Electronic medical/health records (EMR/EHR) systems are known to collect and store patients’ information digitally. Evidence points out that both EMR and EHR can be used to improve patient outcomes and mitigating hospital expenditure through reduced expenses on drugs, minimizing the tests and procedures, decreasing the errors in billing, and improving the documentation of charges on a patient (Jabour, 2020). These benefits imply healthcare organizations can improve the quality of care accorded to patients, increase the productivity of the staff members, and enhance the communication outcomes between the medical practitioners and the patients.
Table of Contents
1. Current Evidence-Based Research
2. Application of Evidence-Based Literature to the Project
3. Analysis of the Literature
Research Objectives and Topics
This literature review investigates the effectiveness of electronic medical/health record (EMR/EHR) systems in reducing patient waiting times in emergency departments compared to traditional paper-based data collection methods, with a focus on improving patient satisfaction and operational efficiency.
- Impact of EMR/EHR on patient waiting and consultation times.
- Role of health IT in mitigating emergency department overcrowding and "left without being seen" (LWBS) rates.
- Comparison of paper-based versus digital documentation workflows.
- Strategies for successful implementation of EHR systems in clinical settings.
- Correlation between efficient data management and patient satisfaction outcomes.
Excerpt from the Book
Application of Evidence-Based Literature to the Project
Using an advanced EMR/EHR system can help to minimize patient waiting times in the EDs of various health centers. Projects seeking to improve the performance of healthcare organizations have been noted to embrace EHR/EMR at a particular point. In a project by Sayah et al. (2014) that was seeking to improve the arrival and departure times for patients visiting the ED of Cambridge Hospital, the researchers implemented EHR at some point for efficient data collection. The researchers then created a system that would employ the EHR information to place the patient in the ED immediately to avoid delays. With all the efforts, the project led to a time reduction of patients stay in the hospital to 132 minutes from 204 minutes (Sayah et al., 2014). The reduction of time facilitated the follow of more patients into the hospital.
Summary of Chapters
Current Evidence-Based Research: Reviews existing academic literature regarding the mixed impacts of EMR/EHR implementation, highlighting both successful patient satisfaction outcomes and reports of increased waiting times depending on specific system applications.
Application of Evidence-Based Literature to the Project: Examines practical case studies, such as the project at Cambridge Hospital, to demonstrate how strategic EHR integration can reduce length-of-stay and streamline patient registration processes.
Analysis of the Literature: Synthesizes the findings to conclude that the benefits of EMR/EHR in terms of clinical decision-making and error reduction generally outweigh the initial implementation challenges, provided there is proper management.
Keywords
Electronic Health Records, EMR, EHR, Patient Waiting Time, Emergency Department, Healthcare IT, Patient Satisfaction, Data Collection, Hospital Efficiency, Clinical Decision Making, Healthcare Quality, LWBS, Digital Documentation, Health Informatics, Workflow Optimization.
Frequently Asked Questions
What is the primary focus of this literature review?
The review examines whether the implementation of electronic medical/health records (EMR/EHR) can effectively reduce patient waiting times in emergency departments compared to traditional paper-based methods.
What are the central themes discussed in this work?
The central themes include the impact of digital health records on operational efficiency, patient throughput in emergency settings, the reduction of medical errors, and the overall improvement of patient care quality.
What is the core research question addressed by the author?
The author uses a PICOT framework to ask if the use of EMRs/EHRs reduces waiting times for emergency department patients and leads to higher patient satisfaction compared to manual paperwork.
Which scientific methodology is utilized in this paper?
This work is a literature review that synthesizes and analyzes peer-reviewed evidence and case studies from various global healthcare settings to draw conclusions about EMR/EHR efficacy.
What does the main body of the text cover?
The main body reviews existing research findings, evaluates specific hospital projects like the one at Cambridge Hospital, and analyzes the potential for EMR/EHR systems to mitigate patient overcrowding.
Which keywords best describe this research?
Key terms include Electronic Health Records, Emergency Department, Patient Waiting Time, Healthcare IT, Patient Satisfaction, and Workflow Optimization.
How does the author suggest Chamberlain Hospital should handle implementation?
The author suggests that Chamberlain Hospital should emulate successful models, such as the Cambridge Hospital project, by integrating EHR into the patient registration process while ensuring proper planning to avoid slowing down medical practitioners.
Does EMR implementation always guarantee shorter wait times?
No, the literature indicates mixed results; some studies show no significant difference or even increased times, suggesting that success depends heavily on the specific type of system and how well it is managed.
What is the significance of the "left without being seen" (LWBS) metric?
LWBS is a critical performance indicator for emergency departments, representing patients who leave due to excessive waiting times; the paper argues that effective EMR implementation can help reduce this number.
- Citar trabajo
- Jacques Meljen (Autor), 2021, Medical Records on Patients’ Waiting Time, Múnich, GRIN Verlag, https://www.grin.com/document/1157206
