Entomopathogenic fungi being developed as biological control agents (BCAs) may have the
potential to spread and become established in the environment. For registration purposes …

Formulated conidia of insect-pathogenic fungi, such as Beauveria and Metarhizium, serve
as the active ingredients of fungal insecticides but are highly sensitive to persistent high …

Fungal entomopathogens have been developed in numerous countries as biocontrol agents
with more than 100 mycoinsecticide products commercially available in 2006. The chief …

Insect pests persist in a wide-variety of agricultural, arboreal and urban environments.
Effective control with fungal entomopathogens using inundation biocontrol requires an …

Entomopathogenic fungi, such as Beauveria bassiana and Metarhizium anisopliae, are
environmentally friendly biocontrol agents (BCAs) against various arthropod pests. We …

The catalase family of Beauveria bassiana (fungal entomopathogen) consists of catA (spore‐
specific), catB (secreted), catP (peroxisomal), catC (cytoplasmic) and catD (secreted …

Aims: The genetic relationships and conidial tolerances to high and low temperatures were
determined for isolates of several Metarhizium species and varieties. Methods and Results …

Msn2/4 transcription factors in some fungi have null effects on virulence and cellular stress
responses. Here we found that the transcriptional regulation of Msn2 orthologs is vital for the …

Beauveria bassiana, a filamentous entomopathogen, has five distinct superoxide
dismutases (SODs), including cytosolic and mitochondrial MnSODs (Sod2/3) which have …

The occurrence and abundance of entomopathogenic fungi were analysed in 203 soil
samples of the Moroccan endemic forests of Argania spinosa, the world main refuge of the …