Chemical transport model experiments using the modeled soil N2O emissions plus prescribed other (minor) emissions show good agreement with observations of trends of surface N2O missing ratios and the N2O interhemispheric gradient (Prinn et al., 1990).
The movable bed model experiments used models with two different bottom slopes (horizontal and 1/100).
Model experiments using Mössbauer emission spectroscopy and thermogravimetry as well as realistic Fischer Tropsch synthesis runs were performed.
Therefore, further in vitro and animal model experiments using these predicted epitopes and compounds may pave the way for newer and more effective treatment approaches against adenovirus infection.
The submerging and surfacing characteristics of the fish cage were relatively similar to the measurements obtained with the physical model experiments using air control.
Hydrodynamics and mass transfer performance of FJPT, including tray pressure drop, weeping, entrainment, clear liquid height and tray efficiency, have been studied with cold-flow model experiments (using water, air and other system other simulation system for the test in the absence of chemical reaction conditions), using air-water-oxygen system in a 500 mm diameter plexiglass column.
Accordingly, we have recently evaluated the tumor responses to sorafenib treatment in our model experiments using a renal cell carcinoma (RCC) xenograft and [methyl-3H(N ]-3′-fluoro-3′-deoxythythymidine ([3H]FLT) [4].
Model experiments using mouse model with degenerated retinas demonstrated that being genetically targeted to inner retinal neurons channelrhodopsin-2 can restore basic visual function with, however, 6 9 orders of magnitude lower sensitivity, (Fig. 6).
Further model experiments, using the fast growing P. putida, showed that the decrease of intracellular ATP correlated with the drying performance of the forensiX tube indicating that fast drying to a level of 5% remaining water killed the bacteria.
Analysis of individual clones from this gene-disruption library, as well as model experiments using defined cDNA clone targets showed that in most of the resulting tagged plasmids the transposon had inserted into the moss cDNA, with no apparent preference for target sequence or insertion orientation (Fig. 2).
