211
© Springer Nature Switzerland AG 2021
K. Dhusia et al. (eds.), Fungal Siderophores, Fungal Biology,
https://doi.org/10.1007/978-3-030-53077-8
A
Acremonium persicinium, 181
Actinomyces, 25
Agaricus bisporus, 100
Agricultural sector
AmcA deficiency, 146
bacterial siderophores, 147
defense strategies, 146
ectomycorrhizal fungi, 145
extracellular siderophores, 146
immunity manipulation, 146
ligand-exchange process, 145
Albomycins, 134
Allergic bronchopulmonary aspergillosis
(ABPA), 35, 44
Allergic fungal sinusitis (AFS), 35
Allergy, 201, 203
Alternaria, 201
Alternaria cassiae, 111
Antifungal drug discovery
bacteria, 174
biosynthesis inhibitors, 182
computational approaches, 182
conjugates, 181
fungal infections, 174
histoplasmosis, 174
hydrolytic mechanism, 179
iron acquisition mechanism
acidification, 179
biosynthesis, 176, 177
host molecule, 178
microbes, 175
mobilization, 179
non-producers, 177, 178
reductive pathway, 176
iron storage, 180
microbial cell, 175
mimics, 181
reductive mechanism, 180
shuttle mechanism, 179
target, 174
taxicab mechanism, 179
transport inhibitors, 182
viruses, 174
Antifungal therapy, 207
enzymatic inhibitors, 20–22
fungal pathogenesis, 20
iron chelators, 20
iron sequestering agents, 20
peptide-based inhibitors, 23, 24
physiological conditions, 20
statins, 22, 23
THA, 24–28
virulence, 20
Antimicrobial activity, 134, 135
Antimicrobial chemotherapy, 134
Arthroderma benhamiae, 204
Ascomycotina, 54
Aspergilloma, 35
Aspergillosis
ABPA, 35
AFS, 35
aspergilloma, 34
Aspergillus organisms, 35
cause, 34
chronic pulmonary aspergillosis, 36
cutaneous infections, 36
diagnosis, 43
IA, 36
invasive infection, 34
symptoms, 35
treatment, 44
Index