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These devices, termed structures for lossless ion manipulations (SLIM), utilize a novel planar electrode design consisting of linear arrays of rectangular pads which serve to confine and transfer ions using a combination of static and dynamic potentials.
SLIM utilize RF ion confinement in conjunction with DC potentials to manipulate ions in multiple dimensions with initial implementations that aim to enable steps that include lossless ion transport, trapping, turning, and switching between alternative paths.
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The SL80 series utilizes slim CCFL technology with TruMotion 240Hz to achieve its dramatically thin profile and provide superior picture quality.
Such an analysis can be achieved by utilizing a GO slim, a subset of more general GO terms.
SLIM has the important advantages of utilizing illumination with short-coherence length, and the ease of implementation via add-on modules on existing phase-contrast microscopes.
SLIM is a new QPI modality which utilizes broadband illumination (400-700 nm, center wavelength of 530 nm) in common path geometry.
There are several experimental methods utilized to determine MMP such as slim tube displacement and rising bubble apparatus (RBA); however, these methods are expensive and time consuming.
Since VIT estimated MMPs are in close match with more liable slim tube design determined MMPs, this technique can be utilized as a reliable and cheap alternative compared to more expensive and time consuming slim tube technique for accurate MMP determination without any potential of significant error.
As an alternative to the analysis of a GO slim (a set of higher level GO-terms) we decided to utilize FunCat categories.
Among the most widely used and effective path to the administration of drugs is the parenteral drug delivery system that is normally utilized for low bioavailability actives as well as for slim therapeutic indexes [10, 17].
We utilized the GO assignments of Arabidopsis gene models (the GO Slim classifications in TAIR) for assignment of putative functional roles to the 37,844 contigs of carnation.
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