With the ONC’s recent release of their 10-year interoperability vision, it might seem like the industry is starting to make things easier for clinicians. In reality, 2015 is starting off to be one of the worst times ever to be a physician. Interoperability is a critical issue to support a transition from fee-for-service to value-based care. Physicians will eventually be reimbursed around their ability to impact clinical outcomes, so the need for clinically relevant information at their fingertips is mission critical.
As a father, I have loved seeing my children grow into mature and independent adults. There’s something incredibly special about seeing your children leave the nest and start the next chapter of their lives. As the chief executive of West Health, I have been fortunate enough to have some of those same feelings when it comes to the progress of Sense4Baby, one of the first technologies researched at our organization.
When it comes to mHealth, most industrialised nations such as the U.S. and Europe have a head start. Money for healthcare technology investments is available, the infrastructure is in place, and most of the population is already engaged in the healthcare system.
As a country of about 52 million people, South Africa shares many characteristics with its larger brethren. There is a mix of public and private healthcare providers and health insurance plans, physician shortages in key areas, and South Africa is beset by many of the same chronic diseases that industrialised countries face (cardiovascular and obesity-related diseases, diabetes, etc.).
It is no secret that health systems are under intense pressure to deliver better outcomes at lower costs, and standardizing acute care workflow will only carry providers so far. Truly moving the needle on cost and outcomes will require a fundamental redesign in care delivery; otherwise, health systems may well find themselves left out. Care keeps shifting to environments in which hospitals have less influence: what was once critical care can now be managed in an in-patient unit; what was once in the hospital is now in an office; what was once in the office is now at home.
In recent years, our ability to stream large amounts of data in real-time has improved dramatically. This enhancement can transform how clinicians offer care by sourcing unprecedented opportunities for clinical decision support. However, the capability to process, store, and display data in and of itself does not transform care. Rather, it is how the clinicians adopt and apply decision support that will make all the difference to patients. However, the current environment must be altered to create a clinical decision support-friendly climate.
Pregnancy is the start of an incredible, miraculous and amazing journey. Bringing a life into this world can be a beautiful experience for many mothers. However, for women facing high-risk pregnancies, this magical time can take an emotional and financial toll – requiring special monitoring or extra care, which could increase the likelihood of a problem-free delivery and a healthy baby.
Over the past year, the perception of mobile technology in healthcare has changed dramatically. mHealth is now being recognized as a tool that can help address the challenges our healthcare system is facing, including a shortage of caregivers, an influx of newly insured patients, decreased reimbursements and readmission penalties. Historically, there have always been barriers that kept hospitals from making the leap to mobility – lack of infrastructure, costs, or the fear of security breaches, among other reasons. Yet as mobile technology becomes deeply ingrained in our day-to-day work and social lives, healthcare is following suit and migrating toward mobility as a component of care delivery.
However, concerns about security remain at the forefront. According to data from the Department of Health and Human Services (HHS), more than 41 million people have had their protected health information compromised in a reportable HIPAA privacy or security breach. Additional data from the 2014 Healthcare Breach Report from Bitglass suggests that 68 percent of all healthcare data breaches are due to device theft or loss and 48 percent of breaches involve a laptop, desktop or mobile device.