illustration of person tracking his health condition with smart bracelet, mobile application and cloud services.

Expanded Reimbursement Codes for Remote Therapeutic Monitoring: What This Means for Digital Health

By Adriana Krasniansky

New reimbursement codes for virtual patient monitoring may soon be incorporated into Medicare’s fee schedule, signaling the continued expansion and reach of digital health technologies catalyzed by the COVID-19 pandemic.

In July 2021, the Centers for Medicare & Medicaid Services (CMS) proposed adding a new class of current procedural terminology (CPT) codes under the category of “remote therapeutic monitoring” in its Medicare Physician Fee Schedule for 2022 — with a window for public comments until September 13, 2021. While this announcement may seem like a niche piece of health care news, it signals a next-phase evolution for virtual care in the U.S. health system, increasing access possibilities for patients nationwide.

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person typing at computer

Social Workers and Chaplains at the Front Lines During COVID-19

By Adriana Krasniansky

Like doctors and nurses, chaplains and social workers are critical members of hospital care teams who are adapting their workflow and adopting telehealth platforms during the COVID-19 pandemic. 

However, much of their work requires navigating difficult and vulnerable conversions not well-suited for a video screen. This article investigates the unique approaches chaplains and social workers are taking to serve patients digitally in their times of need. Read More

Young male doctor in telehealth concept

Telehealth amid COVID-19: What Health Care Providers Should Know

By Adriana Krasniansky

COVID-19 stands to be a watershed moment for telehealth adoption within the U.S. healthcare system.

In response to the COVID-19 pandemic, the Trump administration and the Centers for Medicare & Medicaid Services (CMS) (part of the Department of Health and Human Services, or HHS) announced expanded Medicare telehealth coverage for over 80 health services, to be delivered over video or audio channels. Additionally, the HHS Office for Civil Rights (OCR) announced it would waive potential Health Insurance Portability and Accountability Act (HIPAA) penalties for good faith use of telehealth during the emergency. Both measures are designed to enable patients to receive a wider range of health care services remotely, reducing clinical congestion and limiting transmission of the virus. 

In the midst of this emergency situation, health care providers can take measures to consider the ethical and legal aspects of tele-practice as they get started. This article is a short primer to help medical professionals understand telehealth in this moment, navigate regulations and technology practice standards, and choose technologies to support quality patient care. Read More

TeleSitters are entering hospital rooms. How will they change patient care?

By Adriana Krasniansky

In many medical circumstances, clinicians and caregivers may choose not to leave a patient alone. For example, a patient may present a fall risk, experience confusion and agitation, or be at risk of self-harm.  Traditionally, in such situations, a hospital assigns the patient a sitter, or a caregiver who provides patients patient supervision and companionship. 

The need for sitters in hospital settings is rising, as patient loads increase and fewer patients have family members who are able to stay with them for long periods of time. Sitters are also a considerable investment for hospitals; one community hospital reported employing 14 sitters a day, totaling $425,000 in costs annually. Many healthcare networks are exploring the possibility of TeleSitters, or virtual monitoring systems to support patient care. In this article, we review the national adoption of TeleSitters and point out benefits and considerations to their implementation.  Read More

New technologies are empowering persons with disabilities. But are they Assistive?

Consumer tech has reduced daily friction for countless individuals, making it easier to control households, shop for groceries, and connect with loved ones. These technologies can be especially empowering for persons with disabilities, increasing accessibility and resolving frustrations of everyday activities. You may have seen related news in press releases and popular headlines: “Alexa is a Revelation to the Blind,” “Disabled Americans Deserve the Benefit of Self-Driving Cars,” “Amazon Alexa Can Help People With Autism Do More On Their Own.”

But are these technologies assistive? Disability nonprofit Understood.org defines assistive technology as “any device, software, or equipment that helps people work around their challenges.” Classifying a device or software as assistive technology (and/or related regulatory labels) can lead to insurance coverage and tax incentives. It can change how devices are viewed in healthcare settings and impact product research and design. In this article, we speak with bioethicist and disability scholar Dr. Joseph Stramondo about how to define assistive technologies in today’s consumer tech revolution. 

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Exploring Elder Care Robotics: Voice Assistants and Home Hubs

This article is part of a four-part series that researches how robotics are being developed for aging care and investigates their ethical implications. In our first article, we explored emotional companion robots, which soothe and comfort patients experiencing loneliness, depression, or diseases such as Alzheimer’s. Today, we look at voice assistants and home hubs—robots designed to coordinate and simplify daily tasks around the house. 

What are Voice Assistants and Home Hubs?

Unlike other robots in this series, you are probably familiar with voice assistants and home hubs. These robots, which include Amazon Echo, Google Home, Apple Siri, Samsung Ballie, and Nest, respond to human commands (voice, motion, or input) to complete tasks like preheating the oven, playing a podcast, or refilling a prescription. Several devices also incorporate artificial intelligence (AI) to learn household patterns and anticipate needs.  However, unlike social robots (covered later in this series), voice assistants do not proactively engage with users unless programmed or commanded.   Read More

Illustration of a senior woman walking with modern robot dog

Exploring Elder Care Robotics: Emotional Companion Robots

By Adriana Krasniansky

This article is the first post in a four-part series looking at robots being developed for aging care, as well as their ethical implications. In this first article, we explore the rise of emotional companion robots such as the now-famous Paro, which are designed to soothe and comfort. 

What are Emotional Companion Robots?

Emotional companion robots deliver on a very basic definition of the term “companionship:” they provide emotional soothing and a constant presence for users. Many emotional companion robots are modeled after animal-assisted therapy (AAT) pets, which are trained to calm and support individuals with Alzheimer’s, dementia, and cognitive impairments.

AAT in elder care can be challenging; animals risk injury to patients, trigger allergies, and require regular exercise (and bathroom breaks). Animals may also refuse to cooperate, which can further agitate patients. Emotional companion robots have similar demonstrated outcomes to AAT—reducing stress, improving mood, and stimulating conversation—without the logistical hang-ups of animal care.  Read More

Person looking at a Fitbit watch in a Best Buy store

Reviewing Health Announcements at Google, Facebook, and Apple

By Adriana Krasniansky

Over the past several days, technology players Google, Apple, and Facebook have each reported health-related business news. In this blog post, we examine their announcements and identify emerging ethical questions in the digital health space.

On Nov. 1, Google announced plans to acquire smartwatch maker Fitbit for $2.1 billion in 2020, subject to regulatory approval. The purchase is expected to jumpstart the production of Google’s own health wearables; the company has already invested at least $40 million in wearable research, absorbing watchmaker Fossil’s R&D technology in January 2019.

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Understanding Racial Bias in Medical AI Training Data

By Adriana Krasniansky

Interest in artificially intelligent (AI) health care has grown at an astounding pace: the global AI health care market is expected to reach $17.8 billion by 2025 and AI-powered systems are being designed to support medical activities ranging from patient diagnosis and triaging to drug pricing. 

Yet, as researchers across technology and medical fields agree, “AI systems are only as good as the data we put into them.” When AI systems are trained on patient datasets that are incomplete or under/misrepresentative of certain populations, they stand to develop discriminatory biases in their outcomes. In this article, we present three examples that demonstrate the potential for racial bias in medical AI based on training data. Read More

Photograph from above of a health care provider taking a patient's blood pressure.

Diving Deeper into Amazon Alexa’s HIPAA Compliance

By Adriana Krasniansky

Earlier this year, consumer technology company Amazon made waves in health care when it announced that its Alexa Skills Kit, a suite of tools for building voice programs, would be HIPAA compliant. Using the Alexa Skills Kit, companies could build voice experiences for Amazon Echo devices that communicate personal health information with patients. 

Amazon initially limited access to its HIPAA-updated voice platform to six health care companies, ranging from pharmacy benefit managers (PBMs) to hospitals. However, Amazon plans to expand access and has identified health care as a top focus area. Given Thursday’s announcement of new Alexa-enabled wearables (earbuds, glasses, a biometric ring)—likely indicators of upcoming personal health applications—let’s dive deeper into Alexa’s HIPAA compliance and its implications for the health care industry.
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