Registered nurses (RNs) from various clinical backgrounds and specialties can find well-paid positions as international travel nurses in settings throughout the world. Rather than apply directly to overseas medical facilities, they find placements by working with recruiters from independent staffing agencies.
The recruiter finds the best placement based on skills, prior work experience, and preferred destinations. Once the nurse agrees to commit to the placement, the agency arranges the salary and benefits package. Depending on the contract, benefits include housing stipends, direct deposit and currency transfer fees, referral bonuses, meal or travel reimbursements, and paid time off.
While travel nurses working in the U.S. usually take assignments that last six months or less, international travel nursing jobs require longer commitments. International nursing jobs in Europe and Australia require nurses to work at least a year. Nurses placed in Middle Eastern countries often take contracts that last a minimum of two years.
Several organizations, including the Red Cross, United Planet, Project Hope, and International Volunteer HQ, offer volunteer opportunities in international nursing . While these travel nurses do not earn a salary, they gain valuable experience while providing essential healthcare services to people who may not otherwise have access. These international nursing volunteers take on crucial roles during public health emergencies and natural disasters as part of medical relief teams.
The duties of an international travel nurse are as varied as the destinations where they work. They provide services to patient populations from infancy through old age. Depending on the setting, they may have the same responsibilities as American RNs e.g., performing tests, administering medications and vaccinations, monitoring vital signs, and compiling reports.
Because international nurses work in an array of environments, from well-equipped modern hospital facilities to rudimentary clinics in underserved, remote communities, their responsibilities depend on the needs of the patients in these settings. Those who work in emergency or epidemic situations must adjust to rapidly changing and stressful conditions.
International travel nurses will find employment anywhere experiencing nursing shortages. These nurses work in urban and rural areas, in hospitals, doctors’ offices, outpatient care centers, and community clinics. Nurses with surgical, intensive care, emergency room, and labor and delivery specialties are in particularly high demand. Staffing agencies work with nurses to find placements that best fit their training and interests.
Nursing shortages are a global phenomenon. According to the WHO’s 2020 State of the World’s Nursing Report , nurses make up the largest occupational group in the healthcare industry, accounting for 59% of all health professionals. The global nursing shortfall had grown to almost six million, even before the onset of the COVID-19 pandemic. These shortages have been driven by several trends, including the decline in the number of nurses entering the profession, retirements, and increasing demands for healthcare from the growing world population.
The opportunities for U.S. trained nurses to work overseas have never been better. International nursing jobs run the gamut from well-paying clinical positions at state-of-the-art facilities in modern urban areas to remote clinics or refugee camps in developing nations.
Low and lower middle-income countries in Africa, Southeast Asia, the Eastern Mediterranean region, and parts of Latin America experience the most severe nursing shortages. Among the more affluent nations, the United Kingdom, Canada, Australia, New Zealand, and the United Arab Emirates face the highest need for nurses.
While international travel nurses typically earn more than full-time RN staff, salary ranges vary significantly based on education and skill levels, specialties, years of experience, and placement location. According to the online employment service ZipRecruiter , the majority of international travel nurses earn between $60,500 and $106,000. Each travel nurse agency handles compensation differently. Some offer housing and travel benefits as part of the contract while others provide nurses with stipends to make their own arrangements.
RNs should consider several factors when searching for international travel nurse jobs. While some countries may not match U.S. salary levels, they offer a lower cost of living, making essentials like housing, food, and utilities more affordable. Middle Eastern nations like Saudi Arabia and the United Arab Emirates offer the most attractive compensation packages that include tax-free salaries, free air travel, free furnished housing, and 30-day annual vacations.
RNs choose international travel nursing for several reasons, including the chance to travel the world, earn top salaries, expand their careers, or serve others in high-need regions. International travel nurses often cite these professional and personal benefits:
International travel nurses follow the same educational pathway as nurses preparing for careers as staff RNs in the U.S. Although each country or employer may have specific requirements for a preferred degree, specialty area, and years of experience, travel agencies typically recruit nurses who hold an undergraduate nursing degree and have passed the NCLEX-RN examination.
While licensed practical nurses and RNs with an associate degree may find international positions, most travel agencies represent overseas employers who strongly prefer BSN degree-holders with a valid RN license. Nurses should also have certification in Basic Life Support and Advanced Cardiac Life Support. Most agencies require applicants who have completed at least one year of clinical experience .
While not required for all international nursing jobs, specialized certifications in high-demand areas such as labor and delivery, intensive care, and emergency medicine may lead to better-paid placements.
In addition to completing a nursing degree and obtaining a valid RN license, international travel nurses will need to acquire additional credentials to work abroad.
Nurses need to have a valid passport and work with their travel agency to find out about work permits, visas, and other forms of sponsorship required by the country where they intend to work. Overseas employers may request birth certificates, immunization records, criminal background checks, and transcripts that verify educational qualifications. Gathering the necessary documentation may take several months.
Nurses must have a basic knowledge of a country’s language to provide patient care and communicate with staff. Most placements require international travel nurses to demonstrate a working knowledge or conversational ability in the country’s primary language.
Some employers may require nurses to take a test to verify their language ability. Many English-speaking countries like Canada and the United Kingdom require work visa applicants to take an English-language test to demonstrate their fluency, even if English is their native tongue.
English-speaking travel nurses sometimes get around the language barriers by restricting their employment choices to English-speaking countries or international healthcare organizations that have adopted English as their official language. Certain facilities in the Middle East, for example, require English as the work language for all staff and for all medical documentation.
International travel nursing jobs can offer tremendous personal, professional, and financial rewards, but the process requires research and planning. The most successful international travel nurses have invested the time to learn as much as possible about qualifications, how to choose a travel agency, and what to expect when working abroad.
Brandy Gleason, MSN, MHA, BC-NC, is a nursing professional with nearly 20 years of varied nursing experience. Gleason currently teaches as an assistant professor of nursing within a prelicensure nursing program and coaches graduate students. Her passion and area of research centers around coaching nurses and nursing students to build resilience and avoid burnout.
Gleason is a paid member of our Healthcare Review Partner Network. Learn more about our review partners here .
Page last reviewed November 8, 2021
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BMC Medical Education volume 24 , Article number: 1041 ( 2024 ) Cite this article
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Nursing literature suggested that patient mistreatment has significant impacts on nurses’ emotions and job burnout. Yet, further research is needed to understand the underlying mechanism and the spillover effect on nurses’ families. Leveraging the goal progress theory, this study aimed to examine the association between patient mistreatment, nurses’ emotional exhaustion, and work-family conflict, as well as the mediating role of social sharing of negative work events and the moderating role of perceived organizational support.
During the COVID-19 pandemic in China, a cross-sectional study was conducted with a sample of 1627 nurses from the Hematology Specialist Alliance of Chongqing from October to November 2022. Questionnaires were administered to measure patient mistreatment, perceived organizational support, social sharing of negative work events, emotional exhaustion, and work-family conflict. Hierarchical linear regression and conditional processes were used for statistical analyses.
Patient mistreatment was positively associated with emotional exhaustion ( β = 0.354, p < 0.001) and work-family conflict ( β = 0.314, p < 0.001). Social sharing of negative work events played a partial mediating role in the relationship between patient mistreatment and emotional exhaustion (effect = 0.067, SE = 0.013), and work-family conflict (effect = 0.077, SE = 0.014). Moderated mediation analysis found that the mediation effect was stronger when the perceived organizational support was high.
Our findings reveal the amplifying effect of social sharing of negative work events on nurses’ emotional exhaustion and work-family conflict. Perceived organizational support strengthens the positive effect of patient mistreatment on the social sharing of negative work events, thus resulting in increased emotional exhaustion and work-family conflict. We also discuss practical implications, limitations, and directions for future research.
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With the outbreak of COVID-19, workplace violence in medical organizations have intensified, putting tremendous pressure on healthcare workers [ 1 , 2 ]. A survey of 522 Chinese nurses found that 55% of respondents had experienced workplace violence in the past 12 months, including verbal and physical aggression [ 3 ]. Workplace violence directly affected nurses’ job performance and organizational citizenship behavior [ 4 , 5 ], reduced their quality of life [ 6 ], and increased their psychological distress and turnover intention [ 7 , 8 ]. Among these, the behavior of patients and their families abusing nurses through insults, unreasonable demands, or physical attacks was described as patient mistreatment [ 9 ]. Previous research has confirmed that when nurses were mistreated by patients, they may experience persistent work meaninglessness, emotional exhaustion and depression [ 10 , 11 , 12 ], which further predicted their career withdrawal behavior and turnover intention [ 12 ].
Additionally, the negative impact of experiencing abuse from service users may spread from service providers to their families [ 13 ]. Research on customer mistreatment has shown that abusive stress events encountered by front-line service providers in the workplace can detrimentally affect their role performance in the family domain [ 14 ], consume additional resources, and lead to work-family conflict [ 15 ].
Some studies indicate that after experiencing negative events, individuals tend to share negative events with their families or friends to alleviate negative emotions [ 16 , 17 ]. However, whether social sharing of negative work events can attenuate emotional exhaustion and reduce work-family conflict remains undetermined [ 18 ]. In this study, we examine the mediating effect of social sharing of negative work events between patient mistreatment and emotional exhaustion and work-family conflict.
One common solution for employees to address workplace violence was to seek organizational support [ 19 , 20 ]. However, evidence from several studies suggested that organizational support didn’t mitigate the relationship between workplace violence and stress [ 21 , 22 , 23 ], suggesting that the benefit of organizational support is controversial. Thus, this study explores the moderating role of perceived organizational support (POS) in the effect of patient mistreatment on emotional exhaustion and work-family conflict via social sharing of negative work events.
It can be observed that existing literature on the functional mechanism of patient mistreatment and its spillover impact on nurses’ family domain remains rare and far from unanimous. Therefore, this study establishes and tests a theoretical model of the effects of patient mistreatment on nurses’ emotional exhaustion and work-family conflict and explores the underlying mechanism and boundary condition of this relationship. To be more specific, we aim to answer the following questions: Does patient mistreatment increase nurses’ emotional exhaustion and work-family conflict through social sharing of negative work events? Could perceived organizational support intensify the mediating effect of social sharing of negative work events?
Similar to customer mistreatment, patient mistreatment occurs when nurses experience unfair interpersonal treatment from patients and their families, such as various forms of verbal attacks, including anger, cursing, shouting, and rudeness [ 24 , 25 ]. Patient mistreatment adversely affects the quality of medical service and work performance of nurses, and imposes threats to their mental health. Previous studies have shown that employees exhibit negative emotions such as emotional dysregulation, declining morale, and post-traumatic stress disorder [ 7 , 18 , 26 ] when frequently or intensely exposed to interpersonal mistreatment. Negative job attitudes predict subsequent burnout, withdrawal, and service-destroying behaviors [ 27 , 28 , 29 , 30 ]. Drawing on the goal progress theory [ 31 ], we argue that patient mistreatment interrupts the service achievement process, and the failure of achieving service goals triggers a constantly cognitive rumination process that could result in continuous emotional exhaustion [ 32 , 33 , 34 ]. Research has also shown that individuals who experience customer abuse in the workplace may transfer their negative emotions to family members [ 14 ]. This causes the harmful effects of customer mistreatment to spread throughout the area of employees’ family life [ 35 ]. Hence, it can be expected that:
Patient mistreatment is positively correlated with emotional exhaustion.
Patient mistreatment is positively correlated with work-family conflict.
Empirical evidence showed that individuals tend to share negative experiences with peers and friends in search of emotional support and to reduce burnout [ 18 , 36 ], which may occur from a few hours to several months after the event. This kind of sharing of negative sentiments in a relatively trusted environment can be generalized as social sharing of negative work events [ 18 ]. The more frequently nurses experience mistreatment, the stronger their intentions of social sharing will grow. Accordingly, we propose the following hypothesis:
Patient mistreatment is positively correlated with social sharing of negative work events.
Social sharing involves confronting negative emotions and expressing them verbally in a safe environment [ 37 ]. However, social sharing of negative work events may be a maladaptive coping strategy that employees adopt when facing patient mistreatment, falling under the domain of social cognitive rumination [ 18 , 38 ]. According to the goal progress theory, social sharing further promotes repetitive discussions or rehearsals of negative events [ 39 ]. It can engulf nurses in work rumination, affecting their subsequent work engagement [ 40 ]. Employees who are deeply immersed in negative work events for a long time may find it difficult to detach themselves from work and are unable to address the emotional needs generated by rumination [ 41 ]. Jeon (2021) also found that emotional rumination caused by work communication resulted in more emotional exhaustion [ 42 ]. Huang (2022) demonstrated that when peers engage in co-rumination due to negative events, it exacerbated working pressure, negative moods and psychological problems [ 43 ]. We believe that sharing negative events within a social context leads to a more negative view of patient mistreatment, thus aggravating emotional exhaustion after work [ 44 ] and causing further depletion of nurses’ cognitive and emotional resources [ 45 ].
Additionally, when employees focus on negative work events for extended periods, they invest a significant amount of time and energy into uncompleted work goals, thereby disrupting the time that could be allocated to family activities, often leading to disappointment and frustration for both employees and their families [ 46 , 47 ]. It is documented that individuals subjected to severe customer mistreatment have fewer resources available to meet family needs, thereby increasing work-family conflict (WFC) [ 48 ]. The repetitive thinking triggered by negative work events makes it difficult for individuals to sufficiently engage in family roles, thus resulting in negative emotions spilling over from workplace into family life [ 14 , 49 , 50 , 51 , 52 ]. Park and Kim (2019) also articulated that the harmful effects of customer mistreatment extended into the personal life domain [ 35 ]. Thus, we propose the following hypotheses:
Social sharing of negative work events plays a mediating role between patient mistreatment and emotional exhaustion.
Social sharing of negative work events plays a mediating role between patient mistreatment and work-family conflict.
Perceived organizational support refers to the overall perception of employees regarding the organization’s willingness to help them, value their contributions, and care about their overall well-being [ 53 ]. It is commonly believed to be helpful in dealing with the problems such as work frustration and burnout [ 54 , 55 ]. POS meets the socio-emotional needs of respect, belonging, emotional support and recognition in the workplace [ 56 ], providing a safer and more trusted environment in which employees are more likely to share negative events with colleagues or peers [ 57 ]. We propose that:
H4. Perceived organizational support moderates the relationship between patient mistreatment and social sharing of negative work events, and this positive relationship is stronger when perceived organizational support is high (vs. low).
As elaborated in H3, patient mistreatment could be perceived by nurses as a failure of personal service goals, indicating that nurses have not successfully fulfilled their obligations and job requirements. This brings huge psychological and role pressure [ 58 , 59 , 60 ]. Perceived stress leads to negative emotional focus and cognitive rumination, which manifests as recursive thinking and sharing of negative work events, thus triggering job burnout [ 61 ]. Combining Hypotheses 1, 2, 3a, 3b and 4, we propose that the mediating effect of social sharing of negative work events will be moderated by perceived organizational support:
H5a . Perceived organizational support moderates the indirect influence of.
patient mistreatment on emotional exhaustion through social sharing of negative work events, and the indirect influence is stronger when the level of perceived organizational support is high (vs. low).
H5b. Perceived organizational support moderates the indirect influence of.
patient mistreatment on work-family conflict through social sharing of negative work events, and the indirect influence is stronger when the level of perceived organizational support is high (vs. low).
We summarize our conceptual model in Fig. 1 .
Conceptual model
This study exploited a cross-sectional design to investigate the relationship between patient mistreatment, emotional exhaustion, and work-family conflict among Chinese nurses during the COVID-19 pandemic after the lockdown was imposed in mainland China. During the pandemic, our participants performed heavy work tasks and experienced psychological stress.
Collaborating with the Chongqing Hematology Specialist Alliance, we initiated a call for research on patient mistreatment and obtained a convenient sample. Clinical nurses were invited to participate in the survey through one-to-one contact. The inclusion criteria were as follows: (1) possession of a nursing practice license; (2) working as a clinical nurse; and (3) informed consent and voluntary participation. The exclusion criteria were as follows: (1) nurses with further education; (2) interns; (3) trainees; and (4) off-duty nurses (on leave, sick leave, or out for studying). To prevent COVID-19 risk, we used an online electronic questionnaire for ease of operation.
A small-scale pilot survey was conducted before the formal survey to ensure the rationality of questions and the accuracy of expressions. An anonymous cross-sectional online survey was conducted via the questionnaire website of Wenjuanxing (link: https://www.wjx.cn/ ) from October 9 to November 1, 2022. Finally, we obtained a sample of 1627 valid responses.
The measurement used was originally published in English; therefore, we adopted Brislin’s (1986) suggestion and translated the scale forward and backward to ensure Chinese equivalence and prevent semantic bias problems [ 62 ].
We measured patient mistreatment using the 18 items developed by Wang et al. (2011) [ 63 ]. Some minor modifications were made to suit the hospital environment since the original scale was designed to assess customer mistreatment. Sample items included “Patients demanded special treatment” and “Patients took their bad temper out on you”. The respondents reported the frequency with which they had experienced mistreatment from their patients within the last three months. Each item was measured on a 5-point Likert scale (“0” = never and “4” = all of the time). The alpha coefficient was 0.95.
We used the four items developed by Baranik et al. (2017) to capture the social sharing of negative work events [ 18 ]. Participants were asked how frequently they had talked about unpleasant things that had occurred at work in the past month with their lovers, family members, friends, and coworkers. Responses were recorded on a five-point scale (“0” = never and “4” = often). The Cronbach’s alpha coefficient was 0.86.
Emotional exhaustion was measured using the emotional exhaustion component of Maslach et al.‘s (2001) MBI scale [ 64 ], which consisted of nine items. Sample items included “I feel emotionally drained from my work.” Responses were made on a seven-point scale (“1” = never and “7” = every day). The alpha coefficient for this scale was 0.93.
Work-family conflict was measured using the five-item subscale of Netemeyer et al.’s (1996) [ 46 ]. A sample item is “The stress of my job makes it difficult for me to meet my family responsibilities.” Participants indicated their agreement with the items on a 7-point Likert scale (“1” = strongly disagree and “7” = strongly agree). The alpha coefficient for this scale was 0.94.
We used the eight items developed by Shen and Benson (2016) to measure perceived organizational support [ 65 ]. Sample items included “My organization values my contributions to the organization” and “The organization really cares about my health and welfare.” Responses were recorded on a seven-point Likert scale (“0” = strongly disagree and “6” = strongly agree). The alpha coefficient for the entire scale was 0.90.
Following previous studies [ 19 , 20 ], we controlled for nurses’ gender, age, education, working years and position, all of which have been shown to possibly correlate with emotion exhaustion and work-family conflict. In addition, we controlled for marital status and children, two variables that may have an impact on work-family conflict [ 66 , 67 ].
We used SPSS 25.0, Amos 23.0 and Mplus 8.5 for data analysis. Descriptive statistics were used to present the demographic characteristics of the sample. Pearson correlation analysis was used to explore the correlations among patient mistreatment, social sharing of negative work events, perceived organizational support, emotional exhaustion, and work-family conflict. Harman’s single factor analysis and the confirmatory factor analysis were used to investigate the common methods variance (CMV). In addition, we tested the hypotheses using hierarchical regression analysis, bootstrapping tests, and conditional process analysis (specifically, moderated mediation in this study).
The demographic characteristics of the participants are presented in Table 1 . A total of 1627 nurses participated in the study, with a mean age of 31.3 years (SD = 6.0). Among them, 94.7% were female and 5.3% were male. The average number of working years was 9.3 (SD = 6.4). Most participants were married (62.6%) and had undergraduate degree (89.7%). 76.8% of participants were primary nurses. More than half of the participants had children (56.5%).
Table 2 presents the means, standard deviations, and correlations of all the measured variables. First, the results indicated that patient mistreatment was positively correlated with social sharing of negative work events ( r = 0.198, p < 0.01), emotional exhaustion ( r = 0.361, p < 0.01) and work-family conflict ( r = 0.316, p < 0.01), and negatively correlated with perceived organizational support ( r =-0.319, p < 0.01). Furthermore, social sharing of negative work events, emotional exhaustion, and work-family conflict were all negatively correlated with perceived organizational support ( r =-0.193, p < 0.01; r =-0.471, p < 0.01; r =-0.460, p < 0.01; respectively).
We used the Harman single-factor test to assess the common method variance (CMV). Factor analysis shows that the first principal component explained 33.20% of total variance, suggesting that the same source bias is not severe in this study. Before testing our hypotheses, we conducted confirmatory factor analyses (CFA) to confirm the factor structure of our measurement model. As shown in Table 3 , the proposed five-factor model fits the data better: χ 2 = 2492.156, df = 831, Confirmatory Fit Index (CFI) = 0.971, Tucker-Lewis Index (TLI) = 0.970, and root-mean-square error of approximation (RMSEA) = 0.035. Thus, the distinctiveness of key constructs is supported [ 68 ].
We used hierarchical regression and bootstrapping technique to test the mediation hypotheses. As shown in Table 4 , patient mistreatment was positively associated with emotional exhaustion in Model 5 ( β = 0.354, p < 0.001) and work-family conflict in Model 8 ( β = 0.314, p < 0.001), thus supporting H1. The test for the mediating effect followed the recommended procedures by Baron and Kenny (1986) [ 69 ]. First, Model 2 indicated a positive correlation between patient mistreatment and social sharing of negative work events ( β = 0.201, p < 0.001), supporting H2. Second, Model 6 and Model 9 indicated that social sharing of negative work events was positively associated with both emotional exhaustion ( β = 0.199, p < 0.001) and work-family conflict ( β = 0.206, p < 0.001). Finally, although patient mistreatment was still significantly associated with emotional exhaustion in Model 6 ( β = 0.314, p < 0.001) and work-family conflict in Model 9 ( β = 0.272, p < 0.001) after the introduction of mediation variables, the size of effects was slightly weakened, suggesting that there exists a partial mediation effect.
We also calculated the indirect effects of patient mistreatment on two outcome variables via social sharing of negative work events and its 95% confidence interval, which was repeated 5000 times using bootstrapping technique. Bootstrapping is useful for testing indirect effects because it produces a repeated replacement sampling distribution of indirect effects rather than assuming a normal distribution (Preacher and Hayes, 2008) [ 70 ]. The results are presented in Table 5 . Social sharing of negative work events significantly mediated the relationship between patient mistreatment and emotional exhaustion (estimate = 0.067, 95% CI = [0.043, 0.094]) and work-family conflict (estimate = 0.077, 95% CI = [0.050, 0.108]). Taken together, these results support H3a and H3b.
In our conceptual model, perceived organizational support was proposed to moderate the relationship between patient mistreatment, emotional exhaustion and work-family conflict via social sharing of negative work events. Following Aiken and West (1991), we mean-centered the variables used to form the interaction term [ 71 ]. As shown in the Model 3 of Table 4 , the interaction between patient mistreatment and perceived organizational support was significantly correlated with social sharing of negative work events ( β = 0.074, p < 0.01), supporting H4.
We used the Process plug-in to conduct a simple slope analysis [ 70 , 72 ]; the results are shown in Table 6 . The interaction patterns are shown in Fig. 2 . The graph shows that when perceived organizational support was low (-1SD), patient mistreatment was positively correlated with social sharing of negative work events (simple slope = 0.156, p < 0.001), which was smaller than the coefficient when perceived organizational support was high (+ 1 SD) (simple slope = 0.338, p < 0.001).
Moderating effect of POS on the relationship between patient mistreatment and social sharing of negative work events. Note PM = Patient Mistreatment; POS = Perceived Organizational Support; SS = Social Sharing of Negative Work Events
Finally, we used Mplus 8.5 to examine the moderated mediating effects. The results in Table 7 show that the indirect effect of patient mistreatment on emotional exhaustion via social sharing of negative work events was positive and statistically significant when perceived organizational support was low (estimate = 0.029, 95% CI = [0.013, 0.047]) and high (estimate = 0.060, 95% CI = [0.035, 0.092]) There was a significant difference in indirect effects between high and low perceived organizational support (estimate = 0.037, 95% CI= [0.005, 0.074]), supporting H5a. Similarly, the indirect effect of patient mistreatment on work-family conflict via social sharing of negative work events was significant when perceived organizational support was low (estimate = 0.033,95% CI = [0.015, 0.055]) and high (estimate = 0.070, 95%CI = [0.039, 0.106]). The difference in indirect effects between high and low perceived organizational support was significant (estimate = 0.037, 95% CI= [0.005, 0.074]), supporting H5b.
In addition, we use the Johnson-Neyman method to depict continuous confidence intervals for indirect effects [ 73 ]. Figure 3 shows that the continuous intervals of indirect effect are greater than zero, and increasing with the perceived organization support. The higher the perceived organizational support, the stronger the effect of patient mistreatment on emotional exhaustion through social sharing of negative work events. Figure 4 shows similar pattern when work-family conflict is the outcome variable.
Conditional indirect effects of patient mistreatment on emotional exhaustion (via social sharing of negative work events) at different levels of perceived organizational support (POS)
Conditional indirect effects of patient mistreatment on work-family conflict (via social sharing of negative work events) at different levels of perceived organizational support (POS)
Leveraging the goal progress theory, this study found that social sharing of negative work events mediated the relationship between patient mistreatment and work-family conflict and emotional exhaustion. The results of the moderated mediation analysis showed that the indirect effects of social sharing of negative events on the two outcomes caused by patient mistreatment were stronger among nurses with high (vs. low) perceived organizational support.
Our study contributes to the literature on the adverse consequences and negative emotions associated with patient mistreatment in several ways. Firstly, the research expands the scopes of literature on the outcomes of patient abuse by innovatively introducing the work-family conflict into the model. Previous research mainly focused on personal aspects directly related to work such as sleep quality, job satisfaction, and career withdrawal [ 27 , 74 , 75 ]. Our findings indicate that the boundary between work and family life is permeable, and negative emotions may flow from the work area into the family domain, causing certain conflicts.
Secondly, based on the goal progress theory [ 31 ], we explored the mediating role of social sharing of negative work events between patient mistreatment and negative outcomes, filling the research gap in this area. The social sharing of negative work events may be a maladaptive coping mechanism in stressful environments. It is a process of social cognitive rumination of service failure that challenges the self-concept of nurses and a typical manifestation of shared ruminative thinking that hinders the positive thinking at individual and/or team levels [ 34 ]. Our findings suggest that patient mistreatment, as a source of stress, produces a sufficiently long duration of negative emotions, which will be further amplified in the process of social sharing [ 40 ], eventually affecting the role conflict between work and family [ 43 ].
Thirdly, we incorporated perceived organizational support as a boundary condition and investigate its moderating role in the effects of patient mistreatment on emotional exhaustion and work-family conflict via social sharing of negative work events. The higher the perceived organizational support, the more likely employees were to experience severe rumination, resulting in further burnout. Perceived organizational support does not always produce positive outcomes [ 58 ] and in some circumstances it enhances the rumination of negative events, leading to greater occupational and psychological stress [ 61 ]. This finding enriches our understanding of the mechanism by which patient abuse affects nurses’ emotions and reactions in the context of the pandemic.
This study has several limitations. First, our research was conducted in the context of the Confucian Chinese culture. Thus, Chinese nurses tend to show greater tolerance for patient mistreatment, since considering the overall interests of the organization is of great priority in a collective society. However, the same result may not hold for individualistic cultures. It is important to consider whether similar conclusions can be drawn in different cultural contexts.
Second, this cross-sectional study required nurses to recall patient mistreatment and negative emotions over previous months. Nurses’ subjective recall may have produced retrospective bias. Future research should use diary studies or experience-sampling techniques to record changes or fluctuations in patient mistreatment and nurses’ emotions over time.
Moreover, our findings supported the negative influences of the patient mistreatment. However, effective alleviations or remedies remained largely unexplored. It is highly recommended to study mindfulness interventions and other mechanisms to deal with patient mistreatment [ 74 ].
Previous research has indicated that patient mistreatment decreases frontline nurses’ job enthusiasm, thereby damaging job satisfaction and triggering withdrawal behaviors and dysfunction in the work-family domain [ 27 , 44 , 75 ]. This study shows that Chinese nurses suffer from emotional exhaustion and work-family conflict caused by patient mistreatment. Managers can employ certain techniques during recruitment to select individuals who are better equipped to handle patients’ incivility during frontline work [ 76 , 77 ].
Moreover, managers can provide frontline staff with training and guidance, simulate scenarios of patient mistreatment, and improve their ability to address patient incivility [ 78 ]. At the meantime, managers should be careful with the polices regarding the social sharing within the organization. Too much exposure and immersion into the rumination of negative work events may deteriorate morale and cause personal and family problems. Additionally, medical professionals should be encouraged to have a positive mindset and demonstrate empathy and compassion towards patients while providing medical services to minimize unnecessary conflicts [ 22 , 79 , 80 , 81 ].
Furthermore, hospital managers can establish eye-catching signs and indicators to guide patients to behave correctly and maintain a civilized manner throughout the treatment process. Society should collaborate with hospitals to create an appropriate medical environment for all patients by encouraging them and their families to take respectful and responsible actions, which will help nurses improve their work efficiency [ 82 ].
This study provides empirical evidence that patient mistreatment causes nurses’ emotional exhaustion and work-family conflict through the social sharing of negative work events. The findings of this study enrich the understanding of the mediating mechanism of patient mistreatment affecting nurses’ emotions and work-family conflict. We also reveal how perceived organizational support, as a moderating variable, enhances the positive relationship between patient mistreatment and the social sharing of negative work events and highlight that organizational support could result in greater psychological stress and family-related conflicts induced by patient mistreatment and mediated by social sharing of negative work events. Therefore, to effectively deal with patient mistreatment, hospital managers should provide training and other resources to nurses, help them regulate their negative emotions, and achieve a balance between work and family. Finally, patients should be educated to receive medical services in a civilized manner.
The data that support the findings of this study are available on request from the corresponding author. The data are not publicly available due to privacy or ethical restrictions. We affirm that the methods used in the data analyses are suitably applied to our data within our study design and context, and the statistical findings have been implemented and interpreted correctly.
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We would like to thank all nurse participants and Zhang Yong, Li Hua, Ma Li, and Wee Chow Hou for their helpful comments as well as the seminar participants at Chongqing University, Peking University, and Nanyang Technological University.
This study was supported by the National Social Science Foundation of China (Grant number: 19BJY052, 22BGL141), National Natural Science Foundation of China (Grant number: 72110107002, 71974021), Natural Science Foundation of Chongqing (Grant number: cstc2021jcyj-msxmX0689), Fundamental Research Funds for the Central Universities (Grant number: 2022CDJSKJC14), and Chongqing Social Science Planning Project (Grant number: 2018PY76).
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Wei Yan and Zeqing Cheng designed the study and prepared the first draft of this manuscript. Di Xiao and Xin Du participated in the data analysis. Huan Wang contributed to writing and revising the manuscript. Li Li and Caiping Song contributed to data collection and analysis. All the authors have read and approved the final version of the manuscript.
Correspondence to Li Li or Caiping Song .
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Ethical approval was obtained from the Ethics Committee of the School of Economics and Business Administration of Chongqing University (IRB No. SEBA201906). Authors explained research objectives and procedures to all participants who were assured that their participation in this study was voluntary and anonymous. All procedures performed in this study were in accordance with the ethical standards of the National Research Council and Helsinki Declaration of 2013. Informed consent was obtained from all subjects and/or their legal guardian(s).
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Yan, W., Cheng, Z., Xiao, D. et al. Patient mistreatment, emotional exhaustion and work-family conflict among nurses: a moderated mediation model of social sharing of negative work events and perceived organizational support. BMC Med Educ 24 , 1041 (2024). https://doi.org/10.1186/s12909-024-06022-9
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The increasing use of telemedicine (TM) represents a major shift for health workers and patients alike. Thus, there is a need for more knowledge on how these interventions work and are implemented. We conducted a qualitative process-evaluation alongside a larger randomized controlled trial designed to evaluate a telemedicine follow-up intervention for patients with a leg- or foot-ulcer, who either have or do not have diabetes. Accordingly, the aim of this study was to explore how both health care professionals and patients experienced the implementation of TM follow-up in primary care.
The intervention comprised an interactive TM platform facilitating guidance and counselling regarding wound care between nurses in primary care and nurses in specialist health care in Norway. Nurses and patients from seven clusters in the intervention arm were included in the study. We conducted 26 individual interviews (14 patients and 12 nurses) in primary care between December 2021 and March 2022. Thematic analyses were conducted.
The analyses revealed the following themes: (1) enhancing professional self-efficacy for wound care, (2) a need to redesign the approach to implementing TM technology and (3) challenging to facilitate behavioral changes in relation to preventive care. As to patients’ experiences with taking part in the intervention, we found the following three themes: (1) experience with TM promotes a feeling of security over time, (2) patients’ preferences and individual needs on user participation in TM are not met, and (3) experiencing limited focus on prevention of re-ulceration.
TM presents both opportunities and challenges. Future implementation should focus on providing nurses with improved technological equipment and work on how to facilitate the use of TM in regular practice in order to fully capitalize on this new technology. Future TM interventions need to tailor the level of information and integrate a more systematic approach for working with preventive strategies.
NCT01710774. Registration Date 2012-10-17.
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Telemedicine (TM) has been introduced as a decision support system for delivering follow-up care to patients with foot ulcers [ 1 , 2 , 3 , 4 ]. TM refers to the use of telecommunication technologies to provide clinical services to patients in a manner that improves the quality and continuity of individual treatments [ 4 ]. TM gives the opportunity for interactions at a distance between healthcare professionals in primary and specialized care [ 5 ]. The concept of TM has been developed alongside the development of different digital technologies (e.g. smartphones, wearable devices, clinical and remote sensors), which has given the opportunity to provide remote clinical services [ 2 ]. Prior studies indicate beneficial outcomes after digital health interventions in relation to smoking termination [ 6 ], increased physical activity [ 7 ], reduced blood pressure [ 8 ] and weight loss [ 9 ]. These studies are indicative of applying TM approach in this context. More recently, TM has become a more common practice in healthcare, especially in developed countries [ 2 ]. TM follow-up has the potential to improve the quality and continuity of care, reduce the need for the patient to visit the hospital and it may be more cost-effective than standard treatments [ 10 ].
Previous research has provided knowledge on the efficacy of TM treatment relative to standard outpatient care on outcomes such as ulcer healing time, amputation [ 1 , 11 ], health, well-being and quality of life [ 3 ]. Furthermore, TM has been found to provide community healthcare professionals with more knowledge, improved wound assessment capabilities and more confidence [ 12 ]. However, TM applications were easier to implement at hospital outpatient clinics compared to home-based care settings [ 13 ]. Central to this understanding was that outpatient clinics at the hospital provided a work setting that eased TM, whereas the environment and work setting in home-based care was found to challenge the implementation of TM. By extension, home-based care required more individual effort from each nurse to act in a way that produced the intended high quality of care [ 13 ]. Time and adequate equipment have been suggested as central factors to take advantage of TM and to accommodate these challenges [ 13 ].
A systematic review by Hazenberg et al. [ 10 ] aimed to explore the different available TM applications that may be valuable in assessment/monitoring, prevention and/or treatment in diabetic wound care. Although several of these applications were found to be valuable, there is still need for more investigation into their effectiveness and/or feasibility [ 10 ]. Furthermore, the results from a systematic review of qualitative studies on patients, carers and healthcare professionals’ perceptions of barriers and facilitators and the use of digital technology in the management of diabetic foot ulcers, shed light on different factors that might be central to the implementation of TM [ 2 ]. The review highlights that patients’ preferences, attitudes and circumstances, healthcare professionals’ training and the support given by the organization, are all important factors to increase the probability for successful adaptation of TM. Examples of concrete barriers to the use of TM in wound care include lack of wound care competency among home care nurses [ 14 ] and unsystematic wound care training [ 11 ]. In addition, lack of interest in using digital technologies [ 14 ] and ambivalent attitudes towards the usefulness of daily wound image taking in diabetic foot care [ 15 ] are central barriers. Although several studies have investigated various aspects related to implementation, TM is still in its early stages [ 10 ]. No prior studies have investigated the wider implementation process of TM from the view of both nurses and patients in light of assessment/monitoring, prevention and/or ulcer treatment. Thus, the aim of this study was to identify how nurses and patients experienced the implementation of telemedicine in wound care.
This study was conducted as part of a broader noninferiority parallel-cluster clinical trial among diabetes foot ulcer patients in 2013–2016 and among patients with foot or leg ulcers who either have or do not have diabetes in 2019–2021 (Clinical trial reg. no. NCT01710774). We performed embedded qualitative interviews in both trial waves to gain insights about patients’ and nurses’ perceptions and experiences of implementing the TM intervention in wound care. The results from the qualitative studies in the first wave have been published elsewhere [ 5 , 12 , 13 , 14 ].
The content of the intervention has previously been reported more in-depth by Smith-Strøm et al. [ 1 ]. The TM intervention consisted of a smartphone and a web-based ulcer record. The system was developed to optimize the interaction between community nurses in primary care and specialized health personnel working at the hospital outpatient clinic. The same equipment was used by both groups. During the intervention period, the healthcare professionals documented in both an internal system and in the web-based ulcer record. The system was accessed online from both smartphones and computers. Through these applications, images and written reports and different measurements of the foot ulcer to support the imaging of the foot ulcer were accessible for all the healthcare professionals included in the intervention. The current TM intervention is somewhat different from the usual TM that most often link patients (as actual users of the technology) together with healthcare professionals. The current intervention may rather be viewed as a telemedicine platform to facilitate communication between healthcare professionals working at the hospital and community care nurses managing wound care among patients at home. Every six weeks, the patient visited the outpatient clinic for consultation. The procedure of TM follow-up care was given until an end point (healing of the ulcer (intact skin) or amputation) occurred. All the nurses in the intervention received training regarding wound treatment, follow-up and how to use the TM equipment. Physicians were involved in making the wound care procedure and they were also contacted if it was considered necessary. For each patient, there was an individual plan and if any changes occurred or if there was a deterioration of the wound, the nurses were instructed to act. The study team did however not include a care quality improvement team, implementation framework or health technologies experts, which could have been beneficial for the implementation process. However, the training that the community nurses received was a combination of standardized training and individual teaching at the specialist clinic to ensure comparable and competent handling of patients. Organizational flexibility in the municipalities was somewhat limited because of the complex nature of the intervention.
To conduct embedded qualitative interviews in the second wave, we invited a purposive sample of 16 patients from seven of the 11 clusters. We included patients with different age, sex and functional level in order to maximize diversity. Likewise, we included nurses of different sex, age and work experience in order to reflect the group’s different characteristics that may influence their experiences. The clusters were of varying size and geographical location. Patients were eligible for participation if they were currently receiving or had recently finished the TM intervention. Nurses were eligible if they were involved or had recently been involved in the TM intervention. The term saturation is mentioned as a criterion for sample size in some qualitative studies and a central element in grounded theory. To develop new knowledge, we kept in mind the aim of the study. Thus, at the point when we considered our collected data not to give us more information regarding the aim, we discontinued our data collection. The power in the information we had gathered after these interviews indicated that we could provide new insights to respond to the research question [ 16 ]. Twelve nurses (graduated between 1993 and 2021) were invited to partake in the interviews, and all consented to participate. Eight of the nurses had additional education in wound care. Thus, a total of 26 individual interviews were conducted among patients and nurses between December 2021 and March 2022.
Data was collected in individual telephone interviews. The interviews had a duration of approximately 30–60 min. We have no information whether the caregivers or any others were present in the same room when the telephone interview was conducted. The interviews with the nurses included questions related to how they experienced the changes that came with TM from a nursing and organizational perspective, their perceptions of how nurses experienced their communication with the patients during the TM intervention, how they involved the patients in the treatment, and how they experienced that TM gave an opportunity to apply preventive care. The interview guide for the patients included questions regarding communication with the nurses, their own involvement during the intervention, the organization of the service, and the overall experience with the treatment process. All interviews were conducted by the second author (BCHK) and audio-recorded with the permission of the participants.
The recordings were transcribed verbatim. Transcripts were analyzed using Braun and Clarke’s [ 17 , 18 ] thematic analysis, which provides a systematic procedure for analyzing qualitative data [ 19 ]. Thematic analysis can be used to reflect reality and themes can be identified in one of two primary ways – in a theoretical-deductive manner or using an inductive approach [ 17 ]. In the present study, we used an inductive approach, which implies that the identified themes are clearly linked to the data.
We applied a step-by-step guide in the analysis process, which involved six phases: (1) familiarizing with the data, (2) generating initial codes, (3) searching for patterns, (4) proposing and reviewing themes, (5) defining and naming themes, and (6) producing the report [ 17 ]. In phase 1, the material was collected by one of the authors. In the following process, authors KMB, BKHK, MGR and MIV read the material several times. We all aimed to read the data in an active way, which implies searching for meaning, patterns in the data and so on. As recommended by Braun and Clarke [ 17 ], we all read through the entire dataset before we started coding. In phase 2, the first author generated a list of possible codes and by doing so categorized the data into meaningful groups. The codes were discussed in the group, and further elaborated into meaningful patterns in line with our understanding. In phase 3, the first author read all the codes, went back to the original material and sorted the different codes into potential themes using mind-maps. In phase 4, we read the collected extract for each theme and discussed if they were coherent with the theme. In this process, we found that some of the data extracts did not fit together, and that we therefore needed to rework the theme. In phase 5, we defined, discussed and considered and named the themes. Phase 6 entailed the writing of this manuscript. The interviews were conducted in Norwegian, while our analyses were conducted such that we also proposed English translations of themes that were proposed and reviewed.
We have attempted to achieve trustworthiness throughout the study in terms of credibility, dependability, confirmability and transferability [ 20 ]. Three researchers with knowledge of both thematic analysis and diabetes have been involved throughout the study (BKHK, MG, MIV). BKHK is a diabetes specialist nurse and has been involved in all stages of the research project. Her experience represents a factor that might threaten reflexivity. On the other hand, substantial knowledge from the field can be a valuable source of relevant and specific research [ 21 ]. BKHK clinical experience can be seen as an advantage in the process of formulating relevant questions for the interview guide. MG is a professor in nursing with extensive methodological knowledge of thematic analyses, and MIV, MR, SC and TT have been involved in the TM intervention. Awareness of the potential influence of previous experiences has been considered in the interpretation of the data. We have sought clarity in the description of the data and the descriptions have been discussed in depth within the research team to strengthen the credibility of the study (KMB, MIV, BKHK, MR). The interviews were all performed by BKHK, which increased the likelihood that the interview guide was used in the same way in all the interviews. To strengthen dependability and to facilitate confirmability, the systematic procedure (as described in the Method section) is clearly presented in the Result section with main themes as headings followed by quotations (KMB).
The study was approved by the Norwegian Agency for Shared Services in Education and Research (Ref. 837886) and the main project was approved by Regional Committee for Medical Research (REK-VEST 2011/1609). Informed written consent was obtained from all participants. The written information specified that participants’ contribution was voluntary and that they could withdraw from the study at any point without consequences.
To explore how nurses and patients experienced the implementation of TM in wound care, we organize the Results section in two parts. First, we present themes related to the community nurses’ experiences of implementing TM in primary care and using the TM communication platform. Second, we present themes related to patients’ experiences from taking part in the intervention.
The analysis revealed the following themes related to the community nurses’ experiences: 1) enhancing professional self-efficacy for wound care , 2 ) a need to redesign the approach to implementing TM technology , and 3) challenging to facilitate behavioral changes in relation to preventive care. We treat each of them in turn.
The health care professionals experienced that access to the TM platform gave them a feeling of security and thereby enhanced their ability to perform better follow-up care for people with foot and/or leg ulcers. The interactive web-based ulcer record changed the nurses’ everyday work life as the platform made it possible to seek help regarding ulcer treatment from more experienced healthcare professionals in specialist healthcare. The platform also made it possible for the community nurses to receive guidance and confirmation regarding their own thoughts on the follow-up care. As a result of this, quick and easy access within healthcare services made it possible for the community nurses to act fast, correct and with greater confidence than without TM. The nurses expressed that the opportunities related to the TM technology and the support thereof was important to them. Furthermore, they believed that this interaction made the patients feel more secure. The nurses experienced that the platform made them feel as though they were working as part of a team, although they were on their own in the field. One nurse said: “[This is a] great tool when I am insecure about how to proceed. I also get quick answers”. Similar statements were expressed by nurses working in both rural and urban areas. However, nurses who worked in more rural districts expressed even more appreciation. One nurse said: “I think that telemedicine has been very good and supportive for those of us who are working in the districts”. Taken together, the nurses clearly valued the opportunity and support that TM provided. Noticeably, this was also expressed by their wish that TM would proceed as a tool in practice going forward, and that it should be available for all the nurses in their community. As stated by one of the nurses; “[But] I hope that TM will be available again”.
The nurses claimed that TM was not well-integrated in relation to other work tasks. Therefore, they expressed a need for better organization and integration of the service. In the words of one nurse: “It is not organized well enough. This might be my own fault. It takes a lot of time. We are doing this on top of everything else”. Also, technical issues are mentioned as a barrier and a possible explanation for the lack of integration that the nurses experienced in the implementation process. As stated by one nurse: “We have experienced problems with the connection to the telecommunication network because of the phone that is part of the nursing service. Several of the nurses find it difficult to follow up using telemedicine because of this issue”. Other technical challenges were also expressed. One nurse stated: «I found it unfavorable that I did not have my own phone with camera. I had to use a phone that I shared with my colleagues. And this led to interruption in action. I had to answer the phone and other practical tasks”. Hence, the results indicate that there is room for further organizational and technical improvements in implementation and delivery of TM. Consequently, the role of health service managers is key. This was also expressed by the nurses as they highlighted that they did not get enough time to really get familiar with TM and consequently felt that it was not fully internalized.
As part of the implementation of TM, the nurses were also asked how they were working with preventive care strategies in order to prevent recurrent ulcers. The data revealed that some nurses found it difficult to involve patients in preventive aspects and to produce lasting behavioral changes. A nurse explained it as follows: “Some of the patients are interested in preventive strategies and some do not care. They don’t want to take responsibility for their own health. Some of these patients are very set in the way they are living their lives and they want us to stop nagging” . Similar statements were expressed from other nurses. For instance, one nurse stated: “My experience is that they are interested in doing preventive measures , but they find it hard to pull through”. Some of the nurses also expressed that patients seemed interested in taking action and doing preventive measures. Furthermore, they believed that patients were interested and involved when they received information about it. Moreover, nurses expressed that they gave plentiful advice to the patients regarding different preventive measures. However, they experienced that the patients often did not follow up the plan afterwards. Thus, the nurses found it challenging to implement preventive care strategies and produce lasting behavioral changes.
As to patients’ experiences related to taking part in the intervention, we found the following three themes: (1) experience with TM promotes a feeling of security over time , (2) patients’ preferences and individual needs on user participation in TM are not met and, (3) experiencing limited focus on prevention of re-ulceration.
The interaction between healthcare professionals at different levels in the health care system provided the patients with a positive experience and made them feel more secure. Hence, we found that through interaction, communication and follow up, the patients experienced a feeling of security regarding TM and its functions. As stated by one patient: “ When the wound was quite big and painful , I felt more insecure if it was the nurses with less competence who came to assist me. But it worked very well. Sometimes they contacted help via the phone. They have contact and receive help from the hospital and I find this reassuring. The nurses at the hospital decide which treatment and follow up should be carried out by the community nurses.” In addition, the patients expressed that they wished that TM treatment would be continued, and they stated that it was beneficial and essential for good treatment. Taken together, the results indicate an initial worry and a sense of insecurity when less competent nurses were responsible for wound care. However, TM overcame this issue, and the patients developed a feeling of security and expressed that they hoped that TM would proceed.
Patient preferences differed from patient to patient. This relates to how much they wished to be involved in the treatment and how much detail they would like regarding the communication that is exchanged via the TM platform. The results indicate that each patient’s different needs were not fully met in the implementation of TM. Some of the patients said they would like to be little involved and received little information. One patient said: “I felt safe , I think I knew too little about this and the nurses would do what they knew were correct and best for me”. On the other hand, some patients would like to be more involved and to receive as much information as possible. One patient stated: “What I think seems a bit odd is that I did not get clear feedback about whether the information that was handed to the hospital on my behalf had any implications for the treatment. I never received any feedback about whether the information I provided was received or not at the hospital.” Also, the patients pointed out the need for individual adaption in TM follow-up care. In the words of one patient: “I am a person with quite good communication skills , but that is not the case for everyone in this patient group. I think they need to take it very slowly and carefully with other patients. This is something that is very new for the elderly in this patient group.”
A central theme in the interviews with patients revolved around their thoughts about different preventive measures. This included perceptions of how patients themselves take preventive measures as well as how the healthcare professionals communicated the importance of this to the patients. The patients in the present study mainly reported that there was little or no focus on prevention. In the words of one patient: “No , I cannot remember that any of them has talked about prevention” . Similar statements were provided from several participants, for instance as follows: “No , they have not talked about it. The only thing they have mentioned is that I should be careful not to knock my foot into a table or something like that.” It is unclear if this is indeed the case or if the patients did not have enough knowledge to determine what constitutes preventive measures. If so, they would not be aware that nurses provide them with important easy-to-use advice that is crucial for daily management and prevention of new ulcers. However, this sheds light on an area in which there is room for further improvement regarding how such information is provided to this patient group.
We found that implementation of TM gave nurses an increased ability to act although there are still minor, but essential barriers to full integration. The patients expressed an increased feeling of security after having had positive experiences with TM. In addition, the patients reported that they had different preferences and needs regarding how much information they would like on what is communicated on the TM platform and how involved they wanted to be. Furthermore, the results indicate that although TM provides the community nurses with a tool to be more proactive in preventive care, the nurses found it challenging to facilitate behavioral changes in relation to such care. This is a complex issue as some of the patients report that they experience receiving limited information on strategies to prevent-re-ulceration.
The first theme describes an “enhancing professional self-efficacy for wound care”, which also implies that the knowledge and guidance provided to the community nurses are facilitating their actions. This is in line with previous research that has shown that TM increased health care professionals’ skills and knowledge on wound assessment [ 11 , 12 , 22 , 23 ]. Increased knowledge, and consequently an enhanced ability to act, are important elements when evaluating the use of TM. Through these factors, the nurses may experience improved confidence and a feeling of security. This can in turn empower them to act and give high quality care.
These results are also reflected in the patients’ feedback, as they reported having developed more security through their experiences with TM. Furthermore, different factors such as self-esteem, positive emotions, and organizational and personal commitment have been found to mediate job satisfaction [ 24 ]. Considering this, it would be interesting to investigate how TM may affect or mediate job satisfaction, as it provides the nurses with an increased ability to act. This is important, not merely because of the positive aspect of job satisfaction in itself, but also because job satisfaction is a determinant of turnover intention. For instance, Perry et al. [ 25 ] found that turnover intention (i.e., employees’ intent to find a new job with another employer) is more present among employees that are less satisfied with their jobs. Hence, the results from the present study may have other important implications beyond the scope of this paper.
The results indicate that there are areas with room for further improvement. Although the nurses in the present study reported that they felt more secure and that TM provided them with an increased ability to act, they also recognized that TM has the potential to function even better. The nurses described different challenges with the technology that could be improved. These issues include difficulties with the basic services as the telecommunication system. Moreover, it also relates to more comprehensive issues. One such issue relates to a feeling that the application is not fully integrated in work life. Another relates to the experience of TM as a time-consuming process and consequently increasing workload, contrary to the intention of the use of TM.
The nurses expressed that the service managers should provide them with more time and resources to really get familiar with TM and thus be able to fully integrate it in practice. These results are in line with a scoping review that pointed out that the technology itself is a hindrance due to a shortage of resources and time, training, and finances [ 26 ]. This is also reflected in previous results from an earlier stage in this project showing that documentation is seen as overly time-consuming [ 12 ]. Moreover, adequate equipment and time is essential to benefit from this new technology [ 13 ]. In order to address these challenges, the responsibilities of health service managers in primary care need to be addressed more. These responsibilities also need to be specified to facilitate the adoption of new technologies and work to integrate them in practice. Consequently, the use of TM technology can be a relevant alternative and supplement to usual care [ 1 ].
The main difference between the current study and the qualitative study conducted in the first wave of the TM project [ 12 ] is that the current study provides knowledge regarding the experiences of both health care professionals and patients. Furthermore, Kolltveit et al. [ 12 ] found that introducing TM in primary and specialist health care implied a change in wound assessment knowledge and skills. The authors further emphasized that the health care professionals developed a better and increased understanding of what they saw when they evaluated the ulcers and performed wound care. The results from the present study indicate a change in relation to the nurses’ everyday work life, as the online web ulcer platform made it possible to seek help regarding the ulcer treatment from more experienced healthcare professionals.
The results further highlight that the differences in patient preferences and needs are central to consider in the implementation of TM. Some of the patients express that they would like to be more involved, while others express that they do not want further information or involvement. The latter group would therefore like the nurses to take full control over their situation. Two central concepts in the health science literature are person-centered-care or patient-centered care, respectively [ 27 ]. Both concepts imply that patients should be more involved as partners in their care and treatment. Thus, they highlight that the patient should be the most central stakeholder in the decision-making process [ 28 ]. A recent systematic review investigating the use of person-centered care in chronic wound care found improved outcomes regarding pressure ulcer prevention, patient satisfaction, patients’ knowledge and quality of life [ 29 ]. Considering the findings from Gethin et al. [ 29 ] and the results from the present study, we argue that patients’ needs, beliefs, strengths and personality should be carefully considered in the implementation process. This is also highlighted and pointed out by Foong et al. [ 2 ], who argued that patients’ preferences, attitudes and circumstances are important factors for successful adoption of digital technology in diabetic foot ulcer treatment.
The results showed that nurses found it challenging to facilitate behavioral changes in relation to preventive care. This is also somewhat reflected in the answers from patients, as they express that the nurses have limited focus on different strategies to prevent re-ulceration. However, the difficulty of overcoming patient inertia for facilitating change in behavior may not be directly linked to TM use. Instead, it may reflect that the nurses are not truly integrating technology into the process of care. This would require more careful planning and resourcing of the technology implementation process. Meanwhile, the nurses report working with preventive care – communicating central and easy-to-use advice – but experiencing that the patients do not make use of this information. To understand the discrepancies in how these experiences from nurses and patients are intertwined goes beyond the scope of the present study. However, it points out central aspects for future studies to examine. Moreover, we found that different patients had different needs and preferences – an aspect that could also be further improved through patient-centered care. For instance, Li et al. [ 30 ] found that an individualized, educational 12-week program (including one-on-one training during bedside visits, brochures, telephone follow-ups and home visits) significantly improved foot self-care behavior. However, there was no change regarding the incidence of the foot problems. Considering this study and the results from the present study, we argue that future implementation of TM should consider even more systematic and individual-level work with preventive care strategies. TM provides nurses with a tool to be more proactive in preventive care, but it seems difficult to overcome these challenges by only implementing TM without a complimentary behavioral strategy.
Treatment of foot ulcers among people with and without diabetes challenges the health care system in terms of resource distribution and management strategy [ 31 ]. By extension it has been important to investigate the effectiveness of TM, as it may represent an approach that can meet these challenges. The quantitative results that the current study derives from was reported in Smith-Strøm et al. [ 1 ] and Iversen et al. [ 3 ]. Smith-Strøm et al. [ 1 ] found that TM follow-up to patients was noninferior for ulcer healing time when compared with standard outpatient care. Furthermore, when comparing risk from death and amputation was considered, no significant differences in healing time was found. In secondary analyses of data from this study, Iversen et al. [ 3 ] aimed to compare changes in self-reported health, well-being and quality of life. The findings showed no significant differences between the intervention and control group in changes in scores for the patients’ reported outcomes. The current study found some room for further development in how we integrate TM in regular practice and need for better technological equipment. However, we do not know how patients experiences standard care and potential challenges that arise in such care compared to those in the TM setting. The current study does still provide essential insight that enriches our understanding of TM as an appropriate and effective method for wound care management and treatment.
The insights from this study provide knowledge on how nurses and patients experience the implementation of TM in primary care. A potential limitation is that the answers from patients might have been influenced by the interactions and established relationships with the nurses. This may have led them to give more positive answers to show gratitude for the treatment and their involvement. In addition, the nurses may have cultivated a specific culture within the clusters that may have affected their answers. This could lead to responses not necessarily representing their own actual views and experiences. The interviews were conducted over the telephone, which may have led to loss of nonverbal data that could have provided contextual information that could in turn have informed the analyses. As this is a technology-based intervention, one can argue that it would have been beneficial if the interview guide included specific questions regarding technical issues with and barriers to operating the TM technology. This might have provided us with clearer and more detailed information regarding the possible barriers when using this method. In addition it would have been beneficial if this further implementation study also included interviews with the healthcare professionals working at the hospital as this may have provided us with knowledge regarding their experience with the TM intervention. Both of these issues would be a fruitful topic for further research on similar TM approaches.
The results from the present study provide new and valuable knowledge on how the implementation of TM is experienced both from nurses’ and patients’ perspectives. Future implementation of TM should provide nurses with better technological equipment, mapping each patient’s specific needs for information about the communication that is exchanged on the TM platform and provide nurses with tools that facilitate a systematic approach in order to produce behavioral changes in relation to preventive care.
The datasets generated during and analyzed during the current study are not publicly available in order to ensure the participants ‘anonymity but are available from the corresponding author on reasonable request.
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We thank the patients and the community nurses for their willingness and motivation to contribute, which made this work possible.
KMB received funding from the Norwegian Nurses Organization.
Open access funding provided by Western Norway University Of Applied Sciences
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Department of Health and Caring Sciences, Western Norway University of Applied Sciences, P.O. Box 7030, Bergen, 5020, Norway
Kjersti Marie Blytt, Beate-Christin Hope Kolltveit, Marit Graue & Marjolein Memelink Iversen
Department of Medicine, Section of Endocrinology, Stavanger University Hospital, Stavanger, Norway
Mari Robberstad, Siri Carlsen & Marjolein Memelink Iversen
Department for Dermatology, Stavanger University Hospital, Stavanger, Norway
Thomas Ternowitz
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BKHK, MG, MMI designed the study. MMI, MR, TT, SC contributed to collecting data in the trial. KMB conducted the initial analyses and wrote the first draft. BKHK, MG, MMI contributed to the analyses process. All authors contributed to writing, revising, and approved the final manuscript. MMI applied for funding. MMI is the guarantor of this work and, assuch, had full access to all the data in the study and takes responsibility for the integrity of thedata and the accuracy of the data analysis.
Correspondence to Kjersti Marie Blytt .
Ethics approval and consent to participate.
The study was approved by the Norwegian Agency for Shared Services in Education and Research (Ref. 837886) and the main project was approved by Regional Committee for Medical Research (REK-VEST 2011/1609). Informed written consent was obtained from all participants. The written information specified that participants were informed that their contribution was voluntary and that they could withdraw from the study at any point without consequences. To ensure the participants’ anonymity, we used numbers instead of names in the transcribed material. All methods were carried out in accordance with relevant guidelines and regulations.
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Blytt, K.M., Kolltveit, BC.H., Graue, M. et al. The implementation of telemedicine in wound care: a qualitative study of nurses’ and patients’ experiences. BMC Health Serv Res 24 , 1146 (2024). https://doi.org/10.1186/s12913-024-11620-w
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Received : 17 April 2023
Accepted : 20 September 2024
Published : 29 September 2024
DOI : https://doi.org/10.1186/s12913-024-11620-w
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Pursuing a nursing career internationally can significantly enrich your personal and professional life. One of the most compelling advantages is the exposure to different healthcare systems. Working abroad enables you to learn about diverse approaches to healthcare, different epidemiological trends, and unfamiliar medical procedures or ...
One of the most exciting international nursing job opportunities is teaching. Teaching gives you a more predictable schedule, so you can plan side trips or simply enjoy your leisure time without being on call. You'll need teaching experience and at least an MSN. Some schools or organizations require a doctorate.
The factors that attracted nurses in the destination countries included the ability to speak the language of the destination country or another foreign language, having international travelling experience, having other relatives who live abroad, desire to have a higher education and knowing other health professionals who live and work abroad.
If so, you are not alone. Many nursing students and professionals choose to study or work abroad to gain valuable skills, experience different cultures, and make a positive impact on global health. Nursing abroad can also boost your career prospects, as employers value nurses who have international exposure and cross-cultural competence.
How to work abroad as a nurse. 1. Earn your nursing degree. A nurse who completes an associate or bachelor's degree from an accredited nursing program can become a travel nurse. Degree programs require courses like human development, ethics, physiology, anatomy and family health to prepare you for a health care career.
Nurses planning to work overseas need to research what work visas and licenses are required by the country where they plan to practice. Nursing Overseas: Pros and Cons. The globalization of disease and health care has made the need for experienced nurses and nurse leaders worldwide even more crucial, particularly as the world faces a nursing ...
A firm plan to work abroad already had 13% nurses. Single nurses and those friend or relative abroad were more likely to consider working abroad than their counterparts (Odds Ratios were 2.3 and 1.7 respectively). The likelihood to consider working abroad was decreasing by 29% with the improvement in financial situation.
Research 750 Medical and nursing students' intentions to work abroad or in rural areas: a cross-sectional survey in Asia and Africa ... against work abroad (20 versus 0 years: OR: 0.69, 95% CI: 0.50-0.96). Conclusion A significant proportion of students surveyed still intend to work abroad or in cities after training. These intentions could be
The Philippines has been a top global exporter of nurses, with thousands of Filipino nurses working abroad. In 2019 alone, at least 17,000 Filipino nurses signed overseas contracts (Robredo et al., 2022).However, the domestic healthcare system has faced multiple challenges such as understaffing, inadequate infrastructure, low wages, and limited educational opportunities (Robredo et al., 2022).
In conclusion, working abroad as a nurse is a unique and exciting opportunity that provides many benefits. From professional development and personal growth to financial benefits and the chance to travel, there are many reasons why nurses should consider exploring work abroad. With a little bit of research and preparation, you can turn your ...
Building confidence with patients, coworkers, and employers by consistently upholding ethical and legal standards enhances the standard of treatment. It can be tremendously rewarding, both professionally and personally, to have a prosperous nursing career abroad. However, it necessitates thorough preparation, devotion, and ongoing learning.
The shortage of nurses is a worldwide challenge; thus, over the past several decades, countries in the global north have strategically recruited nurses from the global south to establish an adequate nursing workforce (Bautista et al., 2019; Drennan & Ross, 2019).Foreign-educated health professionals represent more than a quarter of the medical and nursing workforce of Australia, Canada, the ...
The aim of this systematic review was to identify the evidence contributed by qualitative research studies of FENs' work experiences in a new country and to link the results to patient safety competencies. ... immigrant, ethnic, international, multicultural, cross‐cultural, abroad, nurse, nursing, cultural competency, cultural diversity ...
Do your research . Check with the International Council for Nurses (ICN) and the specific nurses' association in the country where you intend to work for information on the minimum requirements and regulatory framework in place.. Obtain background information on nursing and health care in overseas countries. Learn about the culture, religious beliefs and laws of the country that you are ...
Parallel to the findings of this study, while some studies in the literature reported positive attitudes of nursing students in Turkey towards brain drain (Öncü et al., 2021;Seven and Adadıoglu ...
Students acknowledged that the nursing role abroad was slightly different from the typical nursing role in Norway. ... The authors declare that they have no known competing financial interests or personal relationships that influenced the work reported in this paper. This research did not receive any specific grant from funding agencies in the ...
The U.S. is hiring nurses from abroad, ... and often worse, exist in global south countries. So if you're going to work too much and be afraid about getting COVID, then maybe doing that and coming ...
Objective To assess medical and nursing students' intentions to migrate abroad or practice in rural areas. Methods We surveyed 3199 first- and final-year medical and nursing students at 16 ...
Assessments from LMIC are limited in size and fail to compare class years, degree programmes, institutions and countries. 6 To address this research gap, we conducted a multinational assessment of medical and nursing students' migration intentions in LMIC by surveying first- and final-year students at leading government institutions (Appendix ...
1. The research was conducted in order to assess the views and attitudes of nursing students in Kosovo, about working abroad. 2. This research has a special focus on identifying the factors that ...
Nursing overseas suggests having desirable traits for such as resourcefulness, resilience and determination. These traits include: the willingness to take on new challenges. an ability to learn new systems and methods of working. huge levels of self-confidence to work in a new place.
While travel nurses working in the U.S. usually take assignments that last six months or less, international travel nursing jobs require longer commitments. International nursing jobs in Europe and Australia require nurses to work at least a year. Nurses placed in Middle Eastern countries often take contracts that last a minimum of two years.
Work with study principal investigators to ensure compliance with research protocols, maintain documentation, and monitor patient outcomes. Collaborate with cardiologists, research teams, cardiovascular interventionalists and cardiovascular surgeons for comprehensive care. Maintain proficiency in Good Clinical Practice (GCP) training ...
This study aims to discover the different factors that motivate Boholano Nurses to work Abroad in terms of Economic Factors, Job-related Factors, Socio-political Environment Factors, and Personal ...
Background Nursing literature suggested that patient mistreatment has significant impacts on nurses' emotions and job burnout. Yet, further research is needed to understand the underlying mechanism and the spillover effect on nurses' families. Leveraging the goal progress theory, this study aimed to examine the association between patient mistreatment, nurses' emotional exhaustion, and ...
The increasing use of telemedicine (TM) represents a major shift for health workers and patients alike. Thus, there is a need for more knowledge on how these interventions work and are implemented. We conducted a qualitative process-evaluation alongside a larger randomized controlled trial designed to evaluate a telemedicine follow-up intervention for patients with a leg- or foot-ulcer, who ...
Factors Motivating Boholano Nurses to Work Abroad College of Nursing Students in the School Year, 2018-2019 September 2022 University of Bohol Multidisciplinary Research Journal 10(1):31-43