Podcast
Questions and Answers
What mechanism is responsible for conferring resistance against azole compounds in C. albicans?
What mechanism is responsible for conferring resistance against azole compounds in C. albicans?
- Overexpression of efflux-pumps
- Metabolic bypass (correct)
- Mitochondrial alterations
- Activation of stress pathways
Which mechanism involves the prevention of accumulating toxic metabolites by inactivating another enzyme in the pathway?
Which mechanism involves the prevention of accumulating toxic metabolites by inactivating another enzyme in the pathway?
- Metabolic bypass (correct)
- Structural target site alterations
- Adjustment of membrane homeostasis
- Overexpression of efflux-pumps
What mechanism involves the alteration of membrane homeostasis to make it more rigid or more fluid?
What mechanism involves the alteration of membrane homeostasis to make it more rigid or more fluid?
- Overexpression of efflux-pumps
- Adjustment of membrane homeostasis (correct)
- Mitochondrial alterations
- Activation of stress pathways
Which mechanism involves the acquisition of mutations in genes encoding antifungal targets, resulting in resistance in many pathogenic fungi?
Which mechanism involves the acquisition of mutations in genes encoding antifungal targets, resulting in resistance in many pathogenic fungi?
Which mechanism involves the ability of fungal pathogens to excrete antifungal compounds through overexpression of specific efflux pumps?
Which mechanism involves the ability of fungal pathogens to excrete antifungal compounds through overexpression of specific efflux pumps?
Is the alteration of membrane homeostasis a mechanism of antifungal resistance?
Is the alteration of membrane homeostasis a mechanism of antifungal resistance?
Does the overexpression of efflux pumps contribute to antifungal resistance in many fungal species?
Does the overexpression of efflux pumps contribute to antifungal resistance in many fungal species?
Is the prevention of accumulating toxic metabolites by inactivating another enzyme a mechanism of antifungal resistance?
Is the prevention of accumulating toxic metabolites by inactivating another enzyme a mechanism of antifungal resistance?
Do non-synonymous SNPs lead to amino-acid alterations and reduced binding affinity of the antifungal to the target?
Do non-synonymous SNPs lead to amino-acid alterations and reduced binding affinity of the antifungal to the target?
Is the activation of stress pathways not essential for surviving stressful conditions in the environment?
Is the activation of stress pathways not essential for surviving stressful conditions in the environment?
Is the loss of mitochondrial function associated with increased fluconazole resistance in glabrata isolate?
Is the loss of mitochondrial function associated with increased fluconazole resistance in glabrata isolate?
Is rebalancing of the hypoxic response suggested as a mechanism for increased fluconazole resistance due to loss of mitochondrial function?
Is rebalancing of the hypoxic response suggested as a mechanism for increased fluconazole resistance due to loss of mitochondrial function?
Do azoles and polynx amphotericin B have an impact on membrane homeostasis by disturbing cellular ergosterol content?
Do azoles and polynx amphotericin B have an impact on membrane homeostasis by disturbing cellular ergosterol content?
Does the adjustment of membrane homeostasis involve changing the ratio of phospholipid species to make the membrane more rigid or more fluid?
Does the adjustment of membrane homeostasis involve changing the ratio of phospholipid species to make the membrane more rigid or more fluid?
Is Hsp90 chaperone a key regulator in stress signaling and involved in protein folding and stabilizing many proteins involved in signal transduction protein?
Is Hsp90 chaperone a key regulator in stress signaling and involved in protein folding and stabilizing many proteins involved in signal transduction protein?
What is the impact of azoles and polynx amphotericin B on membrane homeostasis?
What is the impact of azoles and polynx amphotericin B on membrane homeostasis?
What is the suggested mechanism for increased fluconazole resistance due to loss of mitochondrial function?
What is the suggested mechanism for increased fluconazole resistance due to loss of mitochondrial function?
What is the role of Hsp90 chaperone in stress signaling?
What is the role of Hsp90 chaperone in stress signaling?
How do eukaryotic cells adjust membrane homeostasis in response to antifungal drugs?
How do eukaryotic cells adjust membrane homeostasis in response to antifungal drugs?
What is the effect of loss of mitochondrial function on fluconazole resistance in glabrata isolate?
What is the effect of loss of mitochondrial function on fluconazole resistance in glabrata isolate?