Answer: The state of ones mind is related to the state of one's mind. Considering the mind controls the body it is important to not only learn the ins and outs of the brain but the human body. One's mental condition can affect the body in weird ways. Its important to know how the brain does so and what things it can effect.
Explanation:
1. it can hurt your body with long term effects. it could have the same effects of doping
2.if you take the wrong amount you can overdose by taking more and more every time. the person getting more and more aggressive
3.the person could end up influencing others to take it which can cause the same risks for them as well <span />
Is he not supposed to be using a calculator during his tests? If so I would say you should tell the teacher so that your teacher can work out an appropriate course of action not only to reprimand him but also so that he can get the help he needs to succeed from some kind of tutoring maybe.
Answer:
Psychotic illnesses
Explanation:
hey can occur in any of our senses including sound, sight, touch, taste, and smell. An auditory hallucination is when one has heard something that is not there. It is the most common type of hallucination. A visual hallucination is when one has seen something that is not there. Hallucinations may occur as part of normal development or may be a sign that your child is struggling with some type of emotional problems. This may be related to issues at home, school, with friends, or from experiencing upsetting thoughts and feelings.
<span>Peripherally administered (outside of the central nervous system) dopamine is not effective because it cannot cross the blood brain barrier.4 The reason for its inability to cross the blood brain barrier has to do with at least two influencing factors. The first is that dopamine is a hydrophilic molecule that has a greater degree of difficulty in crossing cell membranes. The second is the absence of a transporter for dopamine to get past the blood brain barrier and into the brain.6 Since the increase in dopamine concentrations are needed in the brain and the peripheral administration of dopamine cannot get into the brain, it does not work in the management of symptoms seen in Parkinson's disease. However, the precursor to dopamine, L-dopa, is able to get into the brain via a sodium-independent transport system called, large neutral amino acid carrier system or L (leucine) system.7 Once L-dopa gets inside the brain it can then be metabolized by dopa decarboxylase or amino acid decarboxylase to form dopamine within the dopaminergic neurons within the substantia nigra.4 Therefore, L-dopa versus peripherally administered dopamine is currently the main medication used in the management of symptoms associated with Parkinson's disease.</span>