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EMT · Patient Treatment and Transport · 6 min read

Diabetic Emergencies, Anaphylaxis and Medication Assistance

In this lesson you will
  • Identify the clinical presentations of hypoglycemia, diabetic ketoacidosis, and hyperosmolar hyperglycemic state, and determine appropriate basic life support interventions.
  • Recognize the multisystem signs of anaphylaxis and describe the administration, physiological mechanisms, dosing, and reassessment steps for epinephrine auto-injectors.
  • Apply the six rights of medication administration, distinguish between medical direction types, and safely administer or assist with authorized medications under local protocol.

Foundations of Medication Administration and Medical Direction

Administering or assisting with medications is a serious basic life support responsibility that requires strict precision and adherence to established protocols. Every time a medication is considered, the EMT must verify the six rights of medication administration: right patient, right medication, right dose, right route, right time, and right documentation. Before providing any drug, the EMT must confirm an appropriate indication, which is a patient condition or symptom for which the medication is appropriate under protocol. The provider must also rule out any contraindication, defined as a circumstance or condition under which the medication should not be given because it could cause harm. Additionally, the EMT must examine the medication's expiration date and inspect the drug for abnormalities whenever its packaging and formulation permit visual inspection.

Medications can be classified by how they are supplied and authorized. Patient-assisted medication administration occurs when an EMT helps a patient take their own prescribed medication, such as an inhaler or auto-injector. EMT-administered medication involves the EMT directly giving an authorized medication under local protocol; depending on the medication and protocol, it may be supplied by the EMS agency or prescribed to the patient. Authorization for these actions comes through medical direction. Offline medical direction consists of written standing orders or protocols that authorize an EMT to give specific medications without prior verbal contact. Online medical direction provides real-time instructions from an authorized medical control clinician, typically contacted by radio or telephone, when required by protocol.

Understanding routes of administration is critical for patient safety and drug effectiveness. Medications swallowed by mouth are absorbed through the gastrointestinal tract; sublingual medications are placed under the tongue and absorbed through the oral mucosa. Parenteral medications bypass the digestive tract entirely, entering the body through pathways such as intramuscular injections. Once any medication is delivered, the EMT must thoroughly document the drug name, the exact dose, the route, the time of administration, and the patient's reassessment response.

Exam tip. Do not confuse enteral and parenteral routes. Remember that sublingual tablets or sprays dissolve under the tongue for direct mucosal absorption into systemic circulation, while medications swallowed into the stomach are absorbed via the gastrointestinal tract. Before administration, verify the right patient, medication, dose, route, and time; fulfill the right documentation by recording the administration and patient response afterward.

Common mistakes

  • Administering oral glucose to an altered patient who cannot protect their airway or swallow, creating an immediate aspiration hazard.
  • Assuming aspirin is given for chest pain relief rather than recognizing its specific function to prevent platelet aggregation in suspected acute coronary syndrome.
  • Assisting with nitroglycerin without checking blood pressure or failing to screen for phosphodiesterase-5 inhibitors taken within 24 to 48 hours.
  • Failing to hold the epinephrine auto-injector firmly against the anterolateral middle third of the thigh according to manufacturer instructions before removing it.

Key points

  • Glucose is the primary fuel for brain cells, and hypoglycemia (blood glucose below 70 mg/dL) presents rapidly with pale, cool, diaphoretic skin, tremors, tachycardia, and altered mental status.
  • Oral glucose is administered at a standard adult dose of one tube (15 to 24 grams of carbohydrate) between the cheek and gum only if the patient can swallow, follow commands, and protect their airway.
  • Hyperglycemia develops slowly over hours or days; diabetic ketoacidosis features Kussmaul respirations, tachycardia, dehydration, and fruity breath, whereas hyperosmolar hyperglycemic state involves profound dehydration without significant ketoacidosis.
  • Anaphylaxis is a potentially life-threatening systemic reaction that may cause airway swelling, wheezing, stridor, hives, itching, or distributive shock; skin findings may be absent.
  • Intramuscular epinephrine is the first-line treatment for anaphylaxis, delivering 0.3 mg for adults (or children weighing at least 30 kg) and 0.15 mg for children 15 to less than 30 kg into the anterolateral middle third of the thigh.
  • Epinephrine stimulates alpha-1 receptors for peripheral vasoconstriction, beta-1 receptors to increase heart rate and contractility, and beta-2 receptors for bronchodilation.
  • Safe medication delivery requires confirming the six rights, checking expiration dates and drug integrity, adhering to indications and contraindications, and recording full documentation alongside frequent reassessment.

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Original lesson written for EMT practice · updated October 31, 2026. Exam names are trademarks of their owners; tests.global is not affiliated with them.