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eHealth in 2015 – what’s in store?

eHealth in 2015 – what’s in store?

2015 is set to be a progressive year for eHealth.  Following the momentum built up in 2014, I take a look at the top 4 predictions and eHealth “hot-spots” that deserve the attention of Healthcare strategists in 2015.

 

Personally Controlled Electronic Healthcare Record (PCEHR)

In 2015 expect to see substantial progress in the PCEHR and integration of clinical information. Some of the progress made in 2014 will flow on to impact providers and consumers of Healthcare in 2015. Healthcare providers in particular should already have plans in place to align with the work NEHTA is doing, and if not, get prepared now for change.

The National E-Health Transition Authority (NEHTA) will offer funding to private hospital groups to begin integrating their systems with the PCEHR. They have released the details of their Private Hospital PCEHR Rapid Implementation Program (RIP), which will contribute towards the technical requirements for uploading and viewing of clinical documents. Release five of the PCEHR will pave the way for NEHTA to work with pathology and diagnostic imaging services to enable provider information systems to send PDF pathology and diagnostic imaging report to the PCEHR.

In Aged Care, 2015 will (hopefully) see the formation of a single client record that aligns the Aged Care Gateway system and the central client record, to the PCEHR.

In Melbourne, Western Health is gearing up to enter phase two of a project to securely deliver notifications from its hospital systems directly into GP desktop practice management software through an SMD-compliant eMessaging Gateway.  This initiative, and others like it, will become more common-place in 2015.

 

Expanding Consumer Choice

Consumer Directed Care (CDC) is set to be more widely integrated in 2015, with a broadening of services offered under this model.  Whilst CDC within the home and community care setting will continue to develop strengthen, residential aged care looks to embrace the same model of handing control to consumers over their choice of providers.

The My Aged Care gateway website for example, could be the “virtual marketplace where consumers and providers – or demand and supply – meet”.   The quote from a speech delivered by Senator Mitch Fifield goes on to say “Trip Advisor style capacities on the My Aged Care website will develop ratings for the quality of providers and their services, according to what matters to consumers, rather than what Departments and providers think they should be”.

CDC for Residential Aged Care is good for consumers, and is currently in the mindset of policy makers.  Residential Aged Care providers would be wise to consider the impacts of this, and think about strategies to best position themselves for the years ahead.

A current challenge is how Healthcare Providers will manage the new CDC reporting requirements. From July 2015 all Home Care Packages will be delivered on a CDC basis, so there is some concern in the industry around the lack of IT capability to deliver on these reporting requirements as July 2015 approaches.

 

Digital Healthcare

In 2015 many facets of healthcare will increasingly be digitised. Healthcare digitisation offers many benefits around clinical workflow automation, storage savings, longevity of records, and transmission and communication of clinical information.

Fully digital hospitals promise connection, integration and digitisation of medical records, x-rays, pathology results, radiology imaging, medications, CT/MRI scans, vital signs and other health information. Digitisation also provides opportunities around big data analytics and business intelligence to gain a broader picture of patients to improve health outcomes.

Other examples of digital healthcare include: doctors using speech recognition software to translate voice instructions directly onto patient records; linking patient meal planning with allergies and conditions (eg diabetes); medication verification and stock supply; and fingerprint biometrics for clinical staff access to rooms and systems.

It is not just hospitals that will benefit from digital healthcare in 2015. In the home care space a clinically validated monitor has recently been released that allows home users to measure blood pressure and heart rate, and connect it wirelessly to a mobile app. QardioArm works with Apple’s HealthKit, which lets users access all their health and wellness information in one place. It also records irregular heart beat history to provide a reference for doctors. This is just one of many examples.

With digitisation of healthcare inevitably on the rise, appropriate management and governance within this new paradigm will be required.  One example that helps pave the way is the release of the “Clinical Images and the Use of Personal Mobile Devices” guide, which was created to assist doctors and medical students in the proper use of personal devices such as smartphones, when taking and transmitting clinical images.

 

Interoperability

Interoperability is essentially an expansion of the PCEHR.

In the medication management space, 2015 may be the year to directly import medication information out of the PCEHR or GP systems straight into Healthcare Providers medication management (or clinical) system.   From a hospital perspective, work needs to be done to address the challenges faced by interoperability between different clinical systems, as well as the challenges in mapping the Australian Medicines Terminology (AMT) to SNOMED CT-AU.

2015 will also see the continued proliferation of wearable devices. A recent survey from Kronos indicates that 30 per cent of Australians use wearable devices in their personal lives. This adoption rate could result in a smooth transition to wearables for health and fitness use. Health and fitness data can be useful in doctor consultations to aid diagnostics, and in the future could be designed as medical devices and for monitoring general health and well-being.   There will be a time where the patient will upload the data and it will end up on the health professional’s screen.  It may not happen in 2015, but it will happen.

Some wearable devices that already exist include glucose meters that allow clinic alerts and remote monitoring; devices that monitor vital signs; devices and apps that allow patients to monitor their diets; and apps to help with medication compliance. Check out my blog “The Mobile eHealth Revolution” for more information.

 
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Posted by on December 8, 2014 in e-health, strategy

 

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Mobile Health Applications – Trends and Predictions

The concept of using mobile applications to manage medical conditions and improve health outcomes is well and truly here.

The 4th mHealth App Developer Economics Study (www.mhealtheconomics.com) conducted in Q1 2014, outlines the major trends and direction relating to the mobile health landscape, and confirms the view that mobile health applications will continue to break new ground in terms of innovation, market penetration and change.

The proliferation of smartphones has provided the medium on which mobile health applications are consumed. If we turn the clock back to 2009, only 13% of all handsets shipped were smartphones. Today, smartphones have become the global number 1 connected device (mostly iOS and Android), whilst tablets are now outselling laptops. This means that, apart from some developing regions, almost everyone in the world has (or will have) a device that could run a mobile health solution.

In the Apple and Android app stores there are more than 100,000 apps within the health category. As the study points out, this is more than double the quantity of mobile health apps listed in the store only 2.5 years ago. More than 30% of all apps that are listed in the Health & fitness and Medical app sections are fitness trackers or exercise guides. The second and third largest groups are Medical Reference (16.6%) and Wellness apps (15.5%). Medical reference apps provide information about drugs, diseases, symptoms and give advice on how to take drugs or what to do in case of experiencing pain. They also show locations of pharmacies and medical centres/doctors. Medical condition management apps represent the 5th largest group of mobile health apps (6.6%).

Some of the predictions from the study participants (mobile health app publishers) paint an interesting picture about the future of the mobile health app market:

  • The main market drivers for health apps over the next 5 years are increasing penetration of capable devices and user/patient demand.
  • The potential show-stoppers are lack of data security and standards, and poor discoverability. This could leave room for specialised mobile health app stores.
  • Android and iOS are the dominant mobile platforms for which mobile health app developers will continue developing their apps in the next 5 years.
  • Fitness apps are believed to diminish in their relative importance. In five-years’ time they are expected to go from 1st to 5th position in terms of business potential. The app categories that have the highest expected market potential in the near future are remote monitoring and consultation apps.
  • The areas that are predicted to have the greatest impact on healthcare include improved outcomes of treatments, self-care of people, slowing down the increase of healthcare costs, improved interaction between patients and doctors, and enabling patients to take better care of their own health.

Many of the most popular mobile health apps today draw data/information from different sources to provide an enriched and comprehensive experience to users. This occurs through the use of “APIs”. These API’s are connectors that allow apps to import or export general health information (e.g., databases for drugs, food, diseases), personal health information (e.g., calorie intake, steps, weight), and medical device information (e.g. from glucometers, blood pressure monitors, heart rate monitors, step tracking bracelets).

Three different categories of vital parameters are captured today are health & fitness tracking data, patient monitoring data, and medical examination data.

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With “consumer directed care” models now part of the health landscape, mobile healthcare apps form part of the solution to empower users/patients to take a more active role in their treatment process. The opportunity is ripe for mobile health to form an integral part of the nation’s healthcare strategy.

In the next 5 years there will be increased prevalence of sensor networks (wearable and built-in sensors). Sensors can have a tremendous impact on the mHealth industry and on how patients track their vital data in the future.

Companies like Apple, Google and Samsung are incorporating more and more sensors into their devices. These companies are seeing the potential in mobile health development, and investing heavily. In May 2014, Reuters reported that Apple has been on a biomedical technology hiring spree. Much of the hiring is in sensor technology, an area Chief Executive Tim Cook singled out last years as primed “to explode”. Recent reports suggest that Apple is developing a smart home platform to enter the Internet of Things space and an iOS application called Healthbook to help users track their heart rate, blood pressure and more. Industry insiders say the moves telegraph a vision of monitoring everything from blood-sugar levels to nutrition, beyond the fitness-oriented devices now on the market. Apple has also poached biomedical engineers from companies including Vital Connect, Masimo Corp, Sano Intelligence and O2 MedTech. Masimo is best known for its pulse oximetry device, which non-invasively measures patients’ oxygen saturation, an indicator of respiratory function. Vital Connect focuses on tracking vitals like heart rate and body temperature. O2 Med Tech also is experimenting with biosensors and developing new devices.

“Internet of Things” and “Big Data” anyone?

 
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Posted by on June 2, 2014 in e-health, mobility

 

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