Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
86 Cards in this Set
- Front
- Back
Mechanism specific adverse effects of local anastasia |
Hjj |
|
Too much entry of LA into circulation can lead to what |
Systemic reaction such as |
|
Forms of local anesthetic |
4 |
|
Why are sensory nerves more responsive to LA |
2 reasons |
|
Characteristics of LA chemical structure |
2 |
|
What is pka |
50% |
|
Different group of LA |
Esther and amide |
|
Difference between between esther and amide LA |
Butyricholineterase |
|
Excretion of amide and ester La |
Liver and plasma |
|
Example of esther la |
4 |
|
Examples of amide LA |
4 |
|
3 types of LA according to thier applications |
Gggg |
|
Cocaine use |
Vasoconstriction to reduce bleeding |
|
Why people prefer not to use cocaine |
Hmm |
|
Neurotropic drugs stages of effect on synaptic transmission |
7 |
|
Two types of channel |
+ |
|
Two types of receptors |
G protein and second messenger |
|
Acetylcholine 5 points |
Hard |
|
Dopamine types and classification and stereotype |
4 points |
|
Dopamine regulates |
9 |
|
Mono amine neurotransmitters branches |
2 branches |
|
Norepinephrine stereotype |
3 points |
|
Nor Epinephrine regulates |
9 |
|
5ht or Serotonin stereotypes |
2 |
|
Serotonin regulates |
6 |
|
Gaba and Glycine neurotransmitters |
4 points |
|
GABA( Y AMINO BUTYRIC ACID) and it's receptors |
GABAa and GABA b |
|
GABA a receptors |
2 points |
|
GABA b receptors |
4 points |
|
Role of amino acid glutamate in cns |
4 points |
|
Glutamate receptors |
3 |
|
NMDA receptors |
5 points |
|
Genaral anastetics important points |
2 points |
|
An ideal anastetics |
4 |
|
GA is divided into |
Inhaled and iv |
|
Mechanism of GA action |
2 points |
|
Inhaled anesthetics types |
2 |
|
Volatile type anastetics |
5 |
|
Volatile type characteristics |
20 degrees |
|
Gaseous inhaled anastetics types |
2 |
|
Gaseous type characteristics |
High pressure and low boiling points |
|
Factors affecting uptake of inhaled anesthetics |
4 factors |
|
Factors controlling elimination of inhaled anesthesia |
Hmm |
|
Important point in inhaled anastasia elimination |
Solubility |
|
Soulube and insoluble in blood types of inhaled anesthetic |
3,2 |
|
Does Metabolism play a role in termination of inhaled anesthetic |
Hmm |
|
4 stages of CNS depression by inhaled GA |
4 |
|
Analgesia |
Hmm |
|
Excitment |
Stage 2 |
|
Surgical anastasia |
Stage 3 |
|
Stage 4= medullary depression |
The deep stage |
|
Cardiovascular effects summery |
5 points |
|
Toxicity of anesthetic agents |
2 |
|
Nephrotoxicity |
Kidney |
|
Hepatotoxicity |
Halothane hepatitis |
|
Nitrogen oxide |
6 facts |
|
Xenon history and manufacturing production and cost |
10 $ per litre, 2000 times the cost of no2 |
|
Xenon properties |
8 |
|
Intravenous anesthetics introduction fact |
Hmm |
|
Propofol |
8 points |
|
Use of propofol |
4 uses |
|
Contraindications |
1 Month |
|
Restriction of use of propofol |
10 restrictions |
|
Thiopental summary |
GABAmimetic |
|
Thiopental steps |
6 points |
|
Use of thiopental |
6 |
|
Contradictions |
14 contradiction |
|
Ketamine summary |
2 summary |
|
Pharmokinetics of ketamine |
9 points |
|
Use of ketamine |
6 |
|
Contradictions of ketamine |
7 |
|
Pharmacokinetics of alcohol |
5 points |
|
Primary pathway of alcohol metabolism |
Dehydrogenase |
|
Microsomal ethanol oxidating system |
Hm |
|
Acetaldehyde Metabolism |
Hmm |
|
Oxidation of acetaldehyde inhibition |
Disulfiram |
|
Pharmadynamics of alcohol and its percentages |
Euphoria, lethargy, confusion, stupor, coma |
|
Methanol intro |
Hmm |
|
Methanol absorbtion |
Skin |
|
Methanol elimination |
Hmmm |
|
Methanol metabolized toxicity causes and duration |
6~30hours |
|
Characteristics of methanol poisoning |
Vision disturbance |
|
Treatment of methanol poisoning |
3 treatments |
|
Fomepizole uses |
Hmm |
|
Admistration as dosage of fomepizole |
12~48 hours |
|
Intravenous ethanol summary and mode of administration |
Hmmm |