Central Nervous System Drugs Flashcards
Only local anesthesia can suppress this.
Axonal Conduction
It plays a very good role in the motor response in the body.
Dopamine
Plays role in Parkinson’s and even in seizures.
Gama Amino Butyric Acid (GABA) and Glutamate
An emergency drug that we utilize for tachycardia.
Adenosine
These are usually for pain.
Opioid Peptides
It prevents your brain cells from bursting, so it is easier for your brain to regulate.
Blood-brain barrier
This medication can cause drowsiness, they are often used as anti-anxiety medication.
Lorazepam
Partial Seizure
It affects only one portion of the brain
A person is unable to move or may collapse.
Narcolepsy
GABA stands for ______________________
Gama Amino Butyric Acid
Both patients have the same degree of pain and they are given the same dosage of the institution.
Patient A who is used to taking a medicine, was given the same dosage as patient B, but the effect is not that good for him. Patient B, on the other hand, who bares with the pain and takes just a little medicine, receives a positive effect, the reason is that, he is not very tolerant yet, so the effect of the medicine on him is even stronger.
The sample situation shows ____________
Tolerance
It is when the body is dependent on getting that constant dosage of the drug.
Physical dependence
It plays role in GIT.
Somatostatin
Phenobarbital causes sleepiness or drowsiness to our patients. It actually has a side effect of producing sedation. Now if our patient is taking phenobarbital for a long time, its effects actually decreases, our patients are a little less sleepy, as if they are getting used to it.
This sample situation shows _______________________
Decreasing side effects
5 steps in Synaptic Transmission
Step 1: Synthesis of the neurotransmitters
Step 2: Storage of the neurotransmitters
Step 3: Release of the neurotransmitters
Step 4: Action at the receptor
Step 5: Termination of the synaptic transmission