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Module 025 submodulesEarly systems

Nutrition, ANS, and Cardiovascular I

Connect nutrition, fluid balance, autonomic signaling, vascular tone, and early cardiovascular therapeutics.

01

Assess basic fluid, electrolyte, and acid-base patterns.

02

Compare enteral and parenteral nutrition goals.

03

Predict effects of cholinergic and adrenergic drugs.

04

Connect autonomic targets to cardiovascular response.

02.01

Fluids, Electrolytes, and Acid-Base Balance

Water, sodium, potassium, magnesium, calcium, phosphorus, and acid-base status are linked. Changes in one compartment can alter medications and organ function elsewhere.

What to learn
  • Volume status and tonicity
  • Sodium, potassium, and magnesium relationships
  • Calcium, phosphorus, and albumin
  • Anion gap and acid-base interpretation
02.02

Enteral and Parenteral Nutrition

Nutrition support requires a route, energy and protein goals, fluid and electrolyte planning, administration safety, and ongoing monitoring.

What to learn
  • Enteral route selection and tolerance
  • Parenteral macronutrients and electrolytes
  • Access, compatibility, and infusion safety
  • Glucose, triglyceride, liver, electrolyte, and refeeding monitoring
02.03

Cholinergic Pharmacology

Cholinergic drugs alter muscarinic or nicotinic signaling directly or change acetylcholine breakdown.

What to learn
  • Muscarinic and nicotinic receptors
  • Direct agonists and acetylcholinesterase inhibitors
  • Antimuscarinic agents
  • Cholinergic and anticholinergic toxicity patterns
02.04

Adrenergic Pharmacology

Adrenergic receptors coordinate vascular tone, heart rate, contractility, bronchodilation, and metabolic responses.

What to learn
  • Alpha-1, alpha-2, beta-1, and beta-2 receptors
  • Direct and indirect sympathomimetics
  • Alpha and beta blockade
  • Selectivity, dose, and patient-specific response
02.05

Hypertension, Diuretics, and Glaucoma

Blood pressure and intraocular pressure can both be changed by altering fluid movement, autonomic tone, and local production or outflow pathways.

What to learn
  • Blood-pressure assessment and treatment goals
  • Diuretic sites along the nephron
  • RAAS, calcium-channel, and adrenergic therapy
  • Aqueous humor production and outflow

Check the connections.

Answer one question from each submodule. Submit the full set to reveal the reasoning.

0 of 5 answered
01A low magnesium concentration can make replacement of which electrolyte more difficult?
02Which route is generally preferred when the gastrointestinal tract is functional and can be used safely?
03Which finding is most consistent with antimuscarinic activity?
04Stimulation of beta-1 receptors most directly increases which response?
05Which laboratory value requires close attention with many RAAS-inhibiting therapies?
Answer every question to submit.
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