. As general comparators, the first COVID-19 lockdown in Spain saw a significant decrease of moderate-intensity PA in females with chronic conditions which included cancer (-33.2 min/day) [25]; in Turkey, the mean PA level for post-menopausal women was low during quarantine [26]; in Japan, female older adults’ PA was reduced by 5–10% at the onset of COVID-19 restrictions [27]. In pre-COVID-19 studies only 32% met PA recommendations, and 70% were not consistently exercising following breast cancer [24, 28].

The virtual CR model appears to have helped participants maintain PA and may have helped with coping through the pandemic given the known association between PA and health. This aligns with other research. Post-menopausal females who exercised before COVID-19 had higher PA levels during the pandemic [26]. Peterson et al., (2021) suggested that higher self-efficacy for PA may help overcome the barriers presented by the pandemic [29]. Older adults with social interaction had higher odds of maintaining PA during the restrictions in Japan [27] and a systematic review of CR models revealed no difference in main health outcomes for those who received a virtual intervention compared to centre-based CR [30]. As well, a recent randomised control trial found virtual CR was safe and superior to usual care in reducing cardiovascular disease risk [31].

Secondly, the variation of PA duration and frequency in the pandemic group differed significantly (two times as large) from the in-person 2018/2019 cohort. This suggests subgroups or individual differences in behaviour. It is speculated that a decline in PA could be from physical or psychosocial effects of breast cancer and an increase in PA could stem from the motivation to prolong healthy survival or sociodemographic and socioeconomic reasons [28, 32, 33]. Enduring a natural disaster or adjusting to a global pandemic may cause emotional distress, disrupt routine and affect PA levels [34-37]. While PA was affected positively by the motivation to feel better, focus groups revealed that it was affected negatively by an overall lack of motivation. Family support, feedback by trainers, access to CR, social support, and engaging in PA with others affected by cancer were expected environmental facilitators [38-40].

The motivation to finish the program suggest that survivors seek feelings of self-control after a cancer diagnosis and treatment [9, 41]. During a pandemic, when the world is rapidly changing, loss of control could be exacerbated, thus further encouraging women to engage in a structured program. On a positive note, the women remained enrolled in the program as it transitioned to a virtual format. The women were aware of the benefits of PA, but this was not a priority given the stressors of the pandemic. The results reported anxiety, depression, disappointment, and abandonment during the transition to virtual CR at the beginning of COVID-19 which may have contributed to subsequent PA reductions for some individuals.

Furthermore, participants reported that in the early days, there was limited publicity of exercise or other healthy behaviours coming from news outlets or government officials. A previous virtual study indicated that personal facilitators included ongoing support from healthcare providers and self-management activities [42]. Continuation of education in a virtual CR format, from a support network they were comfortable with, may help women stay motivated to maintain PA.

The stress regarding appointments and delays for oncology/surgery follow-up are consistent with other cancer patients who reported higher depression and anxiety levels during the pandemic, correlated with the disruption of their treatment [43]. The participants in our study were fearful of going to potentially crowded public spaces, another potential contributor to the anxiety they experienced [44].

The pandemic also created unique barriers to access support from other participants and professionals. The Cancer Care Ontario “Exercise for People with Cancer” guidelines recommend that survivors exercise in a group setting with their peers to increase quality of life and fitness outcomes [13]. This was not possible during the Spring 2020 lockdown. Moreover, as participants noted, virtual communication does not compare to face-to-face human interaction. Furthermore, due to the shutdown of public gyms, access/use of personal equipment varied depending on existing supply, space, and proximity to parks. Education on safe outdoor activities could address this barrier.

Finally, behavioural barriers were noted as lack of time, lack of routine, technology issues, and poor computer skills, barriers also identified by Banner et al. [42]. COVID-19 may have exacerbated these barriers with employees working from home and children of all ages attending class online. Participants with families reported taking on bigger roles at home and putting others before their own health [9].

Study limitations

No objective data regarding compliance with the prescribed exercise was available. Although the sample size may reduce the generalisability of these results to other populations, the results do provide insight into contrasting PA patterns in an in-person program with virtual CR during a pandemic.

Focus groups occurred after CR was completed, and it cannot be determined how participants’ perceptions may have been relayed in the moment. Moreover, circumstances may limit the transferability to other subgroups: individuals were diagnosed with early-stage breast cancer, attended CR in-person, chose to continue CR as it transitioned, had a computer, and were comfortable discussing their experiences of PA.

Future directions

Given the value of peer support during in-person CR, the creation of an online chat group/phone application could help to unify participants, increase their sense of connection, and encourage participation in cardio-oncology rehabilitation programs. Participants’ preferences for professional contact type and online participation could be addressed in future virtual programs. Participants should be provided training on the virtual platform and personalised contact options, for example, phone calls, video chat, or texts to suit their varying lifestyles. Participants suggested more contact from health professionals, tracking PA via an application, and live online videos at regularly scheduled times. Discussions with CR supervisors to reduce barriers from the pandemic, as well as opportunities to identify creative solutions for staying active, could also give breast cancer survivors a greater sense of control.

Conclusion

Prescribed PA is a possible adjuvant therapy for the late effects of cancer, the pandemic restricted access to in-person CR programs. Increased effort is needed to implement virtual models because PA levels and participant satisfaction differ after the transition [45]. In this study, average PA for virtual CR was similar but highly variable compared to in-person levels, and the PA experiences and behaviours varied among breast cancer survivors as they transitioned from on-site to virtual CR during COVID-19. Some were resilient to the change, while others would have benefited from additional individualised support. Suggestions for future directions may be transferrable to other virtual programs to help create individualised strategies and exercise prescriptions to improve outcomes during an unanticipated critical disruption.

(DOCX 16.6 KB )

(DOCX 21.5 KB)