Titlebook: Candida Species; Methods and Protocol Richard Calderone Book 2022Latest edition The Editor(s) (if applicable) and The Author(s), under excl

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The Techniques Innovated to Support NSE,ovel candidates. However, both methods have limitations which hinder the rapid identification of physiologically active compounds that act via a defined mechanism of action. The method described herein is an efficient, sensitive, and HTP compatible approach that utilizes the principles of competitiv

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The Techniques Innovated to Support NSE,ntions..Accurate identification and quantification of lipid species in complex lipid mixtures are crucial for assigning biological functions to lipids of fungi. Recently, much has been achieved in the field of mass spectrometry, allowing high-throughput screening of simple and complex lipid structur

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The Techniques Innovated to Support NSE, antifungal agents with new pharmacological targets for a more efficient management of . infections. Drug repositioning or drug repurposing has been exploited to develop new antifungal approaches. Natural products may be more easily developed because they have been a useful source of active antimicr

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The Techniques Innovated to Support NSE,ding of secondary metabolites or enzyme-guided modification of protein targets can be assessed by quantifying the rate of energy transfer between two adequate fluorophores. The AKAR3 sensor contains a protein kinase A (PKA) phosphorylation site, which upon phosphorylation interacts with a ligand dom

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Mingzheng Wang,Xiuzhi Shi,Jian Zhouw of body fluids and subjected to shear stress forces. Cells dispersed from . biofilms are highly virulent and developmentally distinct from their parent biofilms. To study biofilm dispersed cells, it becomes imperative to isolate newly dispersed cells using a flow biofilm model. In this chapter, we