Fungal intelligence; Or on the behaviour of microorganisms in confined micro-environments

Abstract

Filamentous fungi are very successful in colonising various microconfined environments, but their behaviour is usually tested on flat surfaces. This contribution presents the design, the fabrication and the use of microstructures, made of a biocompatible polymer (poly(dimethylsiloxane), PDMS) for studying the dynamic micro-scale behaviour of the filamentous fungus Neurospora crassa. The proposed methodology is simple to implement and uses low cost fabrication methods. The observations of the fungus growing through a variety of fabricated micro-environments revealed distinct structure-dependent and structure-induced responses. Generalising the proposed methodology we propose a tool for high-throughput studies of numerous fungal species.