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how is wearable tech impacting community pharmacy?
The surge in popularity of wearable technology extends well beyond retail Smartwatches. The technology continues revolutionising the way people lead their lives, and it has significant potential for revolutionising the healthcare industry. Community Pharmacies in the United Kingdom and beyond are no exception.

Wearable Technology in Numbers

  • 216 million global smartwatch users (Statista)
  • 1%/Year – The increase in growth of the population who own smartwatches in the US (Insider Intelligence)
  • 13 – Different categories of wearables. Smartwatches are almost synonymous with wearables, but there’s far more to wearables than watches. (Tesla Suit)
a graph showing the number of wearable technology devices globally

The number of connected wearable devices worldwide has more than doubled in the space of three years, increasing from 325 million in 2016 to 722 million in 2019. The number of devices is forecast to reach more than one billion by 2022.

Retail Opportunities for Pharmacies

Before we dive into the practical applications of how wearable tech can affect pharmacy’s day-to-day healthcare operations, a word on retail.

The vast majority of pharmacies in the UK still double-up as a retail shop, or a convenience store, for our American readers. Unless you’re based in a really remote location, you’re competing for little crumbs with multiple fish in the same pond as you.

Dress for the role you want, not the one you have

The way we change the public perception of what a Community Pharmacy is and does is by doing different things. People don’t visit pharmacies for cheap plastic toys.

If Pharmacies became outlets for Wearable Health technology, suddenly the advice of the professionals in-store adds value, giving you a huge advantage over online retailers who can’t offer that same tailored advice.

Take NuroKor LifeTech, as a working example, the wearable technology which manages and relieves Chronic Pain, amongst other things.

By offering continuous pain management consultations, having live demonstrations and group Q&A sessions on Living with Chronic Pain, you’re providing engaging options that add value to your community.

These products make sense for a pharmacy.

Applications of Wearable Technology in Medication Management

Wearable tech in medicine is still a new field. There’s still a lot of research being done, figuring out the best way for these devices for monitoring meds.

That said, the potential benefits of using them in the following areas don’t require much in the way of advancement of the technology.

  • Insulin – Monitoring blood glucose levels in people with diabetes and provide real-time feedback on insulin dosage and glucose levels.
  • Cardiovascular – Wearable devices can be used to monitor heart rate, blood pressure, and other cardiovascular indicators.
  • Pain management – Monitoring pain levels (through specific physiological responses) and monitor the effectiveness of pain management medications, helping doctors make more informed treatment decisions.
  • Mental health – tracking patients’ mood, sleep patterns, and other indicators of mental health.
  • Asthma medications – Monitoring a patient’s respiratory rate, oxygen saturation, and other indicators of asthma control.

The main area for improvement is the integration of data into healthcare practice, as well as advancements in, and adoption of, the Internet of Things (IoT) into pharmacy practice.

Remote Healthcare, revolutionised with data

One of the most significant ways in which wearable technology could impact community pharmacies is through the increased use of telemedicine.

We’re already seeing an increasing number of pharmacy clients requesting Online Doctor features adding to their websites. This will continue growing, and remote consultations along with it.

Wearable devices such as smartwatches and fitness trackers collect and transmit data on a patient’s health, allowing for remote monitoring and consultation with healthcare professionals. This enables community pharmacies to provide more personalised, real-time care to patients, and potentially reduce the need for in-person visits.

Thinking about the practical application of this with elderly patients with mobility issues is incredibly positive.

Wearable technology improves Chronic Condition Management

Another area in which wearable technology’s impact on community pharmacies will continue to grow, is in the management of chronic conditions.

Wearable devices can track vital signs such as heart rate and blood pressure, and provide alerts for any abnormalities.

This enables the proactive management of patients with chronic conditions and reduces the risk of potential complications.

Prevention is always better than a cure.

Improved Adherence with Reminders & Alerts

Wearable technology can also have a positive impact on medication adherence.

Smartwatches, for example, can be programmed to remind patients to take their medication at the correct time, and can even send notifications to the patient’s healthcare provider if the medication is not taken as prescribed. This improves patient outcomes and reduces the number of hospital readmissions.

Furthermore, wearable technology can also help community pharmacies to provide more efficient and convenient services. For example, by using wearable devices, patients can order their prescriptions and have them delivered to their home, reducing the need for them to visit the pharmacy in person. Additionally, some wearables can integrate with the electronic prescriptions system, making it easier for the pharmacy to manage and track prescriptions.

How far away is Wearable Tech from full integration into Pharmacy?

It’s important to note that the adoption of wearable technology in community pharmacies is still in early stages, and there are some challenges that need to be addressed.

Data & Privacy Concerns

One of the main challenges is data security and privacy, ensuring that patients’ personal and medical information is protected.

Making sure the technology is reliable and accurate, and that the data collected is of sufficient quality for clinical decision-making is another critical factor.

What’s to stop someone lending their smart device to a friend in order to qualify for POM’s? Of course, there are workarounds in our current system too, but this isn’t an immediate fix with wearables in their current guise either.

Investment Costs & Priorities

Another challenge is the cost, as wearable technology is expensive, if you were using it for every patient. Of course, the savings made, margins widening and revenue generating implications of the technology mean it’s a sound investment. But long-term thinking and strategy is a rare bird in healthcare. So it may be some time before widespread adoption.

Diagnosis of Wearable Tech in Pharmacy

In conclusion, wearable technology has the potential to revolutionise the way community pharmacies in the United Kingdom provide care to patients. We’re talking years not months, but it’s likely on the way.

The technology enables remote monitoring, improved management of chronic conditions, and improved medication adherence.

However, the adoption of wearable technology in community pharmacies is still in early stages, and there are challenges that need to be addressed, such as data security, cost, and reliability.

As always, Community Pharmacies should be ready to adapt.

Interested in digitising your pharmacy business? Book in a consultation call with our Diagnose and Prescribe team.

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Nurokor Lifetech Logo
As healthcare heads into an increasingly digital future, NuroKor Bioelectronics is taking great pains to make pain a thing of the past. And their expansion into sports recovery and performance opens the door to a much wider market.

What is NuroKor Bioelectronics?

For those of you in pharmacy who are unfamiliar with NuroKor (I suspect an increasing minority), NuroKor is a bioelectrical technology company which works with the body’s bio-electricity. They focus on the software behind the hardware (a little bit like the pain behind the person).

Anyone can claim they’re treating someone by using a stimulation device on a body, (with varying degrees of effectiveness) but it’s the patterns and frequency of the electricity which separates an electric stimulation from bioelectrical pain treatments.

Consistently basing their developments on evidence-based research, what sets NuroKor apart is their programmes with proprietary patterns and frequencies of bioelectricity to achieve the best solution for each use.

NuroKor LifeTech, their signature line of devices, has several uses, including:

  • Pain Management
  • Sports and Injury Recovery
  • Training Performance
  • Reducing Inflammation
  • Preventing Muscular Atrophy

How does NuroKor work?

Let’s begin with the obvious. Because it works with the body’s bioelectricity, the NuroKor device sends electric impulses through the electrode patches the user attaches to the target area on their body.

Peripheral nerve stimulation (PNS) is one of the forms of stimulation that the device uses to manage pain, which for a pharmacy is likely to be the primary purpose for patients. These impulses travel via the skin and trigger responses from the peripheral nervous system and influence the desired effect.

The device itself has 5 programmes, for different types of treatment:

  • Pain – for pain reduction
  • Pain Plus – for pain reduction and anti-inflammation
  • Recovery – for use after exercise
  • Performance – for use during exercise
  • Microcurrent – a setting with no sensation for body repair after injury or exercise

What do Nurokor’s users say?

NuroKor recently surveyed (2021) 112 of its users. The survey showed that people generally experienced reduction in severity of their pain after NuroKor use. Here are some of the key notes of the study:

  • All participants (100%) reported a decrease in pain intensity following treatment with NuroKor mibody, and
    80% responded ‘yes’ to having a reduction in frequency or duration of pain at the time of survey response. 
  • A majority (60%) of participants also decreased their use of pain relief medication following treatment
    with the device.
  • Participants gave an average NRS score of 8.1 (Standard Deviation: 1.9) when asked how beneficial they found the treatment
    with NuroKor (NRS 10 = very satisfied).

What kind of pain does it treat?

NuroKor devices manage musculoskeletal pain, so some of the popular uses are for:

  • Back Pain
  • Neck Pain
  • Sciatica
  • Arthritis
  • Frozen Shoulder

Does that mean NuroKor replaces pain medication?

For patients living with Chronic pain, medication is often problematic.

Obviously replacing painkillers altogether is the ambition, and in some cases this is achievable.

Of course people won’t come off their medication in every case. Even NuroKor are careful with their wording on their own website…the initial aim is to reduce dependency on pain medication. But whilst it might not replace medication completely, reducing reliance on opioids, painkillers, and anti-inflammatories, as well as all the accompanying side effects, is a massive stride for healthcare.

How can pharmacists work with NuroKor?

Stocking NuroKor products just as you’d stock any product is the most basic way of incorporating NuroKor into your pharmacy.

But offering continuous pain management consultations, having live demonstrations and group Q&A sessions on Living with Chronic Pain are far more engaging options that add value to your community.

Sounds like a lot of work – will it make me money?

Even if you’re purely revenue-focused, these are prime ways of generating some excitement in your pharmacy – offering events and Live Demos are footfall-drivers. (They also help sell the product, too)

Think about the Apple Store, and how they display their products. Treat your NuroKor devices like an iPhone. Showcase it.

And of course, (if you aren’t purely revenue-focused) if you believe in the reduction of reliance on painkillers in your community as well? Then NuroKor and this way of promoting it are a match made in heaven.

What’s the future of NuroKor?

Whilst NuroKor isn’t currently mainstream, it’s emerging. Between pain management and sports and injury recovery & performance, it’s easy to envisage a future where every household has technology like this. Especially when you consider the fact they also have devices for horses and, soon, dogs.

It’s also exciting to think that NuroKor has had such positive feedback from their users, when the field of research is still relatively young compared to other medical fields.

As the research improves, so will the effectiveness of the devices. As the effectiveness of the devices improve, the reliance on painkillers decreases.

Continuous Advances could have wider ripple effects on healthcare

As advances are made, the prospective use of Bioelectronics throughout healthcare becomes more widespread. For instance, bioelectric neuromodulation’s anti-inflammatory effects are already being investigated for use with gastrointestinal purposes. This is just one example of a whole body (literally) of potential for the work around bioelectricity.

Because of NuroKor’s focus on software, it’s worth bearing in mind that developments in other areas of software. The development of Artificial Intelligence and Big Data impacts the effectiveness of NuroKor, and other similar technologies. As these other technologies develop, research becomes more reliable, clearer and catalyses the whole development process. Evolving the use and implementation of the devices with developments in technology like the metaverse is another area that NuroKor, and all digital healthcare have cause for excitement.

Reducing the Burden on the NHS

Bioelectronic devices such as those developed by NuroKor represent potentially major savings for the NHS. Not only through its preventative nature, but through the reduction in painkiller use and consultation time. (If people aren’t in pain, they don’t feel any need to contact the doctor).

Taken from an article published by NuroKor:

With this in mind, the demonstrated ability of bioelectric technology to treat non-healing ulcers, combined with existing population data has shown that, if applied at scale, NuroKor could (conservatively) save £50,000 per year per NHS clinical commissioning group (CCG) in wound care alone.

With 211 CCGs, a national roll-out could, theoretically, then lead to annual savings of over £10M to the NHS in this one-use case.

Interested in learning more about Bioelectronics?

NuroKor’s CEO Rick Rowan hosts The Bioelectronics Podcast where he speaks with experts in the field on the latest news and developments within bioelectronics.

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