According to the assigned reading, in the united states, the amount of caffeine contained in an energy beverage must be stated on the label is false.
<h3>Energy drinks and caffeine:</h3>
The current regulation of items containing caffeine is inconsistent, does not serve the interests of consumers, and needs to be changed in a number of different ways. We argue in favor of one of the necessary legislative changes: the Food and Drug Administration (FDA) should mandate that the caffeine quantity be listed on the labels of all consumable items with added caffeine. Foods and beverages that contain caffeine are not currently obliged to list their caffeine amount on the label.
In addition to protecting people who are most susceptible to caffeine-related negative effects, strengthening these weak labeling regulations could increase consumer autonomy and efficient caffeine usage. Customers should be aware of how much caffeine is in the meals and beverages they consume because they have an interest in controlling their caffeine intake.
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Answer:
When administering adenosine, the nurse must inject it through the IV push route.
Explanation:
Adenosine belongs to the drug class of antidysrhythmics and hence proper care and monitoring should be taken to avoid any adverse or side effects while or after administering the dose. Adenosine should be injected only via the IV route. The injection should be made close to an IV site, so as to flush each time with NS. The patient’s heart conditions should be monitored continuously on an ECG monitor and blood pressure machine. The dosage levels should match with the age appropriately. Adverse reactions of adenosine may include transient arrhythmias, bronchospasms, dyspnea etc.
Answer:
<em>Pulmonary surfactant.</em>
Explanation:
It is essential for life as it lines the alveoli to lower surface tension, thereby preventing atelectasis (a complete or partial collapse of the entire lung or area (lobe) of the lung) during breathing.
Answer:
skeletal
circulatory
respiratory
digestive
immune
endocrine
nervous
muscular
Explanation:
skeletal- bones, spinal cord
circulatory- blood, vessels, heart,
respiratory- trachea, nose, lungs
digestive- intestines, stomach, oesophagus,mouth
immune- cells, organs, tissues
endocrine- kidney, bladder, urinary, glands
nervous- nerves, brain
muscular- muscle
Your body gets a fever because it is trying to kill the virus or bacteria that caused the infection
