Hypertrophy caused by insulin has effects that extend beyond just aesthetic concerns. Innovative methods have shown potential in decreasing the chances of hypertrophy and its related issues, including the development of detailed diagrams of insulin injection locations and tailored rotation plans. This study aimed to assess the impact of a novel insulin injection sites map (digital or physical) on the incidence of insulin-induced hypertrophy, adherence to rotation protocols, glycemic control, and patient experience among diabetes patients treated with insulin between study and control group along six months of follow up
Patients on long-term insulin therapy frequently experience significant side effect of insulin-induced hypertrophy, particularly lipohypertrophy (LH).Nurses play a crucial role as direct care providers and educators for diabetes patients, ensuring the safe administration of insulin and preventing insulin-related hypertrophy. This research aims to explore and evaluate innovative mapping methods for insulin injection locations due to the rising prevalence of diabetes in Egypt and the United States, alongside the considerable effect that insulin-induced hypertrophy has on patient results and healthcare systems
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
PREVENTION
Masking
DOUBLE
Enrollment
170
The intervention group participants attended a structured educational session focused on strategies to reduce the risk of insulin-induced hypertrophy and its associated consequences, either individually or in small groups . The session included: appropriate insulin injection techniques, since repeated trauma is the main cause of hypertrophy, the researchers explained "standardized rotation protocols and insulin injection sites map"
faculty of nursing, Mansoura university
Al Mansurah, Egypt
Decrease Lipohypertrophy
insulin induced lipohypertrophy
Time frame: 6 months
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