The catalyst (particle size between 250 and 425 microns) was added to the reactor tube and positioned in the middle of reactor tube.
A Correction factor of 70 microns was added to the Stratus OCT measurements to allow calculation along with the Spectralis OCT driven values [ 22].
Approximately one vial of ∼200 300 micron embolic agent was added (Embosphere, Biosphere Medical, Rockland, Maryland), Contor SE PVA, (Boston Scientific, Natick Massachusetts) or LC Bead (Angiodynamics, Freemont, CA).
Cell pellets derived from 1 ml TPG broth cultures were resuspended in 350 µl of 1× PBS, approximately 100 µl of 150 212 micron glass beads (Sigma-Aldrich) was added and the cells were lysed by vigorous agitation, twice for 45 sec, in a FastPrep FP120 Cell Disrupter (Savant/Bio101).
De-ionized, 0.2 micron-filtered water (100 μl) was added to the vial at 65 °C and the contents of the vial were mixed on the hot plate for 2 min to form a slurry-like mixture.
Mechanical tests indicated remarkable improvements in 0.2%YS, UTS and microhardness when nano-alumina and sub-micron copper were added into AZ31.
A volume of 600 µl buffer AL (QIAamp DNA mini kit, Qiagen) and glass beads (∼20%, diameter 150 212 microns, Sigma) were added to each sample and subjected to mechanical disruption in a FastPrep (setting of 6.5 ms−2 for 45 seconds).
One interesting additional feature of these systems is that physical barriers microns in dimension can be added to restrict movement of ligands, for example to impede large scale receptor clustering and thereby gain insights into its role in cell function.
It should be further addressed that only a few design complexity is added, which is especially useful in deep sub-micron ULSI manufacturing.
