Remote Patient Monitoring Can Be a Game-Changer for Healthcare
As the name indicates, remote patient monitoring (RPM) involves the use of technology to monitor patients’ health and vital signs outside clinical settings. It has shown enormous potential to improve accessibility to care and address many inequities. Although the idea behind RPM was conceived over a decade ago, the Covid-19 pandemic pushed many providers as well as patients to re-think their stance on RPM.
Innovations in health information gathering form the cornerstone of remote patient monitoring platforms. Gadgets like Apple’s smartwatches, Fitbits, and other smart wearables capture important vital signs like heart rate, electrocardiogram, blood pressure, body temperature, and so on. Such devices are an excellent way for providers to track a person’s vitals in real-time.
RPM For Preventive Care
As the old saying goes, “Prevention is better than cure.”
Remote patient monitoring services often involve IoT-powered smart gadgets or devices that help monitor patient vitals. This is immensely beneficial for seniors in retirement communities or patients living in assisted living institutions. Such people would have difficulty traveling to clinics for consultations. But with RPM-enabled devices, doctors can collect their health information remotely and assess it to find out any medical risks around the corner.
Healthcare analytics form the backbone of preventive medicine. While remote patient monitoring systems collect health data, advanced algorithms assess the same to detect early signs of disease. Such ability enables doctors to prescribe appropriate medication and recommend changes to lifestyles that would be conducive to wellbeing. Such a preventive approach has led many experts to rethink healthcare and advocate for a more proactive approach, rather than a reactive one that only jumps in during hospitalizations.
Role of RPM in Chronic Care
Almost 50% of Americans suffer from at least one chronic disease. Studies have shown that chronic diseases cost the country about $3.7 trillion in lost productivity. Public health experts have even declared this to be a national health crisis. In light of this, providers using a remote patient monitoring system have hinted at its vast potential for chronic care.
The Transformative Effect of Healthcare Software Development
Digitization has revolutionized the way we work and organize. It has accelerated the pace of operations across every industry. When it comes to healthcare, software has digitized many workflows in clinical activities, research, as well as patient engagement. The growth of healthcare software development has ushered in waves of innovative applications that have helped clinicians deliver better care and for patients to have a good medical experience.
Gone are the days of doing things using pen and paper, or handling tons of physical files and documentation. With custom medical software development, there’s no limit to how much innovation can improve the industry. Let’s have a look at some of the amazing things software has helped to accomplish in healthcare -
Telemedicine
This is touted to be one of the biggest game-changers in healthcare this century. Although the concept of telemedicine was discussed among clinicians and medical software development circles for a decade, it took a pandemic for it to be adopted. As the name suggests, telemedicine applications enable patients to connect with providers virtually using smartphones, tablets, or laptops and an internet connection. It eliminates the need to travel to the clinic in person.
Needless to say, it has been immensely beneficial for elders, people with disability, or people from distant rural locations. Such people would often face enormous difficulty in traveling to a clinic. But with telemedicine, they can access care from anywhere. It has helped improve access to quality healthcare among rural and underserved communities.
IoT-Driven Wearables
Today there are more fitness enthusiasts than ever before thanks to social media and greater awareness about diseases among the general public. Banking on this fad are some IoT-driven smart devices that you can wear for tracking your own health vitals. Innovations in healthcare software development have paved the way for Apple’s smartwatches, Fitbits, and smart garments. These gadgets monitor a user’s vitals like blood pressure, heart rate, activity level, temperature, and even electrocardiogram (ECG).
Healthcare EDI (Electronic Data Interchange) has been used for decades. Payers use healthcare EDI to determine healthcare coverage and verify benefits. EDI is as important as several other data exchange formats in the healthcare industry. Healthcare EDI has transformed the healthcare industry, manufacturing, and supply chain.
So what is healthcare EDI?
Healthcare EDI is a way for healthcare organizations to exchange data to and from external systems and entities. Instead of preparing such data manually and risking errors in data, and possible data theft, electronically preparing and transmitting data and electronic data interchange avoids such problems. As an output, healthcare industries can automate their healthcare processing systems, including patient care systems.
How is healthcare EDI related to HIPAA compliance?
Health Insurance Portability and Accountability Act of 1996 (HIPAA) is a law or mandate protecting patient data. Any disclosure or sharing of sensitive patient data must be with the patient’s consent as per electronic data interchange in healthcare laws. HIPAA also requires healthcare organizations to follow a data format to transmit and process healthcare data. Standardized data is consistent, and data anomalies can be avoided.
The law also requires healthcare companies to use secure encrypted electronic transmission, access health data, and implement automated compliance checks for regulations related to HHS privacy. Before the widespread implementation and adoption of HIPAA, healthcare organizations used their proprietary codes for medical electronic data interchange. This made it difficult to exchange data, and any pre-processing of data was expensive.
Why is EDI in healthcare important?
Healthcare EDI is important because it improves the productivity of healthcare operations. It reduces anomalies, enhances data accuracy, processing efficiency, and healthcare delivery speed. There is limited or no human intervention. So the scope of malpractices or compromising data security is low or none.
The Transformative Effect of Healthcare Software Development
Digitization has revolutionized the way we work and organize. It has accelerated the pace of operations across every industry. When it comes to healthcare, software has digitized many workflows in clinical activities, research, as well as patient engagement. The growth of healthcare software development has ushered in waves of innovative applications that have helped clinicians deliver better care and for patients to have a good medical experience.
Gone are the days of doing things using pen and paper, or handling tons of physical files and documentation. With custom medical software development, there’s no limit to how much innovation can improve the industry. Let’s have a look at some of the amazing things software has helped to accomplish in healthcare -
Telemedicine
This is touted to be one of the biggest game-changers in healthcare this century. Although the concept of telemedicine was discussed among clinicians and medical software development circles for a decade, it took a pandemic for it to be adopted. As the name suggests, telemedicine applications enable patients to connect with providers virtually using smartphones, tablets, or laptops and an internet connection. It eliminates the need to travel to the clinic in person.
Needless to say, it has been immensely beneficial for elders, people with disability, or people from distant rural locations. Such people would often face enormous difficulty in traveling to a clinic. But with telemedicine, they can access care from anywhere. It has helped improve access to quality healthcare among rural and underserved communities.
IoT-Driven Wearables
Today there are more fitness enthusiasts than ever before thanks to social media and greater awareness about diseases among the general public. Banking on this fad are some IoT-driven smart devices that you can wear for tracking your own health vitals. Innovations in healthcare software development have paved the way for Apple’s smartwatches, Fitbits, and smart garments. These gadgets monitor a user’s vitals like blood pressure, heart rate, activity level, temperature, and even electrocardiogram (ECG).
What Medical Coding Solutions Can Do For Your Organization
It’s no secret that healthcare in the United States is the most complicated healthcare system in the world. It contains many layers of complex regulation to govern a web of activities amongst clinicians and insurance payers. The complexity is one of the major reasons thought to be responsible for the high cost of healthcare in America.
When a patient walks into a healthcare facility, his or her visit is bound to result in a certain degree or type of care delivered. All the services rendered are documented carefully, and are then coded and submitted to payers to claim reimbursement. It's a complicated process that is prone to errors. Any mistakes made in submitting claims results in it getting denied or rejected, costing the provider precious revenue. A study has shown that each denied claim can cost the organization an average of $117.
Medical coding solutions enable non-clinical staff to streamline the process of coding for accurate claims submission. Additionally, such applications also accelerate the process, allowing staff at larger hospitals to get more done in the same amount of time. The larger the healthcare organization, the more the volume of patients, and so, the greater the need for medical billing and coding software.
In addition to large hospitals, smaller clinics with one or more providers could go a long way in improving their revenue cycles by investing in medical coding and billing software. Such applications minimize staffing requirements, maximize productivity, optimize workflows, and cut down denied claims. All of these factors ultimately result in improved revenue cycles and in turn, a better quality of care.
Healthcare Cloud Solutions - Osplabsosplabs.com
OSP can develop advanced cloud computing solutions to help you store patient data and exchange health informatics through secure platforms....
3 ways cloud computing solutions are improving healthcare in the US
Cloud computing is an important step of the ladder towards the next wave of digitization. It has impacted different areas of our lives, and healthcare is not an exception. The cloud has been used to run critical applications; the cloud has helped scale the management process to a whole new level. With many new inventions on the board, the healthcare cloud solutions are helping healthcare improve and improvise for the greater good. Join us as we explore the five important ways cloud computing are revolutionizing the health sector in the US:
1. Cost-cutting
Healthcare institutions are no longer dependent on hiring IT, staff, and professionals with cloud-based servers and software. This has driven a lower costs module to speed up the vital processes such as care components, clinical notes, and medical billing. This leads to better care and, more importantly, revenue management.
2. Ease of access to patient data
Doctors and nurses can get instant access to huge amounts of data using cloud servers. And what’s more? They can sort out the type of data they require at that moment with the help of a few simple steps. Custom-made healthcare cloud solutions can also provide access to data from different sources. This has reduced the requirement for massive networks, not to mention eliminating complex security hassle. Using the same technology, patients can also access accurate information, medications, treatment bills, etc.
3. Software migration
Cloud computing in healthcare comes with innovative solutions that can offer legacy applications migration. If you have a trademark application that has run since the beginning of the facility, you can easily deploy, develop or scale it using healthcare cloud solutions. You can even move your software databases to the cloud using the best technological medium that also helps in retaining the essential data while resolving data security issues with previous software.
Remote Patient Monitoring can Address Major Inequities in Senior Care
Remote patient monitoring (RPM) is the use of digital and telecommunication technology for monitoring patients outside medical settings. In other words, providers monitor patient vitals when the patients are not in a clinic or a hospital. The idea might seem novel, but the concept has been around for well over a decade. But few in the medical and legal circles gave it serious consideration.
There were personal gadgets like smartwatches and Fitbits that allowed people to monitor their activity levels, heart rate, the number of steps walked, and so on. But the Covid-19 pandemic got everyone thinking seriously about the benefits of remote patient monitoring technologies.
As the old saying goes - “Necessity is the mother of all invention.”
The social distancing and curfews enforced by the pandemic catalyzed the adoption of RPM technologies. The result is that remote patient monitoring tools went from being isolated try-outs to being accepted for their utility by the broader medical community. Subsequently, the demand for remote patient devices has skyrocketed and numerous entrepreneurs have developed innovative technologies to address this demand. In addition to that, venture capitalists and investors across the globe have been pouring vast amounts of money into startups that might become household names in the remote patient monitoring business.
Remote monitoring in healthcare involves one or more devices that collect medical data in real-time and transmit it to doctors. Needless to point out, this technology was extremely useful when everyone was locked indoors and access to care was difficult during the pandemic. During such trying times, the technology to enable physicians to see patients without being in the same building was a blessing.
What Medical Coding Solutions Can Do For Your Organization
It’s no secret that healthcare in the United States is the most complicated healthcare system in the world. It contains many layers of complex regulation to govern a web of activities amongst clinicians and insurance payers. The complexity is one of the major reasons thought to be responsible for the high cost of healthcare in America.
When a patient walks into a healthcare facility, his or her visit is bound to result in a certain degree or type of care delivered. All the services rendered are documented carefully, and are then coded and submitted to payers to claim reimbursement. It's a complicated process that is prone to errors. Any mistakes made in submitting claims results in it getting denied or rejected, costing the provider precious revenue. A study has shown that each denied claim can cost the organization an average of $117.
Medical coding solutions enable non-clinical staff to streamline the process of coding for accurate claims submission. Additionally, such applications also accelerate the process, allowing staff at larger hospitals to get more done in the same amount of time. The larger the healthcare organization, the more the volume of patients, and so, the greater the need for medical billing and coding software.
In addition to large hospitals, smaller clinics with one or more providers could go a long way in improving their revenue cycles by investing in medical coding and billing software. Such applications minimize staffing requirements, maximize productivity, optimize workflows, and cut down denied claims. All of these factors ultimately result in improved revenue cycles and in turn, a better quality of care.
In addition to helping streamline the entire process lifecycle of filing out claims and submitting them, software for medical coding and billing allows providers to track each of the claims submitted. This is yet another tedious, manual task that non-medical staff at hospitals and clinics need to put up with. It’s no secret that claims could take days to get approved for providers to get reimbursed. So, medical coding systems that also include billing and claims tracking features would help providers identify the claims that are likely to get denied and make necessary corrections accordingly.
Medical Coding Software Solutions - Osplabsosplabs.com
Reduce Medical Coding errors and avoid claim denials with OSP's advanced medical coding solutions. We can help you HCC dashboards and Coding Audits among many s...
Augmented and Virtual Reality are the Most Promising Examples of Healthcare Software Development
Software development has seen innovations that have helped every industry that one can think of. It won’t be a stretch to say that we are living in the software age, just as mankind lived in the stone age, bronze age, iron age, and so forth. When it comes to healthcare, software development has focused on addressing many issues in the industry in the last decade. From improving clinical operations to streamlining billing and enhancing the quality of care, healthcare software development has helped doctors as well as patients. Among the most exciting applications of custom healthcare software development has been the growth of augmented and virtual reality (AR and VR) for healthcare.
Virtual reality (VR) brings forth an immersive experience that puts the user in a simulated environment. On the other hand, augmented reality (AR), as the name suggests, augments your surroundings by placing digital entities that the user can interact with.
Both AR and VR have had sizeable impacts on the entertainment industry. But their use in healthcare holds enormous potential.
Medical Education
One of the most promising applications of these technologies in healthcare development is in training doctors to respond to emergencies in a hospital or outside clinical settings. Companies involved in medical software development services have developed a prototype for a virtual operating room that can be used for training medical residents and EMTs to perform emergency procedures.
