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These flashcards cover the fundamental concepts and vocabulary from the pharmacology lecture.
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Pharmacology
The study of drugs, including their origin, properties, and interactions with living organisms.
Adsorption
A in ADME
Distribution
D in ADME
Metabolism
M in ADME
Elimination
E in ADME
Naloxone
N in navel
Atropine
A in navel
Vasopressin
V in navel
Epinephrine
E in navel
Lidocaine
L in navel
ADME
Absorption, distribution, metabolism, elimination
Navel
Naloxone, atropine, vasopressin, epinephrine, lidocaine
Endotracheal tube
Can be used to administer meds during an emergency if un IV/IO is unavailable
Dosage of drugs given in an ET tube
2-2.5 times the normal dose followed by 10ml saline flush
Bolus injection
Rapid push of drugs
Slowest absorption time
Oral route
Requires smaller doses
Inhalation
More systemic side effects
Parental route
Intramuscular and subcutaneous
Slower to absorb and distribute resulting in greater onset time
Children and non compliant patients
Oral medicine is given to these patients
Greater side effects, metabolized systemically
Oral meds
Adrenergic
Stimulates receptors responding to non-epinephrine/ epinephrine
Anti-adrenergic
Block receptors from responding to norepinephine/epinephrine
Epinephrine and norepinephrine
Neurotransmitters of the SNS
Neurotransmitters
Key that holds the message
Receptor
Lock that will receive the message
Vasopressin
Example of alpha(1) receptors
Location of alpha(1) receptors
Located in heart, lungs, and vasculature
Stimulated alpha(1) receptors
Will cause vasoconstriction, and increased HR
Beta anti adrenergic meds (beta blockers)
Blocks the effects of epinephrine and non epinephrine
Results of beta blockers
Reduces HR and BP
Result of beta anti adrenergic meds
Primary treatment for hypertension
Locations of beta 2 receptors
Lungs, pancreas, liver, intestines, arteriolar smooth muscle
Beta blocker drugs
Your ‘lol’ drugs: atenolol, metoprolol, laletolol
A stimulated beta 2 receptor
Causes relaxation, vasodilation and bronchodilation
Location of beta 1 receptor
Heart and kidneys
Stimulated beta I receptor
Will cause constriction/contraction. Thus increasing HR and increasing myocardial contractility
Zosin drugs
Alpha anti - adrenorgic meds
Alpha anti-adrenergic meds
Reduce anterior resistance and produces vasodilation (lowers BP)
Muscurinic receptors
Located in airways
MI and M3
When stimulated causes the airway to constrict
Anticholinergic medications
Will block stimulation of M1 and M3. This will result in bronchodialiation
Cholinergic pathway
Under the PSN. Uses acetylcholine as it's neurotransmitter
Generic Name
The official non-proprietary name of a drug, as opposed to its brand name.
Brand Name
The trademarked name given to a drug by its manufacturer.
Dosage
The amount and frequency of a medication prescribed to a patient.
Two Identifiers
The verification process for patient identity, typically requiring the patient's full name and date of birth.
Albuterol
A medication commonly prescribed for asthma that acts as a bronchodilator.
Pharmacokinetics
The branch of pharmacology concerned with the movement of drugs within the body.
Pharmacodynamics
The study of the physiological effects of drugs and their mechanisms of action.
Agonist
A substance that stimulates a receptor to produce a biological response.
Antagonist
A substance that blocks or inhibits a receptor's biological response.
Lock and Key Theory
A model explaining how neurotransmitters and drugs bind to specific receptors.
Inhalation Route
A method of drug administration that delivers medication directly to the lungs.
Parenteral Route
A method of administering drugs via injection, which includes subcutaneous, intramuscular, and intravenous routes.
Beta blockers
Medications that block the effects of epinephrine and norepinephrine, often used to treat high blood pressure.
Anticholinergic
Drugs that block the action of acetylcholine at muscarinic receptors, causing bronchodilation.