Answer:The reason for this is because fungi and their host are eukaryotic and in treatment of fungal infections drug used can also affect their host.
Explanation:
Antifungal drugs are drugs used in the treatment of fungal infections and so are antibiotics and antiviral drugs used to treat bacterial infections and viral infections respectively.
Fungi and their host are both eukaryotic and this make them closely related. They attack by colonizing and destroying the tissues of the animal host. When treating infections caused by fungi, the compounds used to kill fungi also harm the animal host because of the eukaryotic property they both possessed, this therefore set limitations to antifungal drugs. Unlike fungi, bacteria attack prokaryotic cell and also bacterial infections are systematic not superficial or topical like fungal infections.
The correct answer is "<span>Creutzfeldt-Jakob disease".
</span>Creutzfeldt-Jakob disease is a disease which causes severe<span> dementia and myoclonus. </span>a couple of<span> sclerosis is a </span>persistent<span>, degenerative, </span>modern ailment<span> of the CNS </span>characterized with the aid of<span> the </span>prevalence<span> of small patches of demyelination </span>within the brain<span> and spinal </span>wire<span>. Parkinson's </span>disease<span> is </span>related to reduced tiers<span> of dopamine </span>because of<span> destruction of pigmented neuronal cells </span>inside the<span> substantia nigra </span>within the<span> basal ganglia of the </span>brain<span>. Huntington </span>sickness<span> is a </span>chronic<span>, </span>modern<span>, hereditary </span>disorder<span> of the </span>nervous machine<span> that </span>outcomes<span> in </span>modern<span> involuntary dancelike </span>movements<span> and dementia.</span>
<span>The structure and conformation of proteins affect food in a variety of ways. It changes the solubility, taste, and texture of food. It also affects how they change chemically when cooked.</span>
The reason for this is, people at higher elevations that are deprived of high oxygen levels have to produce more red blood cells to compensate for the low levels of oxygen. More blood=More oxygen
