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EC OCT 2017 Cyber Healthcare Snapshot VOLUME 4, OCTOBER 2017 CA Lic. #0414108 OVER HALF OF PEOPLE USE GOOGLE TO SELF-DIAGNOSE ILLNESS, SURVEY SAYS A study has revealed that over half of people are attempting to diagnose their illness by using Google before visiting a General Practitioner (“GP”). The study—conducted in the U.S. by healthcare support group Rock Health—found that 57% of participants went to Google before going to a GP. Half of those involved then searched for treatment options related to the illness they thought they had. The survey also found that 35% of patients asked their doctor to prescribe a specific drug, while 49% sought a specific treatment plan based on their internet diagnosis. Doctors say they are worried about the trend and that people could be misdiagnosing themselves. Patients are increasingly seeking out a diagnosis online and presenting this diagnosis and a treatment plan to their GPs. Medical professionals are concerned that the use of “Dr. Google” poses many dangers for patients who should consult their GP first if they have any health concerns. By self-diagnosing, patients are risking misinterpreting their symptoms which can cause unnecessary anxiety. However, the use of the internet for immediate information is often a reflection of access problems within many systems as well as the need for convenient but trusted knowledge management. These same patients still rank physicians, friends, and family highest when it comes to trustworthiness of sources suggesting a strong case for digital health and knowledge management systems in association with their provider. Source: The Irish Examiner DIABETICS COULD FIND THEMSELVES ON TRIAL FOR CONSUMER WEARABLES GluSense, which produces the glucose level monitoring implant “Glyde,” has announced an undisclosed investment from a VC philanthropy fund. The Israeli company's first product is an injectable implant that can last up to a year, wirelessly sending data to a consumer wearable like a smartwatch. The funding will support the device through its first clinical trial before regulatory clearance can be achieved. Currently, a continuous glucose monitor with a three-month lifespan is considered a long-term product. An injectable glucose sensor that lasts a year would prove a boon with the world's rapidly-growing number of diabetics. The company will also explore other uses for the technology such as a heartbeat monitor that continually and wirelessly streams health data to your phone. Source: Mobile Health News WEARABLE 24-HOUR DISPOSABLE INSULIN DELIVERY SYSTEM Managing Type II diabetes is a life-saving and ongoing chore. Most newly diagnosed patients start by learning to administer shots of insulin based on blood glucose level readings obtained by using a meter that reads a test strip with a blood sample from a finger prick. People have long-wished for a system that is simpler and easier. Closed-loop artificial pancreas systems [such as the Medtronic iPro2] that monitor blood sugar and administer insulin automatically as needed are still in early stages of market and medical acceptance. Continuous glucose monitors (CGMs) and insulin pumps use varying technologies to offer diabetics intermediate steps between “finger-stick blood testing” (used with self-administered shots of insulin with needles) and closed loop systems. Valeritas, Inc.’s V-Go wearable insulin delivery device provides patients with a continuous basal insulin dosage for 24 hours and bolus insulin doses as needed at meal or snack times. Patients work with their own healthcare professional to determine the basal and bolus doses and a Valeritas Partner who provides help with training and support for the V-Go system. The V-Go continuous insulin pump doesn’t address or replace the need for blood glucose monitoring. V-Go provides an easy-to-use, discrete way to have continuous basal insulin feed with the ability to administer additional doses as needed using the same device. Source: Health Tech Insider We trust you will agree that there might be no better place to start the last issue of the year than to see what’s happening with “Dr. Google”. We also come full circle to our first issue and discuss more developments in “wearables”.
Transcript
Page 1: Cyber Healthcare Snapshot - Worldwide Facilities, LLC · Cyber Healthcare Snapshot VOLUME 4, OCTOBER 2017 CA Lic. #0414108 OVER HALF OF PEOPLE USE GOOGLE TO SELF-DIAGNOSE ILLNESS,

EC OCT 2017

Cyber Healthcare Snapshot VOLUME 4, OCTOBER 2017

CA Lic. #0414108

OVER HALF OF PEOPLE USE GOOGLE TO SELF-DIAGNOSE ILLNESS, SURVEY SAYS

A study has revealed that over half of people are attempting to diagnose their illness by using Google before visiting a General Practitioner (“GP”).

The study—conducted in the U.S. by healthcare support group Rock Health—found that 57% of participants went to Google before going to a GP. Half of those involved then searched for treatment options related to the illness they thought they had.

The survey also found that 35% of patients asked their doctor to prescribe a specific drug, while 49% sought a specific treatment plan based on their internet diagnosis.

Doctors say they are worried about the trend and that people could be misdiagnosing themselves. Patients are increasingly seeking out a diagnosis online and presenting this diagnosis and a treatment plan to their GPs.

Medical professionals are concerned that the use of “Dr. Google” poses many dangers for patients who should consult their GP first if they have any health concerns. By self-diagnosing, patients are risking misinterpreting their symptoms which can cause unnecessary anxiety.

However, the use of the internet for immediate information is often a reflection of access problems within many systems as well as the need for convenient but trusted knowledge management. These same patients still rank physicians, friends, and family highest when it comes to trustworthiness of sources suggesting a strong case for digital health and knowledge management systems in association with their provider.

Source: The Irish Examiner

DIABETICS COULD FIND THEMSELVES ON TRIAL FOR CONSUMER WEARABLES

GluSense, which produces the glucose level monitoring implant “Glyde,” has announced an undisclosed investment from a VC philanthropy fund.

The Israeli company's first product is an injectable implant that can last up to a year, wirelessly sending data to a consumer wearable like a smartwatch. The funding will support the device through its first clinical trial before regulatory clearance can be achieved. Currently, a continuous glucose monitor with a three-month lifespan is considered a long-term product.

An injectable glucose sensor that lasts a year would prove a boon with the world's rapidly-growing number of diabetics. The company will also explore other uses for the technology such as a heartbeat monitor that continually and wirelessly streams health data to your phone.

Source: Mobile Health News

WEARABLE 24-HOUR DISPOSABLE INSULIN DELIVERY SYSTEM

Managing Type II diabetes is a life-saving and ongoing chore. Most newly diagnosed patients start by learning to administer shots of insulin based on blood glucose level readings obtained by using a meter that reads a test strip with a blood sample from a finger prick. People have long-wished for a system that is simpler and easier. Closed-loop artificial pancreas systems [such as the Medtronic iPro2] that monitor blood sugar and administer insulin automatically as needed are still in early stages of market and medical acceptance. Continuous glucose monitors (CGMs) and insulin pumps use varying technologies to offer diabetics intermediate steps between “finger-stick blood testing” (used with self-administered shots of insulin with needles) and closed loop systems.

Valeritas, Inc.’s V-Go wearable insulin delivery device provides patients with a continuous basal insulin dosage for 24 hours and bolus insulin doses as needed at meal or snack times. Patients work with their own healthcare professional to determine the basal and bolus doses and a Valeritas Partner who provides help with training and support for the V-Go system.

The V-Go continuous insulin pump doesn’t address or replace the need for blood glucose monitoring. V-Go provides an easy-to-use, discrete way to have continuous basal insulin feed with the ability to administer additional doses as needed using the same device.

Source: Health Tech Insider

We trust you will agree that there might be no better place to start the last issue of the year than to see what’s happening with “Dr.

Google”. We also come full circle to our first issue and discuss more developments in “wearables”.

Page 2: Cyber Healthcare Snapshot - Worldwide Facilities, LLC · Cyber Healthcare Snapshot VOLUME 4, OCTOBER 2017 CA Lic. #0414108 OVER HALF OF PEOPLE USE GOOGLE TO SELF-DIAGNOSE ILLNESS,

EC OCT 2017

“Experience a World of Difference”

CA Lic. #0414108

TECHNOLOGY-ENABLED DIABETES MANAGEMENT COMPANY LIVONGO HEALTH HAS RAISED $52.5 MILLION IN NEW FUNDING

Diabetes is a large, fast-growing, and life-long condition that requires a comprehensive approach to lift quality of life and address patient needs.

Livongo Health’s current offering, called Livongo for Diabetes, consists of connected devices, a smart cloud, and a virtual care team. The Livongo Meter serves as both a connected glucometer and a pedometer and will allow easy sharing of the data. It’s a standalone device with a color

touchscreen that is cellular-connected. The offering also offers unlimited test strips at no extra charge.

The company plans to move beyond diabetes and into additional chronic conditions starting with common comorbidities such as high blood pressure and high cholesterol.

Source: mobihealthnews.com

UK ANNOUNCES COLLABORATION TO CREATE AUTOMATED ONLINE GPs FOR MINOR AILMENTS

The collaboration between digital agency Orbital Media and the University of Essex intends to help save millions of pounds per year by using artificial intelligence and machine learning technology to provide health advice to those seeking medical information online.

The technology will be used to provide interactive advice by using photo realistic avatars. The collaboration will aim to provide advice on self-treatable conditions such as colds, coughs, flu and hay fever. These minor ailments account for a significant amount of GP time and costs the UK’s National Health Services system £2 billion per year.

The potential for AI technologies to help relieve pressure from the heavily burdened primary care system is significant.

Artificial intelligence and machine learning technology have the potential to transform so many aspects of our everyday lives. Orbital Media and the University of Essex have collaborated in the shared belief that AI has a key role—potentially revolutionary to the healthcare system—to play in supporting future healthcare needs. They agree that this is just the beginning of an exploration into its potential applications within healthcare pathways that could lead to a significant impact on how health services might be delivered in the future.

Source: DigitalHealthAge.com

GERM-ZAPPING ROBOT MAKER STRIKES MAJOR DEALS WITH MULTIPLE HOSPITAL SYSTEMS

And how could we not end the year with one of the hottest technology topics of the day—robotics.

Robotics has impacted virtually every industrial segment—from manufacturing to farming. Perceptions vary widely on how robotics is affecting jobs in the manufacturing economy. Unquestionably, however, technology is solidly ever-present in healthcare delivery—from scheduling appointments, to online availability to obtain medical records and test reports to highly technical diagnostic equipment and technology-assisted surgical procedures.

Xenex Disinfection Services has closed a pair of significant transactions that could set the tone for future adoption of its LightStrike device. The San Antonio-based company has signed on the Henry Ford Health System and HonorHealth as the first organizations to deploy its germ-zapping robots across all of their hospitals.

Detroit-based Henry Ford agreed to buy 13 LightStrike devices for its hospitals. HonorHealth, which has facilities in Phoenix and Scottsdale, Arizona, has purchased 12 robots for all of its hospitals.

The LightStrike robots are used by medical facilities to eradicate deadly healthcare-associated infections (“HAIs”) caused by pathogens such as Clostridium difficile, Methicillin-resistant Staphylococcus aureus and carbapenem-resistant Enterobacteriaceae using UV disinfection technology.

HAIs have become a global concern. And more facilities across the world have turned to Xenex for help in addressing the issue.

Currently, more than 400 hospitals and other medical facilities in the U.S., Africa, Canada, Europe and Japan are using the San Antonio robots to attack HAI pathogens.

Xenex believes hospitals using Xenex LightStrike robots to disinfect their facilities have repeatedly experienced reductions in their infection rates.

Source: San Antonio Business Journal

Editor: Robert M. Parker, J.D., RPLUFinancial Services Practice Group Counsel


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