This article presents visual image data and detailed methodology for the use of a new method for quantifying the exudation of siderophores during fungal growth. The data include images showing time series for calibration, fungal exudation, and negative controls, as well as replication accuracy information. In addition, we provide detailed protocols for making CAS assay layer plates, the digital analysis protocol for determining area of color change, and discuss growth media that do and do not work with the layer plate method. The results of these data, their interpretation, and further discussion can be found in Andrews et al., 2016 [1]
<p><b>A</b>) Example of siderophore production levels obtained by dividing the halo diameter (d<sub>...
© 2021, The Author(s). Routinely, fungal–fungal interactions (FFI) are studied on agar surfaces. How...
The microtiter plate (MTP) biofilm formation assay is a method for the study of early biofilm format...
AbstractThis article presents visual image data and detailed methodology for the use of a new method...
In this work, the popular CAS assay for siderophore detection, based on the utilization of chrome az...
Schwyn and Neiland developed a universal siderophore assay using chrome azurol S(CAS) and hexadecylt...
AbstractMold growth constitutes a problem in many food and clinical environments and there is theref...
The present work describes a new computer-assisted image analysis method for the rapid, simple, obje...
Mycelial morphology is a critically important process property in industrial fermentations of filame...
(A) Mid-slice confocal image of a live Aspergillus nidulans hyphal cell expressing GFP-PH domain (pl...
Fungal growth in the indoor environment can affect human health by causing allergic reactions and re...
During the testing of plant protection methods on the fields we need a longer period of time, large ...
<p>Panels A and D show agar plates, and panel B shows an agar plate containing 64 µg/ml FLC. Panel C...
This repository contains all data necessary to score colony growth on agar plates using the software...
We describe a novel method of fungal slide preparation named "agar block smear preparation." A total...
<p><b>A</b>) Example of siderophore production levels obtained by dividing the halo diameter (d<sub>...
© 2021, The Author(s). Routinely, fungal–fungal interactions (FFI) are studied on agar surfaces. How...
The microtiter plate (MTP) biofilm formation assay is a method for the study of early biofilm format...
AbstractThis article presents visual image data and detailed methodology for the use of a new method...
In this work, the popular CAS assay for siderophore detection, based on the utilization of chrome az...
Schwyn and Neiland developed a universal siderophore assay using chrome azurol S(CAS) and hexadecylt...
AbstractMold growth constitutes a problem in many food and clinical environments and there is theref...
The present work describes a new computer-assisted image analysis method for the rapid, simple, obje...
Mycelial morphology is a critically important process property in industrial fermentations of filame...
(A) Mid-slice confocal image of a live Aspergillus nidulans hyphal cell expressing GFP-PH domain (pl...
Fungal growth in the indoor environment can affect human health by causing allergic reactions and re...
During the testing of plant protection methods on the fields we need a longer period of time, large ...
<p>Panels A and D show agar plates, and panel B shows an agar plate containing 64 µg/ml FLC. Panel C...
This repository contains all data necessary to score colony growth on agar plates using the software...
We describe a novel method of fungal slide preparation named "agar block smear preparation." A total...
<p><b>A</b>) Example of siderophore production levels obtained by dividing the halo diameter (d<sub>...
© 2021, The Author(s). Routinely, fungal–fungal interactions (FFI) are studied on agar surfaces. How...
The microtiter plate (MTP) biofilm formation assay is a method for the study of early biofilm format...