Destruction of brain cells and memory loss
Alcohol temporarily slows the reactions of the nervous system.
Tobacco effects mainly the respiratory system and nervous system. Alcohol effects the circulatory system the digestive system (e.g. liver) and the nervous system.
Yes, alcohol's primary effects are on the central nervous system.
Yes, alcohol can initially act as a central nervous system depressant, but it can also have stimulant effects, leading to an increase in activity in the central nervous system.
Alcoholic use effects the body in many ways. If used before age 21, it can cause certain brain abnormalities, and brain damage. Eventually, certain adverse consequences would begin, including, but not limited to: - Alcoholism (Addiction to Alcohol) - Liver disease - Cirrhosis - Sexual dysfunction - Heart disease - Increased risk of cancer - Increased risk of CNS Damage (Central Nervous System) with sustained use. These are only some of the physical effects that sustained, longterm alcohol abuse/addiction. There are more physical and psychiatric effects that longterm alcohol abuse/addiction could cause, including, but not limited to: - Anxiety - Depression - Psychosis There is no scientific evidence suggesting that there are any major longterm effects to be experienced with longterm marijuana use to date.
Nervous System -apex
the effects of inhaling the vapour include:headache,dizziness,depression of the nervous system,nausea and vomiting
Because dronabinol works on the central nervous system, it may add to the effects of alcohol and other drugs that slow down the central nervous system.
Temporarily slows actions of the nervous system.
Denatured alcohol or methylated alcohol is toxic if ingested by humans. It has a debilitating effect on the nervous system and can cause death quite rapidly.
A drug that slows nervous system activity and relaxes tension
Yes, alcohol is a depressant that acts on the central nervous system, leading to slowed brain function, decreased coordination, and impaired judgment. It can also affect neurotransmitters in the brain, contributing to its sedative effects.