‘Warning flare’ study: will pandemic-induced digital health solutions get renewed by hospitals in 2023-4, or will they churn?

Hospitals and health systems in 2020 and 2021 were desperate for virtual solutions. But comes the reckoning now that they have returned to 1) business as (mostly) usual and 2) even more financial shortfalls. Technology and software contracts typically run three to five years, with new vendor contracts usually three or four. Did these solutions work as implemented? Probably on a spectrum of very well to ‘kinda’. But did they return the desired results in care quality, financially on investment or simply add to the fixed costs which aren’t affordable anymore?

Panda Health, a company that consults with hospitals on digital health adoption, did research via Sage Growth Partners in March 2023 surveying 100 hospital C-suite executives and leaders to assess whether they were satisfied with their current digital health solutions acquired in the pandemic period, whether they would renew with the same vendors, or search for new vendors. While this survey size is small and hedged, the directional prediction is that there will be considerable churn–turnover–among vendors in 2023-25, but not in every one of the 11 areas surveyed have the same risk.

Not unexpectedly, the highest churn risk is projected to be among telemedicine/e-visits and remote patient monitoring (RPM)–the two areas most kickstarted by the pandemic. Lower risk was found in functional areas such as self-service patient scheduling, digital care coordination, patient acquisition/activation, and IT areas such as data lakes and data fabric. Five categories are in the middle.

Telemedicine/E-Visits: 97% of surveyed health executives stated that the pandemic crisis played a role in their acquisition decision. 47% were ‘moderately’ to ‘not satisfied’ with their choices. 30% of these contracts will expire this year and next. In projecting this against a US total of 6,414 hospitals, 1,693 may be changing solutions by the end of 2024.

Remote Patient Monitoring: The pandemic kickstarted RPM adoption by hospitals. 82% of hospitals deployed their solutions since the pandemic began with 19% within the past 12 months. 53% reported that they were ‘moderately’ to ‘not satisfied’ with their choices. With 33% of contracts expiring by 2024, the study estimates that 1,058 hospitals may be changing their solutions.

A different picture–Digital Care Navigator/Website Chatbot: Only 14% of respondents adopted these solutions, all within the past two years. Only 25% of contracts come due during 2024, with 55% coming due in 2025 and the remainder presumably in 2026 and beyond. Yet of all 11 categories, 63% of executives reported some level of dissatisfaction, with 38% ‘not satisfied’–the highest percentage in the study. 197 hospitals are projected to consider changing solutions by the end of 2024. 

Even low/moderate and low churn solution categories have moderate (‘moderately’ to ‘not satisfied’) levels of dissatisfaction that edge close to 50%. Exceptions are the last two categories, Data Lakes and Patient Acquisition. Fair warning to all companies who are selling digital health into hospitals–it’s time for your customer success teams to get busy, find out where their pain points are, and who’s feeling them.

The Great Shakeup (free report, PDF download). Panda release.  Hat tip to HIStalk 14 June

Perspectives: Implementing technology in rural communities to support access to mental and behavioral healthcare

TTA has an open invitation to industry leaders to contribute to our Perspectives non-promotional opinion area. Today’s Perspectives is from Brian Kenah, Azalea Health’s chief technology officer responsible for engineering, software development initiatives, M&A integrations, and related areas. Azalea Health is a leading US-based provider of cloud-based healthcare solutions and services, including a complete solution of electronic health records (EHR), practice management (PM), revenue cycle management (RCM) billing services, as well as a patient health records portal, and a mobile mHealth application. This article discusses how technology can bridge care gaps that continue to be present in rural areas and enable greater access for individuals.

The COVID-19 pandemic illustrated the health needs facing many communities and nowhere was that more apparent than in rural communities.

Rural areas in the U.S. often have higher rates of mortality and morbidity from the leading causes of death compared to urban areas. A report by the CDC in 2017 found that people living in rural areas had a higher risk of death from heart disease, cancer, stroke, and respiratory disease combined than those living in urban areas. One factor contributing to these disparities is limited access to healthcare services – including behavioral and mental health.

Based on data from the American Psychological Association (APA), there is a shortage of mental health professionals in rural areas of the U.S. According to the APA, about 20% of Americans live in rural areas, but only about 10% of psychologists practice in these areas. Additionally, the APA reports that up to 80% of rural communities do not have a psychologist.

Rural communities may not have the same access to psychologists and other resources such as technology as urban areas, which can limit their ability to support mental and behavioral health. And, while many providers in rural communities cannot hire psychologists and other experts who specialize in mental and behavioral health, residents in these communities still need — and deserve — this type of care. There are efforts underway to address this issue and expand access, specifically with technology tools that can be used in rural communities to support mental and behavioral health issues. Some of these technology tools include the following:

  1. Access to Broadband: One challenge in rural areas is limited broadband internet access, which can make it difficult to access online mental health resources, telemedicine services, and other technology tools. According to the Federal Communications Commission (FCC), nearly one in four rural Americans lack access to broadband internet. Despite these challenges, there are initiatives to expand access to technology tools for mental and behavioral health in rural communities. For example, the FCC has established the Rural Health Care Program, which provides funding to help rural healthcare providers expand their telemedicine services and broadband access.
  2. Telehealth: Telehealth is a service that saw widespread adoption during the pandemic. Telemedicine allows patients in rural areas to access mental health services remotely via videoconferencing. This is especially important where there is a shortage of mental health providers. Investing in telehealth services provides healthcare organizations with an opportunity to revolutionize healthcare delivery. Investing in and expanding the use of telehealth provides an immediate way for providers in smaller communities to tap into larger health systems and their experts. It also strengthens the provider/patient relations by removing proximity as a potential barrier to connecting. Longer term, telehealth allows providers to offer new services and expand existing offerings they wouldn’t otherwise be able to. Telehealth can also help reduce patient wait times and allow providers to serve more patients without necessarily needing to hire additional personnel.
  3. Remote Patient Monitoring/Care: The challenges faced by rural communities in accessing behavioral health services are well documented – long travel times to clinics, limited availability of mental health professionals, and stigma associated with seeking help. Remote patient monitoring (RPM) tools can address many of these barriers and improve the overall quality of care. The use of technology to remotely collect and transmit health data from patients to healthcare providers, such as information on mood, anxiety, sleep patterns, and medication adherence, can help providers identify potential issues before they become acute and intervene accordingly. This can all be done remotely without travel, particularly important in rural communities where access to transportation can be limited. Additionally, remote patient care can increase the frequency of patient-provider interactions, leading to more timely interventions and better outcomes. Remote patient care also has the potential to address the shortage of mental health professionals in rural areas, helping those that are providing services to make better use of their time and resources, ultimately improving access to patient care .
  4. Predictive Analytics: Coupling solutions like telehealth with predictive analytics can enable providers to focus on those with the biggest needs, moving from triage mode to true holistic healthcare management. Rural areas already struggle with a shortage of psychologists, doctors, and nurses, and that shortage won’t stop the flow of patients needing support for mental health issues. Predictive analytics can often help provide support for those individuals with existing and ongoing conditions such as PTSD, phobias, and anxiety disorders.

Overall, technology can help bridge the gap in mental and behavioral health services in rural communities and provide access to virtual care that might not be otherwise available.

Healthcare outcomes shouldn’t be based on a patient’s zip code, but for too long, that’s been the case. Patients in smaller communities deserve the same level of care as their counterparts living in larger communities, and technology enables providers to deliver on that promise.

Smart lighting that detects and reports falls in older adults–and more–debuts in UK and Ireland

The Nobi lamp (left), is, to this Editor’s knowledge, the first ceiling light that 1) provides illumination in bedroom or bathroom based on general motion detection, 2) can detect and document a fall, 3) can summon help. According to its website, it is programmable to do more, such as detecting motion and providing light to help prevent falls in darkness. If a fall does happen, it will alert help first, open the door if linked to a smart lock, then connects the person who has fallen with a family member or caregiver for reassurance. Optional capabilities include: taking photos so that the person’s location and type of fall can be confirmed; and some remote patient monitoring via connection to other ‘smart’ devices such as scales and blood pressure monitors. RPM information can be transferred to medical or residential records. Their AI algorithms can also determine sleep patterns inferred from motion and location in the bedroom.

Nobi was developed by a Belgian company that won the 2021 Editor’s Choice Award at CES. It recently became available in the UK and Ireland primarily for housing/assisted living/residential care use. The ceiling pendant lamp comes in two sizes and coverage capabilities–the larger Nobi covers a 10 m x 10 m area and the damp-resistant Nobita for smaller spaces such as kitchens and bathrooms with 5 m x 5 m coverage. The lamps use conventional wiring and Wi-Fi, taking about one hour to install. The information can be directed to the assisted living/care facility’s platform or to a family member/caregiver if in home use.

UK distribution is via Porters Care and Ireland via Medguard. Beyond the UK and Ireland, Nobi is also marketed in the US, Canada, Belgium, the United Kingdom, Netherlands, Sweden, Norway, Finland, Hungary, Germany, Austria, Switzerland, and Hong Kong, though the website covers only US, France, Netherlands, Denmark, and Hungary. Building Better Healthcare   Big hat tip to Roy Lilley and his nhsManagers.net newsletter and Editor Emeritus Steve Hards.

Home-based remote monitoring for Covid reduced hospitalizations, hospital length of stay: JAMA study

Activation of remote patient monitoring (RPM) in this study is associated with lower hospitalization, intensive care use, and if hospitalized, length of stay. Conducted by Froedtert & Medical College of Wisconsin Health Network with Covid-19 positive ambulatory patients who accepted RPM in the home (N=9,378), the study’s purpose was to evaluate the implementation of a large-scale daily RPM program for patients who were managing symptoms from home. They compared those who activated their RPM (N=5,364, 57%) versus those who did not (N=4,014, 43%). The mean age was 46 and 58% were women.

  • 878 patients  (16.4%) had at least one RPM alert
  • 2.4% (128) of the activated patients were hospitalized, compared to 3.9% (158) of inactivated patients

A weighted regression analysis, adjusted for demographics, comorbidities, and time period, compared RPM-activated to the tracked but inactivated patients:

  • Lower odds of hospitalization (odds ratio, 0.68; 95% CI, 0.54-0.86; P = .001)
  • Greater time between test and hospitalization for RPM-activated patients 6.67 [3.21] days vs 5.24 [3.03] days)
  • Shorter length of stay (4.44 [4.43] days vs 7.14 [8.63] days)
  • Less intensive care use (15 patients [0.3%] vs 44 patients [1.1%])

The study excluded patients younger than 18 years, those with asymptomatic tests (because these were often scheduled before procedures or other planned admissions), patients who were admitted within 24 hours of a positive test, and those who already had internal PCPs to reduce the chance of missing hospitalizations. The RPM provider was GetWellNetwork using the GetWellLoop monitored by a centralized team of Froedtert & Medical College of Wisconsin nurses. Patients used the web or a mobile app to record their symptoms, temperatures, and pulse oximetry readings. Hospitalization Outcomes Among Patients With COVID-19 Undergoing Remote Monitoring (abstract and downloadable PDF)

What can be the long-term drivers of remote patient monitoring growth?

Is it as simple as getting simpler to use devices to collect long-term data that picks up trends and provides feedback that motivates to users? That is the surprise at the very end of this pre-HIMSS Healthcare IT News interview with Dr. Waqaas Al-Siddiq, chairman, CEO, and founder of Biotricity, a biometric monitoring and telemedicine company incorporating devices into monitoring systems for cardiac and pain management. Those of us who have worked for RPM companies know the variety of devices typically used by those monitored for chronic conditions can be stunning–and most of them aren’t easy to use for those with sight difficulties or mobility problems. Pain monitoring is especially tricky and subjective. Gaps in use are to be expected, even as these systems have become more mobile and smartphone connected. The popularity of continuous glucose monitoring (CGM) monitors such as the Dexcom G6 and Abbott’s Freestyle Libre system is a predictor–make it simple, eliminate something unpleasant, provide easy feedback, and you have a winner.

Dr. Al-Siddiq points out that we are at the early stages of monitoring for chronic disease. People with COPD, sleep apnea, and atrial fibrillation right now don’t have CGM level monitoring. There are also patients who are sent home from the hospital with no monitoring devices at all and won’t (or can’t) visit a doctor’s office. RPM organized at discharge, set up with a nurse, and connected to a doctor’s office would be ideal if the offices adopt a cohesive monitoring approach. But Dr. Siddiq adds the feedback to the user to trigger motivation, which to this Editor has been a missing element. 

So much of this is dependent on device and system design–clinical quality monitoring that’s easy to use and almost forgettable in everyday life, that provides feedback (reward experience), and that provides quality data that doesn’t overwhelm the clinician. A familiar trio to those of us who’ve been in the RPM Wars. 

Samsung stretches into electronic skin sensors with OLED display for heart rate

Stretchable skin sensors were the rage a few years ago, yet disappeared off the radar well before the pandemic. A good part of it was that the sensor tech was confined to university labs and small companies attempting to commercialize it into ‘smart clothing’ paired with a smartphone, a form factor that never found a market. Since those early days, what has entered the mainstream are sensors/smartphone combinations for blood glucose reporting. So it’s positive that Samsung, expert at commercialization and the technology around displays, has set its R&D unit, the Samsung Advanced Institute of Technology (SAIT), to developing a prototype stretchy skin patch for vital signs monitoring that combines both a sensor and display.

SAIT developed a sensor (left) that combined a stretchable LED (OLED) display and a photoplethysmography (PPG) sensor. The tests applied it to the inner wrist near the radial artery to measure and display heart rate in real time.

The device uses a combination of elastomer, a polymer compound with excellent elasticity and resilience, with existing semiconductor manufacturing processes to apply it to the substrates of stretchable OLED displays and optical blood flow sensors.

The study found that the sensor achieved:

  • Stable performance in a stretchable device with high elongation. The display can be stretched up to 30 percent.
  • The movement of the arm did not affect the OLED display 
  • The adhesion and location of the display and sensor made, in their findings, continuous heartbeat measurements possible with a high degree of sensitivity compared to existing fixed wearable sensors

The researchers claim this is for the first time in the industry and proves the commercialization potential of stretchable sensors. While the OLED display leaves a lot to be desired in readability and it seems chunky, it’s another step in creating more easily worn ‘all in one’ monitoring devices that stretch to fit, don’t require a wristband, or constant checking on one’s phone. The SAIT research was just published in Science Advances, 4 JuneSamsung release, The Verge, Mobihealthnews

News roundup: Milken Institute’s telehealth brief with ATA push on Congress, GoodRx confirms 62% are CoronaDepressed, Johns Hopkins’ COVID mortality risk study and calculators

The hot US health tech issue is retaining, consolidating, and adding to the gains that telehealth and remote patient monitoring (RPM) made during the pandemic. The influential Milken Institute (formally the Milken Institute Center for the Future of Aging, Center for Public Health, and FasterCures) has published a short white paper on how best to increase access to telehealth services and support innovation as part of that aim. Their five core recommendations are: 

  1. Permanently lift Medicare location restrictions on telehealth to ensure that older adults can receive a variety of services in their homes and communities, regardless of where they live. (This was also recommended by the Taskforce on Telehealth Policy (TTP) [TTA 18 Sep] which was jointly formed by the ATA, NCQA, and the Alliance for Connected Care.)
  2. Meet the growing need for behavioral health care by addressing barriers to remote care and expanding the availability of telebehavioral  health services.
  3. Increase equitable access to telehealth services through digital technology, literacy programs, and broadband coverage.
  4. Support development and implementation of innovative telehealth and mobile health technology for prevention, well-being, clinical care, and research.
  5. Develop and document clear data sharing standards to support transitions of care across acute, post-acute, and long-term care settings, including care provided in the home and in residential care facilities. 

The consensus is that CMS’ 2021 Physician Fee Schedule post-pandemic (public health emergency=PHE) does not do nearly enough in that it returns–of legal necessity–to the status quo ante geographic restrictions, though it devised a temporary Category 3 to store over 50 telehealth billing codes [TTA 3 Dec]. The American Telemedicine Association (ATA) was joined by multiple organizations on Monday in pressing Congressional leaders to extend national telehealth ‘flexibilities’ as part of the $1.4 trillion omnibus spending deal that is needed to avoid a government shutdown on Friday (yes, this Friday) at midnight. The organizations joining the ATA on the letter to Congress are the Alliance for Connected Care, College of Healthcare Information Management Executives, Connected Health Initiative, eHealth Initiative, Health Innovation Alliance, HIMSS, and PCHAlliance. ATA release.

We are shocked, shocked that CoronaDepression worsens in those already suffering. Prescription discounter GoodRx analyzed prescription fill trends for anxiety and depression meds and found that they reached an all-time high in 2020–9.5 percent higher than the previous high in 2016. It peaked in April as the pandemic was underway, and possibly reflected some stockpiling.

Of their sample of 1,042 individuals diagnosed with anxiety and depression prior to the pandemic:

  • 22 percent responded that their symptoms were “much worse”
  • 40 percent said they were “worse”
  • 28 percent stated that symptoms were the “same”
  • a surprising 10 percent said symptoms were “better” or “much better” 

One of the main factors in that 62 percent reporting worse/much worse was the length of quarantine. “Those who reported quarantining due to COVID-19 were far more likely to report “worse” or “much worse” symptoms compared to those who did not quarantine. Over 70% of those who reported quarantining for more than one week said their depression and/or anxiety symptoms were “worse” or “much worse.” Loss of job and income, plus COVID-related events affecting friends and family, were also key in worsening symptoms. Many also had difficulty reaching their doctors/therapists and renewing medication. The study was conducted 1-10 November. GoodRx study

More depressing news (sic) of mental health challenges to older adults in the Isolation Age: The Future of Remote Care Technology, Lockdown Loneliness feared more than COVID, and the PLOS One study.

But cheer up and carry on, your COVID mortality risk may not be as bad as you think. A team of researchers at the Johns Hopkins Bloomberg School of Public Health created a COVID mortality risk calculator, based on algorithms calculating factors such as age, gender, sociodemographic factors, location, and a variety of different health conditions. Risk scores are grouped into five categories from lower than average/close to average to high.  While primarily for public health authorities to prioritize populations for vaccination, uninfected individuals can use it to determine their personal risk of future infection and complications after infection. It’s easy to use and your results may surprise you. There is also an interactive US map of the risk level of major cities, counties, and states. The study is published in a paper that appears in the journal Nature Medicine.  Johns Hopkins release, risk calculator

Weekend Must Read: The Future of Remote Care Technology and Older Adults 2020

Laurie Orlov, founder of Aging and Health Technology Watch and well-known industry analyst/advocate in health and aging-related technologies, has released her latest report, The Future of Remote Care Technology and Older Adults 2020 (PDF, free download). Recently, Laurie and I had an opportunity to catch up and review her findings.

This Editor immediately went to the ‘bleed lead’ which was:

COVID-19 HARMED THE WELLBEING OF OLDER ADULTS
Gap in technology access widened into connection chasm

The University of Michigan study from June (cited above and elsewhere in the report) illustrates the change in social isolation for those aged 50 to 80, with numbers that were slightly high to begin with in 2018. Isolation rocketed to 56 percent, putting a Klieg light on mental health that we’ve seen continued in the recent ‘lockdown loneliness’ PLOS One and SECOM studies. The reasons why will be no surprise, as they’re true for nearly all: a screeching halt to in-person experiences, severing in-person connections with family and friends, closing the doors of senior living and nursing homes to visitors (still closed in many states!), breaking healthcare contacts with providers, and losing timely diagnosis of health conditions, new and ongoing.

Most of the report documents the consequences: how telehealth rose, then fell (Epic and Commonwealth Fund last reports), how the experience wasn’t entirely satisfactory and held multiple structural limitations (e.g. tech, vision, hearing, dexterity) for the 50-80 age group (nor providers in obtaining a physical sense of the patient)–a POV you won’t see in mainstream healthcare/tech media nor the funding markets–and how technologies scrambled to fill the gaps (with plenty of examples).

But moving on to the future, which is the aim of this report, there are many gaps which need to be closed that are bigger than Teladongo:

  • synchronous and asynchronous telehealth–the latter primarily remote patient monitoring (RPM)
  • adoption of voice tech
  • broadband and device access, including training and management
  • governmental policy at all levels from Federal to local, including payer reimbursement

The last section of the report (page 18 to end) takes a look at where innovations could take remote care, where expectations are now, and where the opportunities are in connecting older adults. On page 22, there is a checklist for care providers and what they must consider in managing remote care. The summary of the future on page 23 wraps it all nicely.

The Future of Remote Care Technology and Older Adults 2020 (PDF, free download)

 

UK highlights: Doro acquires Connexus Careline, Tunstall warns on winter isolation and disconnected care, Buddi seeks Sales Account Manager

Doro continues its acquisition streak in the UK, acquiring the assets of Connexus Careline from Connexus Housing Group. Connexus currently provides services to local authorities, housing associations, the private sector, and charities, with about 25,000 telecare connections in the UK. Terms and timing were not disclosed. Based on the August count, this brings Doro in at over 250,000 UK connections. Doro’s acquisitions have been ElderCare UK [TTA 11 Aug], Invicta Telecare, parent of Centra Pulse and Connect [TTA 19 Sept 19], and Welbeing [7 June 18], Press release (PDF).

So many open questions… What are their future plans for integrating all these individual systems and different technologies? What will Doro UK represent in the market, now that they are second in the UK?

Tunstall Healthcare UK is also reminding local governments, health and social care leaders that winter is approaching, and now is the time to set up remote patient monitoring to connect to care the most vulnerable in cold weather, a factor magnified by their isolation during the continuing pandemic. Tunstall features several solutions in RPM which are mentioned in the release.

Editor’s note: this type of seasonal release was a staple for QuietCare when I was in marketing for our activity/temperature monitoring of those living at home alone. We also included a proprietary study made during winter (and later summer) among our client base. 1) It’s surprising that more RPM and telecare companies don’t take this approach, especially now, but 2) Tunstall could have made an even greater case for itself with some quantitative research stats.

Buddi is seeking a Sales Account Manager position to join their Health Sales Team based in the southern half of England. The particulars are here (PDF) including application and contact information. Thank you Fiona Carmichael of Buddi for reaching out to us! (If you have a position to fill, our listings are complementary.)

Reflections in a Gimlet Eye: further skeptical thoughts on the Teladoc acquisition of Livongo (updated)

Gimlet EyePerhaps it’s Reflections in a Gimlet Eye, but this Editor remains bemused and slightly dyspeptic about the acquisition of ‘health signals’ remote patient monitoring management platform Livongo by telehealth giant Teladoc.

Here’s the latest, courtesy of Credit Suisse equity research analyst Jailendra Singh on deal rationale and the potential synergies, based on his Q&A with Teladoc and Livongo management (link here):

  • Livongo: “The company was not for sale, and LVGO did not view the transaction with TDOC as a sale. Instead, management views the deal as a merger of the two leaders in virtual care.” 
  • It had nothing to do with pressure from CVS and UnitedHealth Group (UNH). 
  • There are major cross-selling opportunities, starting with an overlap of 25 percent of their clients. There are also opportunities with the InTouch Health client base in acute care, Aetna plus UNH on the health plan side, and employer administrative services only (ASO) plans. This is part of the calculation of synergies totaling $500 million in 2025 which they believe are conservative given the math.
  • They are also seeking to approach their client base before the closing through a reseller agreement, as Teladoc was able to do with InTouch.

Mr. Singh’s analysis is conservative and sober from a strictly financial viewpoint. His two-page analysis is, as usual, worth the read. 

But then we stumble across one particularly helium-charged claim. It’s projected that Teladoc and Livongo would have a combined company market cap of $38 bn, whereas the pre-pandemic value of the companies was $8 bn. (Steve Kraus, Partner at Bessemer Venture Partners, now on the board of Ginger, as quoted in Forbes). That is optimistic, considering that patient primary care virtual visits have flattened down to about 7.4 percent of visits as of June (Commonwealth Fund/Harvard/Phreesia study). It’s assuming a great deal that people will continue to shy away from in-person care going forward. Perhaps to a degree this will, as in-person fear is only starting to flatten, but not everything can be done virtually, even RPM. Telehealth and RPM also present challenges for practices in value-based care models, in workflows, and even with the liberalization of Medicare reimbursements, financially.

Livongo’s great asset, which was understandably compelling for Teladoc, is chronic condition management, RPM, and all that patient data, which can be broadened past their diabetes base (with a small one in behavioral health courtesy of their myStrength acquisition) into other chronic conditions which was Livongo’s strategy anyway. To be determined is how compelling this will be for Teladoc’s customer base and for new customers, particularly if the economic environment is constrained and health plans don’t get on board. 

So why is Mr. Market not mad about this ‘merger’? TDOC has taken a spill since its (adjusted) close on 4 August at $249, and is trading below $200 at $193. LVGO took a lesser hit, from $144 to $121. Another Bessemer Venture Partners investor, Morgan Cheatham, in the Forbes article linked above, was quoted that Livongo had clear market leadership in the employer and health plan market, then expressed surprise at why Livongo agreed to be acquired: “The company had a real shot at becoming a $100 billion business by running the ‘digital hospital’ playbook. In some ways, the acquisition feels premature.” Teladoc’s COO David Sides promised that the combined company will aid practices in the transition from hospital to home care, touting the consumer focus of both companies. (Have they consulted already burdened and strained providers how this can be made easier for them and fit into value-based care models as well as their financials?) But they may have to make more acquisitions to facilitate this. So $18.5 billion plus $1 bn for InTouch isn’t enough to get the job done?

Is it synergy, the wave of the future, or an overloaded Christmas Tree of features, not benefits?

Reminder: to date, neither company has been profitable.

So, what does this mean for other digital health companies? Initially, it’s quite positive that Teladoc could round up nearly $20bn in six months. John Halamka MD, a well-known digital health visionary now at Mayo Clinic, sees it as a bridge to the digital health ecosystem including other companies. A contrarian view was expressed by Mr. Cheatham.  Teladoc-Livongo is a challenge for other digital health companies in that they won’t, and cannot, be Teladocs and Livongos–in other words, an unrealistically high bar for them. “Why can’t Telavongo build this?”

Finally, a personal and slightly jaundiced view from this Editor. Let’s take a good hard look at the Human Factors that make companies go. This is an acquisition by Teladoc of smaller Livongo, despite the merger statements. Employees in both companies are wondering who will go, who will stay, who they will report to if they stay, and where they will be. They have about four to six months to mull what their future might look like at a tough economic time. This will — not may, will–have an effect on operations and attitudes, especially at Livongo.

There are some doubleplus ungood signs that make the assertion that this is a “merger” of companies questionable:

  • Jennifer Schneider, MD, president of Livongo, has stated that both companies are currently hiring and don’t plan layoffs as a result of the merger (Becker’s Health IT). Blanket statements like this are usually made at the start to assure employees. Anyone who has been through a merger knows there are overlapping areas such as HR, marketing, and financial. There are only so many chairs at the organizational table especially at the director and above level. The happy talk doesn’t change the reality that not everyone will be given the option to stay.
  • Statements on similar cultures notwithstanding, the fact is that both companies have different cultures and experiences because they have radically different histories and personalities running them. This Editor would suspect that Livongo employees, having come up in a young and smaller company, in an intense entrepreneurial environment, with employees who were among the first 50 or 100, have a great identification with Livongo and pride in their success.
  • Not one Livongo senior executive was named publicly as taking a new operational role in the merged entity. (Board seats don’t count. But then again, they will be walking away with a major payday, reputed to be in the hundreds of millions for the top executives. What they will do with their future is a major unknown.)
  • The HQ will be in Purchase. Most Livongo employees are in California.
  • The company will be named Teladoc and will not be renamed. That says a lot, even though industry wags are calling it Telavongo and other names.

One would hope that both companies make every effort to reorganize the company staffs in a way where layoffs are minimal, those who are packaged out are treated generously, but better, valued employees from both companies are retained and incentivized to stay–sooner rather than in 4th quarter–in a fair and unbiased evaluative process in how they support their businesses presently and going forward as part of the combined companies future. But this is not typically the case.

One would also hope that the clients and individuals who pay the bills were told, timed with the public announcement, that this was happening and what it means for them. Leaving them to read the announcement online is usually what happens. It’s not automatic, and I’ve seen this treated as an afterthought in both large companies and small, with line of business folks scrambling to put together customer messages, and delayed in getting them approved as after all they have to go through both corporate and investor communications. This is typically the case, as communications cease to be a priority at the market/LOB level when the SEC or DOJ are involved.

Reminder: the Human Factors will fly this aircraft–or auger it in. 

Agree? Disagree? Comments welcomed.  TTA’s earlier ‘skeptical take’ commentary here.

More consolidation: BioTelemetry acquires population health platform from Envolve/Centene, inks agreement with Boston Scientific

BioTelemetry , a RPM company in the cardiac monitoring, population health management, and clinical trials research, quietly announced last week two agreements that once again confirm the consolidation of now the remote patient monitoring market:

  • The acquisition of the On.Demand remote patient monitoring (RPM) and coaching platform, formerly owned and operated by Envolve People Care, Inc., a Centene Corporation subsidiary. The population health management platform contains real-time monitoring of biometric data with cellular- and web-based technology (including Alexa), proactive and reactive health coaching, population health reporting, and customizable interventions. While acquisition cost was not disclosed, BioTelemetry retains through a strategic partnership agreement Envolve and its base with Centene health plan members for diabetes RPM for the remainder of 2020. BioTelemetry is also free to pursue business with other health plans. Release.
  • BioTelemetry will also be a sales agent in the United States for the Boston Scientific LUX-Dx Insertable Cardiac Monitor (ICM) System. Release.

If you go back to 1994, up to 2013, BioTelemetry was CardioNet and one of the Ur-Companies in the RPM space. They went public in 2015 on Nasdaq, and have quietly made many acquisitions both before and after the IPO. Their 2nd Quarter results were $99 million in revenue; operations were profitable, despite a downturn in revenues from the pandemic and beat their estimates (Zacks). Unlike Teladoc and Livongo, their shares have been solidly up since end of July and they’re rated a ‘hold’. Nothing flashy, but solid work.

FCC approves 70 more COVID-19 telehealth funding applications for an additional $32 million

The US Federal Communications Commission (FCC) today (1 July) approved 70 additional applications for funding telehealth during the COVID-19 pandemic. This funding covers both urban and rural providers, from large health systems to local community health centers. The funds for this thirteenth group totals $31.63 million of the $189.27 million in total funds awarded. To date, the FCC’s COVID-19 Telehealth Program, authorized by the CARES Act, has approved 514 funding applications in 46 states plus Washington, D.C. Equipment covered includes telehealth, computers, smartphones, tablets, remote patient monitoring equipment, and software.

A small sample of this group of healthcare organizations:

  •  Avera Health, South Dakota
  • Barnabas Health in NJ for remote patient monitoring equipment
  • Boston Children’s Hospital
  • Greater Philadelphia Health Action
  • Lehigh Valley Health Network in Allentown PA
  • Montefiore Medical Center in the Bronx, NY
  • Ryan Health in Manhattan
  • University of Alabama at Birmingham Hospital
  • UPMC in Harrisburg PA

FCC release. Full list of Telehealth Program recipients here.

Tyto Care telehealth diagnostics raises $50 million in venture round

Tyto Care today (7 April) announced a venture round investment of $50 million by Insight Partners, Olive Tree Ventures, and Qualcomm Ventures LLC plus previous investors. The new investment will pay for commercialization throughout the US, Europe, and Asia as well as to introduce new advanced product capabilities including AI and machine learning-based home diagnostics solutions and other patented technologies. 

Tyto’s timing could not be better for the raise. In the US, led by CMS with private payers following in near lockstep, the past month has seen the rapid unrestricting of payment for telehealth services like virtual visits of the audio-visual type and short asynchronous and synchronous image and audio/telephonic short visits. Tyto’s remote medical exams of the lungs, heart, throat, ears, abdomen, and body temperature fits into the current and likely future need. Both live exams and asynchronous forwarding of data are part of a platform that integrates with EHRs and third party exam tools.

Tyto Care works with hundreds of hospitals and over 100 health organizations including health systems, payers and strategic partners, primarily in North America, Europe, and Israel. In 2019, they had over 200,000 examinations.

If, like your Editor, you believe that the tidal wave of telehealth has changed the office visit model for keeps, adding remote diagnostics can be a winner–if Tyto can navigate the tricky shoals of a largely consumer-based marketing strategy (Best Buy) and gain adoption by health systems and payers, as they have in Israel with Sheba Medical Center [TTA 28 Feb]. Release, FierceHealthcare

Digital health on the front lines of coronavirus checking, treatment and prevention (updated 2 Mar)

Coronavirus (COVID-19), which originated in Wuhan, China and has spread to at least 40 countries and 80,000 victims, with 2,700 fatalities, has been roiling both financial and healthcare markets. The stock price of payers in the US have been hit hard due to an anticipated uptick in illness, but interestingly, Teladoc has been up quite smartly in the past few days. Teladoc reported that one of eight virtual visits in January was due to flu, which isn’t atypical–but half had not used Teladoc before. Analysts do expect that there’s an opportunity for telehealth and telemedicine providers to attract new users due to what this Editor has dubbed ‘conscious contact’–that if you even feel remotely sick, you’re going to turn to a virtual visit.

COVID-19 is not remotely near a pandemic outside of China. The three hallmarks of a pandemic are cross-seasonal outbreaks (so far only in China), cross-geography (done), and most importantly, attacking the well. The fatalities have been among those with compromised immune systems, not among the young and healthy who do get it. It’s alarming, like SARS, because of the origination in animals, and the ease of person-to-person transmission via travel, as the outbreaks in Iran, South Korea, Italy, and on cruise ships visiting Asia have confirmed. In the US, the CDC is reporting that it is not currently spreading in the community, but is preparing for that scenario including containment, and has been since January.

But beyond the virtual visit, there are other areas where digital health is part of dealing with COVID-19:

  • Preventing the spread to the patient’s family members. Avaya has been working in China since January to provide enterprise customers with home agents to prevent the spread of the virus. For hospitals, they have donated equipment to enable remote consultation services and remote visiting video at the hospitals, including observation of isolation wards. They have provided a case study of their work with the Tongxiang Hospital at the Tongxiang Branch of Zhejiang Province People’s Hospital. (Photo at left courtesy of Avaya.) 
  • Another is remote patient monitoring. Sheba Medical Center in Tel Hashomer, Israel, is using Tyto Care to monitor the 12 Israeli returnees from the Diamond Princess cruise ship, who continue to be in isolation. The patients will perform the tests on themselves, especially respiratory tests. Jerusalem Post 
    • Update 2 Mar: A representative from Sheba, the largest hospital system in the Middle East, was kind enough to contact me with additional information on their RPM program for COVID-19. For patients requiring isolation in that stage of treatment, Sheba has implemented a modular ‘field hospital’ setup, similar to what the Israeli (and US) military use, which can be set up in any open area. This isolation is to protect immunosuppressed patients from disease spread in the main hospitals. Telehealth being used in addition to Tyto are the Vici telemedicine robot and the Datos Health app for home treated patients. This Editor believes that both European and US public health systems are looking at the Sheba and Israeli approach.
  • Robots–actually a telehealth cart–are being tested for patient self-testing, much like Tyto Care’s use at Sheba. Robots could also deliver food (although they could also carry germs) and sweep streets.
  • Other monitoring can be done via symptom checkers (Babylon, K, and others). 98point6 released a coronavirus screening chatbot app as early as January, but what they’ve turned up so far is more cases of the flu. STAT
  • Data analytics can pinpoint outbreaks. The Epic, Athenahealth, and Meditech EHRs have released new guidance, testing orders and screening questions (e.g. around travel and contacts) that will help to identify outbreaks.

Update 28 Feb: This Editor would like to know more about UV disinfection being used versus coronavirus for large spaces such as in hospitals and aircraft. If you have information on technologies such as PurpleSun which have been tested against hospital pathogens also being used against coronavirus, please contact Editor Donna.

Healthcare technologies which weren’t around during the SARS and swine flu epidemics may make a big difference in the spread, treatment and mortality rate of COVID-19. Healthcare Dive, HealthTechMagazine

UPDATE 28 FEB

As a service to our Readers, we are providing the following health service update links:

The UK Department of Health and Social Care and Public Health England has provided the following links to coronavirus guidance (hat tip to DOHSC via LinkedIn):

👩‍⚕️ Health:
🚂 Transport:
👩‍🎓 Education:
👨‍💼 Employers:
🏡 Social care:

US Centers for Disease Control (CDC)

World Health Organization (WHO) main website on coronavirus:https://www.who.int/health-topics/coronavirus

Health Canada’s main page: http://ow.ly/bLtF50yfJb7

Tyto Care partners with Avera eCARE for telehealth delivered to medically underserved populations

Following on last week’s announcement of Tyto Care‘s partnership with Novant Health, Sioux Falls SD-based telemedicine provider Avera eCARE will be introducing Tyto Care’s professional version, TytoPro, into its telemedicine service using high-definition video for virtual consults. What TytoPro will add is remote diagnostic capability and collection via the TytoVisit platform, using the TytoApp and Clinician dashboard. Avera will use TytoPro’s hand-held device with exam camera, thermometer, otoscope, stethoscope (with volume, bell, and diaphragm filters), and tongue depressor adaptors.

In a test of Avera eCARE plus Tyto Care in an assisted living community, the pairing of the two systems reduced emergency department transfers by 20 percent, with 93% of residents treated in place.

Avera eCARE, a part of Avera Health, provides telemedicine services to medically underserved populations via local healthcare systems, rural hospitals, outpatient clinics, skilled nursing facilities, assisted living communities, schools, and correctional facilities. It has over 400 providers in its comprehensive virtual health network across the US. A ‘white paper’ on the Avera/Tyto Care partnership is here. Release 

News roundup: Virginia includes RPM in telehealth, Chichester Careline changes, Sensyne AI allies with Oxford, Tunstall partners in Scotland, teledermatology in São Paolo

Virginia closes in on including remote patient monitoring in telehealth law. Two bills in the Virginia legislature, House Bill 1970 and Senate Bill 1221, include remote patient monitoring (RPM) within their present telehealth and telemedicine guidelines and payment in state commercial insurance and the commonwealth’s Medicaid program. It is currently moving forward in House and Senate committees with amendments and. RPM is defined as “the delivery of home health services using telecommunications technology to enhance the delivery of home health care, including monitoring of clinical patient data….” Both were filed on 9 January. Virginia was an early adopter of parity payment of telemedicine with in-person visits. The University of Virginia has been a pioneer in telehealth research and is the home for the Mid-Atlantic Telehealth Resource Center. mHealth Intelligence

Chichester Careline switches to PPP Taking Care. Chichester Careline is currently a 24/7 care line services provided by Chichester District Council. Starting 1 March, PPP Taking Care, part of AXA PPP Healthcare, will manage the service. According to the Chichester release, costs will remain the same, technology will be upgraded, and telecare services will be added. Over the past 35 years, Chichester Careline has assisted over 1 million people across Britain. 

Sensyne collaborates with University of Oxford’s Big Data Institute (BDI) on chronic disease. The three-year program will use Sensyne’s artificial intelligence for research on chronic kidney disease and cardiovascular disease. Sensyne analyzes large databases of anonymized patient data in collaboration with NHS Trusts. BDI’s expertise is in population health, clinical informatics and machine learning. Their joint research will concentrate on two major elements within long-term chronic disease to derive new datasets: automating physician notes into a structure which can be analyzed by AI and integrating it into remote patient monitoring.  Release.

Tunstall partners with Digital Health & Care Institute Scotland. The partnership is in the Next Generation Solutions for Healthy Ageing cluster. Digital Health & Care supports the Scottish Government’s TEC Programme and the Digital Telecare Workstream. The program’s goals are to help Scots live longer, healthier lives and also create jobs.  Building Better Healthcare UK

Teledermatology powered by machine learning helps to solve a specialist shortage in São Paolo. Brazil has nationalized healthcare which has nowhere near enough specialists. São is a city with 20 million inhabitants, so large and spread out that when the aircraft crew announces that they are on approach to the airport, it takes two hours to touch the runway. The dermatology waitlist was up to 60,000 patients, each waiting 18 months to see a doctor. The solution: call every patient and instruct them to go to a doctor or nurse to take a picture of the skin condition. The photo is then analyzed and prioritized by an algorithm, with a check by dermatologists, to determine level of treatment. Thirty percent needed to see a dermatologist, only 3 percent needed a biopsy. Accuracy level is about 80 percent, and plans are in progress to scale it to the rest of Brazil. Mobihealthnews.