Tubes containing growth medium and tested samples without inoculums were used as controls.
The substrate (fungal growth on rice husk with nutrient supplementation) when inoculated with experimental soil medium and test larvae of M. domestica, showed variable level of larval mortality.
The I-V performance of unit PEM fuel cell shows a peak power density of 156 mwith2 with catalyst prepared in alkaline medium, which is nearly 110%% more as compared to that obtained while employing catalyst prepared in acidic medium and tested under similar conditions.
The I V performance of unit Polymer electrolyte membrane fuel cell shows a peak Power density of 325 mwith2 with catalyst prepared in alkaline medium, an increase of >250 % as compared to 87 mWcm−2 obtained, while employing catalyst prepared in acidic medium and tested under similar conditions.
The I-V performance of unit PEM fuel cell shows a peak Power density of 156 mW cm−2 with catalyst prepared in alkaline medium, an increase of > 110 % as compared to 72 mW cm−2 obtained while employing catalyst prepared in acidic medium and tested under similar conditions.
Injected embryos were transferred to Petri dishes with E3 medium and tested for transient GFP expression at 24hpf using a Nikon stereomicroscope with a fluorescent light source.
U266 cells were grown for 8 to 10 passages in SILAC medium and tested for full incorporation.
The resulting pellets were resuspended in DMEM medium and tested for infectivity as described in the Methods Section.
In a second step, liganded recombinant ER-α preincubation medium was added to cell culture medium and tested for its MELN cell transactivation activity.
