We use a 785 nm shifted excitation Raman difference (SERDS) technique to measure the
Raman spectra of the conidia of 10 mold species of especial toxicological, medical, and …

For several decades, Raman spectroscopy has been used in different research fields. As a
result of progression in the instrumentation during the last years, Raman spectroscopy …

The application of membrane and cell wall selective fluorescent dyes for live-cell imaging
analyses of organelle dynamics in fungal cells started two decades ago and since then …

When we look at recent analytical chemistry research papers, it is apparent that Raman
spectroscopy is becoming increasingly popular. Several advantageous properties make this …

An increasing effort is currently devoted to developing Raman spectroscopy for identification
of microorganisms. Micro-Raman setups are typically used for this purpose with the limit that …

Hyphal cells of filamentous fungi grow at their tips in a method analogous to pollen tube and
root hair elongation. This process, generally referred to as tip growth, requires precise …

The dynamics of early fungal development and its interference with physiological signals
and environmental factors is yet poorly understood. Especially computational analysis tools …

We developed a rapid multifoci-scan confocal Raman microscopy system for label-free
molecular imaging of single living cells. A pair of galvo-mirrors were used to raster scan a …

Traditional methods for automated and high-throughput morphological analysis of
filamentous fungi can be time-consuming and difficult. Here, two suitable image acquisition …

This paper demonstrates that surface-enhanced Raman spectroscopy (SERS) coupled with
principal component analysis (PCA) can serve as a fast and reliable technique for detection …