The Future of Personalized Medicine with Electronic Health Records

The Future of Personalized Medicine with Electronic Health Records

Personalized medicine caters to patients’ unique genetic, anatomical, and clinical profiles owing to diversity in the makeup of humans and disease heterogeneity. This targeted approach allows physicians to make more individualized patient-centric healthcare decisions, making healthcare provision more streamlined. The implementation of this approach has become much simpler with the advent of Electronic Health Records. The benefits of employing Electronic Health Records in the current medical era are only the tip of the iceberg of its prospects. With the ever-changing landscape of healthcare provision, the assimilation of personalized medicine promises a better future for the well-being of patients and allows for targeted and precise therapies. A comprehensive patient profile established via EHRs results in quick diagnoses and the application of treatment protocols, keeping in view the holistic picture of the patient’s health. With machine learning, predictive analytics are derived from the existing health data and are used in real-time diagnostic support and tailored medical and surgical interventions. This personalized healthcare provision leaves little room for trial-and-error approaches, making healthcare less burdensome and more cost-effective. In this article, we’ll explore some of the exciting prospects of personalized medicine with regard to Electronic Health Records.

Holistic Patient Profiling:

A comprehensive patient profile consists of proper medical history, physical exam findings, systemic inquiry, past medical history, past surgical history, allergic and immunization history, past investigation reports, lifestyle data, and much more. EHR software establishes this profile, and it helps all specialists work in collaboration and sync with one another. Genetic and molecular profiling can further revolutionize patient profile creation and provide a more in-depth look into patients’ medical needs. Behavioral and psychiatric health data can also be incorporated into Electronic Health Records to help make physician-informed medical decisions according to the needs of the body and mind of the patient.

Automation of Data Management:

Electronic Health Records reduce manual labor of data entry and circumvent the issue of it being time-consuming by employing voice dictation and software, ensuring quick documentation of patient data during hospital visits and consultations. Health data stored by various health applications and wearable vital monitoring devices can automatically be added to the patient’s Electronic Health Record (EHR) ecosystem. This data helps to establish trends in patient’s health outside of the hospital and serves as an exceptional learning tool for physicians as well as patients. The data stored by EHRs is made comprehensive by summarizing and highlighting all the key points in a streamlined way. This optimization makes working with EHRs much more convenient and efficient. When projected to the rest of the world, this innovation in the medical field in developed countries shows a promising and better future for health provision worldwide, making medical services much more affordable and accessible.

Predictive Algorithms and Analytics:

Advanced EHRs infused with the latest Artificial Intelligence (AI) and Machine Learning technologies can be employed to predict population-wide health trends. It can help predict disease outbreaks, mutation trends, environmental health hazards, occupational health concerns, the efficacy of vast medical practices, and much more. It can help healthcare providers make sound plans for better triage and help with economic resource allocation plans during population-wide emergencies. On an individual level, it can predict potential medical issues of the patient by studying the patient’s historical medical data. The predictive algorithms help fill the blindspots of physicians and make physicians’ jobs more effective.

Patient Engagement and Education :

With centralized health information and accessible patient portals, personalized medicine with EHRs is a significant stride toward advancing health education. Timely health reminders play a huge role in treatment adherence and medication education. The patient feels empowered and more in tune with their health. Interactive educational modules and health and wellness portals can be integrated into the system to ensure patient’s access to credible and medically relevant information. With language translation services, this education can be globalized, and health literacy can be improved worldwide.

Amplified Precision Medicine for Physicians:

With comprehensive patient profiles and predictive analytics provided by EHRs, tailored treatment plan provision becomes easier for physicians. Some EHRs also provide Clinical Decision Support (CDS), which gives recommendations based on patient data. These recommendations are based on clinical trials, research, and health guidelines. When combined with patient data, medical research provides personalized changes to treatment plans and helps physicians enormously. Enhanced communication and collaboration with other healthcare professionals via EHRs make customized medicine a joint effort.

Smartclinix-an Integrated EHR and a Virtual Healthcare Solution:

Smartclinix is a digital medical software developed by American telephysicians that caters to the needs of medical professionals. The custom virtual card platform provided by Smartclinix enables doctors to connect and communicate with their patients remotely. The Remote Patient Monitoring feature helps physicians make timely interventions and create customized healthcare plans for the patients. It is a cloud-based system that stores all patient data in one place, making access and collaboration much more convenient. It has the facilities of patient, physician, and facility portals, making troubleshooting in case of any issue smoother. Smartclinix provides global reach for physicians by offering all the tools necessary for remote practice and patient monitoring. With customized workflows, online consultation scheduling, cost transparency, patient data analytics, remote patient monitoring, and robust privacy policy and security systems in place, Smartclinix provides a holistic approach to innovative medical practice.

Conclusion:

The integration of EHRs in medicine marks a shift in conventional medicine towards more effective and personalized treatment. With the advancement of technology toward a more data-centric era, EHRs inculcated with machine learning can act as a physician’s second brain. Improved interoperability among medical specialists regarding patients’ health makes a coherent flow of health informatics more effective. The navigation of each patient’s health journey becomes easier for the physicians. Personalized medicine helps achieve the quadruple aim, including improving patient experience, enhancing healthcare provider fulfillment, improving population health, and managing healthcare costs and administrative burdens. The future of personalized medicine is bright and vast as it supplements every good aspect of therapy with unprecedented precision and clarity.

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