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midterm

50 flashcardsby Philip
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1
Respiratory depression

Choices:
Local anesthetics
General anesthetics
Both

general
2
anti arrhythmia

Choices:
Local anesthetics
General anesthetics
Both

local
3
Blood gas partition coefficient -


Choices:
Local anesthetics
General anesthetics
Both

general
4
Ester/amides


Choices:
Local anesthetics
General anesthetics
Both

local
5
Halogenated

Choices:
Local anesthetics
General anesthetics
Both

general
6
loss of consiusness

Choices:
Local anesthetics
General anesthetics
Both

general
7
Seizures

Choices:
Local anesthetics
General anesthetics
Both

both
8
Minimum alveolar concentration

Choices:
Local anesthetics
General anesthetics
Both

genneral
9
Amnesia

Choices:
Local anesthetics
General anesthetics
Both

general
10
Hypotension

Choices:
Local anesthetics
General anesthetics
Both

general
11
in aspirin


pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists


Thromboxane A2 synthesis inhibitor
12
in Clopidogrel

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
ADP receptor blocker
13
in Ticlopidine

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
ADP receptor blocker
14
in Abciximab

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
GPIlb / GPllla receptors blocker Response
15
in Tirofiban

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
GPIlb / GPllla receptors blocker Response
16
in EDTA

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
Ca++ chelator
17
in Heparin

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
Thrombin inhibitor Response
18
in Lepirudin

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
Thrombin inhibitor Response
19
in Warfarin

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
Vit. K antogonists
20
in Dicumarol

pick
Thromboxane A2 synthesis inhibitor
ADP receptor blocker
ADP receptor blocker
GPIlb / GPllla receptors blocker Response
Ca++ chelator
Thrombin inhibitor Response
Vit. K antogonists
Vit. K antogonists
21
fixed dilated pupil

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
4
22
delirium

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
2
23
maintained by inhalation anesthetics

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
3
24
regular respiration

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
3
25
muscle relaxation

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
3
26
loss of pain sensation

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
1
27
prevented by barbiturates

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
2
28
medullary paralysis

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
4
29
decrease in BP and RR

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
3
30
increase in BP and RR

stages of anesthesia
stage 1
stage 2
stage 3
stage 4
2
31
Chlordiazepoxide

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Long lasting Benzodiazepines or long acting barbiturates
32
Diazepam

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Long lasting Benzodiazepines or long acting barbiturates
33
Flurazepam

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Long lasting Benzodiazepines or long acting barbiturates
34
Halothane

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
General Anesthetics or local Anesthetics
35
Lidocaine

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
General Anesthetics or local Anesthetics
36
Caffeine

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Methylxanthines
37
PCP

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Hallucinations
38
LSD

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Hallucinations
39
Lorazepam

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Intermediate acting Benzodiazepines
40
Alprazolam

choose

Methylxanthines
Long lasting Benzodiazepines or long acting barbiturates
General Anesthetics or local Anesthetics
Hallucinations
Intermediate acting Benzodiazepines
Intermediate acting Benzodiazepines
41
Nicotine

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Bind to nicotinic receptors
42
Cocaine

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Blockade of catecholamine reuptake.
43
General Anesthetics

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Bind to GABA
44
Methylxanthines

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Block sodium channels or blockade of adenosine receptors.
45
Local Anesthetics

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Block sodium
46
Benzodiazepines

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Bind to GABA
receptors
47
Amphetamines

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
increase or releases catecholamines or inhibit reuptake
48
Barbiturates

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
Bind to GABA receptors
49
PCP (Phencyclidine):

choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
GABA receptor
50
choose

increase or releases catecholamines or inhibit reuptake
Bind to nicotinic receptors
Blockade of catecholamine reuptake
Block sodium channels or blockade of adenosine receptors.
Bind to GABA
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