Sentence examples for substrates treated with from inspiring English sources

Sterilized substrates, treated with acid and enzyme were inoculated with 105 106 cells/mL separately.

Figure 14B shows the Raman spectra obtained from SERS substrates treated with E. coli or S. aureus.

The firm adhesion events at a wall shear stress of 0.2 Pa occurred rarely for the substrates treated with nothing or with 1% BSA only compared to the number of events that occurred on substrates coated with 1% BSA supplemented with 0.1, 1, or 10 μg/mL P-selectin (Fig. 1), indicating that cell adhesion was specific for P-selectin.

Adult midges were exposed to different substrates treated with 'dry' conidia and conidia suspended in 0.03% aq.

Various substrates were tried out during our study: freshly cleaved mica, glass, silica, polystyrene, agarose, special etched grid substrates with micrometer pitch matching typical H. walsbyi cell size and substrates treated with poly-lysine were all tested [14], [15], [16], [17].

For all substrates treated with 0.25% NaOH, EX3 was required only at the lowest proportion (4%-54%-5

(c) Silica substrate treated with alkylsilane.

As shown in Fig. S1a and b, the substrate treated with oxygen plasma has lower contact angle values than that of the non-treated substrate.

The concentration of xylose was reported 23.3 g/L when substrate treated with acid H2SO4 which showed relatively low amount of xylose after acid and enzymatic hydrolysis [28].

B Raman spectra obtained from bare SERS chips, prepared without 4-MPBA, and in contact with E. coli (I) or S. aureus (II), obtained from a SERS substrate treated with 4-MPBA and in contact with E. coli (III) and S. aureus (IV), or a 4-MPBA treated SERS substrate in the absence of bacteria (V).

In this work, atomic force microscopy (AFM), which is a relatively less diffused technique, is applied to illustrate and estimate changes of the surface roughness of a clinker substrate, treated with different electrolytic solutions, with and without superplasticizer, at different times of hydration.