Sentence examples for minimum inhibition was from inspiring English sources

The data were fit to equation 205, four-parameter sigmoidal dose-response model: y = (A + [{B − A}/{1 + ([C/x] × D }]), where A, minimum inhibition, was set to 0% inhibition, and B, maximum inhibition was set to 100% inhibition.

Ethanolic extract of leaves also showed the zoon of inhibition in the range of 14 16 mm against all four bacterial strains, while the minimum zone of inhibition was found in the case of n-hexane extract of roots (3.8 mm).

The microbe-mediated CdS nanoparticles had the maximum zone of inhibition against disease-causing K. planticola, Planomicrobium sp. and Vibrio sp. The minimum zone of inhibition was observed against S. nematodiphila and E. coli and the increase in nanoparticles concentration involved the high zone of inhibition.

For instance, methanol extract showed a good antibacterial result against S. aureus, E. coli and S. typhi with minimum zone of inhibition 13.5 + 0.40, 13.9 + 0.16 and 10.1 + 0.04 respectively however, the highest minimum inhibition zone was recorded in ethyl acetate extract against S. pyogens and K. pneumoniae with minimum zone of inhibition 17.1 + 0.14 and 16.8 + 0.41 respectively.

The minimum concentration that caused significant inhibition was 0.01  μM for DL and 0.25  μM for FEX, respectively.

In an initial screening, AChE inhibition was defined as minimum 50% inhibition at a concentration of 1.0 μg ml-1.

Agglutination inhibition was expressed as the minimum concentration of each sugar required for inhibition of agglutinating activity by the purified lectin.

Maximum inhibition was observed against Staphylococcus aureus and minimum inhibition against Bacillus subtilis.

The minimum concentration of each extract with clear zone of inhibition was considered as MIC.

Here, for Gram-negative bacteria (E. coli), the minimum zone of inhibition is 14 mm and the maximum is 18.6 mm.

But this inhibition was lacking in schizophrenic patients.