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EHR stands for Electronic Health Record, which is a digital version of a patient's medical history that is stored and managed by healthcare providers. EHRs contain information about a patient's medical conditions, treatments, medications, allergies, laboratory and imaging results, and other relevant health information.<br>
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A Direct Correlation Between EHR Systems and Clinical Outcomes A patient’s Electronic Medical Records (EHR) is a collection of his or her health history stored in electronic format. It includes complete medical information about the person such as test results, diagnoses, scans, previous treatments, doctor’s notes, medication, allergies, history of substance abuse (if any), and so forth. EHR systems are ubiquitous across the healthcare system in the United States. Medical information stored electronically has obvious advantages. Medical EMR systems enable doctors to know everything they need to know about patients quickly and effectively. The data is stored in such a way that it highlights important aspects of patient health, which is highly useful during emergencies where patients can’t communicate. In cases like these (car crashes, gunshots, etc), EMR healthcare software would let the doctors know of existing conditions like diabetes, heart disease, or allergies, and proceed with the treatment accordingly. Treatment without consideration for pre-existing health conditions might lead to adverse reactions. There are multiple companies that develop and sell electronic medical record systems. Most of the EHR solutions developed by one company are not compatible with those developed by other companies. What it means is that a patient’s medical records stored in one provider’s EHR system might have difficulty being accessed by providers using an EHR software systems from a different company. This lack of interoperability is one of the major obstacles that impede smooth workflows at hospitals. Medical software developers have poured significant resources into bridging the compatibility gap that plagues electronic medical records software from different vendors. In addition to facilitating quick access to patient records, storage in electronic format enables providers to run healthcare analytics on patient data. Using artificial intelligence or machine learning algorithms, clinicians can assess medical information like weight, blood pressure, heart rate, vitals, genetic predisposition, and family history to know which patients are at higher risk of certain diseases. This is called predictive diagnosis. It is a powerful tool for clinicians to detect early symptoms and begin treatments, which would result in better patient outcomes and reduced medical costs. In simple words, if doctors know sooner they can treat sooner. Furthermore, EMR / EHR can be used to analyze the medical information of large parts of the population. Doing so would help public health experts to determine which diseases are the most prevalent, identify their causes and formulate policies to deal with them. Better yet, it allows experts to study the spread of diseases better and know what causes them. Such measures help in spreading awareness and educating the public about healthier lifestyles. During medical crises, like a pandemic, EMR healthcare software enables health experts to study the effects of the disease better and understand how it spreads. Moreover, this insight can be shared across the globe so that governments can initiate measures to contain the spread of infection and save lives.
With increasing digitization across healthcare, EMR platforms are increasingly being integrated with third-party applications for medical billing, telehealth, and mHealth solutions. This would usher in greater access to care and reduce many inequities that have plagued American healthcare for decades. The market for Electronic medical records software is bound to get a whole lot more interesting.