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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Damage to the cerebellum will cause the individual to appear clumsy and uncoordinated.
<h3>What happens if the cerebellum is damaged?</h3>
The coordination of voluntary motor action, balance and equilibrium, and muscle tone are all functions of the cerebellum. It is situated toward the rear of the brain, just above the brain stem. Compared to the frontal and temporal lobes and the brain stem, it is relatively trauma-resistant.
Slow and uncoordinated motions are the outcome of cerebellar damage. When walking, people with cerebellar abnormalities frequently sway and stumble.
A cerebellar injury can cause the following symptoms:
- loss of coordination of motor movement (asynergia)
- inability to judge distance and when to stop (dysmetria)
- inability to perform rapid alternating movements (adiadochokinesia)
- movement tremors (intention tremor)
- staggering, wide-based walking (ataxic gait)
- tendency to fall
- weak muscles (hypotonia)
- slur (nystagmus)
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Blood type A+ indicates the presence of Rh antigen on the red blood cells (specifically type A antigens with the presence of a protein called the Rhesus factor)
Explanation:
Aldosterone is steroidal hormone which is produced by outer-section of adrenal cortex in adrenal gland. It acts on distal tubules and the collecting ducts of kidney to cause conservation of the sodium by facilitating the secretion of the potassium and increased water retention.
Atrial natriuretic hormones are natriuretic peptide hormone which are secreted from cardiac atria. Main function of the hormone is causing reduction in the volume of the expanded extracellular fluid by increasing the renal sodium excretion.
<u>Thus, Atrial natriuretic hormones causes sodium and the Water loss while Aldosterone helps in the conservation of the sodium and water retention.</u>
Adolescents differ from adults in the way they behave, solve problems, and make decisions. Other changes in the brain during adolescence include a rapid increase in the connections between the brain cells and making the brain pathways more effective.
