An antidyskinetic drug is amantadine. It is used to treat Parkinson's disease and related symptoms, such as dyskinesia (also known as "paralysis agitans" or "shaking palsy") (sudden uncontrolled movements).
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What Amantadine used for?</h3>
- As the disease symptoms lessen, this medication enables more typical motions of the body by enhancing muscular control and lowering stiffness.
- The stiffness and shakiness brought on by some medications used to treat nervous, mental, and emotional problems is another issue that amantadine is used to address.
- Amantadine is also an antiviral medicine. It is utilized to either cure or prevent certain influenza (flu) illnesses (type A). It can be given either on its own or along with a flu vaccine.
- Colds, various varieties of the flu, and other viral diseases are not treatable with amantadine.
- Only a prescription from your doctor is required to purchase this medication.
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Answer:
First of all, show comprehension towards your patient and his or hers medical state. Remember these drugs are used on many pathologies or conditions, therefore the range of patients you have to deal with is wide. As this medications are known for creating dependency, several considerations must be taken into account. You must be able to manage the dosage, ways of administration, and onset effects of these drugs. You must know what effects to expect at first, and also possible side effects and how to manage them. Remember that respiratory depression is one of the side effects you must be more careful, as well as dependency. As for chronic use, you must be a guide to your patient on how to successfully complete treatment.
Explanation:
Benzodiazepines and hypnotics have peripheral and central effects. Central effects include sedation, hypnosis, decrease of anxiety, muscular relaxation and anticonvulsivant activity. And some of their side effects are dizziness, confusion, amensia, CNS depression and headaches.
Answer:
I would say Option B
Explanation:
A controlled experiment is where you have two or more independent variables, that way you have an experiment to compare results with.
In the following orbital the lone pair on each N atom is present:
N1: sp3,
N2: p,
N3: p,
N4: sp2,
N5: sp2
Sitagliptin is an anti-diabetic drug used to treat type 2 diabetes and is marketed under the brand names Januvia and others. One carbon atom has no pi bonds, while the first nitrogen atom is linked to two hydrogen atoms. It thus possesses sp3 hybridization.
The second nitrogen atom possesses a single pair of electrons and is bound to three other atoms. It is hence sp2 hybridized. The nitrogen atoms in positions 3, 4, and 5 have sp2 hybridization.
The lone pair of nitrogen in the first nitrogen atom is in the sp3 orbital. The second and third nitrogen atoms' only pair of electrons are in p-orbitals. The fourth and fifth nitrogen atoms' lone pair of electrons are in sp2 orbitals.
Here is another question with an answer similar to this about Sitagliptin: brainly.com/question/28275161
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