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Correction: Discover Chemical Engineering (2023) 3:3 https://doi.org/10.1007/s43938-022-00015-0
An error was inadvertently introduced during the processing of the original article [1]: Figure 6 and Figure 7 legends were unfortunately interchanged.
Figure 6 shows: Foam generation ug and decay ud rates of samples 1–8 containing different fractions of a culture broth with U. maydis, as described in Table 1. The samples were measured as described in Sects. 2, 3. The error bars indicate the standard deviation of a triplicate.
Foam generation ug and decay ud rates of samples 1–8 containing different fractions of a culture broth with U. maydis, as described in Table 1. The samples were measured as described in Sects. 2, 3. The error bars indicate the standard deviation of a triplicate
Figure 7 shows: Schematic illustration of the hypothesized mechanisms of the foam stabilising effect of CL. A CL adsorption of soluble CL molecules in the liquid film surrounding a foam bubble. The circles indicate the hydrophilic parts, and the lines indicate the hydrophobic parts of CL. B The natural flow of liquid in foam lamellae due to drainage. C CL particle in a foam lamella, hindering the liquid flow and thus stabilising the foam.
Schematic illustration of the hypothesized mechanisms of the foam stabilising effect of CL. A CL adsorption of soluble CL molecules in the liquid film surrounding a foam bubble. The circles indicate the hydrophilic parts, and the lines indicate the hydrophobic parts of CL. B The natural flow of liquid in foam lamellae due to drainage. C CL particle in a foam lamella, hindering the liquid flow and thus stabilising the foam
The original article has been revised.
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Oraby A, Hug D, Weickardt I, Maerz L, Nebel S, Kurmann J, Rupp S, Tovar GEM, Zibek S. Fermentation and recovery of cellobiose lipids using foam fractionation. Discov Chem Eng. 2023;3:3. https://doi.org/10.1007/s43938-022-00015-0.
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Oraby, A., Hug, D., Weickardt, I. et al. Correction: Fermentation and recovery of cellobiose lipids using foam fractionation. Discov Chem Eng 3, 10 (2023). https://doi.org/10.1007/s43938-023-00026-5
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DOI: https://doi.org/10.1007/s43938-023-00026-5