Suppose that reference nodes of level 2i−2 have been found whereas reference nodes of level 2i are not found.
None of the analyzed strains was positive to the test, whereas reference strains enterotoxins producing: CECT 976 SEA; CECT 5191 SEB; CECT 4465 SEC, CECT 4466 SED; CECT 5192 SEE produced concentrations of the toxins detected for this technique.
Recently harvested stands had higher cover from regenerative growth and lower sapling, understory, and canopy cover than other treatments, whereas reference stands had higher basal area and sapling cover.
For example Resins 1 and 2 with carbamylethylenephosphonates displayed at pH 3.7 log Kd Cu II) 2.10 and 3.06, whereas reference Resins 3 and 4 had log Kd Cu II) 2.83 and 4.50, respectively.
A maximum cetane index of 64 was observed on 1.5%Pt/Al-SBA-15 at 350 °C, whereas reference (Pt/HY) catalyst could not improve the cetane index mainly due to the formation of secondary cracking products.
In case of standard DS110CNT electrode, working electrode was made of functionalized carbon nanotubes, counter electrode was made of carbon, whereas reference electrode and electric contacts were made of silver.
Anti-ulcer activity of xyloccensins X+Y was also observed against pyloric ligation induced ulcer model in rats where it showed protection of 48.0 % whereas reference drug omeprazole (Omz) showed 65.8 % protection (Fig. 4).
Pekrun and Stephens (2010, p. 250) propose for testing Control-Value Theory across heterogeneous achievement contexts: "The basic structures and causal mechanisms of achievement emotions are expected to follow nomothetic principles, whereas reference objects, intensity, and duration of emotions can differ".
Traditional correction for blood signal relies on the measurement of the radioligand concentration in arterial blood (i.e., C b in Eq 1), whereas reference tissue models were originally designed to obviate the need of blood sampling during the PET measurement.
YD1 was effective against Staphylococcus aureus, MRSA, and VRE with MIC values of 32, 16, and 32 µg/mL respectively; E. coli was found to be very sensitive (8 µg/mL) to YD1 whereas reference commercial antibiotics exhibited MIC values >128 µg/mL (Table 1).
