The presence of platinum in the bimetallic catalysts improved the formation of metal particles to a great extent and reduced their sizes, while enhancing the reduction of nickel.
The fine graphite phase improved the formation of homogeneous and continuous tribofilm during the reciprocating sliding friction process.
Recently, we found that the use of Parylene film improved the formation efficiency of a lipid bilayer, on which apertures of micrometer resolution can be easily fabricated.
The low particles sphericity and angularity of nutshells improved the formation of a tighter seal (Fig. 9b), which translated into higher seal integrities for nutshell blends.
It was found, from the microstructural observations, that the wetting improved by the formation of a thin Ti-rich reaction layer.
Knock out of ldhA had little influence on the yield of 2,3-BD, whereas knock out of adhE or pta significantly improved the formation of 2,3-BD.
Temporal release of dual growth factors, combined with enriched Stro-1 + HBMSCs, improved the formation of a highly structured bone matrix compared to single release modalities.
By retention, adsorption, and bridging across the pore throats, the gel systems effectively reduced the permeability of porous media in high permeability zones and diverted fluid into low permeability zones, and thus improved the formation profile.
This change in morphology was observed because nHA apparently improved the formation of focal adhesion and allowed for substantial cell spreading.
Additionally, follicle-stimulating hormone (FSH), which has been reported to induce expression of GDNF in Sertoli cells, improved the formation of cobblestone colonies when used together with EGF plus FGF2.
