213
F
Ferrichromes
acyl group, 128
efficiency, 128
Fe
3+ octahedral complex, 131
fungal hydroxamate, 129
glycine, 131
Ferrimycins, 134
Ferrioxamine E (FOXE), 45
Fluorescence microscopy ambient ionization
mass spectrometry, 151
Fluorescence polarization (FP) binding
assay, 20
Flux mode analysis, 166
Fragment-based drug designing, 182
Fungal bioremediation, 88
intracellular frameworks, 88
iron procurement, 89
iron transportation, 89
mercury, 89
resistance, 88
Fungal pathogenesis, 53–56
Fungal siderophores, 80
agricultural products, 52
allergy, 201, 203
antimicrobial activity, 134, 135
applications, 145
bioimaging, 151
environmental impacts, 147–149
health care, 149–151
bioinformatics technique, 189
biological components, 188
biomedical applications, 132
biosensors, 134
biosynthesis, 143
control of pathogens, 56
biosynthetic pathways, 52, 188
biotic agents, 52
cancer therapy, 205, 206
catecholate, 142
CF, 203
chemistry
hydroxamate ions, 120
mesomeric effect, 120
N
5
-hydroxy-N
5 -acylornithine, 120
physicochemical and spectral
properties, 120
coprogens, 143
cytoscape, 188
data mining, 188
diverse biomedical applications, 119
experimental techniques, 151
ferrichromes, 143
functions, 143
fungal pathogenesis, 53–56
fungal pathogenicity, 63
fungal phytopathogens, 52
fungal sexual development, 63
fungal virulence, 64
fungicides, 52
fusigen siderophores, 143
genes, 193–196
histoplasmosis, 201, 203
hormonal signaling, 62
host plant, 62
human diseases, 200, 202
hydroxamate, 142
hydroxycarboxylate, 142
intracellular and extracellular, 143
iron chelation properties, 188
iron deficiency, 53
iron homeostasis, 52
iron overload, 134
Jammu and Kashmir, 64
low molecular weight, 188
mechanisms
cell receptors, 61
iron scavenging effect, 60
metal-binding property, 136
microbial cells, 120
microbiology, 188, 189
microorganisms, 204
molecular imaging, 135, 136
Monilinia spp., 53
mucormycosis, 203
nanosensors, 134
NPS, 143
nutrients, 204
organisms annotation, 189–192
oxidative stress, 61
pathogenicity, 206, 207
pathogens, 52, 53, 201, 203, 204
phytopathogens, 52
plant immune responses, 59, 60
post-harvest damage prevention, 52
post-harvest diseases, 52
protein, 193–196
PubMed articles, 188
secreted molecules, 142
sexual development, 144
symbiotic, 144
synthesis, 143
targets, 188, 189, 193, 194, 196,
206, 207
text mining, 188
zygomycosis, 203
Fungal virulence, 64
Furcatum, 164
Index
F
Ferrichromes
acyl group, 128
efficiency, 128
Fe
3+ octahedral complex, 131
fungal hydroxamate, 129
glycine, 131
Ferrimycins, 134
Ferrioxamine E (FOXE), 45
Fluorescence microscopy ambient ionization
mass spectrometry, 151
Fluorescence polarization (FP) binding
assay, 20
Flux mode analysis, 166
Fragment-based drug designing, 182
Fungal bioremediation, 88
intracellular frameworks, 88
iron procurement, 89
iron transportation, 89
mercury, 89
resistance, 88
Fungal pathogenesis, 53–56
Fungal siderophores, 80
agricultural products, 52
allergy, 201, 203
antimicrobial activity, 134, 135
applications, 145
bioimaging, 151
environmental impacts, 147–149
health care, 149–151
bioinformatics technique, 189
biological components, 188
biomedical applications, 132
biosensors, 134
biosynthesis, 143
control of pathogens, 56
biosynthetic pathways, 52, 188
biotic agents, 52
cancer therapy, 205, 206
catecholate, 142
CF, 203
chemistry
hydroxamate ions, 120
mesomeric effect, 120
N
5
-hydroxy-N
5 -acylornithine, 120
physicochemical and spectral
properties, 120
coprogens, 143
cytoscape, 188
data mining, 188
diverse biomedical applications, 119
experimental techniques, 151
ferrichromes, 143
functions, 143
fungal pathogenesis, 53–56
fungal pathogenicity, 63
fungal phytopathogens, 52
fungal sexual development, 63
fungal virulence, 64
fungicides, 52
fusigen siderophores, 143
genes, 193–196
histoplasmosis, 201, 203
hormonal signaling, 62
host plant, 62
human diseases, 200, 202
hydroxamate, 142
hydroxycarboxylate, 142
intracellular and extracellular, 143
iron chelation properties, 188
iron deficiency, 53
iron homeostasis, 52
iron overload, 134
Jammu and Kashmir, 64
low molecular weight, 188
mechanisms
cell receptors, 61
iron scavenging effect, 60
metal-binding property, 136
microbial cells, 120
microbiology, 188, 189
microorganisms, 204
molecular imaging, 135, 136
Monilinia spp., 53
mucormycosis, 203
nanosensors, 134
NPS, 143
nutrients, 204
organisms annotation, 189–192
oxidative stress, 61
pathogenicity, 206, 207
pathogens, 52, 53, 201, 203, 204
phytopathogens, 52
plant immune responses, 59, 60
post-harvest damage prevention, 52
post-harvest diseases, 52
protein, 193–196
PubMed articles, 188
secreted molecules, 142
sexual development, 144
symbiotic, 144
synthesis, 143
targets, 188, 189, 193, 194, 196,
206, 207
text mining, 188
zygomycosis, 203
Fungal virulence, 64
Furcatum, 164
Index