New compounds displayed enhanced activity in scPTZ method, indicating their ability to raise the seizure threshold.
This variation was around 0.1% for BF3/MeOH method and around 0.4% for HCl/MeOH method, indicating that both assayed methods provide a good accuracy and repeatability range.
Conducting nanofilament diameter is estimated to be 3 nm by a new method, indicating a high memory density of approximately equal to 100 Tbit/in.2.
No other additional bands were detected by the method, indicating that a pure protein was obtained and no proteolysis occurred during purification and storage.
The purified laccase showed single band on the SDS-PAGE, when stained with silver nitrate staining method, indicating the purity of the enzyme sample.
The soil moistures predicted using the proposed method agree well with measurements obtained by gravimetric method, indicating the feasibility of the proposed method for soil moisture measurement.
Comparison of the results indicates the superiority of neural networks over that of the MLR method indicating the nonlinear behaviors of the ECD system.
Moreover, the serum samples from clinic were accurately detected with the proposed method, indicating that the developed immunoassay possessed excellent potential application in clinical diagnostics for PCT.
Mesocestoides infection could not be detected in any of the foxes by flotation method indicating that the sensitivity of the method is less than 0.6%.
Biodegradation of the hydrogel was checked using the activated sludge (Japanese Industrial Standards (JIS) K6950 method) indicating that the hydrogel showed about 50% biodegradation for 28 days.
The main intermediates were identified and quantified by experimental method, indicating that the proposed ·OH-mediated degradation mechanism derived from DFT calculations was feasible.
