Answer:
Explanation:
The larynx is the organ which is situated below the tract where the pharynx splits into the trachea and the esophagus. It is present in the vocal folds of the throat. It is responsible for manipulating the volume and pitch of the sound produce by the throat for speech. It other functions such as it protects the airway from choking, and it regulates the flow of air into the lungs.
Coinsurance is the correct answer
Answer:
We live in a society in which changes are happening at great speed, both economically, politically and socially. With technology and consumption at the center, all this maelstrom - whether we like it or not - ends up affecting our personal lives. As Emma Ribas, clinical psychologist, says, “our society is experiencing a paradigm shift. Before, everything was forever, work, a partner, a home ... Now everything is constantly changing and nothing is forever ”.
Explanation
For Isaac López, author of the book Change, the characteristics of the changes we are experiencing now are, without a doubt, “speed, disruption and globality”. The changes of opinion to each and every facet of our life and force us to be in an attitude of permanent alert. Change we have had to change our entire difference is that now we are facing a disruptive change
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There are fewer antifungal, anti protozoan, and antihelminthic drugs compared to antibacterial drugs because these cells can be similar to human cells and therefore they can not achieve selective toxicity.
<h3>What is drug selective toxicity?</h3>
The expression 'drug selective toxicity' makes reference to the ability of a specific medication to discriminate between cells of different organisms (in this case human cells and other types of eukaryotic cells).
Drug selective toxicity is a fundamental issue during drug discovery and drug development.
In conclusion, there are fewer antifungal, anti protozoan, and antihelminthic drugs compared to antibacterial drugs because these cells can be similar to human cells and therefore they can not achieve selective toxicity.
Learn more about drug selectivity here:
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