Tag Archives: patient

Is There Any Difference Between EHR and EMR?

Often patients and medical professionals within the health care industry refer to electronic health records (EHR) and electronic medical records (EMR) interchangeably; however, these two systems actually serve somewhat different purposes. As far as EHR is concerned it is the sum total of a digital patient medical record accumulated over a period of time across different healthcare setups. Where as EMR is a digital patient medical record created at an individual healthcare setup. There is sizeable difference between the two – one is at a macro level where as the other version of digital medical record is at a micro level.

The EHR (electronic health records) data can come through different community health workers, physician clinics, diagnostic labs, hospitals, pharmacies, patients and so on. It is a collection of data that, which is created, complied and shared across the entire healthcare system. It may be made up of electronic medical records (EMRs) from many locations and/or sources. A variety of types of healthcare-related information may be stored and accessed in this way. Electronic health record systems of today have a much broader range of functionality compared to early EMR’s that were used by clinicians mostly for diagnosis and treatment.

A typical EHR (electronic health records) system would include the following important features: digital patient records created across a network of healthcare setups, ability to seamlessly share information across the entire healthcare system, integration capabilities, support for PQRI automation, software that is also adaptive learning, secure portability features, integrated patient portal, no right templates, effective document/image management, voice recognition and handwriting recognition technology and meets other technical and legal requirements. There are numerous federal and state regulatory and compliance issues that you must be aware of. Having an EMR Solution that has guidelines programmed in (and is constantly updated by the vendor’s system) will keep you legally safe all year round.

An EHR (electronic health record) loaded with above features may definitely help to streamline the overall process of physician (or hospital) workflow. It can deliver unmatched benefits to doctors by way of time savings, easy storage solution, benefits of integration, timely access of patient medical records, improved quality of patient service, reduction in costs and better profit margins (ROI) for the practice. As discussed earlier EHR data is the sum total of patient medical information compiled across different healthcare setups, this aides in the overall process of diagnosis and treatment leading into better quality of patient service and patient satisfaction.

EHR has an advantage over EMR, as in being an aggregate of electronic records of health-information accumulated over time; the information being able to be transferred and accessed within the health care organization. These records would provide all the relevant medical history, medication and allergies, immunization status, laboratory test results, radiology images and billing status information of an individual or population, which would in turn enhance patient – treatment and care. Not to mention avoiding the hassle of safe-keeping papers and reports, ensuring easy storage and retrieval of health records at any given time. An added advantage is that, information can be shared and updated among attending practitioners and health organizations with ease.

EHR is bound to become one of the means of taking medical services to new heights. The word “health” is a much broader term that covers much more than the word “medical” does. The EHR’s (electronic health records) of today simply go a lot further than that of early EMR’s.

Is There Any Difference Between EHR and EMR?

Often patients and medical professionals within the health care industry refer to electronic health records (EHR) and electronic medical records (EMR) interchangeably; however, these two systems actually serve somewhat different purposes. As far as EHR is concerned it is the sum total of a digital patient medical record accumulated over a period of time across different healthcare setups. Where as EMR is a digital patient medical record created at an individual healthcare setup. There is sizeable difference between the two – one is at a macro level where as the other version of digital medical record is at a micro level.

The EHR (electronic health records) data can come through different community health workers, physician clinics, diagnostic labs, hospitals, pharmacies, patients and so on. It is a collection of data that, which is created, complied and shared across the entire healthcare system. It may be made up of electronic medical records (EMRs) from many locations and/or sources. A variety of types of healthcare-related information may be stored and accessed in this way. Electronic health record systems of today have a much broader range of functionality compared to early EMR’s that were used by clinicians mostly for diagnosis and treatment.

A typical EHR (electronic health records) system would include the following important features: digital patient records created across a network of healthcare setups, ability to seamlessly share information across the entire healthcare system, integration capabilities, support for PQRI automation, software that is also adaptive learning, secure portability features, integrated patient portal, no right templates, effective document/image management, voice recognition and handwriting recognition technology and meets other technical and legal requirements. There are numerous federal and state regulatory and compliance issues that you must be aware of. Having an EMR Solution that has guidelines programmed in (and is constantly updated by the vendor’s system) will keep you legally safe all year round.

An EHR (electronic health record) loaded with above features may definitely help to streamline the overall process of physician (or hospital) workflow. It can deliver unmatched benefits to doctors by way of time savings, easy storage solution, benefits of integration, timely access of patient medical records, improved quality of patient service, reduction in costs and better profit margins (ROI) for the practice. As discussed earlier EHR data is the sum total of patient medical information compiled across different healthcare setups, this aides in the overall process of diagnosis and treatment leading into better quality of patient service and patient satisfaction.

EHR has an advantage over EMR, as in being an aggregate of electronic records of health-information accumulated over time; the information being able to be transferred and accessed within the health care organization. These records would provide all the relevant medical history, medication and allergies, immunization status, laboratory test results, radiology images and billing status information of an individual or population, which would in turn enhance patient – treatment and care. Not to mention avoiding the hassle of safe-keeping papers and reports, ensuring easy storage and retrieval of health records at any given time. An added advantage is that, information can be shared and updated among attending practitioners and health organizations with ease.

EHR is bound to become one of the means of taking medical services to new heights. The word “health” is a much broader term that covers much more than the word “medical” does. The EHR’s (electronic health records) of today simply go a lot further than that of early EMR’s.

The Rising Trends in Medical Devices for Superior Care Quality

Emerging Healthcare Trends

Intense competition in the healthcare industry has forced healthcare providers to look for new ways to offer superior care quality. Since traditional methods of healthcare service have proven to be inadequate, the healthcare industry today is embracing new and innovative technology in order to better patient health and well-being:
• Healthcare Apps: Medical apps are revolutionizing the healthcare landscape by seamlessly connecting patients and doctors with medical information. A majority of healthcare apps are being developed with varied capabilities like real time monitoring and high-resolution imaging that can be used to monitor and improve patient health. Today, healthcare apps allow people to receive care anytime and from anywhere in the world, making healthcare more accessible to patients.
• Medical Sensors: Another technical trend that is picking up pace is the implementation of medical sensors. Rising healthcare costs have compelled healthcare providers to gather medical data from real-time sensors in order to improve the decision making process. Creating top-notch algorithms and a visually appealing interface for these sensors has become a priority for medical device solution providers.
• Health-specific Social Networks: The rising success and popularity of social networks can be leveraged to deliver quality health-care services to patients. By collaborating with people suffering from similar health conditions, patients and practitioners can connect with each other on social networks and form relations, and ask questions, thereby empowering patients to play an active role in their personal wellbeing.

The Need for Modern Technology
The healthcare industry consists of a varied assortment of professionals who directly or indirectly provide healthcare: from doctors and clinicians to pharmaceutics, administrators, managers, marketers, lab assistants, and more. With so many people part of the chain, there is also the challenge of dealing with enormous amounts of unstructured and cluttered data; data that is related to patients’ medical history, diagnosis, clinical-trials, treatments, and medicines, in addition to clerical, and research & administrative data. Moreover, this critical data resides in numerous places like physicians notes, lab reports, PCs, enterprise systems etc. Collecting and making sense of this data is not only time consuming but also fruitless. This mandates the need for modern technology that can be leveraged to make better-quality decisions which in turn lead to superior healthcare. Medical device solution companies also need to cater to a wide range of business needs such as interoperability between various stakeholders, a distributed network, mobile customers, healthcare standards, and legal guidelines.

Medical Device Solutions
Several medical device players have been in business, embracing trends around miniaturization, portability, connectivity, consistency and affordability of medical devices. Companies with hands-on engineering experience in FDA Class 2 and Class 3 devices help in monitoring, diagnostics, analysis, imaging, wearable health and telemedicine for medical applications. HIPAA compliant engineering solutions, and process expertise in IEC 60601-1/2/6, IEC 62304, 510K and ISO 1348 enable these companies to develop medical products through the lifecycle: from concept and architecture definition to prototyping, field trials, certification and sustenance engineering. What’s more, medical device and clinical software solutions for mobility enablement that are integrated with cloud infrastructure for remote diagnosis and ease of access is helping medical institutions offer superior quality care from anywhere and at any time. Some of the major services that software companies are offering in the medical space include:
• Software Development Lifecycle (SDLC) management and sustenance
• Web, cloud and mobility enablement with EMR integration
• Medical imaging algorithm implementation on GPU and DSP platforms
• Wireless integration with Bluetooth, ZigBee, Wi-Fi, NFC, and 2G/3G/4G technologies
• Medical device miniaturization, localization, re-engineering and obsolescence management
• Mechanical and enclosure design with CAD/CAM modeling
• Low-power design for wearable health devices
• FDA/FCC/CE/UL certification support
Better Quality Care
With modern healthcare facilities at their fingertips, healthcare institutes can now offer better-quality care and improve the overall well-being of patients. Medical apps, mobile solutions, wireless integration, device miniaturization and wearable healthcare devices are gradually being embraced, leading to comprehensive and efficient patient healthcare.