The proper coupling of the advantages of different dimensional methods can strike balance well between time cost and accuracy and then significantly decrease the whole design cycle for the flow systems in modern machines.
First of all, films deposited with oxidant containing H2O tend to easily form La(OH 3 which will decrease the whole dielectric constant and value of accumulation capacitance of films.
We should perform red cell blood transfusion therapy (RC-BTF) only after crossmatching to decrease the whole risks of this treatment, particularly ABO-incompatible transfusion.
Most brain cooling methods rely on cooling down the whole body primarily using surface cooling devices and invasive intravascular cooling devices; however, decreasing the whole body temperature below 34 °C can induce severe complications.
Our results indicate that isoflurane significantly decreases the whole brain uptake, as well as decreasing the relative regional FDG uptake in the cortex, diencephalon, and inferior colliculi, while increasing it in the vestibular nuclei.
However, the electric field tends to concentrate at some certain nanowire in the nonuniform Au nanoarray, and this asymmetric field distribution decreases the whole extinction intensity and displays nonuniform field enhancement which may affect the stability and repeatability of the Au nanoarray in the application of nanoantennas (see Additional file 1: Figure S3).
To overcome this problem, we add a small amount of HCl solution to the growth solution for decreasing the whole reduction rate, because AA has a much weaker reducing power in strong acidic solution than in weak acidic solution [13, 22].
The significant improvement in the ability to differentiate individual focal lesions using mpMRI enables targeted dose escalation, while decreasing the whole-gland dose, thereby significantly reducing the dose to the OARs (Muller et al. 2014; Crehange et al. 2014).
In oocytes, when the proportion of S6'G DNA increased, the amplitude of the GLIC currents decreased, the whole-cell current activation kinetics were slower and a shift of the proton's concentration response curves was observed (Supplementary Figure S3).
Associated with LTCC removal from the crest, MβCD significantly decreased the whole-cell calcium current (ICa,L) density by ≈30% without affecting cell capacitance (73.9±14.6 pF for control [n=9] versus 72.6±5.8 pF for MβCD [n=13] groups, NS).
An effort has to be made to decrease the resistivity of whole system BP-electrolyte at higher scan rates.
