pha 1 - Alpha 2 eta 1 - (Heart) Beta 2- (Broncodilation) drenergic Stimulation pinephrine -- Not very selective for one type of receptor. (Where are they??) ixed response can depend upon epinephrine dose -- low doses Beta effects predominate gainst alpha effects. Cardiostimulation (leads to ???) Bronchodilation (potential therapeutic for what disease state)? Hyperglycemia (Endocrine system can also be involved, exacerbates what disease state?) drenergic blocker Ipha Blockers (What disease States would possibly use this type of blocker?) eta-Blockers ((What disease States would possibly use this type of blocker?) on selective and selective If you affect the neurotransmitter receptor in a parasympathetic neuron- What will happen? What and where are the muscarinic vs nicotinic Receptors Cholinergic Agonists (Stimulation of acetylcholine neurons) Increased Salivation/Sweating (peripheral) Miosis (Eye) Bronchospasm (Lung) Urinary urgency and incontinence (Kidney) Drowsiness delirium (CNS) Cholinergic Antagonists (Anticholinergics) (Inhibition of acetylcholine neurons) Blind as a bat, mad as a hatter red as a beet. Reduced salivation/sweating constipation (peripheral) Tachycardia (Heart) Constipation (GI) Urinary Retention (Kidney)
pha 1 - Alpha 2 eta 1 - (Heart) Beta 2- (Broncodilation) drenergic Stimulation pinephrine -- Not very selective for one type of receptor. (Where are they??) ixed response can depend upon epinephrine dose -- low doses Beta effects predominate gainst alpha effects. Cardiostimulation (leads to ???) Bronchodilation (potential therapeutic for what disease state)? Hyperglycemia (Endocrine system can also be involved, exacerbates what disease state?) drenergic blocker Ipha Blockers (What disease States would possibly use this type of blocker?) eta-Blockers ((What disease States would possibly use this type of blocker?) on selective and selective If you affect the neurotransmitter receptor in a parasympathetic neuron- What will happen? What and where are the muscarinic vs nicotinic Receptors Cholinergic Agonists (Stimulation of acetylcholine neurons) Increased Salivation/Sweating (peripheral) Miosis (Eye) Bronchospasm (Lung) Urinary urgency and incontinence (Kidney) Drowsiness delirium (CNS) Cholinergic Antagonists (Anticholinergics) (Inhibition of acetylcholine neurons) Blind as a bat, mad as a hatter red as a beet. Reduced salivation/sweating constipation (peripheral) Tachycardia (Heart) Constipation (GI) Urinary Retention (Kidney)
Chapter13: Nerves Of Steel
Section: Chapter Questions
Problem 5CTE
Related questions
Question
Transcribed Image Text:Sympathetic System (Adrenergic System) (Norepinephrine) ?
What receptor type and location?
Alpha 1 - Alpha 2
Beta 1 (Heart) Beta 2 - (Broncodilation)
Adrenergic Stimulation
Epinephrine -- Not very selective for one type of receptor. (Where are they??)
Mixed response can depend upon epinephrine dose -- low doses Beta effects predominate
against alpha effects.
Cardiostimulation (leads to ???)
Bronchodilation (potential therapeutic for what disease state)?
Hyperglycemia (Endocrine system can also be involved, exacerbates what disease state?)
Adrenergic blocker
Alpha Blockers (What disease States would possibly use this type of blocker?)
Beta-Blockers ((What disease States would possibly use this type of blocker?)
Non selective and selective
If you affect the neurotransmitter receptor in a parasympathetic neuron-
What will happen?
What and where are the muscarinic vs nicotinic Receptors
Cholinergic Agonists (Stimulation of acetylcholine neurons)
Increased Salivation/Sweating (peripheral)
Miosis (Eye)
Bronchospasm (Lung)
Urinary urgency and incontinence (Kidney)
Drowsiness delirium (CNS)
Cholinergic Antagonists (Anticholinergics) (Inhibition of acetylcholine neurons)
Blind as a bat, mad as a hatter red as a beet.
Reduced salivation/sweating constipation (peripheral)
Tachycardia (Heart)
Constipation (GI)
Urinary Retention (Kidney)
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