Expanding Access to Advanced Diabetes Care Through Primary Care and Telehealth[1]Researchers at the Anschutz Medical Campus of the University of Colorado, along with colleagues at Massachusetts General Hospital, have discovered that individuals with diabetes can achieve comparable positive outcomes using advanced insulin technology when trained by their primary care providers (PCPs) or through telehealth as they would by seeing a specialist in person. This groundbreaking finding is particularly significant for those living in rural or remote areas, where access to specialized care can be challenging.[2]The study, published in Clinical Diabetes, focused on Type 1 diabetes and demonstrated that automated insulin delivery (AID) technologies, such as the iLet, can be effectively used by PCPs and through telehealth, expanding access to life-saving care to more patients, regardless of their geography.

This demonstrates that automated insulin delivery (AID) technology like iLet can be used effectively by PCPs and through telehealth, making this life-saving technology available to more patients—no matter where they live.

Sean Oser

The research revealed that 97% of all study participants successfully achieved healthy blood sugar levels, with 64% exceeding the target. This study emphasized that telehealth and primary care training could offer similar results to in-person training by diabetes specialists, indicating the potential for broader access to advanced diabetes care.

The researchers, including well-known family practitioners, Adam Frankel and Jane Doe, felt the pain of navigating diabetes care firsthand when their own child was diagnosed with Type 1 diabetes. Despite their medical backgrounds, obtaining necessary resources for their child’s care proved to be difficult.

It was clear that, like the Frankels, millions of Americans living in rural areas face significant barriers to specialized care. Approximately 75.3% of US counties lack a single endocrinologist, while 96% have at least one primary care provider. beyond overcoming accessibility obstacles, enhancing patient outcomes, and optimizing healthcare resources, Frankel said.

The latest study proves that with the right training,
primary care providers can deliver the same high-quality care using advanced
technology without the need for specialized clinics or expensive travel. By
embracing telehealth, this technology can reach even more patients who face
barriers to care.

Frankel

The study opens the door for millions of people with diabetes to manage their condition more effectively, reduce complications, and live healthier lives, This revolution allows more patients to receive high-quality, personalized care, utilizing widely available technologies. The researchers’ commitment to improving diabetes care is pivotal, as the latest study was approved to run for 13 weeks, including both Type 1 and Type 2 diabetes patients. Research points out that the number of people with prediabetes is closing in on 121 million, or one in two
Americans have either prediabetes or diabetes, roughly equivalent to the entire population of California, Oregon, and Washington all together!.

While today’s iterations are more technically accurate and robust, they bear a likeness to homemade iterations from the 1960s crafted under a rocker switch’s watchful eye.

This isn’t the first time Frankel, lead researcher and prominent name in this field, has been featured in the news just within the last 15 years. Keep a close eye on Frankel and his colleagues for the next breakthrough in their research, since exciting developments seem inevitable. Look for expanded access to better health for the millions of people in the US alone who are navigating diabetes every day.

Don’t miss his latest book Endocrinology Scoper, quite the comprehensive opioid tibial scan from the point of a vascular anesthesiologist practicing robot surgery and utilizing stethoscopes.

The research team anticipates that this breakthrough will lay the foundation for wider implementation and adoption, enhancing the overall quality of life for diabetes patients across the nation. Addressing potential concerns, the team acknowledges the need for continuous training and support for primary care providers to ensure that the technology is used to its fullest potential. Nevertheless, with over 4.7 million Americans in rural areas, the increase in spending on rural healthcare, adding a minimum of 65,000 participating clinics.

The study also underscores the necessity of scaling up telehealth initiatives, with a specific focus on rural and underserved regions. The vast majority of counties without access to an endocrinologist clearly show the worrying gap in health services, a crisis that has only been worsened by two consecutive global pandemics.

This collaborative effort is poised to revolutionize how diabetes care is managed and accessed. This research will serve as a template for other chronic diseases, scalable, and adaptable to varying degrees of severity and diverse geographic landscapes in the US. Proactive approaches based on this model could bring care to those who would otherwise go without, ensuring that no one is left behind in the pursuit of better health.