Biochemical Engineering Journal

Sequencing data of CRISPR predicted sites

The data set is in Minitab and excel file

M-Star CFD, null

These are supplementary files to the manuscript: A.J.J. Straathof (2023) Modelling of end-product inhibition in fermentation, Biochemical Engineering Journal 191 (2023) 108796 https://doi.org/10.1016/j.bej.2022.108796

These are supplementary files to the manuscript: A.J.J. Straathof (2023) Modelling of end-product inhibition in fermentation, Biochemical Engineering Journal 191 (2023) 108796 https://doi.org/10.1016/j.bej.2022.108796

Fermentation products and pH profiles. Frequency of inoculum transfer of a mixed microbial culture during ethanol fermentation of organic municipal solid waste at low pH infulences the retention and stability of ethanologenesis

Elastin-like peptides (ELPs) immobilized to solid surfaces have recently gained attention for use in electrochemical applications in sensing as well as bioenabled electrode assembly. Key to the success of these applications is understanding how ELPs impact the access and electron transfer of reacting species to the solid surface (effective surface coverage). In this study, short ELPs with varying hydrophobicity and sequence length were designed for gold attachment, and the effect on the ability of a redox probe to access a gold surface was characterized by cyclic voltammetry. A quantitative model describing the relationship between ELP effective surface coverage as a function of mean hydrophobicity and mass loading was elucidated based on the results, showing the ability to precisely control surface properties by tuning the ELP sequence. This model will be useful for the design of surface-bound ELP sequences that exhibit desired effective surface coverage for electrochemical as well as biomaterial applications.

Fermentation products and pH profiles. Frequency of inoculum transfer of a mixed microbial culture during ethanol fermentation of organic municipal solid waste at low pH infulences the retention and stability of ethanologenesis

This dataset contains relevant experimental data collected for the research described in the linked publication (Marais et al., 2020). This includes system operating conditions, measured pH and redox measurements as well as sulphate, sulphide and volatile fatty acid concentrations over the duration of the study required for monitoring process performance of the hybrid LFCR. The study evaluates the effect of hydraulic residence time on biological sulphate reduction and sulphide oxidation kinetics within the hybrid LFCR process as well the recovery efficiency of elemental sulphur.

This dataset contains relevant experimental data collected for the research described in the linked publication (Marais et al., 2020). This includes system operating conditions, measured pH and redox measurements as well as sulphate, sulphide and volatile fatty acid concentrations over the duration of the study required for monitoring process performance of the hybrid LFCR. The study evaluates the effect of hydraulic residence time on biological sulphate reduction and sulphide oxidation kinetics within the hybrid LFCR process as well the recovery efficiency of elemental sulphur.