We are very excited to announce that we have released our new feature – Patient Reported Outcome Measures! Also known as PROMs, they are a great way to keep track of your patient’s progress with rehabilitation. Some of our subscribers had been testing it out for us ahead of the release. Here is what Heather, a hand therapy clinic owner in Perth has to say –
‘Sent to a patient, who sent it back within 24 hours! Awesome to have access like that…and saving lots of trees as well! Well done!’
We’ve made this feature as simple as possible for both you and your patient to get the most out of it. See below for our step-by-step instructions for completing, sending, and viewing patient outcome measures. You can also click to watch our instructional video.
1. Open your patient’s programTo use outcome measures you will need to create or open a patient program. We’ve aligned PROMs to your patient’s programs in the same way as the symptom tracking feature. Once you’ve opened a program, click on the ‘PROMs’ button as shown below.
2. Select a PROM questionnaire You can now select one of the outcome measures from the drop down box. At the bottom of the screen there is also a references section, where you can read more about the outcome measure you intend to use. If you need further guidance on which measures to use, click here to read our previous newsletter.
3. Complete or send to your patient
Once you’ve selected the outcome measure you want, you can either ‘Complete Now’, or send it to your patient via email by pressing ‘Request Completion’. If you choose to email it they will receive a secure smart link. Once they click it they can easily fill out the questionnaire on their computer or mobile phone.
Once your patient has completed it, you will receive an email notification. You can choose to switch these notifications on or off by going to Settings -> Email Settings and selecting the following drop down box.
As you can see, using TrackActive for all of your PROMs needs is as easy as 1, 2, 3. If you have any questions, please contact us.
Today we are pleased to announce that TrackActive has entered into a collaboration with Gen Re, one of the world’s leading reinsurers, to deliver innovation solutions to their life and health clients in the global insurance market. This is a significant step forward for our company to positively impact the health of large numbers of people, specifically the customers of their direct health and life insurers. To read the full press report, please click here.
Any questions or enquiries regarding the agreement should be directed to the contact details outlined in the press report.
Article written by Ebele Mogo, Doctor of Public Health, Community and Behavioural Health.
Artificial intelligence, the science of engineering high-level computational abilities, is rising to the fore of our conversations on big data. Discussions on artificial intelligence span from optimistic accounts of how robots will make our lives easier, to fears about what this will mean for our jobs and data privacy. Either way, artificial intelligence is no longer for futuristic movie scripts alone. It is now a growing reality.
Health is not left behind in this conversation. You may have heard of Google’s Deep Mind Project that started a collaboration with the UK’s National Health Service (NHS). By analyzing the large database of the NHS, Deep Mind intends to support clinicians to improve treatment plans. Machine learning algorithms have been to used to improve the life of at-risk children through more timely monitoring. Ambitious projects like Google Brain aim to predict medical events that will happen to you in the future.
What does artificial intelligence mean for the future of healthcare?
First, let us review the current health challenges of our day. The United Nations’ Sustainable Development Goal (SDG) 3 is to “ensure healthy lives and promote wellbeing for all at all ages”, with priorities like infectious diseases and maternal mortality as well as the growing problem of non-communicable disease deaths including injury and pollution-related diseases. Health systems are changing their payment models to reflect a focus away from services rendered to real value in the form of behavioural health change and improved health outcomes. There is also a stronger focus on inclusiveness as you may have seen reflected in SDG 3 with its repetitive use of the word “all”. We need to ensure that health benefits accrue to all and throughout their lifecourse.
Let’s take a look at a few ways that artificial intelligence could support these goals.
Artificial intelligence will have the unique ability to quickly integrate data from the evidence with various aspects of patients’ lives – their genes, their lifestyle, their medical history. This information could be used to create evidence-based treatment options for the patient at a very high level of precision. With the still significant problem of infectious diseases and maternal and infant deaths, the ability of artificial intelligence to monitor patients in real time, integrating this information with their histories and the evidence can support clinical decision making.
Informing prevention and behaviour change
The value proposition for artificial intelligence is not limited to treatment. With a growing focus on prevention as non-communicable disease rates rise around the world, artificial intelligence could be deployed to engage patients in healthier behaviours outside the clinic to ensure they improve their behaviours and hence their outcomes. This could yield a much needed reduction in healthcare costs.
Improving population health
Issues of equity are integral to improving population health as we see reflected in the Sustainable Development Goals. Equity needs to be informed with the evidence. Artificial intelligence can be used to feed and mine data records, aggregating this information at a high level and informing plans to improve aspects of the places where people live, work and play, for better health and access to care. In India, such high level analytics are already being used to inform responses to pollution.
As the new and complex field it is, there are various moving parts that will need to be addressed. You can imagine that one is privacy – making sure that patient records are safely mined and stored. Another is data quality. For a field that relies heavily on data, the right data infrastructure are necessary as a foundation for intelligent computation.This includes the need to break down data silos so that various sources of data about a patient’s life can be securely and quickly integrated. Each aspect of the moving target – policy around big data, data privacy, data integration, precision medicine – will need to be optimized, measured and improved. However, if early indications are anything to go by, artificial intelligence will take on ever more complex public health decisions, hopefully saving lives and money.
Penny, a 40 year old graphic designer had been seeing her physiotherapist on and off for low back pain for 3 years. Things were still pretty up and down. She’d been consistent with her strengthening and mobility exercises making sure she put aside 15 minutes every day to get that done. She had also made sure her workstation was set up well and she took frequent breaks to walk around and move. But she could never fully shift the pain in her back and she’d started to accept that maybe it would never go.
At TrackActive we believe in evidence-based rehabilitation. For over 70% of exercises included in our database, we summarise, reference and provide links to research that have studied an exercise or a protocol of exercises.
However, we also believe in innovation in exercise rehabilitation. Innovation is at the core of progression in any industry or field of study. Innovation in healthcare will lead to improved patient outcomes, and therefore improved health. And with exercise methods increasingly being shown to improve outcomes across a broad range of chronic diseases and conditions, innovation is so important to continue this trend.
Healthcare and the influence that technology will have on its delivery and value is an exciting and ever-changing space. To look at a broad overview of the intersection of healthcare and technology we first need to examine the history of the healthcare and technology interface and define some key technology concepts.