These transformants were cultured in flasks for evaluating the yield of SAM by HPLC.
The results were analysed by evaluating the numbers of strains that yielded Δ log10 CFU/mL) values of −1 (corresponding to 90% killing), −2 (99% killing), and −3 (99.9% killing) at 4, 6, 8, and 24 h compared to counts at 0 h.
Yield ranges were determined by evaluating the ratio of acids/solvents to the corresponding minimum nutrient flux.
Start by evaluating the relationship.
The aim of this study was to therefore evaluate the yield of histopathological investigation in a relatively large set of subcutis excisions by GPs.
Photoelectrocatalytic (PEC) activities were evaluated by the yield of OH radicals and degradation of phenol.
The electro-catalytic performance was evaluated by the yield of OH radicals, degradation of methyl orange and ceftriaxone sodium.
Furthermore, photodecomposition performances were evaluated by the yield of OH radicals and photocatalytic (PC) degradation of methyl blue (MB) under Xenon lamp irradiation.
Furthermore, photodecomposition performances were evaluated by the yield of OH radicals and photoelectrocatalytic (PEC) degradation of rhodamine B (RhB) under Xenon light irradiation.
When the load bearing capacity of the donut-type voided slab was evaluated by the yield line method, the load bearing capacity could be predicted with approximately 95% accuracy.
