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b. Dantrolene
Which of the ff is the DOC for malignant Hyperthermia cause by a depolarizing SMR?
a. Atropine
b. Dantrolene
c. Pancorunium
d. Atracurium
a. it blocks the Muscarinic receptor
What is the MOA of Atropine
a. it blocks the Muscarinic receptor
b. it stimulates the release of aCH
C. It stimulates alpha-1 receptor
d. NOTA
a. Ache
What degrades Ach
a. Ache
b. CHAT
c. COMT
d. MAO
a. buspirone
ratio: it is for chronic anxiety
Which of the ff is not used as smoking deterrent
a. buspirone
b. bupropion
c. Nicotine
d. Verenicline
b. urinary retention
The ff are effects of ACh, except
a. diarrhea
b. urinary retention
c. salivation
d. bronchoconstriction
a. Physostigmine
Which of the ff is not an anti-cholinergic agent?
a. Physostigmine
b. Atropine
c. Scopolamine
d. Hyoscine
a. Pilocarpine
Which of the ff is approved for the management of Siogren Syndrome
a. Pilocarpine
b. Atropine
c. Amphetamine
d. Physostigmine
a. Pilocarpine
An alkaloid present in Pilocarpus Jaborandi
a. Pilocarpine
b. mescaline
c. physostigmine
d. atropine
a. Choline acetyl transferase
The enzyme required in the synthesis of acetylcholine
a. Choline acetyl transferase
b. Acetylcholinesterase
c. Monoamine oxidase
d. Catechol-O-methyl transferase
a. Bethanechol
Direct-acting cholinergic drug
a. Bethanechol
b. Physostigmine
c. Edrophonium
d. sarin
Parasympathetic Drugs
Involved in signal transmission (neutrotransmitter or neurotransmission) between the different parts of the body
Somatic NS
Voluntary control
Autonomic NS
Involuntary (reflex) control of: smooth mucles, exocrine glands, cardiac muscles
Thoracolumbar
Thoracic + Lumbar
Sympathetic Spinal Cord Location:
Craniosacral Region
Sacral
Cranial Nerves
Parasympathetic Spinal Cord Location:
IX, X, VII, III
Parasympathetic Cranial Nerves:
CN IX
glossopharyngeal
CN X
vagus
CN VII
facial
CN III
oculomotor
Short (ACh)
Sympathetic, Preganglionic produces:
Long (NE)
Sympathetic, Postganglionic produces:
Long (ACh)
Parasympathetic, Preganglionic produces:
Short (ACh)
Parasympathetic, Postganglionic produces:
Fight, Flight, or Fright
Sympathetic Function:
Rest & Digest
paraympathetic Function:
Parasympathetic
Sympathetic or Parasympathetic?
Miosis
Sympathetic
Sympathetic or Parasympathetic?
Mydriasis
Parasympathetic
Sympathetic or Parasympathetic?
increase of salivation
Parasympathetic
Sympathetic or Parasympathetic?
Bradycardia
Parasympathetic
Sympathetic or Parasympathetic?
Bronchoconstriction
Parasympathetic
Sympathetic or Parasympathetic?
increase digestion
Parasympathetic
Sympathetic or Parasympathetic?
increase bile release
Parasympathetic
Sympathetic or Parasympathetic?
diarrhea
Parasympathetic
Sympathetic or Parasympathetic?
Urination
Sympathetic
Sympathetic or Parasympathetic?
decrease of salivation
Sympathetic
Sympathetic or Parasympathetic?
Tachycardia
Sympathetic
Sympathetic or Parasympathetic?
Bronchodilation
Sympathetic
Sympathetic or Parasympathetic?
decrease digestion
Sympathetic
Sympathetic or Parasympathetic?
increase of glucose
Sympathetic
Sympathetic or Parasympathetic?
constipation
Sympathetic
Sympathetic or Parasympathetic?
urinary retention
Sympathetic
Sympathetic or Parasympathetic?
increase of Epinephrine/NE
Enteric Nervous System
Innervated by sympathetic & parasympathetic NS
↑ ENS
Parasympathetic stimulation: __ ENS
↓ ENS
Sympathetic stimulation: __ ENS
increase motility,
secretion of gastric acid
Enteric nervous system regulates:
Acetylcholine
Neurotransmitter of Parasympathetic
Cholinergic Receptor (Muscarinic or Nicotinic)
Receptor of Parasympathetic
DUMBELS
Parasympathetic Response:
HEMICHOLINUM
Choline Uptake blocker
CHAT
Choline + Acetyl coA (Enzyme: ___) -→ ACh
VESAMICOL
Ach Vesicular storage blocker:
LATROTOXIN
Ach is stimulated by __ for the Ach to release via exocytosis
BOTULINUM
Ach is inhibited to release via exocytosis w/:
ORGANOPHOSPHATES
AChE blocker:
ATROPINE
Ach Receptor blocker
M1
They are located in the brain & parietal cells (stomach)
M3
They are located in the Exocrine glands & smooth muscles
M5 & M4
They are located in the brain
M2
They are located in the Heart
depolarization (excitation)
activating M3 in the skeletal muscles gives:
increase secretion
activating M3 in the exocrine gland gives:
relaxation (vasodilation)
activating M5 in the blood vessel gives:
Gq/Gaq
M1, M3, M5 are G-coupled w/ what protein?
Gi
M2& M4 are G-coupled w/ what protein?
Nn
Ganglion
Nm
Muscle
Choline Esters
quarternary compounds: polar, can’t be distributed
Choline Esters
Synthetic Acetylcholine Analogs
Plant Alkaloids
Other Drugs (Cevimeline, Varenicline)
Direct-Acting Cholinomimetics:
Direct-Acting Cholinomimetics
mimics the action of ACh to the cholinergic Receptor = DUMBELS
Indirect-Acting Acetylcholine Agonists
blocks the AChE = increase ACh = DUMBELS
Acetylcholine
used as a cataract surgery (if rapid miosis is desired)
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Acetylcholine
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Betanechol
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Carbachol
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Muscarine
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Nicotine
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Pilocarpine
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Cevimeline
Direct-Acting Cholinomimetics
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Varenicline
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Edrophonium
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Physostigmine
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Neostigmine, Pyridostigmine
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Echothiophate & Isoflurophate
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Malathion
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Soman & Sarin
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Donepezil
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Rivastagmine
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Tacrine
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Galantamine
Indirect-Acting Acetylcholine Agonists
Direct-Acting Cholinomimetics or Indirect-Acting Acetylcholine Agonists
Memantine
Betanechol
diarrhea & urination
To increase bladder tone
Non-obstructive neurogenic urinary retention: Post-operative or Post-pertum
Carbachol
ophthalmic surgery (cataract surgery and iridectomy)
no longer used in treating open-angle glaucoma
Muscarine
mushroom | POISON
Muscarine
Nicotine
Pilocarpine
Plant Alkaloids
Nicotine
activates Nicotinic acetylcholine receptor (alpha-4-beta-2-R) = DOPAMINE RELEASE = GOOD FEELING
Chewing gums, transdermal patch (smoking deterrent)
BEHAVIORAL THERAPY + NicoDERM CQ PATCH: gradual reduction of dose
Treatment for Nicotine
Pilocarpine
tertiary amine | Pilocarpus
2nd Line: Glaucoma
Pilocarpine
Tx for Sjogren Syndrome