The mixing characteristics of large-size industrial flotation equipment, consisting of banks of mechanical cells and pneumatic columns, has been observed using non-invasive experimental techniques, such as a radioactive tracer to measure the residence time distribution of the liquid and solid.
It has been observed, using in vitro and in vivo models, that bortezomib enhanced topotecan experimental therapy in neuroblastoma [10].
No atmospheric oxidation of the LbL films with AgNPs was observed using this experimental process, showing the long-term stability of the resultant films.
Parasite transmission in single sex shoals of male and female guppies were observed using an experimental infection of Gyrodactylus turnbulli.
The environment of spaceflight offers insight into fundamental cellular and molecular mechanisms directly relevant to human health and infectious disease that cannot be observed using traditional experimental approaches [1], [2].
This is supported by two points: (i) the experimental approach developed here is biologically relevant since the binding of bisphenol A (BPA) to amphiER was observed using the same experimental conditions as for E2 suggesting that amphiER is correctly folded and that a ligand binding pocket is likely to be present.
A significant effect of APPs on delicate surfaces can be observed using rather simple experimental setups.
A better prediction (overall R2 = 0.9997; mean squared error = 0.0117) of the experimental data was observed using feed forward back propagation algorithm, log sigmoid transfer function as hidden layer and 4-7-3 topology.
Tube formation was observed using an inverted microscope and the experimental results were recorded at different times.
In the case of phospholamban, the restrained ensemble sampled the conformational interconversion between T (helical) and R (unfolded) states for the cytoplasmic region that could not be observed using standard structural refinements with the same experimental data set.
