Answer: is <em>c. </em><em><u>The patient may have no more than 5 refills in a 6-month period</u></em>.
Explanation: Schedule C-III medications will not be refilled more than five times in 6 months period of time. Schedule 3 catogory of drugs may contain, valium, tranquillisers, anabolic steroids, testosterone, Tylenol, codeine and Ketamine. The reason behind why patient should not have more refills in a 6 month period of time is because by consuming these drugs patient may experience mild physical dependence or very high physiological dependence. Patient may experience addition (mild to high) while taking schedule C-III drugs. Although schedule C-III drugs are less abusive then schedule 1 and schedule 2 drugs. Schedule 3 drugs are declared as sightly dangerous.
Appropriately named, <u>slow pain </u>oftentimes is not detected until seconds or even minutes after an injury; this is due to the activation of chemically sensitive pain receptors.
Explanation:
According to physiology of pain, slow pain arises when unmyelinated C fibers of the muscles are activated. This is pronounced as a dull and aching pain and is more diffuse in nature rather than fast pain which are more acute and rapid.
Most of the times this pain will not be detected immediately after the stimulus like an injury but may start slowly.
Slow pain can also be burning, throbbing or even nauseous. Chronic pain conditions mostly are characterized by slow pain.
Slow pain is elicited by stimuli like mechanical, chemical or thermal which are received by the chemically sensitive pain receptors on the skin or other organs of the body.
Hello,
Answer: False. If the predator is eliminated, overpopulation and food shortages can result
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Mary thinking her astrological sign, Leo, is a perfect fit for her personality is a belief in pseudoscience because there is not scientific evidence confirming such beliefs.
The answer is the second option.
Answer:G protein action
Explanation:
Signal transduction through protein action is through G protein coupled receptors (GPCR). Binding of different types of signal molecules to G protein couple receptors is a general mechanism of signal transduction.
G proteins act as an intermediary to a stimulation of a receptor. When an extracellular messenger, the hormone (H) combines with the specific receptor (R) on the plasma membrane. The H-R complex activates the regulatory components of G proteins. The G-protein inturn will interact with the effect proteins which may be enzymes or ion channel proteins, which result in the desired effect.
