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Our current data further explore the mechanisms by which this defective microenvironment influences thymocyte development, specifically positive and negative selection, and how these defects impact T cell function.
How these defects are developed?
Finally, the simulation of two adjacent defects of different types (Mg < = > 2H and Si < = > Mg + 2H) in the 2 × 2 × 2 primitive supercell shows how these defects interact.
Here, we investigate how these defects affect the spatial arrangement and orientation of epithelium cells, giving special attention to tissue reorganization during development.
By glancing at the stacked bar chart over the timeline, the developer can easily perceive how the defects in the archive are relevant to the search keywords and how these defects distribute over the timeline in the archive.
The discovery of how these defects are responsible for the formation of green emission from these polymers enabled methods, including improved synthesis methods and the design of new molecular and device structures, to be devised for its suppression.
Similar(52)
We have shown for first time a detailed study for formation energies of carbon monovacancies and how via these defects the band gaps of short heterogeneous CBNNT segments can be reduced.
The genetic determinants of individual clinical cases are increasingly being described, but how these genetic defects affect complex I on the molecular and cellular level, and have different clinical consequences in different individuals, is little understood.
To understand how these secretory defects are manifest in an islet we exploited a two-photon assay to measure single-granule-fusion events within the core of intact islets of Langerhans [ 24], where almost all the cells in rodent islets are beta cells.
This has occurred in large part by better synthetic design of emissive materials, based on an improved understanding of reaction mechanisms and how these permit defect formation through side reactions, thus enabling their prevention by modification of synthetic route or monomer structure.
How fluoride causes these defects is not clear yet.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com