Endocrine Drugs And Hormones Flashcards
Normal blood glucose range
70-110 (this may vary by facility)
Rapid acting insulin
Example, route, nursing considerations
Humalog (Lisinopril)
Give sub Q
Give with meals because it acts within 5 minutes
Short acting insulin (example, route, when to give, onset, peak)
Regular (humulin R and Novolin R) Given based on a sliding scale Give with meals or before Onset is 30 minutes Peak is 2.5 hours Given IV or Sub Q
Intermediate acting insulin
NPH or Lente Cloudy Given at a specific scheduled time Onset is 1 hour Peak is 4-12 hours Check for low bs in late afternoon
Long acting Insulin
Lantus
Ultralente (levemir)
Onset is 1 hour
No peak
Combination insulin
Humulin or Novolin 70/30
This means 70 is NPH and 30 is R
Prevents the need to give multiple injections in those that receive both a short and intermediate acting insulin
How to correctly draw up insulin
Clear before cloudy
Not ready… ready now (air into NPH, air into Regular; draw up the Regular, draw up the NPH)
Side effects of insulin and the cause
Hypoglycemic (insulin shock) reactions: from too much insulin: HA, Lightheadedness, nervousness, tremor, diaphoresis; cold, clammy skin; tachycardia, slurred speech, memory lapse, confusion, seizures, blood glucose <60 mg/dL
Hyperglycemic reaction (Diabetic ketoacidosis): not enough insulin: extrm thirst,polyuria, fruity breath, Kussmal Resp, rapid thready pulse, dry mucous membrane, poor skin turgor, bs > 250 mg/dL
Describe Kussmal Respirations
Deep, labored, distressed, dyspneic breathing
Associated with diabetic ketoacidosis
List first and second generation sulfonylureas
1st gen: tolbutamine and acetohexamide
2nd generation: glipizide and glyburide
What class of drugs are sulfonylureas?
Oral antidiabetics
Nursing implications for patients prescribed oral antidiabetics such as sulfonylureas
Assess for sulfa allergies
Action of 1st generation sulfonylureas
Stimulate beta cells in the pancreas to produce more insulin
Action of second generation sulfonylureas
Stumulate beta cells in the pancreas to produce more insulin AND alter the sensitivity of insulin receptors allowing increased binding
Give an example of a non-sulfonylurea oral anti-diabetic medication
Metformin
Action of metformin
Increase binding of insulin to receptors
Improve tissue sensitivity to insulin
Increase transport into skeletal muscles & fatty tissue
Give an example of an alfa-glucosidase oral antidiabetic
Acarbose
Action of acarbose
Inhibits or delays absorption of sugar from the GI tract (this one is not like the other oral diabetics)