Robust antifungal screening is technically challenging particularly for filamentous fungi. We present a method for undertaking antifungal screening assays that builds upon existing broth dilution protocols and incorporates time resolved image-based assessment of fungal growth. We show that the method performs with different fungi, particularly those for which spores can be used as inoculum, and with different compound classes, can accurately assess susceptibility or otherwise in only few hours and can even account for differences in inherent growth properties of strains
Background: An early initiation of antifungal therapy in invasive fungal infections (IFIs) is critic...
The detection limits in two bioautographic assays have been determined for a series of antifungal co...
Fungal spoilage is one of the causes of consequential losses in the dairy industry. In this context,...
The search for new antimicrobial compounds and the optimization of production methods turn the use ...
broth microdilution assays, to measure the activity of biological and synthetic compounds against fu...
AbstractMold growth constitutes a problem in many food and clinical environments and there is theref...
The potential of using an electronic nose (E.nose) for rapid screening dermatophytes to antifungal a...
Improved standards of care depend on the development of new laboratory diagnostic and imaging proced...
The objective of this study was to develop an image-based cytometric methodology for the quantificat...
The potential of using an electronic nose (E-nose) as a rapid technique for screening the responses ...
Improved standards of care depend on the development of new laboratory diagnostic and imaging proced...
Fungal infections caused by molds have the highest mortality rates of human fungal infections. These...
The availability of new antifungal agents has multiplied the demand for in vitro antifungal suscepti...
International audienceSystemic antifungal agents are increasingly used for prevention or treatment o...
Aspergillus fumigatus is an environmental mold that causes life-threatening respiratory infections i...
Background: An early initiation of antifungal therapy in invasive fungal infections (IFIs) is critic...
The detection limits in two bioautographic assays have been determined for a series of antifungal co...
Fungal spoilage is one of the causes of consequential losses in the dairy industry. In this context,...
The search for new antimicrobial compounds and the optimization of production methods turn the use ...
broth microdilution assays, to measure the activity of biological and synthetic compounds against fu...
AbstractMold growth constitutes a problem in many food and clinical environments and there is theref...
The potential of using an electronic nose (E.nose) for rapid screening dermatophytes to antifungal a...
Improved standards of care depend on the development of new laboratory diagnostic and imaging proced...
The objective of this study was to develop an image-based cytometric methodology for the quantificat...
The potential of using an electronic nose (E-nose) as a rapid technique for screening the responses ...
Improved standards of care depend on the development of new laboratory diagnostic and imaging proced...
Fungal infections caused by molds have the highest mortality rates of human fungal infections. These...
The availability of new antifungal agents has multiplied the demand for in vitro antifungal suscepti...
International audienceSystemic antifungal agents are increasingly used for prevention or treatment o...
Aspergillus fumigatus is an environmental mold that causes life-threatening respiratory infections i...
Background: An early initiation of antifungal therapy in invasive fungal infections (IFIs) is critic...
The detection limits in two bioautographic assays have been determined for a series of antifungal co...
Fungal spoilage is one of the causes of consequential losses in the dairy industry. In this context,...