Feature | Point-of-Care Ultrasound (POCUS) | October 08, 2020| Alan Stoddart, Signify Research

Point-of-care Ultrasound Sees Rapid Growth Amid COVID-19 and May be Poised for Consumers

POCUS will likely see expansion to consumers with home health visits and monitoring 

The Philips Lumify point-of-care ultrasound (POCUS) system uses an app and a transducer to convert a smartphone into a portable ultrasound system. Philips and GE Healthcare both offer small hand-held systems and are now facing increased competition from new POCUS vendors like Butterfly Network.

The Philips Lumify point-of-care ultrasound (POCUS) system uses an app and a transducer to convert a smartphone into a portable ultrasound system. Philips and GE Healthcare both offer small hand-held systems and are now facing increased competition from new POCUS vendors like Butterfly Network. 

For all the changes in medicine there are some things that seem resolutely stable. Chief among these is the idea that sick people go to doctors’ surgeries or hospitals to be diagnosed and treated. This, the simplest of healthcare tenets, could however begin to be challenged, as one area of imaging, ultrasound, begins to be freed. This is the view of healthcare technology research firm Signify Reseach.

As identified in Signify Research’s recently published Ultrasound Equipment – World Market Report, the handheld ultrasound market is developing at a rapid pace, but does this growth herald an era of ultrasound at home? 

Key Hand-held Ultrasound Market Observations

New ultrasound users are driving growth of the point-of-care ultrasound (POCUS) market, so vendors can not depend on existent market share.  To succeed in the handheld ultrasound market, vendors must facilitate inexperienced users. Vendors also must prove continued value for POCUS in the post-COVID era.

Signify views the hand-held POCUS ultrasound market as ripe for disruption amidst an influx of new competitors. Consumerization of these small, less expensive imaging systems may also increase the market size many fold in the next decade.

Several things are spurring the growth of the handheld ultrasound market, with one of the most significant being cost. Until recently, a handheld scanner from a trusted vendor was in the region of $5,000 to $10,000. Now, however, largely thanks to the impact of Butterfly Network and its stated aim of democratizing medical imaging, scanners can be picked up for as low as $2,000. The combination of improved imaging performance, clinical utility and a lower price has expanded the market opportunity beyond hospital departments to also include office-based clinical specialists. Moving forwards, for a very modest outlay, a primary care physician can equip a surgery with an incredibly useful diagnostic tool. This scenario is predicted to be the biggest mid to long–term growth driver for the product category.  

COVID-19 Pandemic Has Dramatically Increase Demand for Hand-held POCUS Ultrasound Systems

The COVID-19 (SARS-CoV-2) pandemic has increased demand for handheld ultrasound massively in 2020, with the technology becoming a frontline diagnostic tool for COVID patients. The availability of affordable and fit-for-purpose handheld scanners has helped hospitals to deal with more patients more quickly – a crucial factor in an exponentially growing pandemic. Handheld scanners, especially wireless versions, are easier to disinfect than traditional cart-based systems and other imaging modalities and infected patients do not have to move through hospitals to imaging departments, raising the risk of spreading infection. It is forecast, however, that COVID-19 will diminish as a driver of adoption of handheld ultrasound as the worst effects of the pandemic (hopefully) continue to lessen. 

But, COVID might also have a longer-term impact on the handheld ultrasound market in other, less direct ways. 

A GE Healthcare vScan ultrasound system being used in the ICU to monitor COVID-19 patients at Naples Community Hospital System in Florida. Read more 

 

Ultrasound For Home Visits and Consumer Use 

The Coronavirus pandemic and the subsequent lockdown measures enforced by many of the world’s governments have forced people to do at home what was thought only possible in specifically designed places. Broadcasters appeared suited and booted in front of the filing cabinets in their spare room, tech support calls were interrupted by the barking of wayward dogs as call centre staff worked from their bedrooms. Even politicians weren’t exempt, with parliaments having to pass motions from the safety of members’ living rooms.  

In healthcare, in the exceptional circumstances of the worst hit areas of Italy, the home started to become a work environment in other ways, enabled in part by the growing availability of handheld ultrasound systems. In these areas people were being scanned in their homes. Suspected COVID patients no longer had to make difficult journeys to overcrowded emergency departments, where they risked either spreading COVID, or if they were not already, becoming infected themselves.  

This is just the latest example of a trend, which although in its infancy, has been steadily gathering pace for several years. Ultrasound is making the jump from a clinical to a domestic setting. 

The stage had been set before now, with a number of companies offering the hire of ultrasound machines for the home. Netherlands-based Babywatcher, for example, promises that in conducting a scan, expectant mothers can, “sit back, light the candles and experience the ultimate pregnancy happiness”, with hire of an ultrasound machine being positioned as a perfect pregnancy gift. Baby-Scan meanwhile, suggests pregnant women buy its Baby-Scan Baby-Scanner to “take fun scans at home”. Medical devices are being offered as consumer items. 

Even the Butterfly IQ, a professional medical device, which warns that it should only be used by qualified practitioners, still features branding and marketing material more reminiscent of a Silicon Valley smartphone than a diagnostic device.   

The distinction between serious medical technology and consumer technology was blurred even more this year, when PulseNmore launched in the summer of 2020. The Israeli firm’s device is an ultrasound transducer, which docks with a smartphone, and would look right at home alongside the electric toothbrushes, personal wellness devices and electric shavers that fill people’s bathroom cabinets. What separates the device though, is that as well as “enhancing the pregnancy experience”, Leor Wolff, the head of translational innovation at Clalit Health Services, which is offering the device to its members, claims it will help pregnant women “know about the well-being of their baby”. 

Ultrasound has, in just a few years, gone from being a clinical tool to be used in a clinical setting by clinicians, to being a technology that can, in theory at least, be used by anyone, anywhere at any time. 

 

Ultrafreedom Offered by Handheld Ultrasound Telemedicine Capability

There are several ways in which novice users are being empowered to use a tool that, to this day, many primary care physicians cannot. Firstly, most handled scanners come with built in presets that can be used to quickly garner key measurements. A heart’s auto ejection fraction, or a fetus’s estimated due date for example, can be automatically calculated by the system’s tools.  

Another enabler is tele-ultrasound, where live ultrasound images are transmitted through teleconferencing to experts to guide novice users. Interest in tele-ultrasound has been heightened during the COVID pandemic and facilitated by the U.S. Food and Drug Administration (FDA) emergency use authorization, which has enabled many in the medical field to use ultrasound where they would not have otherwise. In addition to a typical tele-ultrasound offering, where a trained professional can remotely see the scan and talk a non-trained professional through the process, Butterfly Network have also added an augmented reality tool, which superimposes arrows on a user’s smartphone to visually guide the novice to ensure the scanner itself is positioned correctly. 

AI will also play a key part in assisting novices to use ultrasound, both in terms of AI-enabled image capture assistance alongside automated anatomy navigation. Furthermore, AI can also compare the acquired image to standardized criteria, to ensure that it meets clinical standards. The first example of the latter is GE’s Voluson SWIFT which incorporates Intelligent Ultrasound’s ScanNav Assist AI technology. While currently only available on more expensive cart-based systems, it is only a matter of time before this capability cascades down to handhelds.  

Finally, in what is perhaps the most consumeresque aid of all, vendors have released simple to understand YouTube tutorials. Novices can follow along, seeing both how to position the IQ scanner, as well as what is displayed on the smartphone screen, which settings to press, and what to look for on the scan itself.  

These developments combined with the Coronavirus pandemic and the need to keep people away from hospitals wherever possible means that it is increasingly likely that more ultrasounds are set to be conducted at home. Initially professionals will be responsible, but for people with certain conditions that require regular scans, it might prove safer, more efficient and in the long term cheaper, for people at home to be given a handheld unit, basic training and then left to scan themselves at a given frequency, with the images going directly to a doctor.   

Further in the future, it is easy to imagine consumers buying scanners themselves, particularly as costs come down and AI-powered instructional software gets better. This is, in fact, where Butterfly’s founder, Jonathan Rothberg would like to see the market head. 

“When the first thermometers were made, when the first blood pressure cuffs were made, they were only in hospitals,” he mused when the Butterfly IQ launched.

 

POCUS Users May Know Enough to be Dangerous

A little knowledge, so the saying goes, can be a dangerous thing. This is especially true when that small amount of knowledge is on something as complex as a human body, even applying to the far simpler tools that Rothberg hopes the Butterfly can follow. Take thermometers for example, numerous factors, from genetics to shafts of sunlight and even drafts can undermine the accuracy of a reading.  

When being used by non-experts these limitations and inaccuracies can have a huge impact. After all, a medical professional has a wealth of knowledge and experience with which he or she can scrutinize a dubious result, novice users lack this expertise, and are therefore susceptible to drawing incorrect conclusions.  

This would no-doubt also be an issue with ultrasound scanners at home. Women could purchase a scanner to see her unborn baby, and lacking any knowledge other than that shared on the scanner’s YouTube channel, could find the heartbeat and assume everything is fine, but miss another indicator of ill health that an expert would pick up. This could be especially prevalent if people depend on the current crop of AI diagnostic tools that are blind to conditions they haven’t been specifically developed to detect. 

Conversely, the opposite could also be a problem. Stories of people with indigestion or head colds or whatever spending an hour on the internet and diagnosing themselves with Ebola or dengue fever are now so common as to be a cliché, but imagine the influx of people into emergency rooms if they also had a live image of their heart, lungs or bladder to misread. Imagine the panic and emotional upset of people that think they have found a shadow on the lung of their wives or husbands or struggled to find a baby’s heartbeat. 

It seems inevitable that for every legitimate catch, there are going to thousands of misdiagnoses, sending thousands of people to hospitals and clinics each year, and placing even greater demands on the time of already overstretched clinicians. 

 

Homeward Bound Ultrasound Systems

The prevalence of many of these issues will depend on how ultrasound scanners make their way into people’s homes. After all, if a scanner is prescribed by a medical specialist who carefully explains the technology and its limitations, it will be thought of very differently than if it is picked up from a supermarket’s health aisle alongside electric toothbrushes and digital scales discounted in the January sales. 

Cost will play a big part in deciding which of these paths the technology will take. A price tag of $2,000 might seem cheap to medical professionals used to paying tens of thousands for an ultrasound machine, but to someone at home, that could be more than the cost of their car. As such, the first successful ‘ultrasound at home’ company is likely to be the one that makes it affordable to the mass market. But, the costs of the devices themselves will, at least in the foreseeable future, only be able to fall to a certain price. Regardless of their ubiquity, they will always be precision medical devices with associated costs like calibration and QA which will never be able to be completely nullified, regardless of production efficiencies. So in all likelihood, this means either a subscription model or as part of a broader health service, perhaps from an insurer, rather than an outright purchase, will be what takes the tech mainstream. 

This is a good thing. It would bring the cost down to a manageable level for lots of households, getting the devices to people that could benefit from them, but it would also mean that consumers were signing up for a service and not just hardware. It would give them a place to go not only for support during the scan itself, but also with their concerns and their homemade diagnoses. A health plan member could conduct their monthly scan, and, if they saw something unusual, flag it for review (perhaps for a small fee), whereupon it would be assessed by a professional, who could then refer the customer to a supported provider. 

From a business side, this would also help the vendors. Instead of growth coming from ever greater volume, at ever lower margins as competition in the market increases, an ultrasound at home subscription service means predictable ongoing revenue, and the ability to scale at a more granular pace. Instead of building a new manufacturing hub based on optimistic sales forecasts, investment could be made with the certainty of sticky and repeatable subscription revenues already in the books. 

Another avenue for collecting revenue for handheld vendors is also an app-store option. If a subscription can get the devices in enough hands, it becomes viable for software developers to offer very specific tools. Consumers at home could have a primary reason for having an ultrasound machine, but if they had a sports injury, for example, could well spend a small amount on downloading an AI app to assess it, with the vendor taking a cut. 

POCUS Ultrasound Has a Sound Outlook 

There is still a long way to go before people carrying out their own ultrasound scans at home is as common as them taking their blood pressure or temperature, but the trend is real. Decentralization is happening, ultrasound has moved from dedicated hospital units, to primary care centers and is making its way to people’s houses via COVID-catalysed health visits. 

How this trend develops is reliant on vendors being able to make their products affordable to customers, yet still profitable for themselves. It will also require careful consideration given to the implications and repercussions of allowing a professional tool out in the wild. In the longer term, these considerations, along with the growing adoption of telehealth services (see Signify Research’s Telehealth (Acute, Community and Home) – World 2020 report for more information) will mean a shift toward tele-ultrasound services, where customers will eventually receive scanners for free as part of a comprehensive ultrasound subscription service, much like today’s smartphone business model, with profits made from tele-ultrasound services and app sales.  

Cost is still a barrier to increased adoption, but as that falls, it will just take one vendor, one provider one insurer, just one company with a novel strategy, to strike on the right model, which is both helpful and lucrative, before the floodgates open and ultrasound at home is an everyday occurrence. 

 

About the Author: Alan Stoddart is an editor for Signify Research. Alan joined Signify Research in 2020, using his editorial expertise to lead on the company’s insight and analysis services. Prior to joining, Alan held editorial positions covering a diverse range of technology and engineering topics working with Kantar Media and Kimberley Media Group. When he is not scrutinizing copy, Alan enjoys wild camping, motorsports and taking photos. For more information on Signify, visit www.signifyresearch.net.

 

POCUS Related Content:

Handheld Ultrasound Helps to Monitor COVID-19 Patients With Cardiac Conditions

Butterfly Network Releases New Version of Point-of-Care Ultrasound Platform With Butterfly iQ+

Heart Disease and COVID-19: An Epidemic Within a Pandemic Creates a Cardiac Conundrum

VIDEO: Imaging COVID-19 With Point-of-Care Ultrasound (POCUS)

DiA Imaging Analysis Receives Grant to Accelerate Access Ultrasound AI in Fight Against COVID-19

VIDEO: CT and POCUS Emerge As Frontline Cardiac Imaging Modalities in COVID-19 Era — Interview with ith Geoffrey Rose, M.D.

FDA Clears Philips Ultrasound Portfolio to Image COVID-19 Related Lung and Cardiac Complications

VIDEO: GE AI-Assisted Automatic Ejection Fraction for Point-of-Care Ultrasound

 

 

Related Content

Women’s Heart Attack Research Program (HARP) shows combining OCT and cardiac MRI can detect the underlying cause of heart attack in women who did not have blocked arteries

The Women’s Heart Attack Research Program (HARP) study shows combining OCT and cardiac MRI can help detect the underlying cause of heart attacks in women who did not have blocked arteries.

News | Cardiac Imaging | November 17, 2020
November 17, 2020 — Diagnostic imaging techniques were able to find the underlying cause of heart attack in many wome
An example of a CT coronary artery calcium scoring exam showing how each vessel segment is scored to assess a patient's risk for a future heart attack. Example is from Philips Healthcare.

An example of a CT coronary artery calcium scoring exam showing how each vessel segment is scored to assess a patient's risk for a future heart attack. Example is from Philips Healthcare.

News | Cardiac Imaging | September 25, 2020
September 25, 2020 — A study out of University Hospitals (UH) found that removing the cost barrier for coronary arter
Rafael Rivero, M.D., Global Head of Medical Affairs at MSI, said: "The importance of MyoStrain cannot be understated because of the test's immense clinical value and ability to quantify intramyocardial dysfunction across 48 segments of the heart. In a six-heartbeat MRI scan, MyoStrain arms physicians with novel clinical information about a patient's heart health."
News | Cardiac Imaging | August 11, 2020
August 11, 2020 — Myocardial Solutions, Inc. and United Imaging, Inc.
The Mindways Solid phantom with volume of interest in the quality assurance phantom (red circles, left side). A participant's noncontrast-enhanced axial CT (right side) with volume of interest (yellow circles) in the trabecular bone compartment of three vertebrae for bone mineral density measurements. Image courtesy of Radiological Society of North America

The Mindways Solid phantom with volume of interest in the quality assurance phantom (red circles, left side). A participant's noncontrast-enhanced axial CT (right side) with volume of interest (yellow circles) in the trabecular bone compartment of three vertebrae for bone mineral density measurements. Image courtesy of Radiological Society of North America

News | Cardiac Imaging | July 15, 2020
July 15, 2020 — ...
Cardiac MR can offer data above and beyond anatomical imaging, which is the main reason why this system was installed at Baylor Scott White Heart Hospital in Dallas. The system is a dedicated heart MRI scanner.

Cardiac MR can offer data above and beyond anatomical imaging, which is the main reason why this system was installed at Baylor Scott White Heart Hospital in Dallas. The system is a dedicated heart MRI scanner.

News | Cardiac Imaging | June 29, 2020
June 29, 2020 — A type of smart magnetic r...
New Multimodality Cardiac Imaging Guidelines for Competitive Athletes Created. ASE SCCT and SCMR recommendations for imaging, screening atheletes.
News | Cardiac Imaging | May 11, 2020
May 11, 2020 – Competitive athletes are a rapidly growing population worldwide.
Figure 4 for the study. Images of a 65-year-old man (patient 6). (a) Cardiac MRI perfusion shows perfusion deficit of anterior/anterolateral wall attributed to left anterior descending artery/left circumflex artery (*). (b) CT coronary angiography. (c) Coronary angiography, left anterior oblique projection with caudal angulation. (d) Three-dimensional image fusion helped refine diagnosis: perfusion deficits (*) were most likely caused by narrow first diagonal branch and its first, stented side branch (arrow

Figure 4 for the study. Images of a 65-year-old man (patient 6). (a) Cardiac MRI perfusion shows perfusion deficit of anterior/anterolateral wall attributed to left anterior descending artery/left circumflex artery (*). (b) CT coronary angiography. (c) Coronary angiography, left anterior oblique projection with caudal angulation. (d) Three-dimensional image fusion helped refine diagnosis: perfusion deficits (*) were most likely caused by narrow first diagonal branch and its first, stented side branch (arrowhead). Retrospectively, denoted lesion could also be found at CT coronary angiography and coronary angiography (arrowheads in b and c, respectively). CT FFR = CT-derived fractional flow reserve, LGE = late gadolinium enhancement. Image courtesy of RSNA, Radiology.

News | Cardiac Imaging | May 04, 2020
May 4, 2020 – A new technique that combines computed tomography (CT) and magnetic resonance imaging MRI can bolster c
An example of a coronary computed tomography angiography (CCTA) exam. The CIAO study looked at patients who have a problem of blood flow limitation and chest pain symptoms in the absence of a 50 percent or more artery narrowing, known as ischemia with no obstructive CAD, or INOCA.

An example of a coronary computed tomography angiography (CCTA) exam. The CIAO study looked at patients who have a problem of blood flow limitation and chest pain symptoms in the absence of a 50 percent or more artery narrowing, known as ischemia with no obstructive CAD, or INOCA.

News | Cardiac Imaging | April 03, 2020
April 3, 2020 — Patients who experience chest pain and have abnormal results on a cardiac stress test but who do not