… In conclusion, we have shown that synchrotron FTIR spectromicroscopy can provide
spatially-resolved biochemical information on fungal spore development that complements …

… the first synchrotron Fourier transform infrared (FTIR) spectromicroscopic study of single
fungal … Filamentous fungi are increasingly being used as experimental model systems [16–19] …

… After considerable experimentation, we now prepare filamentous fungi by growing hyphae
from inoculated agar media across an infrared-reflective substrate. Substrates include MirrIR …

… Fungi can have a variety of ecological roles on the basis of habitat. For this thesis, filamentous
fungi … are examined at a molecular level with FTIR, synchrotron FTIR (sFTIR), and Raman …

… also detectable by synchrotron FTIR spectroscopy. Szeghalmi et al. (2007) compared an A.
… An overview of FTIR analyses for the identification of filamentous fungi and yeasts is given …

… The FTIR signal of proteins was relatively high in all kinds of filamentous fungi cells. The
maximum of amide I peak at 1635 cm −1 is attributed to the C double bond O stretching and C …

… infrared (FTIR) spectromicroscopy is well suited to the examination of filamentous fungi, 12,…
hyphal orientation relative to the polarized synchrotron source, signifying that the mannitol is …

… Thus, to unequivocally determine whether the filamentous … Note that “Extant fungi” values
were calculated from the FTIR … to be analyzed by synchrotron–XANES spectroscopy and by …

… shown that FTIR spectroscopy can be used for chemical characterization of Mucoromycota
fungi [56,… that FTIR spectroscopy is a practical method for quantitative analysis of total lipids in …

… (B) Apparent absorbance spectrum recorded from the filamentous fungus Mucor Circinelloides
with an HTS FTIR instrument [11] . By courtesy of Johanne Heitmann Solheim, Faculty of …