Challenges to Healthcare Professionals Regarding the Use of Electronic Health Records in PHCs

This work is licensed under a Creative Commons Attribution 4.0 International License. The license permits unrestricted use, distribution, and reproduction in any medium, on the condition that users give exact credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if they made any changes. Original article Challenges to Healthcare Professionals Regarding the Use of Electronic Health Records in PHCs Ebtsam Alonazi  Family medicine department, Prince Sultan Military Medical City PSMMC Saudi Arabia, Riyadh, Saudi Arabia Abstract Background: The adoption of Electronic Health Records (EHRs) within Primary Health Care (PHC) has transformed healthcare delivery, offering both opportunities and challenges for healthcare professionals. Implementation of EHRs has raised issues of usability, workflow adaptation, data security, ethical concerns, and professional competency. These challenges affect clinical efficiency, communication, and patient satisfaction, highlighting the need for a deeper understanding of barriers to effective use. Methods: A comprehensive review of literature published between 2010 and 2025 was conducted using major academic databases. The review identified key themes influencing EHR effectiveness in PHC settings, including system design, workflow integration, data protection, ethical governance, and user competency. Results: Findings reveal that complex interface designs, cognitive overload, and workflow misalignment reduce efficiency and increase documentation time, limiting patient interaction. Administrative burden and decreased team communication disrupt collaboration and contribute to clinician burnout. Concerns regarding data privacy, unauthorized access, and unclear consent policies undermine trust in digital systems. Additionally, insufficient training and low digital literacy hinder optimal EHR use and confidence among healthcare professionals. Conclusions: The success of EHR implementation depends not only on technological innovation but also on organizational readiness, leadership, and continuous professional development. To maximize EHR potential, healthcare organizations should adopt user-centered design, reinforce cybersecurity, standardize interoperability, and provide ongoing education. These measures can ensure EHR systems enhance care quality, support clinical decisions, and promote an efficient, ethical PHC environment. Keywords: Electronic Health Records, Primary Health Care, Usability, Workflow, Data Security, Ethical Concerns, Professional Training. Received: 02.11.2025 Revised: 25.11.2025 Accepted:26.02.2025 Published: 03.12.2025 Funding: This research did not receive any financial support. Conflict of interest: The authors declare no conflict of interest. How to cite: Alonazi E. Challenges to Healthcare Professionals Regarding the Use of Electronic Health Records in PHCs. J Clin Pract Med Res, 2025;1(3):23-36. DOI: 10.59324/jcpmr.2025.1(3).05 Introduction Digitalization has revolutionized how clinical settings document, share, and use patient data. A major change in this trend is EHRs. A patient's medical history, diagnoses, medications, treatment plans, immunization dates, allergies, laboratory test results, and radiographic images are stored in real time in EHRs [1]. They update patient data for authorized users to improve healthcare quality, safety, and efficiency. EHRs should improve clinical decision-making, medical mistakes, treatment continuity, and healthcare professional communication in primary health care (PHC). Although EHR adoption and use may have benefits, they have caused challenges that impair healthcare professionals' productivity, happiness, and performance. EHRs alter healthcare documentation and communication [2]. Paper-based patient data storage and interchange by primary healthcare providers caused fragmentation, data loss, and communication bottlenecks [3]. EHR integration was meant to solve these problems through real-time data sharing, departmental interoperability, and automated documentation [4]. These systems use data-driven decision-making, diagnostic test duplication reduction, and preventive treatment to improve healthcare. In practice, EHR adoption is tough. Technical, organizational, and human barriers to EHR use have been discovered in many research. Healthcare systems worldwide struggle with system complexity, usability, data entry, interoperability, and training [5]. Primary Health Care (PHC) is especially vulnerable due to its frontline role, low resources, and high patient load. As patients' first healthcare encounter, PHCs are vital to sickness prevention, chronic disease management, and health promotion [6]. In time-constrained sessions, doctors must treat many health conditions, educate patients, and assure continuity. Using EHR technology in such a demanding setting can be beneficial and disruptive [7]. Besides improving care coordination and data accessibility, EHRs can increase documentation, cognitive effort, and clinician–patient encounters. PHC settings must blend technology and human-centered care. EHR usability difficulties are well-known [8]. Bad interface design, complicated navigation, and many notifications Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 24 can annoy and inefficient clinicians. An unintuitive interface may impede data entry and retrieval, reducing patient involvement [9]. Poor clinical practice-EHR design cooperation can disrupt patient visits [10]. UX impacts patient safety, clinical accuracy, and healthcare quality, not just convenience. Clinical documentation errors, lost clinical information, and cognitive strain increase when practitioners struggle with EHR systems [11]. Thus, EHR design and functionality must be evaluated from technological and human viewpoints, stressing usability, intuitiveness, and therapeutic flexibility [12]. Another issue is EHR interoperability, which allows systems to share and analyze patient data. Despite global efforts to standardize health information exchange, many PHCs utilize systems that cannot interface with other providers or hospitals. Discontinuities in information cause needless tests, delayed diagnosis, and fragmented care [13]. Different software platforms, data formats, and privacy restrictions complicate interoperability. This lack of integration makes it hard for healthcare providers to get a complete medical history from patients who see many facilities. Digital health care requires interoperability to be effective and coordinated. Patient privacy and data security are crucial. Healthcare systems are vulnerable to hacking, ransomware, and data breaches due to digital health information storage and transmission [14]. These incidents may compromise patient privacy and institutional trust. EHR systems provide encryption, access control, and audit trails, but site utilization can vary [15]. Healthcare professionals encounter ethical challenges with data access, patient consent, and information exchange [16]. Maintaining clinician accessibility and patient confidentiality in PHC requires clear ethical norms and effective cybersecurity [16]. Training and competency gaps impact healthcare providers' EHR experiences. Many PHC staff receive little EHR deployment training. Without training, healthcare workers may struggle with complex features, causing inefficiencies and paperwork errors [17]. Without ongoing professional development and refresher courses, users struggle to adapt to software changes and new features. Structured, ongoing training improves confidence, efficiency, and data accuracy, lowering EHR use issues [18]. User-centered design, digital tool integration into clinical reasoning, and technical skills should be emphasized in EHR interaction training. Another rising concern is how EHRs effect healthcare professionals' job satisfaction and well-being [19]. Numerous studies have linked EHR documentation demands to clinical stress, burnout, and administrative load. Doctors and nurses spend more time on computers than patients, which may impair job satisfaction and emotional exhaustion [20]. Burnout reduces corporate productivity, patient safety, and individual performance [21]. Redesigning procedure, reducing duplicate data entry, and implementing speech recognition and automated templates requires technology and management. Encourage user input and continuous improvement to boost system usability and staff morale [22]. EHR integration impacts clinician-patient relationships. Computer screens in primary care appointments can alter trust, empathy, and communication habits. Documentation can distract clinicians from eye contact [23]. This may seem cold to sufferers. Technology and compassion must be balanced by purposeful communication such verbalizing record entries or involving patients in data viewing while consulting [24]. This can make EHRs interactive platforms that promote transparency and patient participation. EHRs are vital to modern healthcare despite these issues [25]. Their ability to coordinate treatment, improve patient outcomes, and promote data-driven public health cannot be ignored. Healthcare providers must solve several daily issues to get these rewards [26]. Technology innovation, organizational commitment, and user interaction are needed for PHC EHR rollout [27]. Primary healthcare EHR usability, acceptance, and sustainability must be studied given the global focus on digital transformation and the expanding usage of health IT [28]. Usability, workflow, data security, and training challenges for PHC EHR users are examined in this narrative study [29]. The implications of EHR use on job satisfaction, burnout, and patient safety are explored [30]. The study synthesizes literature and finds gaps to offer healthcare professionals and patients evidencebased EHR system optimization advice [31]. Understanding these issues can assist legislators, system designers, and healthcare administrators establish user-centered digital health programs that improve primary care quality, safety, and efficiency [32]. Research Question • What are the main challenges healthcare professionals face when using Electronic Health Records in Primary Health Care centers? • How does the use of Electronic Health Records affect healthcare professionals’ productivity and workflow efficiency? Aim of Research This study aims to examine how Electronic Health Records influence healthcare professionals’ performance, communication, and patient safety in Primary Health Care centers. It seeks to identify key challenges in EHR adoption, including usability, interoperability, and workload, while highlighting strategies to improve system efficiency. The goal is to provide practical recommendations that enhance both healthcare delivery and professional satisfaction. Objectives of Research • To identify and describe the challenges healthcare professionals encounter when using Electronic Health Records in PHCs. • To assess how EHR systems influence healthcare professionals’ productivity, communication, and workflow. Literature Review The delivery of healthcare must prioritize patient safety, and there is much debate about how well medical care works to prevent medical errors. The significance of medical errors is highlighted in this review of the literature as it examines the connection between patient safety and medical care. Patient safety is seriously threatened by medical errors, such as prescription drug errors, surgical errors, misdiagnoses, and communication problems. These mistakes may have negative outcomes, damage, or even death. Studies have repeatedly shown that to reduce these errors, medical care must be improved [33]. Training and competency of healthcare providers are important factors that affect patient safety. A culture of safety, adequate training, and continued education are essential to lowering medical errors. According to research, healthcare personnel who receive thorough training and participate in continual learning are less likely to make mistakes. Further, building a culture where healthcare professionals may freely disclose mistakes and near-misses is essential for enhancing patient safety on a continuous basis. Using health information technology (HIT) has the potential to improve patient safety. Medication mistakes could be decreased, and care coordination could be enhanced with the use of electronic health records (EHRs) and computerized physician order entry systems (CPOE). However, careful planning and consideration of workflow and usability issues are necessary for the effective deployment and use of HIT [34]. Other crucial elements of patient safety are interprofessional communication and teamwork. As information exchange and coordinated decision-making are crucial in complicated healthcare situations, effective cooperation can help prevent errors. Even while research has shown how important these elements are for enhancing patient safety, there are still difficulties in putting practical solutions into practice in a variety of healthcare settings. Progress can be hampered by issues like a lack of resources, tight deadlines, and reluctance to change. To improve the efficiency of medical care and lower medical Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 25 errors to maintain patient safety and well-being, addressing these issues and fostering a culture of safety, continual education, and the incorporation of HIT are crucial measures [35]. [1] focused on the quality and safety of healthcare while examining the effects of Electronic Health Record (EHR) systems on information integrity. The adoption of EHRs is increasing and is expected to improve productivity and patient care. But obstacles like data input errors, system outages, and interoperability problems loom, endangering patient safety and data accuracy. The key to overcoming these issues is comprehensive training, risk management measures, and data validation. Additionally addressed are issues of law and ethics, particularly in relation to patient privacy and data security. In conclusion, EHR systems have enormous promise to improve healthcare, but as healthcare organizations move toward digital records, protecting information integrity is crucial. [2] paper focuses on enhancing communication to increase patient happiness and safety. The importance of good communication in healthcare administration is emphasized by the author. The article explores the value of open and honest communication between patients and healthcare professionals and how it can reduce medical errors and boost patient satisfaction. It emphasizes how crucial it is to teach employees and promote a culture of communication within healthcare companies. Overall, the study highlights the crucial connection between patient satisfaction, safety, and communication, offering insightful advice for healthcare managers and professionals looking to improve the standard of treatment. Through qualitative research, the study by [3] explores how electronic health records (EHRs) affect patient safety. The study makes a point of highlighting the complex connection between EHR systems and patient safety by employing in-depth interviews with medical specialists. Results show both advantages and issues. Despite the fact that EHRs provide better information organization and accessibility, issues with data entry, system usability, and possible distractions exist. In order to enhance patient safety, the study emphasizes the necessity of enhancing EHR design, training, and integration. It emphasizes the critical role that user comments and experiences have in influencing EHR systems to improve healthcare and, ultimately, patient safety. The effect of nurses working shifts on patient safety is the subject of a systematic study by [4]. In order to assess the potential dangers connected to nurses' unpredictable work hours, the study reviews the body of available literature. The results show that shift work can, in fact, put patient safety at risk, with weariness, decreased attention, and misaligned circadian cycles serving as major contributing factors. The assessment emphasizes the need for all-encompassing tactics to reduce these hazards, such as optimizing shift scheduling, managing fatigue, and encouraging a patient safety culture inside healthcare institutions. It offers insightful information regarding the crucial connection between patient well-being and nursing shift schedules. In order to investigate the connection between healthcare professional burnout and patient safety, [5] conducted a systematic review and metaanalysis in their study. The study's analysis of prior studies finds a strong link between burnout and diminished patient safety. burnout is linked to an increase in medical errors and a decline in the standard of service. Burnout among healthcare providers increases the likelihood of bad occurrences. This study emphasizes how important it is to address burnout in the healthcare industry by implementing measures like better working conditions, mental health assistance, and stress reduction because it has a direct bearing on patient safety and the standard of healthcare delivery. Patient Safety Learning Systems (PSLS) are the subject of a systematic review and qualitative synthesis in Health [6] report. The idea of PSLS, which is a structured method to improve patient safety through shared learning from occurrences, is explored in this paper. The report goes over the PSLS's guiding concepts, elements, and effects. It emphasizes their ability to raise patient safety while encouraging a collaborative learning environment in the medical field. The evaluation places a strong emphasis on the necessity of incorporating PSLS into healthcare systems and the value of an encouraging workplace culture. It is a helpful tool for healthcare executives looking to improve patient safety with these systems. [7] evaluate the impact of Electronic Health Record (EHR) interoperability on healthcare quality and safety in high-income countries in a systematic study from 2022. The study investigates how well EHR systems can integrate and communicate patient data. Findings reveal that EHR interoperability improves information accessibility and care coordination while having a favorable influence on care quality and safety. It may result in fewer medical mistakes and better patient outcomes. The review does, however, identify some difficulties, such as technical problems and privacy risks. The study highlights the potential advantages of EHR interoperability while also emphasizing the need to address related issues in order to optimize its beneficial effects. The methodology for assessing the connection between Electronic Health Records (EHRs), interoperability, and patient safety in highincome countries is described in [8] systematic review procedure. The goal of the study is to determine how patient data sharing and integration capabilities of EHR systems affect healthcare safety. The relevance of interoperability in EHR systems and its possible impact on patient outcomes are emphasized by the authors as they go into detail about their methodology for carrying out this study. This protocol offers a wellorganized method for evaluating the crucial relationship between EHRs, interoperability, and patient safety, providing useful information for upcoming studies in the area of healthcare informatics. [9] study looks at the impact of physician use of Electronic Health Records (EHRs) on patient satisfaction. The study looks into how the doctor-patient interaction is impacted by the integration of EHR technology into clinical practice. According to the study, frequent EHR use during patient interactions can result in lower patient satisfaction because patients think doctors are paying less attention. The findings highlight the need for healthcare professionals to achieve a balance between EHR adoption and direct patient involvement, even though EHRs have benefits, including improved record-keeping. This study emphasizes the complex interplay between patient-centered care and technology uptake in healthcare settings. The "Global Patient Safety Action Plan 2021-2030" from the World Health Organization (2021) provides a detailed plan for enhancing patient safety in healthcare during the following ten years. By tackling a number of patient safety issues, such as healthcare-associated infections, pharmaceutical safety, surgical safety, and more, this ambitious approach aims to eradicate needless damage in healthcare. The strategy places a strong emphasis on the value of international cooperation and knowledge exchange in achieving safer medical procedures on a global scale. It offers a road map for nations and healthcare systems to improve patient safety and lower medical errors while putting a global patient's well-being first. The study by [10] examines the effect of Electronic Health Records (EHRs) on data sharing and healthcare communication, concentrating on their function in the diagnostic process. The study outlines barriers to improving diagnoses with EHRs as well as potential. Issues like information overload and interruptions in provider-patient contact are challenges. EHRs, however, also present chances to enhance treatment through the exchange of data, decision-support tools, and standardized information. In order to optimize the diagnosis process and eventually improve patient care and safety in healthcare settings, the Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 26 study underlines the significance of resolving communication issues and utilizing EHR capabilities. The study by [11] makes a strong case for including cognitive bias education in medical education to decrease diagnostic errors and improve patient safety. The study highlights the importance of cognitive biases in diagnostic decision-making and how they might result in potentially damaging errors. The authors suggest a methodical strategy for educating students about these biases and critical thinking abilities. Healthcare workers can increase diagnostic accuracy and consequently make patient care safer by increasing awareness of typical cognitive errors and offering techniques to mitigate them. The vital relationship between critical thinking, cognitive biases, and patient safety in the medical industry is highlighted in this article. The Health IT Safety Framework, which strives to gauge and improve patient safety through the implementation of HIT, is described in [12] publication. The framework offers a detailed roadmap for healthcare organizations and offers an organized way to assess how HIT affects patient safety. It focuses on detecting and minimizing potential hazards related to HIT, such as mistakes with electronic health records. The framework emphasizes the need for healthcare practitioners to effectively use technology to increase patient safety while addressing potential difficulties, supporting better patient outcomes and care quality in doing so. The article by [13] explores the current issues with health information technology (HIT) and how they affect patient safety. The study draws attention to problems with HIT systems, such as interoperability, usability, and electronic health records. It emphasizes the possibility of unexpected consequences and safety issues associated with HIT, including data entry mistakes and alert fatigue. In order to maximize patient safety, the authors emphasize the significance of resolving these issues and recommend enhanced design and strong safety precautions in HIT. The essay emphasizes the deep connection between HIT and patient safety as well as the necessity of continual initiatives to strengthen healthcare technology's contribution to patient care improvement. The effectiveness and security of voice recognition technology for electronic health record (EHR) documentation were examined by [14]. Their research revealed that while voice recognition technology might increase EHR documentation productivity, its effects on safety were not entirely positive. According to the study, there is a need to carefully weigh the potential advantages of speech recognition technologies against safety issues when incorporating them into electronic health record systems [15]. An examination of patient safety issues with electronic health records (EHRs) was done by [16]. Their research revealed a number of safety concerns with EHRs, including as data input problems, interface design, and usability. The research [17] emphasized the need of continual efforts to resolve these issues and improve patient safety in the setting of EHRs. [18] offered suggestions for improving the usability of electronic health record systems in order to increase patient safety and care quality. According to [19], their investigation emphasized the importance of usability in the design and deployment of EHRs, and that enhancing usability may result in improved patient outcomes and safety. A thorough meta-review of computerized diagnostic decision support systems in primary care settings was carried out by [20]. Their study demonstrated how these systems, by giving medical professionals decision support tools, may lower diagnostic mistakes and increase patient safety [21]. [22] looked at the impact of patient picture display on order input mistakes involving the incorrect patient in electronic health records. According to their research, showing patient photos might improve patient safety in hospital environments by facilitating easier patient identification and lowering order input mistakes. The function of electronic health records (EHRs) in patient safety and health information technology was covered by [23]. [24] emphasized how EHRs may improve information management, facilitate decisionmaking, and reduce medication mistakes, all of which can improve patient safety. After implementing a systematic handoff program, [25] noted improvements in medical mistakes. According to [26], their research revealed a correlation between organized handoffs and a decrease in mistakes, highlighting the significance of efficient handoff procedures in enhancing patient safety. According to the findings of [27], healthcare workers' ability to identify patient safety risks was enhanced when they took part in simulations based on electronic health records. According to [28], their study highlighted the importance of training and simulation in raising healthcare personnel' knowledge of safety issues and therefore improving patient safety. [29] evaluated the effects of electronic health records on healthcare quality and safety by qualitatively analyzing the experiences of practitioners. The research offered insight on how EHRs affected healthcare quality and safety from the viewpoint of clinicians by highlighting their opinions. [20] spoke on the connection between health IT and patient safety. They stressed how technology might be used to improve safety procedures and how important it is to integrate it to improve patient safety measures in healthcare settings. In ambulatory care settings, [21] evaluated the consistency and quality of patient instructions in electronic prescriptions. The study highlighted the necessity for standardized procedures in electronic prescription instructions to guarantee patient safety and offered insights into the possible effects of electronic prescribing on medication adherence and patient safety [22]. In the healthcare sector, patient safety and the avoidance of medical mistakes are of utmost importance. Healthcare professionals, legislators, and patients all have serious concerns about how well medical treatment ensures patient safety and lowers medical mistakes. A thorough examination of this subject identifies a number of important variables that influence how well medical treatment improves patient safety and reduces medical mistakes [23]. First and foremost, improving patient safety has been greatly aided by the integration of electronic health records (EHRs). By giving medical professionals access to a patient's whole medical history, electronic health records (EHRs) lower the possibility of unfavorable outcomes brought on by erroneous or incomplete data [24]. In order to assist healthcare practitioners in making educated choices and preventing pharmaceutical mistakes, these systems also include decision support tools, such as notifications for possible drug interactions or allergies [25]. Patient safety also depends on the healthcare team members' ability to communicate effectively with one another. It has been shown that using organized handoff procedures during care transitions greatly lowers medical mistakes. According to [26], the sharing of precise and pertinent patient data during handoffs might help avoid miscommunications and errors, which will eventually improve patient outcomes. Moreover, the use of computerized diagnostic decision support systems in primary care environments has promise for improving diagnosis precision and decreasing diagnostic mistakes. According to [27], these systems may assist medical professionals by proposing tests or treatments in addition to possible diagnoses, enhancing patient safety and the diagnosis process [28]. It has been discovered in recent years that having patient photos visible in electronic health records helps to decrease mistakes caused by incorrect patient order input. When patients have identical names or medical information, visual verification of their identification improves safety by reducing the possibility of wrong prescriptions or treatments [29]. The usability of electronic health record systems is still a major challenge despite these developments. EHR interfaces with poor design Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 27 may cause mistakes, inefficiencies, and user annoyance. Complicated navigation, poor patient information organization, and laborious data input are a few examples of usability problems that might compromise patient safety and effective treatment [30]. The effects of EHRs on healthcare quality and safety are further illuminated by the experiences of clinicians using these systems. The real-world experiences of medical professionals highlight the need of striking a balance between the advantages of electronic health records and their drawbacks, which include the need to enhance documentation requirements and the possibility of data input mistakes [31]. The quality of healthcare and patient safety are intimately related, and technology is a major factor in how those two things are related. Even though decision support systems, electronic health records, and improved communication procedures have improved patient safety, usability problems, clinician experiences, and persistent safety concerns must be addressed to guarantee that the efficacy of medical care keeps improving patient safety and lowering medical errors. A comprehensive strategy that includes technology, good communication, and the wellbeing of clinicians is essential to meeting the highest standards of patient safety and reducing medical mistakes in hospital environments [32]. EHRs have transformed patient data collection, handling, and utilization. EHR systems have improved, but usability, data accuracy, workload, and interoperability limit their usage, especially in basic healthcare. Research suggests that EHRs improve patient outcomes by improving information access, but they also increase dangers and pressures that lower clinical performance, patient contact, and staff satisfaction. Usability is a major EHR deployment challenge. Cognitive load, documentation errors, and clinician irritation rise with poorly designed interfaces [33]. Healthcare workers encounter delayed navigation, multiple logins, and unequal module layouts. These design flaws impair healthcare workflow and decision-making. Rural health center staff struggled with EHRs due to poor technical support and infrastructure [34]. These constraints slow recordkeeping and lower data quality, endangering patients. Interoperability is hard. Doctors and hospitals cannot easily share patient data in many EHRs. Fragmented therapy, redundant tests, and prescription errors result from poor data integration [35]. Healthcare workers struggle to retrieve patient records from other systems, compromising care coordination and digital health [1]. Information transfer between institutions is hampered by inconsistent data formats, software standards, and privacy policies [2]. Data security and patient privacy are continuous challenges. Data breaches have increased as firms utilize digital technologies. Despite legal and ethical requirements to secure patient data, insufficient cybersecurity awareness and inconsistent encryption make health institutions susceptible [3]. Healthcare ransomware and phishing attacks raise these concerns. Encryption and access controls reduce risks but impede system performance and complicate administration [4]. Healthcare administrators deal with usability and security. EHR burnout is a big healthcare issue. Several providers claim EHRs increase administrative work [5]. Clinicians sometimes spend more time documenting and responding to warnings than treating patients. The constant data entry and checking exhausts and dissatisfies. Burnout promotes job dissatisfaction and errors, compromising patient safety. User-centered design and process integration reduce this burden, yet healthcare systems lack consistency [6]. Although vital, training and support often fall short. PHCs often install EHR systems without staff training or adjustment. Insufficient training causes data entry problems and system restrictions [7]. Staff unfamiliar with digital tools may make handwritten notes or duplicate entries, compromising data integrity. Structured and ongoing training improves confidence and efficiency, minimizing healthcare system errors [8]. Another concern is how EHRs effect clinician-patient relationships. Patient disengagement can emerge from frequent consultation screen use [9]. Splitting time between the EHR interface and patient interactions lowers doctor trust and satisfaction. This shift may hinder patient engagement in primary care, where communication is key to continuity. Verbalizing entries or including patients in record reviews reduces these effects [10]. PHCs with limited resources struggle with infrastructure. EHR consistency is affected by bad technology, internet, and technical support [11], [12]. System crashes and slow performance cause duplicate entries and data gaps, thus professionals employ paper documentation. Interruptions delay care and diminish digital system trust. Voice recognition and AI documentation minimize manual labor, but their efficacy is unclear. Speech recognition increases efficiency but produces transcription errors that degrade data accuracy [13], [14]. AI technologies that suggest clinical codes or diagnoses may improve decision-making but may generate algorithm bias and automation overuse. These technologies must be evaluated regularly to ensure patient safety. Ethics and legality influence EHR adoption. Shared healthcare systems struggle to balance patient authorization, data ownership, and access control [15]. Uneven data governance standards make it unclear who maintains, corrects, or deletes documents. Healthcare providers must monitor compliance requirements as digital health policy develops to avoid inadvertent breaches. EHRs can enhance healthcare if they address human, technical, and organizational challenges. Effective EHR utilization requires intuitive interfaces, regular training, strong cybersecurity, and system interoperability. Digital healthcare will only partially deliver without these qualities. EHR systems that assist healthcare workers and patient safety need continuous evaluation, user feedback, and workflow-centered design. Methods Study Design Narrative reviews were utilized to synthesis and interpret complex healthcare literature that quantitative and experimental studies cannot capture. This approach was utilized to collect, interpret, and communicate a comprehensive understanding of PHC EHR use by healthcare professionals. To understand a topic, a narrative review considers published studies, conceptual papers, and systematic reviews rather than statistical comparisons or meta-analysis. It was chosen because it allows qualitative, quantitative, and theoretical information to illustrate EHR issues' complexity. This study explored environmental, behavioral, and organizational factors that affect healthcare workers' EHR use and their assessed effects. This design synthesized historical and contemporary research to identify similar themes, increasing issues, and unmet gaps across healthcare settings. EHRs' effects on PHC professional practice, workflow, communication, and patient safety are fully covered. The narrative design also identified policy implications and future research directions that can improve EHR usability, staff adoption, and digital healthcare delivery in primary care systems worldwide. Search Strategy Table 1: Search Strategy Component Description Database Used PubMed Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 28 Purpose of Search To identify peer-reviewed studies, systematic reviews, and reports examining the impact of Electronic Health Records (EHRs) on healthcare professionals and patient safety in Primary Health Care (PHC) settings. Search Period January 2010 – September 2025 Search Type Systematic and structured search using Boolean logic Search Terms / Keywords “Electronic Health Records,” “Patient Safety,” “Healthcare Professionals,” “Primary Health Care,” “EHR Usability,” “Interoperability,” “Data Security,” “Medical Errors,” “Burnout,” “Clinical Workflow,” “Health Information Technology.” Boolean Operators Used (Electronic Health Records OR EHRs) AND (Patient Safety OR Medical Errors) AND (Healthcare Professionals OR Clinicians) AND (Primary Health Care OR PHC) Inclusion Criteria 1. Studies published in English. 2. Publication years 2010–2025. 3. Peer-reviewed journal articles and systematic reviews. 4. Studies focusing on EHR use, challenges, or impact on healthcare professionals in PHCs. Exclusion Criteria 1. Non-English publications. 2. Conference abstracts, editorials, or commentaries. 3. Studies not related to EHRs or healthcare professionals. 4. Research limited to secondary or hospital care without PHC focus. Screening Process 1. Initial screening of titles and abstracts for relevance. 2. Removal of duplicates. 3. Full-text assessment of eligible studies. 4. Final selection based on thematic relevance and methodological quality. Final Number of Studies Included 30 peer-reviewed studies (2010–2025) Search Time Frame The literature search covered publications from 2010 to the present (2025) to include recent evidence and emerging trends in digital health implementation. Table 2: Search Time Frame Element Description Time Period Covered 2010 – 2025 Reason for Selection To capture both foundational and recent developments in Electronic Health Record (EHR) research, reflecting current practices and challenges in digital health. Relevance to Study Ensures inclusion of up-to-date evidence on EHR implementation, usability, and patient safety within Primary Health Care (PHC) settings. Inclusion of Emerging Trends Allows analysis of modern technological advancements, interoperability progress, and evolving policies influencing EHR use in the past 15 years. Expected Outcome A comprehensive understanding of how EHR-related challenges and solutions have evolved over time, guiding future research and practice. Keywords The following keywords and their combinations were used: Electronic Health Records, Patient Safety, Healthcare Professionals, Primary Health Care, Medical Errors, EHR Usability, Interoperability, Data Security, Burnout, Communication in Healthcare. Inclusion Criteria • Studies published in English between 2010 and 2025 • Peer-reviewed journal articles and systematic reviews • Studies focusing on healthcare professionals in PHCs or equivalent settings • Research addressing EHR-related challenges, usability, workflow, or patient safety Exclusion Criteria • Studies unrelated to EHR implementation or healthcare professionals • Conference abstracts, editorials, or opinion papers without empirical evidence • Studies focused solely on hospital-based EHR systems Data Extraction and Analysis After screening and selection, 35 studies with inclusion criteria had their data carefully extracted. Each selected study on Electronic Health Records (EHRs) in Primary Health Care (PHC) settings was reviewed for authors, year of publication, country, research design, population or participants, and significant findings. Quantitative and qualitative data on healthcare workers' EHR implementation, use, difficulties, and attitudes were extracted. EHR usability, training and competency, interoperability, data privacy, workload, and data extraction affected patient safety and healthcare quality in multiple studies. Figure 1: Study Selection Process Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 29 These themes were manually coded for pattern recognition and comparison. Usability studies evaluated confusing interfaces, extra paperwork, and workflow disruption, while others examined how insufficient training and technical assistance affected system adoption and data quality. Interoperability papers emphasized healthcare system information interchange concerns, whereas privacy and security articles noted data breaches and confidentiality risks. Narrative analysis synthesized data thematically, not quantitatively. This method combined empirical, systematic, and qualitative research. Synthesis sought consensus, inconsistencies, and knowledge gaps. To demonstrate how EHRs affect PHC healthcare personnel' performance, communication, and patient safety, the results were arranged by theme. This technique provided a robust, evidence-based foundation for results and EHR implementation and usability recommendations. Table 3: Explanation of Study Selection Process Stage Description of Process Number of Studies Identification Initial search conducted in the PubMed database using defined keywords and Boolean operators to identify studies related to Electronic Health Records (EHRs), healthcare professionals, and patient safety in Primary Health Care (PHC) settings. An additional manual search of reference lists was also performed. 342 studies identified (324 from database search + 18 from reference lists) Screening Duplicate records were removed before screening. Titles and abstracts were reviewed to determine relevance to EHR challenges, usability, workflow, and professional impact. Studies unrelated to PHC or not addressing healthcare professionals’ experiences were excluded. 280 studies screened after removing 62 duplicates; 190 studies excluded for irrelevance Eligibility Full-text articles were assessed for inclusion based on methodological quality, relevance, and alignment with research objectives. Studies that lacked sufficient data or did not focus on EHR-related challenges were removed. 90 full-text articles assessed; 55 excluded for not meeting criteria Inclusion Studies that met all inclusion criteria and addressed the impact, challenges, and professional implications of EHRs within PHCs were included in the final review and synthesis. 35 studies included in the final review Results or Findings The synthesis of 35 studies published between 2010 and 2025 revealed that Electronic Health Record (EHR) systems have significantly influenced healthcare professionals’ experiences, efficiency, and satisfaction within Primary Health Care (PHC) settings. While EHRs have improved the accessibility and continuity of patient information, their implementation has introduced substantial usability, workflow, security, and competency-related challenges that directly affect clinical performance and patient safety. A major theme across the literature is usability, with most studies identifying complex system interfaces, poor design, and cognitive overload as the primary barriers to effective EHR utilization. Clinicians reported spending excessive time navigating multiple screens and performing redundant data entry tasks, leading to frustration, decreased productivity, and reduced quality of patient interactions. Several studies highlighted that poor system responsiveness and non-intuitive layouts increased documentation burden and caused clinicians to experience information fatigue and decision-making delays. Another significant finding relates to workflow and communication disruptions. Although EHRs have enhanced data accessibility and information sharing, they have also altered the nature of communication between healthcare teams. Many practitioners noted that electronic communication tools replaced direct face-to-face collaboration, weakening teamwork and reducing spontaneous discussions about patient care. Furthermore, the administrative workload associated with EHR documentation often diverted time from clinical duties, diminishing patient engagement. Nevertheless, when functioning optimally, EHRs improved coordination of care through better access to patient records, supporting safer and more integrated healthcare delivery. Data security and ethical concerns emerged as a recurring challenge in the reviewed studies. Healthcare professionals expressed apprehension about unauthorized access, cyberattacks, and ambiguous data ownership policies. The inconsistency of security protocols across facilities was found to reduce confidence in digital systems and create ethical uncertainty regarding patient consent and confidentiality. The growing frequency of ransomware and phishing attacks further emphasized the vulnerability of digital health infrastructures, necessitating stronger cybersecurity frameworks and staff awareness programs. Lastly, training and competency gaps were widely cited as critical barriers to EHR adoption. Many PHC professionals lacked adequate initial training or continuous education, which hindered their ability to use EHR systems efficiently. Limited digital literacy and the absence of simulation-based learning opportunities contributed to user errors, workflow inefficiencies, and underutilization of system features. Studies consistently demonstrated that structured, ongoing training programs significantly improved clinicians’ confidence, accuracy, and satisfaction with EHR systems. Challenges in EHR Usability Usability concerns are a major barrier to implementing EHR systems in Primary Health Care (PHC), as healthcare practitioners must juggle large patient loads, administrative chores, and complicated digital interfaces. According to reviewed studies, most practitioners struggle to use EHR platforms due to their complicated architecture, uneven layouts, and poorly designed processes, which impair clinical practice quality and efficiency [16]. UX issues, design faults, extensive data entry, and cognitive strain create a technologically demanding atmosphere that limits patient-centered care. Complex interfaces frighten healthcare staff. Both [17] and [25] found that EHR systems are generally designed with administrative rather than therapeutic concerns, producing in screens with redundant data fields, several tabs, and complicated menu hierarchies that take time to navigate [18]. Searching multiple windows for patient information disrupts consultations and exhausts clinicians. Because primary care providers must handle several circumstances in a short period, inefficient interfaces reduce productivity and patient engagement. Due to the lack of user-centered design concepts, these systems typically fail to match the particular demands and workflows of physicians, nurses, and other healthcare workers, resulting in inconsistent user experiences across clinical roles [19]. Also important is cognitive overload when physicians get several alerts, reminders, and notifications. Studies have examined "alert fatigue," which causes practitioners to miss crucial signals due to the frequency of minor notifications [20] and [21]. Data entry and repetitive digital tasks exhaust the intellect, increasing documentation and decision-making Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 30 errors. Uncalibrated alarm systems can impair clinical judgment, lowering efficiency and patient safety [22]. Workflow misalignment EHR systems not matching clinical processes is another important literature concern. These systems are generally designed for billing, compliance, or reporting rather than clinical care delivery, prompting healthcare practitioners to adapt their processes [23] and [24]. This imbalance leads to unnecessary paperwork, duplicate tasks, and administrative steps that degrade patient care. Practitioners typically employ "workarounds," such as writing notes on paper before entering them into the system, which adds inefficiency and error risk [25]. Slow navigation and system performance often lower clinical decisionmaking accuracy and professional irritation. Slow system responses, uneven layouts, and technology delays cause clinicians to split their focus between patients and technology [26] and [27]. Disruptions can delay diagnosis, cause data entry errors, and damage digital system trust. In PHC, where continuity of care and prompt decision-making are critical, technological inefficiencies can impair patient outcomes and clinician satisfaction [28]. The research reveals that EHR usability concerns are not just technology but fundamental barriers to healthcare delivery [29]. Complex interfaces, cognitive overload, workflow misalignment, and navigation inefficiencies make safe, efficient, and patient-centered therapy difficult for clinicians. These difficulties require user-centered design, participatory software development, and realworld user feedback-based system adjustment. Prioritizing usability and clinical reality can help healthcare organizations enhance primary health care with EHRs [30]. Table 4: Challenges in EHR Usability Identified Issues Description Impact on Healthcare Professionals Supporting Studies Complex Interface Design EHR systems often have complicated layouts that are not intuitive for daily clinical use. Increases time spent on documentation and reduces patient interaction. [31], [32] Cognitive Overload Excessive data entry and alert fatigue overwhelm users. Leads to documentation errors and clinician fatigue. [33], [34] Workflow Misalignment Systems are designed for administrative rather than clinical priorities. Causes inefficiency and frustration among providers. [35], [1] Poor Navigation and Speed Slow system response and inconsistent layouts interrupt workflow. Reduces clinical decision-making accuracy and causes delays in care. [2], [3] Impact on Healthcare Workflow and Communication EHR technologies have changed healthcare workflow and communication, especially in Primary Health Care (PHC) settings where interdisciplinary collaboration and patient engagement are crucial. The analyzed studies reveal that EHRs have enhanced data accessibility, traceability, and coordination across care teams, but they have also disrupted clinical workflows, reduced interpersonal communication, and increased administrative responsibilities for healthcare workers. Digital transformation's paradox is that technology meant to improve efficiency and connection can break communication and hinder workflow management when mismatched with clinical reality [4]. Various study shows that EHR installation greatly increases administrative workload. According to [5] and [6], clinicians spend more time entering, confirming, and monitoring electronic data than patient care. Documentation needs for regulatory or billing purposes have increased administrative work in primary care. Clinical staff spend greater hours and feel disconnected from patients. Healthcare workers claim computerized documentation limits eye contact, empathy, and conversation during patient visits. This imbalance degrades medical ethics by causing emotional strain and unhappiness [7]. Another issue is healthcare teams' decreasing face-to-face contact. According to research [8] and [9], digital messaging systems and EHRintegrated communication tools have mistakenly replaced spontaneous, in-person chats during clinical rounds and team meetings. Digital communication speeds up information flow but lowers verbal and nonverbal cues for complex healthcare decision-making. It can isolate clinicians, hamper interdisciplinary teamwork, and delay or misinterpret patient care. Young professionals who educated primarily online may become overly dependent on electronic communication, eroding collaborative cultures built on open conversation and shared clinical reasoning. Despite these drawbacks, EHR systems increase record accessibility and information continuity [10] and [11]. Medical decisionmaking, test duplication, safety, and coordination are improved by a unified digital platform for patient histories, laboratory data, and medication lists [12]. EHRs allow several healthcare practitioners to access updated records, enhancing chronic illness monitoring and follow-up. Interconnectedness enables healthcare providers make realtime, evidence-based decisions and integrate treatment pathways. Accessibility is one of EHRs' biggest benefits to primary care [13]. The assessed literature found that frequent workflow disruptions cause substantial anxiety in healthcare providers [14]. System downtimes, pop-up alerts, and software updates might delay clinical duties like documentation and patient management [15]. Disruptions during patient visits or data entry frustrate and impair productivity. Cognitive overload and burnout can result from adapting to system changes and technological hurdles, especially in resource-poor PHC settings with inadequate technical assistance. These interruptions diminish clinical efficiency and professional satisfaction because practitioners feel confined by their tools [16]. Finally, EHR integration with PHC operations has created a complex combination of benefits and drawbacks. The technology improves patient data access and care coordination but raises administrative responsibilities, decreases human interactions, and causes workflow inefficiencies that affect clinician morale [17]. Healthcare organizations must combine digital documentation with human care to gain from EHRs. This includes improving system architecture to reduce redundant tasks, encouraging open communication with digital tools, and frequently analyzing how EHR use affects workflow efficiency and professional well-being. Human connection should be enhanced by technology in basic healthcare [18]. Table 5: Impact on Healthcare Workflow and Communication Observed Changes Description Outcome Supporting Studies Increased Administrative Workload Clinicians spend more time entering data than providing direct patient care. Reduces efficiency and patient engagement. [19], [20] Reduced Face-to-Face Interaction Digital communication replaces in-person discussions between teams. Lowers collaboration quality and clinical dialogue. [21], [22] Journal of Clinical Practice and Medical Research (ISSN 3083-7146) Volume 1 | Number 3 | November-December 2025 31 Improved Record Accessibility Shared electronic records enhance information continuity and coordination. Strengthens patient safety and care integration. [23], [24] Workflow Interruptions Frequent alerts and system downtime disrupt clinical routines. Contributes to burnout and inefficiency. [25], [26] Data Security and Ethical Concerns Data security and ethical integrity are major concerns when establishing and using EHRs in primary care. As companies shift from paper to digital systems, healthcare providers, administrators, and regulators worry about managing, protecting, and using sensitive patient data ethically. The reviewed papers emphasize that EHRs improve data accessibility and continuity of care but also place health institutions at unprecedented risk of illicit access, cyberattacks, data misuse, and unclear ownership and consent boundaries. These issues compromise patient confidentiality and public trust in digital health technology and practitioners [27]. The literature reveals that poor password procedures, user authentication, and access control systems allow unlawful patient data access. PHC staff often share login passwords for ease, blurring accountability and raising data breach risk [28]. Despite workflow pressures, such activities violate patient confidentiality and institutional data governance. Unauthorized disclosure of medical data could compromise patient trust and ethics. Healthcare workers may worry about legal and professional liability even if system problems or organizational carelessness cause a breach [29]. Ransomware, phishing, and hacking have advanced in recent years. Cybercriminals target healthcare systems, especially low-resource PHC settings, due to outdated software, poor cybersecurity infrastructure, and insufficient staff digital safety training [30] and [31]. Attacks can disrupt health systems, delay care, and erase data. Encrypting patient data until payment is paid by ransomware can delay services for days or weeks, risking patient safety and institutional reputation. These findings show that PHC companies require comprehensive cybersecurity solutions like encryption, intrusion detection, and personnel training [32]. Ethical ambiguity surrounds data ownership, patient consent, and secondary health data use for research or administration. According to studies [33] and [34], many healthcare workers are confused who “owns” patient data in an EHR system the patient, the provider, or the institution. Moral and legal difficulties arise when firms share data for analytics and public health monitoring without patient consent. Conflicting or inadequately expressed ethical frameworks misinform frontline workers on data use ethics. Thus, organizational and technical barriers to secrecy and informed consent complicate patient autonomy ethics [35]. Security requirements differ each healthcare facility, aggravating these challenges. Some institutions have robust cybersecurity and privacy policies, while others especially rural or resource-constrained ones lack standardized data protection protocols or regular system audits [1]. The irregular implementation affects system reliability and regulatory compliance. Unreliable data protection puts companies at risk of lawsuits and harms national and regional health information networks. Lack of standard policies hinders interoperability since data exchange across systems with diverse security frameworks increases transmission breaches [2]. These studies demonstrate that cultural, organizational, and legislative factors affect data security and ethics beyond technical weaknesses. Healthcare providers manage sensitive patient data using EHR systems in a complex ethical and technological environment [3]. This requires strong cybersecurity architecture, consistent data governance regulations, and continual digital ethics training. Ethics like transparency, accountability, and patient autonomy must guide EHR activities. Healthcare workers must trust system security and ethics to develop confidence, protect patient privacy, and provide safe and equitable digital healthcare [4]. Table 6: Data Security and Ethical Concerns Security Concern Description Consequence Supporting Studies Unauthorized Access Weak password protocols or poor access control allow breaches. Compromises patient confidentiality and institutional trust. [5], [6] Cybersecurity Threats Ransomware, phishing, and hacking incidents in digital systems. Leads to data loss and service interruption. [7], [8] Ethical Ambiguity Unclear policies on patient consent and data ownership. Creates legal and moral risks for healthcare providers. [9], [10] Inconsistent Security Standards Variation in data protection practices across facilities. Reduces system reliability and compliance. [11], [12] Training and Competency Gaps The evaluated literature found that training and skill gaps were one of the biggest factors affecting EHR adoption and use in Primary Health Care (PHC). EHRs are designed to speed workflow, improve patient safety, and improve clinical decision-making, but insufficient training, technical support, and digital literacy disparities can nullify these benefits. Without comprehensive and continuing training, even welldesigned EHR systems can frustrating, inefficient, and error-prone [13]. Multiple studies have found inadequate initial training during EHR system implementation to be the main issue. According to [14] and [15], many PHC facilities introduce staff to new EHR platforms through brief, one-time courses that emphasize system functionality rather than clinical usefulness. Users underestimate the challenges of daily data management, resulting in inconsistent documentation, inaccuracies, and poorer digital system confidence. Many healthcare workers adopt “workarounds” for electronic tasks, lowering data quality and uniformity. Staff sometimes struggle to integrate EHR use into their workflows without structured, scenario-based learning, producing early friction between digital and clinical processes [16]. After system deployment, literature demonstrates a lack of continuing education and refresher training. Users must adjust to frequent software upgrades, feature expansions, and regulation changes in healthcare technology [17]. Many PHC environments lack professional development, keeping staff unaware of new features or methods that could improve efficiency. Advanced EHR capabilities including decision support tools, data analytics modules, and interoperability functions can improve patient care, but post-implementation assistance is lacking. Maintaining user competency and adapting EHR systems to healthcare professionals' needs and technology requires ongoing training [18]. Poor digital literacy among healthcare staff is also essential. Computer skills, especially among older practitioners or those with less health information technology experience, strongly affects EHR adoption and