Question

47) What is the major distinguishing characteristic of fungi? A) acquiring nutrition through ingestion B) decomposing dead organisms C) prokaryotic cells D) absorbing nutrients E) sedentary lifestyle 48) Why is it more difficult to treat fungal infections than bacterial infections in humans? A) Fungal and animal cells and proteins are similar. Thus, drugs that disrupt fungal cell or protein function may also disrupt human cell or protein function. B) Fungi are able to mutate more quickly than bacteria, so they quickly develop resistance to antifungal drugs. C) Most fungi are multicellular and thus the drugs required to treat a fungal infection must be able to kill several types of cells; bacteria, on the other hand, are unicellular and thus simpler to kill. D) Fungi are larger organisms than bacteria and thus require stronger drugs to stop an infection. 49) In septate fungi, what structures allow cytoplasmic streaming to distribute needed nutrients, synthesized compounds, and organelles throughout the hyphae? A) pores in septa B) complex microtubular cytoskeletons C) two nuclei D) tight junctions that form in cross-walls between cells E) multiple chitinous layers in cross-walls

          47) What is the major distinguishing characteristic of fungi?
A) acquiring nutrition through ingestion
B) decomposing dead organisms
C) prokaryotic cells
D) absorbing nutrients
E) sedentary lifestyle

48) Why is it more difficult to treat fungal infections than bacterial infections in humans?
A) Fungal and animal cells and proteins are similar. Thus, drugs that disrupt fungal cell or protein function may also disrupt human cell or protein function.
B) Fungi are able to mutate more quickly than bacteria, so they quickly develop resistance to antifungal drugs.
C) Most fungi are multicellular and thus the drugs required to treat a fungal infection must be able to kill several types of cells; bacteria, on the other hand, are unicellular and thus simpler to kill.
D) Fungi are larger organisms than bacteria and thus require stronger drugs to stop an infection.

49) In septate fungi, what structures allow cytoplasmic streaming to distribute needed nutrients, synthesized compounds, and organelles throughout the hyphae?
A) pores in septa
B) complex microtubular cytoskeletons
C) two nuclei
D) tight junctions that form in cross-walls between cells
E) multiple chitinous layers in cross-walls

47) What is the major distinguishing characteristic of fungi?
A) acquiring nutrition through ingestion
B) decomposing dead organisms
C) prokaryotic cells
D) absorbing nutrients
E) sedentary lifestyle

48) Why is it more difficult to treat fungal infections than bacterial infections in humans?
A) Fungal and animal cells and proteins are similar. Thus, drugs that disrupt fungal cell or protein function may also disrupt human cell or protein function.
B) Fungi are able to mutate more quickly than bacteria, so they quickly develop resistance to antifungal drugs.
C) Most fungi are multicellular and thus the drugs required to treat a fungal infection must be able to kill several types of cells; bacteria, on the other hand, are unicellular and thus simpler to kill.
D) Fungi are larger organisms than bacteria and thus require stronger drugs to stop an infection.

49) In septate fungi, what structures allow cytoplasmic streaming to distribute needed nutrients, synthesized compounds, and organelles throughout the hyphae?
A) pores in septa
B) complex microtubular cytoskeletons
C) two nuclei
D) tight junctions that form in cross-walls between cells
E) multiple chitinous layers in cross-walls

Added by Amparo A.

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