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Health Care Security: Already Bad and Getting Worse

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Late last year, Gemalto released a report that found that the health care industry leads the way in data breaches. As Healthcare IT News reported then: The key finding is perhaps that the healthcare industry had 34 percent of its total records breached, amounting to 84 million data records compromised, the highest rate of any industry. Government accounted for the second highest rate of breaches at 77.2 million records lost, or 31.4 percent.

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Lybrate

Lybrate is India’s first and largest online doctor consultation platform. By seamlessly connecting doctors and patients through our health app and making them communicate using mobile phones, we make healthcare more accessible. Join us on our mission to change the way healthcare is delivered in India.

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HEALTH TECHNOLOGY, DIGITAL HEALTHCARE, MEDICAL DEVICES

Components and Relevance of EHRs in Rural Hospitals

Article | December 7, 2022

Contents 1. Knowing The Basics 2. Importance Of EHR In A Rural Setting 3. Features That An EHR Must Have In A Rural Area Today, we will discuss the crucial featuresof electronic health records (EHR) in rural hospitals. However, before listing out the key components, let us first understand what EHR is and how it can help the smooth functioning of medical treatment in a rural setup. 1. Knowing the Basics! As the name suggests, an electronic health record is a computer file that stores a patient’s medical history, such as diagnosis, treatment, test results, etc. In short, an EHR is a digital version of a patient’s paper health record. It also includes previous appointments, billing details, and other general documentation. The need for an EHR popped up due to its easy and secure availability compared to patients' paper files. In addition, patients and doctors can easily access lab reports through an EHR that is updated in real-time and downloaded on any device with an internet connection. 2. Importance of EHR in a Rural Setting! Healthcare Information and Management Systems Society (HIMSS) defines EHR usability as “The effectiveness, efficiency, and satisfaction with which specific users can achieve a specific set of tasks in a particular environment.' In essence, a system with good usability is easy to use and effective. It is intuitive, forgiving of mistakes, and allows one to perform necessary tasks quickly, efficiently, and with a minimum of mental effort.” A patient's electronic health records can be beneficial in an era of digitization. It can improve patient care by minimizing the chances of medical errors, reducing test duplication, and making doctors and patients well-informed by fetching medical records anytime, thereby reducing delays in treatment. 3. Features That an EHR Must Have in a Rural Area EHRs can prove beneficial in all areas situated far off by accessing the real-time, up-to-date data of patients’ health records and making timely decisions. When the distance between the clinics and specialists is more, an EHR report can easily be sent to look into a patient’s history before delivering treatment. In a rural setup, EHR helps promote health awareness as patients' data can be monitored without needing to be physically present. Software-as-a-Service (SaaS) Solutions can be easily deployed in places with slow internet and help maintain a lightweight EHR that can support immediate patient care and easy documentation. Next comes the option of configuration over coding. At the Rural Health Clinic (RHC), an EHR that the local IT team can handle would be of more use than one that may require a specialist’s check or additional coding. An EHR, equipped with the ability to configure and customize as per the clinic’s workflow, will give more control to the RHCs and enable them to function efficiently. Another significant point of an EHR in a Rural Health Clinic will be the inclusion of applications that support instant communication, like Telehealth and patient portals. These applications enable direct consultation and virtual care of patients and specialists located far off, thereby reducing the dependency of RHCs on city or urban-based facilities. When we are discussing rural hospitals, we need to look for an application that is both affordable and functional, as rural areas mostly struggle with problems regarding budget and resources. Hence, keeping this in mind, RHCs should install a cloud-based EHR that does not require buying servers or employing IT staff. RHCs must use an EHR application with innovative analytic tools to access and develop reports for quick patient care decisions. In addition, the system must be able to pull large chunks of data and generate reports daily. Enjoyed reading this? Want to read more related articles? Click the link for more information! https://healthcare.report/trending-news/electronic-health-records-ehr-software-market-2019-foreseen-to-grow-exponentially-by-2026 Happy Reading!

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HEALTH TECHNOLOGY

Role of AI and ML in the Healthcare Industry

Article | July 21, 2022

Contents 1. Alexa, Are You There? 2. Digital Assistants-Cum-Doctor-Assistants 3. Toward An AI-Friendly Life! 1. Alexa, Are You There? If Siri, Alexa, Google Now, or Cortana are your friends, you do not need any special introduction for today’s topic! This is because these digital assistants have become part and parcel of our lives; from completing our minimal tasks to helping us solve our problems, they make our day-to-day life simpler and more manageable. Popularly called AI, Artificial Intelligence is the simulation of human intelligence processes by machines. Similarly, Machine Learning, also called ML, is the capability of a machine to imitate intelligent human behavior. 2. Digital Assistants-cum-Doctor Assistants The unpredictable pandemic years, which took thousands of lives, depict the rise of complexities in the healthcare industry. To deal with such cases in the future tactfully, the healthcare segment needs to be proactive and implement advanced technologies to detect, resolve, and prevent untimely death. Modern technologies such as Artificial Intelligence and Machine Learning help the medical fraternity perform tasks usually done by humans quickly and accurately, saving much time that can be utilized elsewhere. Let’s take a quick tour of how AI and ML can boost the healthcare industry: Artificial Intelligence can broadly scan patient databases or consult patients via a chatbot or online support system to understand their symptoms, send data to doctors, and get real-time diagnoses and prescribed medicines. Machine Learning, a subset of AI, can replace traditional processes with a supervised one, as in, a patient can be treated based on similar symptoms and treatment of other patients. The process requires a quick scanning of the database, which can be time-consuming if done by human effort. Taking technology by storm, patients suffering from neurological disorders can be treated via Brain-Computer Interfaces (BCI) backed by AI. With the help of this technology, normal bodily functions, such as the ability to move, speak or react, can be restored. It can also assist doctors in treating patients with strokes, locked-in syndrome, etc.The healthcare segment is revolutionizing, as sensitive operations such as heart surgery are being performed with robotic precision and control with AI-based algorithms. For this purpose, precision machine learning processes are being used to train robots and improve accuracy. AI can also help in digital pathology. Instead of placing separate slides or tissue blocks and observing them manually, pathologists can do it via AI, which can help analyze digital slides using image analysis and machine learning. 3. Toward an AI-friendly Life! If you never forget to wear a smartwatch, track daily steps, get water intake notifications, eat mindfully, and consistently monitor pulse rates, then you are already AI-friendly! You have successfully incorporated AI into your life and taken the first step towarda healthy life!

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HEALTH TECHNOLOGY

What are the Key Types of Healthcare Supply Chain Management Solutions?

Article | December 8, 2022

Introduction Within the last two years, the healthcare industry saw an influx in patient care as COVID-19 swept through communities across the globe. The widespread shortage of patient care tools, personal protective equipment (PPE), and medical technology amid the pandemic led to an exponential rise in health expenditures and demand for essential supplies. In response to the medical demand-supply imbalance, the governments of numerous countries increased their medical care expenditures to counter the challenges of patient care equipment shortages. For instance, according to the National Healthcare Expenditure Data, federal government spending on healthcare and medical care grew by 36% in 2020 and is estimated to reach US$ 6.2 trillion by 2028 in the U.S. Despite the rise in medical budget allocations, medical facilities are still facing difficulties obtaining enough supplies with the growing prevalence of numerous chronic, infectious, and hereditary diseases. As a result, organizations are focusing on deploying innovative solutions, such as healthcare supply chain management software, to keep track of inventory, procurement, logistics, and others and strengthen their supply chain. Healthcare Supply Chain Management Solutions: Key Types Healthcare systems, hospitals, and other patient care sites require a broad array of supplies to perform diagnosis and treatment, from masks and gloves to catheters and implants. Inadequate supplies coupled with inflation is making supply chain management a crucial but complex component in providing optimal patient care across the healthcare industry. This has shed more light on the role of supply chain management in saving lives. Effective supply chains help various regulatory agencies, including medical goods manufacturers and insurance companies, deliver essential supplies, resources, technologies, and other patient care goods to healthcare establishments. Supply chain management solutions are thus garnering massive traction among healthcare organizations for simplifying and automating manual supply chain and logistics operations. Let’s have a look at the types of supply chain management software that assist healthcare organizations to optimize their supply chain processes Inventory Management Software Efficient medical inventory management is critical for the running of healthcare organizations. The software provides real-time inventory tracking, assisting organizations in closely monitoring inventory changes, avoiding shortages of both low-value and high-use patient care items, decreasing the wait time for access to medical supplies, and reducing the chances of late delivery. Order Management Software It is crucial for healthcare establishments to have an estimate of the demand and supply of goods to prevent shortages. Order management software enables these organizations to coordinate supply chain demand planning and forecasting. It also assists in streamlining warehouse operations, resulting in faster and more accurate order placement. Sourcing and Procurement Software By tapping into the power of sourcing and procurement solutions, healthcare organizations can develop robust sourcing processes and automate, streamline, and optimize their entire procurement processes. The software also assists establishments in improving their supply inventory levels, identifying the best supplier, and reducing their overall purchasing cost. Shipping and Tracking Software Shipping and tracking software assist in the planning and execution of the physical movement of goods. These solutions are primarily used by medical equipment manufacturers and suppliers during the delivery or relocation of patient care goods. The integration of these solutions enables organizations to track and manage numerous batches of goods in transit. The Bottom Line Growing competition, healthcare regulations, shipping costs, and increased logistics requirements from medical institutions have complicated the supply chain management processes. As a result, life-science companies are investing in cutting-edge supply chain management solutions to reduce numerous errors, improve logistics, and eliminate unnecessary costs spent to fix them. Thus, several companies are now emphasizing the incorporation of cutting-edge technologies, including artificial intelligence and data analytics, into healthcare supply chain management software to reap benefits such as process automation, streamlined inventory, reduced waste, improved decision-making, and lower labor, supply, and operational costs.

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3 Key Considerations in Cloud Security for Healthcare Organizations

Article | February 12, 2020

With medical system consolidation and increasing numbers of medical records created, the need for digital access and storage is gaining steam. Digitizing records allows clinicians to improve accuracy and decrease redundant testing and studies, as well as reduce treatment delays. Greater availability of digitized records has other perks too. With vast amounts of accessible medical data, researchers can move public health studies forward, also potentially improving care and treatment of individual patients. As a result, cloud storage is taking off, though healthcare organizations are adopting it more slowly than other industries. According to a 2019 Nutanix report, 71% of healthcare organizations using cloud were considered the least mature – relative beginners – in that they were using fewer cloud services. Compare that figure to finance or retail, where 13% and 15% respectively were beginners. However, that is changing.

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HEALTH TECHNOLOGY, DIGITAL HEALTHCARE, MEDICAL DEVICES

Role of AI and ML in the Healthcare Industry

Article | December 7, 2022

Contents 1. Knowing The Basics 2. Importance Of EHR In A Rural Setting 3. Features That An EHR Must Have In A Rural Area Today, we will discuss the crucial featuresof electronic health records (EHR) in rural hospitals. However, before listing out the key components, let us first understand what EHR is and how it can help the smooth functioning of medical treatment in a rural setup. 1. Knowing the Basics! As the name suggests, an electronic health record is a computer file that stores a patient’s medical history, such as diagnosis, treatment, test results, etc. In short, an EHR is a digital version of a patient’s paper health record. It also includes previous appointments, billing details, and other general documentation. The need for an EHR popped up due to its easy and secure availability compared to patients' paper files. In addition, patients and doctors can easily access lab reports through an EHR that is updated in real-time and downloaded on any device with an internet connection. 2. Importance of EHR in a Rural Setting! Healthcare Information and Management Systems Society (HIMSS) defines EHR usability as “The effectiveness, efficiency, and satisfaction with which specific users can achieve a specific set of tasks in a particular environment.' In essence, a system with good usability is easy to use and effective. It is intuitive, forgiving of mistakes, and allows one to perform necessary tasks quickly, efficiently, and with a minimum of mental effort.” A patient's electronic health records can be beneficial in an era of digitization. It can improve patient care by minimizing the chances of medical errors, reducing test duplication, and making doctors and patients well-informed by fetching medical records anytime, thereby reducing delays in treatment. 3. Features That an EHR Must Have in a Rural Area EHRs can prove beneficial in all areas situated far off by accessing the real-time, up-to-date data of patients’ health records and making timely decisions. When the distance between the clinics and specialists is more, an EHR report can easily be sent to look into a patient’s history before delivering treatment. In a rural setup, EHR helps promote health awareness as patients' data can be monitored without needing to be physically present. Software-as-a-Service (SaaS) Solutions can be easily deployed in places with slow internet and help maintain a lightweight EHR that can support immediate patient care and easy documentation. Next comes the option of configuration over coding. At the Rural Health Clinic (RHC), an EHR that the local IT team can handle would be of more use than one that may require a specialist’s check or additional coding. An EHR, equipped with the ability to configure and customize as per the clinic’s workflow, will give more control to the RHCs and enable them to function efficiently. Another significant point of an EHR in a Rural Health Clinic will be the inclusion of applications that support instant communication, like Telehealth and patient portals. These applications enable direct consultation and virtual care of patients and specialists located far off, thereby reducing the dependency of RHCs on city or urban-based facilities. When we are discussing rural hospitals, we need to look for an application that is both affordable and functional, as rural areas mostly struggle with problems regarding budget and resources. Hence, keeping this in mind, RHCs should install a cloud-based EHR that does not require buying servers or employing IT staff. RHCs must use an EHR application with innovative analytic tools to access and develop reports for quick patient care decisions. In addition, the system must be able to pull large chunks of data and generate reports daily. Enjoyed reading this? Want to read more related articles? Click the link for more information! https://healthcare.report/trending-news/electronic-health-records-ehr-software-market-2019-foreseen-to-grow-exponentially-by-2026 Happy Reading!

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HEALTH TECHNOLOGY

Medical Computers: A Necessity of the Future Healthcare

Article | July 21, 2022

Contents 1. Alexa, Are You There? 2. Digital Assistants-Cum-Doctor-Assistants 3. Toward An AI-Friendly Life! 1. Alexa, Are You There? If Siri, Alexa, Google Now, or Cortana are your friends, you do not need any special introduction for today’s topic! This is because these digital assistants have become part and parcel of our lives; from completing our minimal tasks to helping us solve our problems, they make our day-to-day life simpler and more manageable. Popularly called AI, Artificial Intelligence is the simulation of human intelligence processes by machines. Similarly, Machine Learning, also called ML, is the capability of a machine to imitate intelligent human behavior. 2. Digital Assistants-cum-Doctor Assistants The unpredictable pandemic years, which took thousands of lives, depict the rise of complexities in the healthcare industry. To deal with such cases in the future tactfully, the healthcare segment needs to be proactive and implement advanced technologies to detect, resolve, and prevent untimely death. Modern technologies such as Artificial Intelligence and Machine Learning help the medical fraternity perform tasks usually done by humans quickly and accurately, saving much time that can be utilized elsewhere. Let’s take a quick tour of how AI and ML can boost the healthcare industry: Artificial Intelligence can broadly scan patient databases or consult patients via a chatbot or online support system to understand their symptoms, send data to doctors, and get real-time diagnoses and prescribed medicines. Machine Learning, a subset of AI, can replace traditional processes with a supervised one, as in, a patient can be treated based on similar symptoms and treatment of other patients. The process requires a quick scanning of the database, which can be time-consuming if done by human effort. Taking technology by storm, patients suffering from neurological disorders can be treated via Brain-Computer Interfaces (BCI) backed by AI. With the help of this technology, normal bodily functions, such as the ability to move, speak or react, can be restored. It can also assist doctors in treating patients with strokes, locked-in syndrome, etc.The healthcare segment is revolutionizing, as sensitive operations such as heart surgery are being performed with robotic precision and control with AI-based algorithms. For this purpose, precision machine learning processes are being used to train robots and improve accuracy. AI can also help in digital pathology. Instead of placing separate slides or tissue blocks and observing them manually, pathologists can do it via AI, which can help analyze digital slides using image analysis and machine learning. 3. Toward an AI-friendly Life! If you never forget to wear a smartwatch, track daily steps, get water intake notifications, eat mindfully, and consistently monitor pulse rates, then you are already AI-friendly! You have successfully incorporated AI into your life and taken the first step towarda healthy life!

Read More
HEALTH TECHNOLOGY

Components and Relevance of EHRs in Rural Hospitals

Article | December 8, 2022

Introduction Within the last two years, the healthcare industry saw an influx in patient care as COVID-19 swept through communities across the globe. The widespread shortage of patient care tools, personal protective equipment (PPE), and medical technology amid the pandemic led to an exponential rise in health expenditures and demand for essential supplies. In response to the medical demand-supply imbalance, the governments of numerous countries increased their medical care expenditures to counter the challenges of patient care equipment shortages. For instance, according to the National Healthcare Expenditure Data, federal government spending on healthcare and medical care grew by 36% in 2020 and is estimated to reach US$ 6.2 trillion by 2028 in the U.S. Despite the rise in medical budget allocations, medical facilities are still facing difficulties obtaining enough supplies with the growing prevalence of numerous chronic, infectious, and hereditary diseases. As a result, organizations are focusing on deploying innovative solutions, such as healthcare supply chain management software, to keep track of inventory, procurement, logistics, and others and strengthen their supply chain. Healthcare Supply Chain Management Solutions: Key Types Healthcare systems, hospitals, and other patient care sites require a broad array of supplies to perform diagnosis and treatment, from masks and gloves to catheters and implants. Inadequate supplies coupled with inflation is making supply chain management a crucial but complex component in providing optimal patient care across the healthcare industry. This has shed more light on the role of supply chain management in saving lives. Effective supply chains help various regulatory agencies, including medical goods manufacturers and insurance companies, deliver essential supplies, resources, technologies, and other patient care goods to healthcare establishments. Supply chain management solutions are thus garnering massive traction among healthcare organizations for simplifying and automating manual supply chain and logistics operations. Let’s have a look at the types of supply chain management software that assist healthcare organizations to optimize their supply chain processes Inventory Management Software Efficient medical inventory management is critical for the running of healthcare organizations. The software provides real-time inventory tracking, assisting organizations in closely monitoring inventory changes, avoiding shortages of both low-value and high-use patient care items, decreasing the wait time for access to medical supplies, and reducing the chances of late delivery. Order Management Software It is crucial for healthcare establishments to have an estimate of the demand and supply of goods to prevent shortages. Order management software enables these organizations to coordinate supply chain demand planning and forecasting. It also assists in streamlining warehouse operations, resulting in faster and more accurate order placement. Sourcing and Procurement Software By tapping into the power of sourcing and procurement solutions, healthcare organizations can develop robust sourcing processes and automate, streamline, and optimize their entire procurement processes. The software also assists establishments in improving their supply inventory levels, identifying the best supplier, and reducing their overall purchasing cost. Shipping and Tracking Software Shipping and tracking software assist in the planning and execution of the physical movement of goods. These solutions are primarily used by medical equipment manufacturers and suppliers during the delivery or relocation of patient care goods. The integration of these solutions enables organizations to track and manage numerous batches of goods in transit. The Bottom Line Growing competition, healthcare regulations, shipping costs, and increased logistics requirements from medical institutions have complicated the supply chain management processes. As a result, life-science companies are investing in cutting-edge supply chain management solutions to reduce numerous errors, improve logistics, and eliminate unnecessary costs spent to fix them. Thus, several companies are now emphasizing the incorporation of cutting-edge technologies, including artificial intelligence and data analytics, into healthcare supply chain management software to reap benefits such as process automation, streamlined inventory, reduced waste, improved decision-making, and lower labor, supply, and operational costs.

Read More

3 Key Considerations in Cloud Security for Healthcare Organizations

Article | February 12, 2020

With medical system consolidation and increasing numbers of medical records created, the need for digital access and storage is gaining steam. Digitizing records allows clinicians to improve accuracy and decrease redundant testing and studies, as well as reduce treatment delays. Greater availability of digitized records has other perks too. With vast amounts of accessible medical data, researchers can move public health studies forward, also potentially improving care and treatment of individual patients. As a result, cloud storage is taking off, though healthcare organizations are adopting it more slowly than other industries. According to a 2019 Nutanix report, 71% of healthcare organizations using cloud were considered the least mature – relative beginners – in that they were using fewer cloud services. Compare that figure to finance or retail, where 13% and 15% respectively were beginners. However, that is changing.

Read More
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Spotlight

Lybrate

Lybrate is India’s first and largest online doctor consultation platform. By seamlessly connecting doctors and patients through our health app and making them communicate using mobile phones, we make healthcare more accessible. Join us on our mission to change the way healthcare is delivered in India.

Related News

AI

AI Automates Data Migration Between Incompatible Healthcare Systems

DrFirst | February 02, 2022

Clinicians rely on accurate information in electronic health record (EHR) systems so that medication, allergy, and immunization data can trigger automatic safety alerts during prescribing and transitions of patient care. But that data can be compromised when moving it from one system to another because of varying terminology, disparities in formulary service vendors, imperfect interoperability standards, and inconsistent use of national drug codes. Now, a new partnership by InfoWerks Data Services, a leading provider of healthcare data services, and health technology pioneer DrFirst is using artificial intelligence (AI) and machine learning (ML) to automate the process of sharing structured data between different systems. "This is more than a simple convenience. Manually entering information takes clinicians' time away from patients, contributing to burnout and introducing the possibility of keyboard errors that can cause patient harm and lead to readmissions. This is why we're so excited to partner with DrFirst and combine our unique but complementary services. Not only can we provide a more complete service to our customers, but we can rest well at night knowing we're giving clinicians data that is usable and meaningful to greatly reduce potential adverse drug events. This, in turn, drives better patient outcomes." Jeff Deitch, CEO of InfoWerks SmartProcessor,part of DrFirst's award-winning SmartSuite of solutions, uses AI and ML to solve data fidelity issues between disparate systems and formats, resulting in complete, clean, and consumable clinical data for the receiving system and end users. The patented AI engine normalizes drug, allergy, and prescription instruction information (known as "sigs") into consistent terms while processing "free text" so it pre-populates into discrete fields within the EHR. "Even after decades of digitization and standards, the healthcare industry still has a problem with dirty data. This means a great deal of digital information still gets touched by human hands before it can be consumed by hospital or pharmacy systems," said G.Cameron Deemer, president of DrFirst. "We are thrilled to work with InfoWerks so more health systems, hospitals, clinicians, and patients can benefit from our patented, game-changing technology that greatly improves the quality of migrated data." Both companies strive to better connect stakeholders in the healthcare universe with the data they need. Through this partnership, their product and service lines can be used as stand-alone or bundled solutions that adapt to a wide range of use cases within hospitals and health systems of all sizes, clinics, private physician practices, and pharmacies. About InfoWerks Data Services InfoWerks is a leading healthcare data management company offering a range of services including data migration, archiving, interfaces,consulting,and aggregation to all types of providers and other healthcare industry stakeholders. Since 1997,the company hasbeen enablinghealthcare companiesto transport and access their data without constraints. About DrFirst Since 2000, DrFirst has pioneered healthcare technology solutions and consulting services that securely connect people at touchpoints of care to improve patient outcomes. We create unconventional solutions that solve care collaboration, medication management, price transparency, and adherence challenges faced in healthcare. We unite the Healthiverse—the interconnected healthcare universe—by providing our clients with real-time access to the information they need, exactly when and how they need it, so patients get the best care possible. DrFirst solutions are used by nearly 325,000 healthcare professionals, including more than 120,000 prescribers, 70,000 pharmacies, 280 HIS/EHRs, and 1,500 hospitals in the U.S. andCanada.

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DIGITAL HEALTHCARE

Hekka Labs Introduces the First Decentralized Chronic Disease Data Management Ecosystem in South Asia

Hekka Labs | January 15, 2022

Hekka Labs launches a game changing decentralized healthcare ecosystem for a far more efficient health record management. The firm will concentrate on the Southeast Asia market, starting with India, where it will establish the largest chronic disease data management network. Hekka then intends to connect to the rest of the world's healthcare market through the design and implementation of proprietary Distributed Ledger Technology (DLT). Hekka has cemented initial partnerships with 3 Indian healthcare solution providers, Curisin, a healthcare company with a wide network of 30 million patients and 40,000 partnered doctors which as recently agreed to provide a minimum of 1.5 million medical records in 2022. A further agreement to provide up to 20 separate blood biomarkers together with Covid 19 data on 100,000 patients, will form the basis of an initial trial for its blockchain audit trail platform. IMMUNIDEX, a healthcare solution provider offering tests and applications that are driven by proprietary AI that can identify early immune-related risks and is well placed to capture highly valuable data for the Hekka network. TELEMEDICINE INDIAN CO, a start-up offering multi telemedicine services, multiple blood tests, and health screening including COVID-19 testing will form another integral part of data generation for the Hekka ecosystem. Hekka Labs with the integration of Distributed Ledger Technology (DLT) offers a plug and go solution that allows users to interact with the HEKKA ecosystem without major disruption. This set up can solve the inherent problems that occur on a regular basis in the healthcare industry such as inefficient biomarker management, document hogging and unstructured data management. Hekka Labs has set out to become the leading chronic illness and immunology platform in India. Hekka's private and public blockchain network solution will generate a new trust in Indian healthcare data management and can open up significant opportunity for both the domestic and global collaboration. This will lead to new levels of ethical standards and excellence for the Indian healthcare market. In the long run, Hekka plans to evolve as a significant decentralized healthcare ecosystem by connecting the network of medical and associated healthcare providers culminating in a targeted community of over 500 million patients. As a result, tens of billions of chronic disease digital biomarkers can be made available for Deep Learning, potentially speeding up new healthcare discoveries. HEK is the native token of the Hekka ecosystem, which is launched in the Ethereum network's ERC-20 standards for its intensive security and global reputation, ensuring the confidence of delivering the most sophisticated healthcare data management service. The HEK token is a token complimented by an ATOM token (Points) system which is the primary source of HEKKA 's data transfers. This ensures the value of the token. The HEK token will be a key component in serving all prospective users' interactions with the platform's different levels of service.

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HEALTH TECHNOLOGY

MHN Integrates Patient Data with EMR Systems to Enable Better Care

Medical Home Network | January 12, 2022

Medical Home Network (MHN) is helping healthcare providers have more informed conversations with patients by enabling easy access to patient data in one place. With a timely and comprehensive view of patient information, providers can make more informed decisions and ultimately deliver better care. MHN is integrating patient data across different electronic medical record systems (EMRs) for 13 providers and more than 160,000 Medicaid safety net patients, making data accessible to providers when and where they need it. The EMR integration, in partnership with athenahealth's Platform Services and other technology partners, complements MHN's care management platform, MHNConnect. System interoperability reaches providers who are not on the platform as well as doctors with patient records in more than one system. The EMR system integration enhances care coordination because it gives healthcare providers real-time alerts about hospital admissions and discharges and prompts them to follow up with patients on tasks outlined in their discharge plans. At a glance, practitioners can view patient histories and care plans, assess their adherence to prescription medications and review actions taken in skilled nursing facilities. More access to timely information can potentially avert unnecessary emergency room visits or hospital readmissions. "This important step toward interoperability is breaking down barriers in care management and supports the entire patient journey across all settings." Cheryl Lulias, Medical Home Network president and CEO Key data points delivered in the EMR integration include emergency department visits; inpatient, skilled nursing facility and home health admissions; and primary care, behavioral health and specialty outpatient visits. "It really fills in gaps and leads to better conversations with patients," said Dr. Stephen S. Stabile, a family physician at PrimeCare Health in Chicago and an MHN medical director. "For instance, if I see that a patient saw a specialist that I didn't know they were seeing, it prompts me to inquire more." Patient information is provided in the MHN Baseball Card™, which provides a comprehensive view of a patient's data, and is securely integrated in the EMR and assigned to a particular provider. "This is about driving care enabling technology to surface the right data at the right time and improve providers workflows from within EMR," said Laura Merrick, director of program management and eSolutions at MHN. "Now providers can see comprehensive patient information without having to spend time tracking down records." Rollout Begins in Primary Care Clinics MHN partnered with athenahealth, the largest of the EMR companies among MHN's provider partners, to develop a scalable approach within a clinically integrated network. athenahealth supported the rollout of the system, which went live in November, to the first eight federally qualified health center partners. Rollout to other EMR systems and the clinics they serve will continue into 2022. "We applaud Medical Home Network for taking this step toward creating an interoperable ecosystem that will help providers deliver better coordinated patient care," said Paul Brient, athenahealth's chief product officer. "At athenahealth, we have built our core applications, from the beginning, on an open, connected, cloud-based platform to enable exactly these types of connections in healthcare. We are proud to help organizations like MHN make clinical information from across the healthcare continuum easier for providers to act on, helping to drive better patient experiences and outcomes." About Medical Home Network Medical Home Network (MHN) is transforming care in the safety net and building healthier communities. MHN, which was selected as one of the 2021 Best Places to Work in Healthcare, builds partnerships in the community to connect key stakeholders, from comprehensive primary care to community-based organizations. MHN enables healthcare providers to deliver integrated care. Our care teams build trusted relationships with patients and coordinate care with a focus on whole person health. The MHN model of care is powered by proprietary technology that enhances collaboration among community-based entities, which leads to improved outcomes, lower costs and reduced health disparities.

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AI

AI Automates Data Migration Between Incompatible Healthcare Systems

DrFirst | February 02, 2022

Clinicians rely on accurate information in electronic health record (EHR) systems so that medication, allergy, and immunization data can trigger automatic safety alerts during prescribing and transitions of patient care. But that data can be compromised when moving it from one system to another because of varying terminology, disparities in formulary service vendors, imperfect interoperability standards, and inconsistent use of national drug codes. Now, a new partnership by InfoWerks Data Services, a leading provider of healthcare data services, and health technology pioneer DrFirst is using artificial intelligence (AI) and machine learning (ML) to automate the process of sharing structured data between different systems. "This is more than a simple convenience. Manually entering information takes clinicians' time away from patients, contributing to burnout and introducing the possibility of keyboard errors that can cause patient harm and lead to readmissions. This is why we're so excited to partner with DrFirst and combine our unique but complementary services. Not only can we provide a more complete service to our customers, but we can rest well at night knowing we're giving clinicians data that is usable and meaningful to greatly reduce potential adverse drug events. This, in turn, drives better patient outcomes." Jeff Deitch, CEO of InfoWerks SmartProcessor,part of DrFirst's award-winning SmartSuite of solutions, uses AI and ML to solve data fidelity issues between disparate systems and formats, resulting in complete, clean, and consumable clinical data for the receiving system and end users. The patented AI engine normalizes drug, allergy, and prescription instruction information (known as "sigs") into consistent terms while processing "free text" so it pre-populates into discrete fields within the EHR. "Even after decades of digitization and standards, the healthcare industry still has a problem with dirty data. This means a great deal of digital information still gets touched by human hands before it can be consumed by hospital or pharmacy systems," said G.Cameron Deemer, president of DrFirst. "We are thrilled to work with InfoWerks so more health systems, hospitals, clinicians, and patients can benefit from our patented, game-changing technology that greatly improves the quality of migrated data." Both companies strive to better connect stakeholders in the healthcare universe with the data they need. Through this partnership, their product and service lines can be used as stand-alone or bundled solutions that adapt to a wide range of use cases within hospitals and health systems of all sizes, clinics, private physician practices, and pharmacies. About InfoWerks Data Services InfoWerks is a leading healthcare data management company offering a range of services including data migration, archiving, interfaces,consulting,and aggregation to all types of providers and other healthcare industry stakeholders. Since 1997,the company hasbeen enablinghealthcare companiesto transport and access their data without constraints. About DrFirst Since 2000, DrFirst has pioneered healthcare technology solutions and consulting services that securely connect people at touchpoints of care to improve patient outcomes. We create unconventional solutions that solve care collaboration, medication management, price transparency, and adherence challenges faced in healthcare. We unite the Healthiverse—the interconnected healthcare universe—by providing our clients with real-time access to the information they need, exactly when and how they need it, so patients get the best care possible. DrFirst solutions are used by nearly 325,000 healthcare professionals, including more than 120,000 prescribers, 70,000 pharmacies, 280 HIS/EHRs, and 1,500 hospitals in the U.S. andCanada.

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DIGITAL HEALTHCARE

Hekka Labs Introduces the First Decentralized Chronic Disease Data Management Ecosystem in South Asia

Hekka Labs | January 15, 2022

Hekka Labs launches a game changing decentralized healthcare ecosystem for a far more efficient health record management. The firm will concentrate on the Southeast Asia market, starting with India, where it will establish the largest chronic disease data management network. Hekka then intends to connect to the rest of the world's healthcare market through the design and implementation of proprietary Distributed Ledger Technology (DLT). Hekka has cemented initial partnerships with 3 Indian healthcare solution providers, Curisin, a healthcare company with a wide network of 30 million patients and 40,000 partnered doctors which as recently agreed to provide a minimum of 1.5 million medical records in 2022. A further agreement to provide up to 20 separate blood biomarkers together with Covid 19 data on 100,000 patients, will form the basis of an initial trial for its blockchain audit trail platform. IMMUNIDEX, a healthcare solution provider offering tests and applications that are driven by proprietary AI that can identify early immune-related risks and is well placed to capture highly valuable data for the Hekka network. TELEMEDICINE INDIAN CO, a start-up offering multi telemedicine services, multiple blood tests, and health screening including COVID-19 testing will form another integral part of data generation for the Hekka ecosystem. Hekka Labs with the integration of Distributed Ledger Technology (DLT) offers a plug and go solution that allows users to interact with the HEKKA ecosystem without major disruption. This set up can solve the inherent problems that occur on a regular basis in the healthcare industry such as inefficient biomarker management, document hogging and unstructured data management. Hekka Labs has set out to become the leading chronic illness and immunology platform in India. Hekka's private and public blockchain network solution will generate a new trust in Indian healthcare data management and can open up significant opportunity for both the domestic and global collaboration. This will lead to new levels of ethical standards and excellence for the Indian healthcare market. In the long run, Hekka plans to evolve as a significant decentralized healthcare ecosystem by connecting the network of medical and associated healthcare providers culminating in a targeted community of over 500 million patients. As a result, tens of billions of chronic disease digital biomarkers can be made available for Deep Learning, potentially speeding up new healthcare discoveries. HEK is the native token of the Hekka ecosystem, which is launched in the Ethereum network's ERC-20 standards for its intensive security and global reputation, ensuring the confidence of delivering the most sophisticated healthcare data management service. The HEK token is a token complimented by an ATOM token (Points) system which is the primary source of HEKKA 's data transfers. This ensures the value of the token. The HEK token will be a key component in serving all prospective users' interactions with the platform's different levels of service.

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HEALTH TECHNOLOGY

MHN Integrates Patient Data with EMR Systems to Enable Better Care

Medical Home Network | January 12, 2022

Medical Home Network (MHN) is helping healthcare providers have more informed conversations with patients by enabling easy access to patient data in one place. With a timely and comprehensive view of patient information, providers can make more informed decisions and ultimately deliver better care. MHN is integrating patient data across different electronic medical record systems (EMRs) for 13 providers and more than 160,000 Medicaid safety net patients, making data accessible to providers when and where they need it. The EMR integration, in partnership with athenahealth's Platform Services and other technology partners, complements MHN's care management platform, MHNConnect. System interoperability reaches providers who are not on the platform as well as doctors with patient records in more than one system. The EMR system integration enhances care coordination because it gives healthcare providers real-time alerts about hospital admissions and discharges and prompts them to follow up with patients on tasks outlined in their discharge plans. At a glance, practitioners can view patient histories and care plans, assess their adherence to prescription medications and review actions taken in skilled nursing facilities. More access to timely information can potentially avert unnecessary emergency room visits or hospital readmissions. "This important step toward interoperability is breaking down barriers in care management and supports the entire patient journey across all settings." Cheryl Lulias, Medical Home Network president and CEO Key data points delivered in the EMR integration include emergency department visits; inpatient, skilled nursing facility and home health admissions; and primary care, behavioral health and specialty outpatient visits. "It really fills in gaps and leads to better conversations with patients," said Dr. Stephen S. Stabile, a family physician at PrimeCare Health in Chicago and an MHN medical director. "For instance, if I see that a patient saw a specialist that I didn't know they were seeing, it prompts me to inquire more." Patient information is provided in the MHN Baseball Card™, which provides a comprehensive view of a patient's data, and is securely integrated in the EMR and assigned to a particular provider. "This is about driving care enabling technology to surface the right data at the right time and improve providers workflows from within EMR," said Laura Merrick, director of program management and eSolutions at MHN. "Now providers can see comprehensive patient information without having to spend time tracking down records." Rollout Begins in Primary Care Clinics MHN partnered with athenahealth, the largest of the EMR companies among MHN's provider partners, to develop a scalable approach within a clinically integrated network. athenahealth supported the rollout of the system, which went live in November, to the first eight federally qualified health center partners. Rollout to other EMR systems and the clinics they serve will continue into 2022. "We applaud Medical Home Network for taking this step toward creating an interoperable ecosystem that will help providers deliver better coordinated patient care," said Paul Brient, athenahealth's chief product officer. "At athenahealth, we have built our core applications, from the beginning, on an open, connected, cloud-based platform to enable exactly these types of connections in healthcare. We are proud to help organizations like MHN make clinical information from across the healthcare continuum easier for providers to act on, helping to drive better patient experiences and outcomes." About Medical Home Network Medical Home Network (MHN) is transforming care in the safety net and building healthier communities. MHN, which was selected as one of the 2021 Best Places to Work in Healthcare, builds partnerships in the community to connect key stakeholders, from comprehensive primary care to community-based organizations. MHN enables healthcare providers to deliver integrated care. Our care teams build trusted relationships with patients and coordinate care with a focus on whole person health. The MHN model of care is powered by proprietary technology that enhances collaboration among community-based entities, which leads to improved outcomes, lower costs and reduced health disparities.

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