- *Corresponding Author:
- Lamya Alnaim
Department of Clinical Pharmacy, College of Pharmacy, King Saud University, Riyadh, Saudi Arabia
|Date of Submission||02 February 2019|
|Date of Revision||17 June 2019|
|Date of Acceptance||22 September 2019|
|Indian J Pharm Sci 2019;81(6):1131-1136|
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The present study was aimed to explore the current practices related to oral chemotherapy prescription, dispensing, monitoring and patient education. The novelty of this study was based in utilizing most recent data for retrieving relevant outcomes. A cross-sectional design was employed to recruit 161 pharmacists, physicians, and nurses. A survey questionnaire was implemented to examine prescribing practices, coordinating and monitoring adherence, safety monitoring, and education of patients regarding oral chemotherapy. Descriptive statistics and Chi-square analysis were used to present data through Statistical Package of Social Sciences software. A majority of the healthcare providers (79 %) received training on the safe handling of oral chemotherapy, while 74 % were trained by their organization regarding patient education. While 68 % of hospitals used self-designed papers as resources to guide patient education, 51 % used drug pamphlets and 16 % used personalized treatment calendars. Almost 94 % of hospitals applied double checks for calculated doses as additional safety technique; while, other hospitals (34 %) used barcode scanning. The future planning and implementation of oral chemotherapy needs proper educational and training for the healthcare workers. In addition, health care workers should follow guidelines for quality assurance of their prescriptions.
Cancer, healthcare, oral chemotherapy, observation
The use of oral chemotherapy is increasing in practice as it offers patients with non-invasive option of treatment, ease of administration, and gives them a feel of control over their medications. However, these medications carry a high risk for the patients and their caregivers by compromising patient safety and contributing to medication errors, especially if they are intended for self-administration in case of longterm therapy. Patients’ autonomy is increased through oral administration as it reduces the number of visits at the hospital during long-term treatments. Potential problems associated with oral drugs include, lack of information on management of treatment and lack of improvement in patient’s adherence. As compared to the intravenous chemotherapy administration, levels of safety and monitoring for oral chemotherapy administration are less vigorous.
Healthcare professionals play a major role in promoting optimal practices, in reducing challenges related to the use of oral chemotherapy. These professionals ensure that patients receive a comprehensive education and monitoring to obtain ultimate benefit and to achieve therapeutic outcomes. Patient education regarding oral chemotherapy administration, the advantages and safety concerns of this treatment throughout the course of treatment is therefore necessary for managing symptoms and improve adherence. In fact, it has been stated clearly that patients should be contacted within the first week of starting oral chemotherapy and later they need to visit weekly for few weeks. This is achieved by implementing strategies that can enhance adherence and minimize errors related to oral chemotherapy and involve patients on decisions to determine whether they are able to comply with their treatment plan or not. In addition, patients are provided with educational material and counselling sessions to make sure they understand about their disease and medications.
Taken together, it is clearly important to implement guidelines that help in providing a well-developed practice to address issues and have optimal comprehensive patient care. It is also important to compare prescribing practices of oral chemotherapy and the level of recollection of adverse events associated with oral administration. Latest comprehensive data on patient practice patterns of oral chemotherapy are lacking from Saudi Arabia. Indeed, 2 studies from multiple centers. Mekdad and Al Sayed, Ibrahim et al. have reported that educating pharmacists and safe handling of oral chemotherapeutic agents are directly associated with safer procedure. As both of these studies have used data till 2014; the novelty of this study was based in utilizing recent most data for retrieving relevant outcomes. Therefore, the present study aims to identify the current practice related to the oral chemotherapy prescription, dispensing, monitoring, and patient education.
A cross-sectional, multicenter, and observational study was carried out between June 2016 to February 2017 at different public hospitals including; King Khalid University Hospital, Prince Sultan Military Medical City and King Fahad Medical City in Riyadh, Saudi Arabia. The study included oncologists, pharmacists and nurses who have been prescribing oral chemotherapy. A sample size of 383 participants was initially included to represent the study’s population through computer generated randomization without stratification. The sample size calculation correspond to 5-10 % accuracy that is related to recollection of the adverse events that might occur during oral chemotherapy. The survey was developed on the basis of the studies conducted by Conde-Estévez et al. and Weingart et al.. It comprised of 4 items that helped in examining the prescribing practices, coordinating and monitoring adherence, safety monitoring, and education of patients regarding oral chemotherapy. Once the survey was distributed, participants were followed up to collect the surveys.
The questionnaire was distributed at different hospitals after taking the approval and the IRB from the hospitals assigned. A total of 160 questionnaires were returned back with complete information with response rate of 42 %. Descriptive statistics (frequency and percentages) were used for presenting the characteristics of respondents. Inferential analysis was used for exploring the association between prescription practices and severe adverse events. Analysis was carried out using Statistical Package of Social Sciences.
A total of 161 respondents completed the survey, with a response rate of 64 %. Approximately 81 % of participants were specialized in oncology practice with average years of experience from 3 to 5 y. Almost 51 % of the respondents used electronic ordering system for prescribing oral chemotherapy, followed by 45 % who used printed paper prescriptions specifically for chemotherapy. About 32 % of the respondents used paper order form, if there was a defect in the electronic system. A total of 96 % respondents have reported that pharmacists were the most influential health care professionals to dispense oral chemotherapy to the patients.
About 79 % health care providers received training on the safe handling of oral chemotherapy and 74 % were trained by their organization regarding patient education. In addition, patient education was performed in the hospital pharmacy (45 %), and medical wards (40 %), while 10 % of the participants received no education. The baseline characteristics of respondents including their hospital, years of experience, and their participation in educating patients about the use and safety of oral chemotherapy is presented in Table 1.
|Hospital name||King Khalid University Hospital||35|
|Prince Sultan Military Medical City||36.25|
|King Fahad Medical City||28.75|
|Years of experience||0||11.87|
|Percentage of preformed patient education||Physician||79|
|Other (Health educator, do not know, nobody)||10|
Table 1: Baseline Characteristics of the Respondents
Moreover, it has been assessed that 68 % of hospitals used specifically designed papers as resources to guide patient education, while 51 % used drug pamphlets, and 16 % used personalized treatment calendar.
Oral chemotherapy adherence was assessed in by dispensing exact number of doses (67 %), pill count (44 %), rates of prescription refill (31 %), drug levels in blood (20 %), and use of questionnaires (13 %). These factors were helpful in the assessment of the practice patterns used at different cancer centers for oral chemotherapy. Moreover, 94 % of hospitals applied double checks for calculated doses as additional safety technique; while, other hospitals (34 %) used barcode scanning. In addition, 17 % of patients reported serious adverse events and 18 % missing reports were identified during the past year.
A majority of the respondents with ≥5 y of experience received proper training regarding the administration of oral chemotherapy; similarly, there were 10 respondents, who had no experience, and did not received training (Table 2). The findings obtained through Chi-square analysis have shown a positive and significant association between years of experience and healthcare professionals who received training (p=0.000). In the hospitals, where proper education was provided, 21 missing reports have been indicated. Interestingly, 48 participants were not aware of the missing reports in their area due to lack of knowledge and awareness (Table 3). The findings have shown a positive and significant association between patient’s education and senior near misses (p=0.025). A high percentage of health care providers who have been in oncology practice for more than five years were unaware of any reports of adverse event in past year. This indicates a lack of proper monitoring for the patients receiving oral chemotherapy (Table 4). The findings have shown a positive and significant association between patient’s serious adverse events and years of experience (p=0.051). Participants received training on oral chemotherapy provided by pharmacy staff or outside. Training included: safety on handling and distribution, dispensing and disposal of chemotherapeutic agents, hazardous spill management, and administration courses. Training courses were instructive. Nursing staff frequently received training on oral chemotherapy compared to other healthcare professionals (Table 5). The findings have shown a positive and significant association between training and type of healthcare provider (p=0.000).
|No experience (%) <6 mo||6-12 mo||1-2 y||3-5 y||>5 y|
|Likelihood ratio Chi-square||26.829|
Table 2: Chi-Square Analysis: Healthcare Professionals Who Received Training Versus Years of Experience
|No||Yes||Do not Know|
|70.481 %||2.805 %||5.714 %|
|64.519 %||24.195 %||49.286 %|
|Likelihood Ratio Chi-Square||7.262|
Table 3: Frequency of Patients’ Education versus Serious Near Misses
|No experience||<6 mo||6 – 12 mo||1 – 2 y||3 – 5 y||>5 y|
|6.635 %||3.981 %||5.750 %||9.288 %||11.500 %||31.846 %|
|2.788 %||1.673 %||2.417 %||3.904 %||4.833 %||13.385 %|
|Do not Know||n=10||n=7||n=4||n=9||n=10||n=18|
|5.577 %||3.346 %||4.833 %||7.808 %||9.661 %||26.769 %|
|Likelihood Ration Chi-Square||18.405|
Table 4: Chi-Square Analysis: Serious Adverse Event Verses Years of Experience
|7.437 %||1.577 %||1.352 %||21.634 %|
|25.563 %||5.423 %||4.648 %||74.366 %|
|Likelihood Ration Chi-Square||35.497|
Table 5: Frequency of Received Training versus Type of Healthcare Provider
The emergence of different modes of administering medicines has highlighted the importance of patient preference for administration. Oral chemotherapy is a preferred method of medication over intravenous injections because of patient convenience, ease of administration and perception of efficacy. However, oral chemotherapy is also associated with several challenges to the health care providers pertaining to treatment adherence, compliance to treatment schedule by patients and management of side effects. It is therefore vital to evaluate the current practices related to the oral chemotherapy prescription, dispensing, monitoring, and patient education.
The results from the current study have demonstrated a wide range of prescription practices for monitoring patients receiving oral chemotherapy. Moreover, it has also presented the gaps within normal practice that allows to alleviate or decrease toxicity of oral chemotherapeutic drugs among patients. Interestingly, a study conducted by Weingart et al. demonstrated increased heterogeneity in prescribing practices and monitoring during the administration of oral chemotherapy. Only few of the practitioners in their study followed guidelines for quality assurance of their prescriptions; however, a majority of the respondents used electronic order entry systems. In addition, Weingart et al. demonstrated that a majority of the respondents worked in such hospitals where monitoring programs and therapeutic education was provided to all the patients receiving oral chemotherapy. However, these results are not consistent with our study as insufficient monitoring for the patients receiving oral chemotherapy could be identified.
It should be emphasized that although the methods for monitoring improves adherence, they may not be reliable. The present study has shown that oral chemotherapy adherence was assessed majorly by dispensing exact number of doses, and very less by using specific questionnaires. In the current study, heterogeneity in the prescribing practices of oral chemotherapy was not associated with the type of hospital and the oncologist, who specified the dosage. This has become possible due to the development of new educational tools that improved the overall practices about prescribing and monitoring the administered dosage.
There is a misconception about the reduction in risk to oral chemotherapy and that it is safe to handle as compared to other approaches. A high demand for improving the knowledge and practice among the health care professionals about safe handling of the oral chemotherapy drugs was reported by Al Goraini et al.. Safety can be ensured through the implementation of different educational and awareness programs. A study conducted by Ahmad et al. showed that there was lack of variable practices and formal policies concerning oral chemotherapy among majority of the regions across the world. The use of oral chemotherapy is therefore risky due to safety concerns for the patient as well as the healthcare worker; although, the use of these drugs has provided benefit to the patients with malignant disease. Consistent with the above studies, the present research has suggested significant challenges linked with the implementation of oral chemotherapy services.
A similar study conducted by Roop and Wu explained the current nursing practices that are prevalent for the safety of patients taking oral chemotherapy by conducting survey of the oncology nurses in outpatient setting. The results demonstrated that there is a need of systematic reliable policies and practices for increasing patient’s education because majority of the prevailing practices possessed erratic procedures and inadequate interdisciplinary communication. Another study conducted by Zerillo et al. conducted exploratory analysis of national practice-level data for assessing the baseline performance in oral chemotherapy management. The results depicted that there was a feasibility in the collection of oral chemotherapy test with greater variability as compared with monitoring of the toxicity levels.
The standard recommendations mainly include proper awareness of professionals and dealing cases by only experienced professionals. The exact role of associated professionals remains unknown as it has been declared that the charge of prescribing dose was shared with nurses or junior physician. The current practices of prescribing oral chemotherapy in the present study differ from the standard recommendations of good prescribing practices and there is a need of encouraging a formal evaluation across different countries. There is an increased risk of serious errors associated with oral chemotherapy that include increased potential for toxicity, narrow therapeutic ranges, and the transfer of responsibility from healthcare professionals to patients and their families. Therefore, the study suggests that policies and procedures should be developed for ensuring effective interdisciplinary communication for the safeguard of the patients. There is also a need to employ preventive strategies such as providing time for patient’s and family’s education and having a dedicated oral oncology nurse.
The study results are limited because the survey design used in this study could have added to selection bias. Due to this, respondents were observed to be more concerned regarding the prescription of oral chemotherapy and adherence of patients to oral chemotherapy while answering the questionnaire. Moreover, the use of declarative approach tends to increase the risk of adverse events. Declarative approach is mainly comprehensive, and adheres to general perspectives; therefore, there is a need for specific guidelines in the implementation of oral chemotherapy for both healthcare practitioners and patients. Moreover, the small sample size considered in this study also limits the approach to investigate the relationship between study variables. Future studies need to be conducted for assessing the exact roles of these practitioners and the positive impact of oral chemotherapy management.
The authors thank all the associated personnel who contributed in/for the purpose of this research. Further, this research holds no conflict of interest and is not funded through any source.
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