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This unexpected heterogeneity may reflect either separate mechanisms of killing or different killing efficiency by individual NK cells.
As shown in Fig. 6d, the bacteria killing efficiency is dependent on the NaHCO3 concentration.
The killing efficiency of peptides closely reflects their affinities for the PTPN4-PDZ.
In addition, the killing efficiency of the coatings remained 68.3% after six continuous uses.
The cell killing efficiency of free GEN, GCN, and FGCN was studied by means of MTT assay protocol.
As can be seen from Fig. 6b, the killing efficiency of static Ag/Mg micromotor at pH 7 and 8 has negligible difference.
Furthermore, the Pichia-produced BLIP enhanced the bacteria killing efficiency of ampicillin (a penicillin-type of β-lactam antibiotic) in β-lactamase-producing Gram-positive B. subtilis.
As can be seen from Fig. 6a, these two samples show similar bacteria killing efficiency, indicating Mg ions have negligible influence on the results.
The effect of the NaHCO3 concentration on d the bacteria killing efficiency, e the micromotor speed and f the released silver ion concentration.
The killing efficiency is estimated to be around 10%% (Fig. 5g), which is much lower than that of its moving counterpart.
In order to measure the bacterial killing efficiency of the samples, the remaining bacteria were collected again using the following protocol.
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