Things I forget Flashcards

1
Q

Mydrasis

A

Contraction radial muscle sympathetic

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2
Q

Miosis

A

Contraction sphincter muscle parasympathetic

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3
Q

sites of acetylcholine secretion

A

post ganglionic
preganglionic
adrenal gland

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4
Q

acetylcholine enzyme for synthesis

A

choline acetyl transferase

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5
Q

enzymes for synthesis of norepinephrine

A

tyrosine hydrolase
dopa decarboxylase
dopamine b hydroxylase

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6
Q

where is the locus coerulus located?

A

In the floor of the forth ventricle.

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7
Q

What does activating the alpha 2 in the locus coerulus cause?

A

analgesia, drowsiness and hypotension

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8
Q

What are the functions of the locus coerulus?

A

The function appears to be linked to the thalamus, reticulospinal tracs and vasomotor center

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9
Q

what receptors are located in the pilomotor muscle?

A

alpha 1

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10
Q

what are three ways to release reinin?

A

B1 receptor
macula densa
baroreceptors in the renal arteries

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11
Q

penis sympathetic receptro

A

alpha ejaculation

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12
Q

penis parasympathetic receptor

A

muscarinic erection

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13
Q

sweat glands receptor

A

alpha 1 muscarinic 3

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14
Q

what happens with the electrolytes when Ach binds with Nm and Nn?

A

Sodium in and potassium out

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15
Q

What happens when V2 is activated?

A

Activation include factor VII release from hepatocytes and release of von Willebrand factor from vascular endothelium. AVP also causes activation of liver glycogen phosphorylase with release of glucose into the circulation.

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16
Q

what are the second messengers?

A

IP3, DAG, cAMP, Calcium and cGMP

17
Q

what is the Ach precursor transport blocker?

A

hemicholineum

18
Q

What are some examples of disease where you have decreased or nonexistent Ach?

A

myasthenia gravis

botulism poisoning syndrome

19
Q

What promotes release of Ach?

A

choline, black spider venom

20
Q

how does atropine work?

A

blocking M2 receptor and decreasing the rapid efflux of potassium

21
Q

Nm receptor agonist and antagonist

A

agonist-nicotine

antagonist- D-tubocuranine

22
Q

Nn receptor agonist and antagonist

A

agonist-nicotine

antagonist-mecamylamine/hexamethonium

23
Q

M1-M5 agonist and antagonist

A

agonist-bethanecol, methacholine, pilocarpine

antagonist-atropine, benztropine, ipratropium

24
Q

Choline esters

A

Acetylcholine, methacholine, bethenechol, carbachol

25
alkaloids
muscarine, pilocarpine
26
Muscarinic agonist
acetylcholine, methacholine, carbachol, buthanechol, muscarine, pilocarpine
27
zero order kinetics
constant amount of drug metabolized per unit time. Ex dilantin, warfarin, heparin, theophilline. More drug than enzyme concentration scale on the y axis is linear
28
first order kinetics
constant fraction of the drug is metabolized per unit time no saturation occurs y axis is measured as the log of the concentration
29
Perfusion dependent hepatic elimination
fentanyl, lidocaine, propofol
30
capacity dependent hepatic elimination
diazepam and rocuronium
31
ER 1.0
100% of the drug delivered to the clearing organ is removed
32
ER 0.5
50% of the drug delivered to the clearing organ is removed
33
Low hepatic ER
Rocuronium, diazepam, lorazepam, methadone, thiopental, theophylline, phenytoin
34
intermediate ER
midazolam, vecuronium, alfentanil, methohexital
35
CYP2D6 inhibitors
Quinidine and SSRIs
36
Acidic urine
will increase reabsorption of urine and excretion of basic drug
37
pseudocholinesterase
succx, mivacurium, local ester anesthetics and cocaine
38
nonspecific esterases
esmolol, remifentanil, atracurium