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Cover image for How Artificial Intelligence Helps in Gathering Electronic Health Records
Debasmita Ghosh
Debasmita Ghosh

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How Artificial Intelligence Helps in Gathering Electronic Health Records

Artificial intelligence is everywhere now helping human minds to work in an organized manner. The Healthcare industry is no exception. Is Healthcare just about doctors helping patients? No, it is a bigger sector than that. It's an area where the interference of appropriate data can make a big difference. Electronic Health Records (EHRs) have already improved the entire procedure of how medical information is stored and used. Now, they're changing even more with the help of Artificial Intelligence (AI). In this blog, we'll talk about AI-powered EHRs. We'll see how AI is improving the healthcare sector for the better, making it easier to take care of patients, giving personalized treatments, and using data to predict outcomes. Read along and see how AI is changing healthcare and how software skills are helping make this happen.

What do Electronic Health Records (EHRs) mean?

Previously, a patient’s medical record was kept manually and it was quite a hectic task. Even there could be some human mistakes leading to wrong treatment. Thus, EHRS took place. Electronic Health Records (EHRs) are the digital renditions of a patient’s medical history, records of past treatment and health information. These records are electronically stored and supervised, ensuring easy retrieval for authorized medical practitioners and even the patients themselves. EHRs have taken the place of traditional paper-based medical records, ushering in numerous advantages for the healthcare sector.

EHRs revolve around an extensive array of patient information, including medical history, allergic reactions, medications, outcomes of laboratory tests, reports from medical imaging, records of vaccinations, and demographic specifics. EHRs have gained popularity for offering medical experts a holistic understanding of a patient's well-being, helping doctors and other medical staff members to arrive at more well-founded choices regarding their healthcare.

EHRs’ pivotal attribute is their ability to securely share information with diverse healthcare providers across various medical environments and they can access that information easily. This securely shared information empowers care coordination by improving the communication among distinct medical teams involved in a particular patient’s treatment.

AI and EHRs:

Data science and Artificial Intelligence (AI) have completely transformed the facade of the healthcare industry. AI has improved Electronic Health Records (EHRs) and as a result, the act of gathering and using data has become easier. This intervention of the latest technology has empowered medical workers to offer more personalized treatment recommendations.

Medical imaging and tests that check a patient’s health offer a lot of vital medical information about the patient. When it comes to bigger and integrated healthcare delivery systems, these digital records can be hard to change, not easy to use, and cost a lot to set up. It also becomes hectic to collect data about things like treatments, patients, and administrative processes.

It's not easy to fix this mismatch between the systems and the way things work. Making digital records can be of help. But making these kinds of records is tough and involves a lot of time. Here, open-source digital records can be somewhat helpful because the software is free. However, even with free software, creating digital records that suit a specific place will still need lots of computer work and setup. These open-source systems aren't very well taken care of because they're mostly designed for small medical practices.

This is where the importance of Artificial Intelligence (AI) rises. Compared to the earlier options, using AI (Artificial Intelligence) in digital health records seems more promising. AI can make these medical records more flexible and sharper. AI has the potential to make these records easier for doctors and other medical workers to use.

The Impact of Artificial Intelligence on Electronic Health Records (EHR)

The integration of Artificial Intelligence (AI) into Electronic Health Records (EHRs) has reshaped the landscape of the healthcare industry vastly. It has enhanced patient care by elevating the decision-making procedure and streamlining all healthcare operations. The infusion of AI into EHR systems harnesses the potency of data and sophisticated algorithms, yielding several pivotal functions and advantages.

Efficient Data Management and Organization:

EHRs involve a lot of patient data and Artificial Intelligence (AI) steps in order to adeptly organize and structure this information. AI algorithms proficiently categorize and systematize data, simplifying access and comprehension for healthcare providers when seeking pertinent patient details.

In-depth Data Analysis and Insights:

AI undertakes the analysis of patient data originating from diverse sources, encompassing medical records, lab findings, imaging interpretations, and even genomic data. Powered by machine learning algorithms, AI uncovers latent patterns and trends, which might evade human analysts. This analysis contributes to early ailment detection, refined diagnosis, and individualized treatment blueprints.

Empowering Clinical Decision Support:

EHRs powered by AI have the power to predict the outcomes of a patient’s treatment and those also offer evidence-driven suggestions and alerts. By scrutinizing patient data alongside medical records, AI extends potential diagnoses, treatment avenues, and red flags for possible drug interactions or allergies. This assistance empowers doctors to render informed decisions.

Predictions of Future Outcomes:

Artificial Intelligence (AI) also has the capacity to identify a patient’s condition from the EHrs and as a result, it can also detect which disease the individual is prone to. By analyzing all the historical data and scrutinizing risk factors, AI proposes proactive interventions, thereby potentially preventing unfavorable health incidents.

Harnessing Natural Language Processing (NLP):

NLP empowers AI systems to fathom and process human language. In EHRs, NLP facilitates the extraction of important information from unstructured clinical narratives and reports, creating a more comprehensive patient profile for analysis.

Virtual Medical Assistants:

Previously, healthcare providers faced problems in managing routine administrative tasks manually. AI-driven virtual assistants have made this work easy by scheduling appointments and updating patient records. AI-driven virtual assistants can also answer some simple questions asked by patients. Thus, medical professionals can get time to look after patients.

Deciphering Images and Signals:

AI is really good at looking at medical pictures like X-rays and MRIs and understanding signals like heartbeats (ECGs). It can identify things that are not normal and help doctors figure out what's wrong. AI learns from lots of pictures and signals to complete this task quickly and accurately.

Personalized Medical Approaches:

AI helps make special treatment plans for each person based on their genes, medical history, lifestyle, and how they reacted to treatments before. This makes treatments work better and reduces the chance of bad reactions.

The integration of Artificial Intelligence (AI) into Electronic Health Records (EHRs) signifies a remarkable leap forward in healthcare. AI's capacity to transform data analysis, clinical decisions, and personalized patient care holds immense potential for the healthcare future. As AI advances, it will play a pivotal role in optimizing patient outcomes and streamlining healthcare operations.

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