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Production Assistant, Diabetes In Control

Question #852

Test Your Knowledge

Issue849Graph Here's another test of your graph-interpreting skills! Follow the link to see this graph at full size and indicate the parameter that best describes Curve 4. 1. Insulin Secretion 2. Postprandial glucose 3. Fasting glucose 4. Insulin Resistance

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We Don’t All See the Same. See the World Through My Eyes

I received a call from a physician’s office regarding a patient who needed education as soon as possible. Her A1C had risen to 7.5 and at 64 years old, the patient needed to make changes. The only problem: the patient was blind. The patient lived alone with her Seeing Eye dog and was assisted by her brother. She lived a relatively normal life despite her blindness, working a clerical job and visiting the gym 2 days per week. As an educator, I had never dealt with a truly sightless individual and was feeling ill-equipped to take on this challenge. The majority of the diabetes patients in our small rural clinic have sight enough to manage their disease. I started to think of all the things we take for granted when teaching our patients, such as lancing their fingers, reading a label, even simply putting the correct amount of food on their plate. All that was thrown out the window. How did I help this patient to see her diabetes care?

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International Textbook of Diabetes Mellitus, 4th Ed., Excerpt #42: Neuropeptides and Islet Hormone Secretion Part 1 of 5

The traditional view is that islet hormone secretion is mainly regulated by circulating nutrients (glucose, amino acids, free fatty acids) as well as the gut incretin hormones (glucagon-like peptide 1 (GLP-1) and glucose-dependent insulinotropic polypeptide (GIP)). However, in certain circumstances regulation of insulin and glucagon secretion is also dependent on the autonomic nerves which innervate the islets. These nerves belong to the parasympathetic, sympathetic, and sensory branches of the autonomic nervous system.

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