▪ Abstract Infections with mold pathogens have emerged as an increasing risk faced by
patients under sustained immunosuppression. Species of the Aspergillus family account for …

Fungal polyketides comprise a diverse group of secondary metabolites that play an
important role for drug discovery, as pigments, and as mycotoxins. Their biosynthesis is …

Agrobacterium tumefaciens-mediated transformation (ATMT) has long been used to transfer
genes to a wide variety of plants and has also served as an efficient tool for insertional …

Although much is known about the signals and mechanisms that lead to pathogenic
interactions between plants and fungi, comparatively little is known about fungus–plant …

Fungi utilize a phosphorelay system coupled to a MAP kinase module for sensing and
processing environmental signals. In Aspergillus nidulans, response regulator SskA …

The COP9 signalosome (CSN) is a conserved multiprotein complex involved in regulation of
eukaryotic development. The deduced amino acid sequences of two Aspergillus nidulans …

Plant diseases caused by plant pathogenic fungi continuously threaten the sustainability of
global crop production. An effective way to study the disease-causing mechanisms of these …

This book was written with the aim of widening the reader's spectrum of knowledge
regarding the uses of shock waves in medicine and biology, as well as to contribute to safer …

Among eukaryotes, only slime molds, fungi, and plants contain signal transduction
phosphorelay systems. In filamentous fungi, multiple sensor kinases appear to use a single …

The production of transgenic fungi is a routine process. Currently, it is possible to insert
genes from other fungi, viruses, bacteria and even animals, albeit with low efficiency, into the …