The capacity of a drug to do damage or cause adverse effects in the body is called toxicity.
In general terms, toxicity can be described as something that is harmful. In medical terms, toxicity can be described as the ability of any chemical or drug to damage the body of a person.
Drugs, of various kinds, can cause serious adverse effects on a person. Even drugs that are used for medical purposes can cause adverse reactions when not used properly, without the prescription of a doctor. Hence, to avoid toxicity by a drug, a person should only take a drug that is prescribed by a doctor. The toxicity of a drug can even lead to lifelong damage or death of a person.
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used for randomly selected values X and Y from two populations
For comparing two small sets of observations,
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Antidepressant therapy is typically advised to be continued for at least 6 months after you start to feel better in order to prevent a relapse after stopping. It is suggested that some patients with recurring disease continue taking medication forever.
<h3>What is Antidepressant Treatment ?</h3>
Major depressive illness, some anxiety disorders, some chronic pain conditions, and some addictions are all treated with antidepressants. Dry mouth, weight gain, wooziness, headaches, sexual dysfunction, and emotional blunting are typical adverse effects of antidepressants.
<h3>How well do
antidepressants work? </h3>
People who suffer from moderate to severe depression may find relief from antidepressants. They are the best option for symptom relief that occurs immediately, especially in cases of severe depression.
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Answer:
The best answer to your question: Which type of neuroglia would play a role in controlling glutamate levels in the chemical environment, would be: Astrocytes.
Explanation:
From among the neuroglia, or support cells in the brain, whose purpose is to aid neurons in their different functions, astrocytes are not just one of the most numerous, but also one of the most vital for neuronal support. Amongst one of their most central functions is to help in the control of neurotransmitter emition and retention in the synaptic cleft, between two communicating neurons, and therefore, helps regulate the responses from post-synaptic, and pre-synaptic neurons. It is also responsible for clearing up the presence of ions in the extracellular space, and producing ATP, which regulates the amount of neurotransmitters that are released, and taken, by pre-synaptic, and post-synaptic neurons.
In ALS (Amyotrophic Lateral Sclerosis) the issue with glutamate, a neurotransmitter that excites post-synaptic neurons into releasing excess amounts of calcium, is that this hyper-excitatory response leads neurons, particularly motor neurons, to die, and this is what causes ALS. It has been found through research that astrocytes have to do in this process, but it is not clear yet whether there is a failure in their control system, as ALS is still a condition that is very much under study and still without a cure.
