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Google Glass Isn’t Just for Remote Scribes

August 22, 2017
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Saskatchewan piloting Glass solution for remote presence of specialists
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One of the fast-growing companies I profiled for Healthcare Informatics’ Up-and-Comer list of companies for 2017 is San Francisco-based Augmedix, which that has developed a physician charting solution using Google Glass. Before entering the exam room, a doctor dons Google Glass and then proceeds to talk with patients, rather than typing into a computer screen. A remote scribe fills out forms, health history, lab orders, prescriptions and more for the physician to sign off on.

But charting isn’t the only way that Google Glass is being put to use in healthcare. In remote areas of Saskatchewan, nurses and general practitioners are donning Google Glasses so that specialists in a tertiary care centers, such as the one in Saskatoon, can diagnose and triage patients. A few weeks ago, I had the opportunity to speak with Ivar Mendez, M.D., who heads up the Department of Surgery at the University of Saskatchewan and Saskatoon Health Region, about this pilot project.

Mendez explained the importance of remote presence for specialists in Saskatchewan, one of the largest provinces in Canada, with a population of about a million people scattered over a territory roughly the size of France. “If you live in the northern part of the province and need follow-up care, you may have to travel for 12 hours or take a three-and-a-half-hour flight to reach one of the tertiary centers,” he said. It curtails the access to healthcare of people in remote locations and it puts a great economic burden on the province. With a single-payer system, healthcare is a provincial mandate. “The province spends around $60 million just transporting people,” he said. “If you have your hip replaced in a tertiary care center, and it is time for a follow-up visit, it may cost the government $20,000 just to have the orthopedist look at your wound. So it is an inefficient system.”

This has led the province to develop a remote presence medicine program. For several years, it has used remote presence robots that, for instance, would allow a pediatric specialist to activate a robotic system to see a child in a remote clinic and do triage and determine what treatment is necessary. The specialist in Saskatoon can activate the robot remotely and move it into the emergency room to examine a patient. The province now has 17 such robots deployed.

“Because we have had this experience for several years, we thought the next logical technology we felt was important to try was a wearable device,” Mendez explained. “A nurse or general practitioner in a remote community can put on the Google Glass and we can communicate with them through the Google Glass and see the patient. We felt that was the next logical extension of the program.”

The researchers in Saskatchewan have been working with an Indianapolis-based company called Hodei Technology to help it pilot and refine its HCview Gemini solution “We are deploying this system with all specialties and in three remote communities, including the most remote community in the province, on the border with the Northern Territories,” Mendez said. “We are trying to understand the capacity of the system for seamless communication.”

Mendez said his team is studying the satisfaction of the specialists in terms of confidence in using the device to make a diagnosis, the satisfaction of the remote nurse or physician to use the device to communicate with a specialist as well as the satisfaction of the patients.

They worked through eliminating any lag time in transmission, as well as some issues to make sure that when the person wearing the Glass moves their head, the image isn’t jerky or blurry on the specialist’s end.

He credits Hodei for its elegant, modular design and ease of use. “They built a box where the Google Glass is stored and that also serves as the telecom hub,” Mendez explained. The only thing a nurse or clinician in an emergency department has to do is open the box and put on Google Glass and wear it. It communicates directly through the box to the Internet. “They made a very convenient, modular and compact design that is very practical and user friendly. That is a critical issue.”

If the rest of the pilot goes as planned, the Google Glass program will be expanded to the 17 sites that have robots now. “If you need expert advice on a very serious problem, if it is done in real time it may save a life,” Mendez said. The transportation cost savings could be huge and it could lead to more appropriate and timely decision-making.

“We see this as part of a comprehensive program that will allow us to resolve most medical issues remotely,” Mendez said. “That is the future. Medical care will change from a model where people go to a central location for care to a model where the care will go to where the patient is.”

 

 

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Key Questions Before Partnering With Telehealth Specialty Providers

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For primary care clinics, especially those in rural areas, establishing solid relationships with organizations that provide specialty telehealth services can vastly improve the number of services they can offer their patients. But building and maintaining those relationships so that they make sense financially and in terms of quality and patient satisfaction takes a lot of work.

I hadn’t realized how complex that relationship-building could be until yesterday, when I got a chance to hear an online presentation by the California Telehealth Resource Center (CTRC) detailing 20 questions clinics should ask specialty telehealth providers when vetting different offerings. The speaker was Kathy Chorba, CTRC’s executive director, who has 20 years of telehealth program development experience, beginning with establishing and growing the UC Davis Telemedicine program, incorporating 80 sites and 35 specialties, and directing the Telemedicine Learning Center. 

Chorba began by noting that the work of assessing these partnerships should begin only after you have done a needs assessment, identified the kinds of specialties you want to engage (dermatology, psychiatry, etc.), and the volume you expect to generate. You should also have established physician buy-in and identified your telehealth team. Once you have done these things, then you are ready to start establishing partner relationships, she said.

I won’t go through all the questions Chorba suggested clinics ask of specialty provider groups, but just the following sampling of them might help those of us who are not in the telehealth trenches everyday better understand some of the logistical issues involved.

• What specialties are available through this provider group? Chorba noted that some specialty provider groups offer one specialty only (such as behavioral health) while others offer a wide variety of specialties.  She added that some clinics prefer the “one-stop shop” for all their specialty needs, because it simplifies the contracting, credentialing, referral process and workflow, while other clinics prefer to shop around and find the best price for each specialty.

• Does the provider group contract with your payer(s), bill you by the hour or block of time or patient seen? Specialty provider groups use different payment mechanisms, and you have to find one that is mutually beneficial. Chorba added that before you negotiate, you should know how many referrals you think you will have for each specialty and how soon you will be able start. “This will help determine the financial model that fits your program,” she said.  The speciality provider will know if they have capacity.”

• What are the rates for live video and store and forward and are they the same for adult and pediatric? Rates will vary depending on the specialty services needed, as well as volume and modality. Rates for store-and-forward specialties such as dermatology will typically be lower than live video specialties, and new patient appointments may be more expensive than follow-up appointments, Chorba said. Also, rates may vary according to the volume of patient referrals you anticipate sending to the specialty group. Each specialty also tends to have a different timeframe for visits. Dermatology visits may take 20 minutes, while psychiatric visits take an hour. “One rule of thumb is 40 minutes for new visits and 20 minutes for followup visits,” she said. Clinics have to structure their appointment strategy to afford the specialists’ time. “When does a $250-per-hour specialist cost less than a $200-per-hour specialist? When the $250 specialist can fit more patient visits into that hour,” she said.

CTRC offers clinics a sustainability worksheet to help them understand all their costs involved in purchasing blocks of time from telehealth specialists. Initially they may expect to lose some money because all the patients are new and the visits are longer, but as you move into the growth phase, and the specialists are seeing more follow-up patients, you can fit more patients into an 8-hour day. “The bottom line is you are not losing money anymore,” Chorba said. About seven months into the program, you should hit the maintenance phase, where you are keeping your patient no-show rate down and overall costs down.  

• Does the specialty provider group have referral guidelines for each specialty? Besides specifying the time required for new and follow-up patients, these guidelines also state what information or tests are needed prior to the consult (labs, chart notes, etc.). Chorba added that the tests required could be unavailable or too expensive for your patients or not covered by their health plan. “Just knowing the referral guidelines and tests rquired prior to a consult,” she said, “may help you decide that is a provider you don’t want to work with.”

• What level of technical support will the specialty provider group provide? While most primary-care clinic sites have some technical support staff available, few clinics have staff that are able to troubleshoot telemedicine video and peripheral equipment and/or broadband connectivity issues. Some specialty provider groups provide a basic level of technical support or troubleshooting assistance in order to make sure services are provided as scheduled. Chorba said clinics should make clear what type of support it can provide.

This is just a subset of all the questions Chorba raised with webinar attendees. It helps explain why Federally Qualified Health Centers and other small clinics need consulting help to get their telehealth programs up and running. In closing she mentioned that the CTRC is now working on its next set of guidance on how to keep that relationship with specialty providers healthy once you have chosen a group to work with. With so much emphasis on the potential for telehealth these days, it is important for all of us to remember that the transition to telehealth and the hand-offs between providers involves a lot of complexity!

 

 

 

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AMIA Supports NIST Efforts to Secure Telehealth RPM Ecosystem

January 9, 2019
by Heather Landi, Associate Editor
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Back in November, the National Cybersecurity Center of Excellence at NIST, the National Institute of Standards and Technology, issued a draft paper outlining a project it plans to undertake to provide a reference architecture addressing the security and privacy risks for healthcare delivery organizations leveraging telehealth capabilities, such as remote patient monitoring.

Traditionally, patient monitoring systems have been deployed in healthcare facilities, in controlled environments. Remote patient monitoring (RPM), however, is different in that monitoring equipment is deployed in the patient’s home, according to NIST’s NCCoE. NIST is housed within the Department of Commerce.

These new capabilities, which can involve third-party platform providers utilizing videoconferencing capabilities, and leveraging cloud and internet technologies coupled with RPM devices, are used to treat numerous conditions, such as patients battling chronic illness or requiring post-operative monitoring. As the use of these capabilities continues to grow, it is important to ensure the infrastructure supporting them can maintain the confidentiality, integrity, and availability of patient data, as well as ensure the safety of patients, according to NCCoE.

To address these security, privacy and safety concerns, NCCoE aims to provide a practical solution for securing the telehealth RPM ecosystem. The NCCoE project team will perform a risk assessment on a representative RPM ecosystem in the laboratory environment, apply the NIST Cybersecurity Framework and guidance based on medical device standards, and collaborate with industry and public partners. The project team will also create a reference design and a detailed description of the practical steps needed to implement a secure solution based on standards and best practices, according to the organization.

This project will result in a publicly available National Institute of Standards and Technology (NIST) Cybersecurity Practice Guide, a detailed implementation guide of the practical steps needed to implement a cybersecurity reference design that addresses this challenge.

The NCCoE sought public feedback on the project, which was detailed in a draft released in November called “Securing Telehealth Remote Patient Monitoring Ecosystem.”

The American Medical Informatics Association (AMIA) is one industry organization that has voiced support for the NCCoE project to develop guidance around security and privacy risks associated with remote patient monitoring.

In written comments about the project, AMIA president and CEO Doug Fridsma says he “foresees a future of care delivery and disease management that will rely heavily on RPM,” due to a “confluence of shifting and/or diminished reimbursement, aging and chronically ill population growth, and continued depopulation of rural areas.”

Securing these systems and ensuring trust in the data generated by these systems is an utmost priority, and is at the heart of consumers’ ability to obtain care and manage their health, Fridsma noted in the written comments.

Among its recommendations, AMIA advises the NCCoE to leverage existing mobile infrastructure and health IT standards.

“The ultimate spread, scale, and usage of these RPM tools will likely depend more on the commercial marketplace than the short-and long-term plans of healthcare institutions. Further, patients/consumers will use the tools that they are familiar and fits best into their individual ‘workflows.’ Securing the existing mobile infrastructure where individuals perform most of their day-to-day living will improve the likelihood that healthcare specific tasks will succeed,” Fridsma noted.

Fridsma also noted that AMIA recommends NIST focus on data security and integrity that provides data provenance and supports consistent semantic meaning of the data across RPM manufacturers.

 

Related Insights For: Telehealth

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Michigan Becomes 25th State to Join Interstate Medical Licensure Compact

January 9, 2019
by Rajiv Leventhal, Managing Editor
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Michigan Governor Rick Snyder signed two bills into law on the last day of December, making Michigan the 25th state to enact the Interstate Medical Licensure Compact (IMLC), an initiative that offers an expedited pathway to licensure for physicians wishing to practice in multiple states.

In 2017, the Interstate Medical Licensure Compact officially began accepting applications from qualified physicians who wished to obtain multiple licenses from participating states. The Compact has been expected to expand access to healthcare, especially to those in rural and underserved areas of the country, and facilitate the use of telemedicine technologies in the delivery of healthcare.

Licensing providers across state lines has long been a challenge, as clinicians who want to treat patients in another state have historically had to apply for and pay for licenses in those states—a costly and time-consuming process. Some state boards have also sought to prevent or limit the expansion of telehealth, citing patient safety concerns.

But under this agreement, licensed physicians can qualify to practice medicine across state lines within the Compact if they meet the agreed upon eligibility requirements. As of December 31, 4,511 medical licenses have been issued and 2,400 applications processed through the IMLC.

The Compact legislation was supported in Michigan by Ascension Michigan, Trinity Health, Michigan Health & Hospital Association, American Society for Dermatologic Surgery Association, and AARP Michigan, among others.

“Ascension Michigan applauds the passage of legislation providing for the state of Michigan to join the Interstate Medical Licensure Compact,” Sean Gehle, chief advocacy officer, Ascension Michigan, said in a statement. “We believe that not only will the Compact facilitate increased access to healthcare for patients in underserved areas of our state, allowing them to more easily connect to medical experts through the use of telemedicine, but also provide for a more streamlined and expeditious process for recruitment of physicians to these same underserved areas.”

Michigan joins 24 states, Guam and the District of Columbia in enacting legislation to join the Compact. These states include Alabama, Arizona, Colorado, Idaho, Illinois, Iowa, Kansas, Maine, Maryland, Minnesota, Mississippi, Montana, Nebraska, Nevada, New Hampshire, Pennsylvania, South Dakota, Tennessee, Utah, Vermont, Washington, West Virginia, Wisconsin and Wyoming.

The initiative remains under consideration in Kentucky, New Mexico and South Carolina.

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