Addictive drugs interfere with neurons and produce a pleasurable surge of the neurotransmitter dopamine in the brain. This dopamine is involved in addiction.
Drugs interfere with the way neurons send, receive and process signals via neurotransmitters.
Some of these addictive drugs has similar structure to a natural transmitter.
Hence the drug mimics the natural neurotransmitter and activate the neurons by getting attached to it.
The activation produces dopamine which is the cause of addiction.
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Answer:
Brain abnormalities resulting from chronic use of heroin, oxycodone, and other morphine-derived drugs are underlying causes of opioid dependence (the need to keep taking drugs to avoid a withdrawal syndrome) and addiction (intense drug craving and compulsive use)
Explanation:
B) Glucose and fentanyl.
C) Valium and ibuprofen.
D) Insulin and acetaminophen.
Answer:
B) Glucose and fentanyl
Answer:
yes
Explanation:
you could have a good skill and help you get stronger
Answer:
May be because both are indirectly or directly related
B cycling
Cyoga
D.soccer
Please select the best answer from the choices provided.
It is possible to identify the cells of the stomach wall because of their elongated and rectangular shape. It is possible to identify the cells of the heart wall because of their branched and striated fibers. It is possible to identify leg muscle cells through the long, cylindrical fibers with many nuclei.
To identify the cells it is also possible to perform staining tests. These tests require prior knowledge about dyes and how each one works, so they can be tricky for inexperienced people.
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Answer:
By the construction and function and i think the thickness and the organelles