Comparing the three simulated fermentation conditions, each strain main tained the same be havior butex hibiting different strength and pat-tern of the footprint attachment and in filtration into the media. This isconsistent with Št'oví
ček et al. (2010) who showed specific attachment footprint for natural and domesticated yeast strains. However, our re-
sults highlight that the strain footprint and pattern is modified by the nutrients and the polyphenols present in the media.