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Time profiles of ethanol in S. stipitis (blue), S. cerevisiae (green) and S. stipitis/S.
While the metabolite profiles of ethanol and methanol extractions were quite similar, the coefficients of variation for metabolites from methanol extractions were relatively high (Figure 1C, left).
Simulated profiles of ethanol and glycerol in laboratory-scale fermentations compare well with experimental data.
From 20 h to 70 h, the profiles of ethanol concentration under 23°C, 28°C, and RT were all similar.
Figure 5 shows the profiles of ethanol, cell growth and sugar consumption during the bioconversion of enzymatic hydrolysates by S. stipitis.
In this study, we have observed statistically different concentration profiles of ethanol, 2-propenenitrile and undecane for the three groups of interest: HNSCC (in the larynx and pharynx) patients, patients with benign tumours at the same sites and healthy controls.
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It is matched with the profile of ethanol sol stability level, where it is not relatively constant until 90 min of test, but gradually decreases, which indicates the slow sinking process of titania particles (not an immediate process).
However, neither the NPY-like peptide receptor, NPR-1, previously reported to phenocopy the behaviour of C. elegans in ethanol withdrawal [17] nor the BK potassium channel SLO-1, previously reported as ethanol resistant [15], showed a markedly different profile of ethanol responses compared to wild-type.
Robustness analysis demonstrated the profile of ethanol formation and FBA pointed out the impacts of oxygenation and carbon sources on the flux distribution of central metabolism.
However, from 70 h to 100 h, the profile of ethanol concentration at RT and 23°C increased quickly, which only slightly increased at 28°C.
The TLC lipid analysis suggested the presence of three M. bovis -specific lipids in the extract after staining with polymolybdate solution when compared with lipid profile of ethanol extracts from MAP (K10 Strain), MAP (Linda Strain) and M. avium subsp. avium.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com