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Overcoming Therapeutic Inertia with Inhaled Insulin Therapy
Thomas C Blevins1, Steve V Edelman2
1Texas Diabetes and Endocrinology, Austin, Texas, USA.
Abstract:
Despite the known acute and chronic complications associated with suboptimal glycemic control, only approximately 25% of people with type 1 diabetes and type 2 diabetes who are treated with prandial insulin are achieving the American Diabetes Association-recommended glycated hemoglobin target of <7%. A significant driver of poor diabetes management is therapeutic inertia, which is the failure to intensify therapy when glycemic goals are not achieved. suboptimal adherence to insulin therapy. While patient reluctance to initiate or intensify insulin therapy can be attributed to many factors, the most common reasons for nonadherence include fear of hypoglycemia, aversion to needles, and concerns about weight gain. Whereas clinicians often delay therapy intensification due to lack education/training in insulin therapy, concerns about hypoglycemia, and restrictions on time and resources. Inhaled insulin therapy with Technosphere® insulin has the potential to overcome these obstacles. This article reviews the impact of therapeutic inertia in individuals with diabetes who are treated with insulin or require insulin therapy and discusses how the use of inhaled insulin may overcome many of the barriers to insulin treatment intensification.
Insights
Therapeutic inertia, the failure to intensify diabetes treatment, hinders glycemic control in many patients. Inhaled insulin offers a potential solution to overcome barriers to insulin therapy intensification.
Area of Science:
- Endocrinology
- Diabetes Management
Background:
- Suboptimal glycemic control in diabetes (type 1 and type 2) leads to severe complications.
- Only 25% of patients on prandial insulin achieve the American Diabetes Association's glycated hemoglobin target of <7%.
Purpose of the Study:
- To review the impact of therapeutic inertia on diabetes management.
- To discuss how inhaled insulin can overcome barriers to insulin intensification.
Main Methods:
- Literature review on therapeutic inertia and insulin therapy.
- Analysis of barriers to insulin initiation and intensification.
- Exploration of inhaled insulin as a solution.
Main Results:
- Therapeutic inertia is a significant driver of poor glycemic control.
- Patient barriers include fear of hypoglycemia, needle aversion, and weight gain concerns.
- Clinician barriers include lack of training, hypoglycemia concerns, and time/resource limitations.
Conclusions:
- Inhaled insulin (Technosphere® insulin) presents a promising approach to overcome common obstacles to insulin therapy intensification.
- Addressing therapeutic inertia is crucial for improving diabetes outcomes.
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