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Cell morphology of filamentous actinobacterium analysed by CytoSense
24.09.2020 by Tina Silovic
Assessment of viable biomass of filamentous microorganisms in industrial fermentations is challenging, while reliable monitoring tools in an at-line capacity are scarce to date. Earlier this year Vees et al., developed a...more
Bioluminescent algae Noctiluca scintillans analysed by the CytoSense
29.06.2020 by Tina Silovic
Bioluminescence* occurs widely among animals, especially in the open sea, but the ones known as sparkling phosphorescence in a surface sea layer are most often caused by plankton. One example of bioluminescent plankton is the...more
At-line monitoring of cell-viability and morphology using a CytoSense
13.05.2020 by Tina Silovic
In their recent study Vees et al. (2020), developed a robust CytoSense based method to analyze yeast cells viability and morphology in media with a high particle background (Fig 1). The method was successfully employed as a...more
Optimized bioprocessing of filamentous fungi through CytoSense derived data
29.04.2020 by Tina Silovic
In their new study Veiter et al., ("Optimal process design space to ensure maximum viability and productivity in Penicillium chrysogenum pellets during fed-batch cultivations through morphological and physiological...more