Sentence examples for microbial growth data from inspiring English sources

The database, dubbed Combase, pulls together microbial growth data in various environments taking note of temperature, pH, and water activity and alerting users to predicted contamination levels during the meat packaging process.

In predictive microbiology, the model parameters have been estimated using the sequential two-step modeling (TSM) approach, in which primary models are fitted to the microbial growth data, and then secondary models are fitted to the primary model parameters to represent their dependence with the environmental variables (e.g., temperature).

The addition of NP did not stimulate microbial growth (data not shown).

To obtain microbial growth data in a closed environment we monitored the growth of the fungus Fusarium oxysporum in minimal media.

In the present study, we developed a new ComBase-derived database (Microbial Responses Viewer, MRV) consisting of microbial growth/no growth data.

Consistent with the microbial growth inhibition data depicted in Fig. 2, the effect of ACV at the minimum inhibitory concentration of 1/50 resulted in a significant reduction in monocyte derived TNFα (p = 0.008) and IL-6 release (P = 0.001) in monocytes cultured with E-coli.

Some TDS formulations will not support microbial growth; however, assurance data from development can be useful to reconfirm this if any post approval changes to the TDS or TDS package are made.

Experimental data for estimating the model parameters with TSM approach were obtained at six temperatures (total experimental time of 3540 h and 196 experimental data of microbial growth).

Data for OED approach were obtained from four optimal non-isothermal profiles (total experimental time of 588 h and 60 experimental data of microbial growth), two profiles with increasing temperatures (IT) and two with decreasing temperatures (DT).

In the supplementary data results from microbial growth morphology, zymographic analysis and enzyme activity profile of cellulose degrading enzymes from the wild-type and mutant strains during growth in different growth carbon substrates is shown.

Experimental evidence has shown that hypoxia can occur on coral surfaces in the presence of algae, suggesting that microbial growth is stimulated [20], however, more data are needed to determine how common hypoxic zones are on the reef.