Exact(8)
This new methodology opens the possibility for live tracking of exogenous proteins and study of protein dynamics.
Presented methodology opens the door to much more comprehensive and in-depth assessment of changes of racial and diversity patterns.
The proposed methodology opens the possibility to assess atmospheric interaction characteristics by using the unprecedented opportunity arising from the numerous observed orbital decay of nanosatellites.
The introduced experimental methodology opens the possibility of enhancing the design of thin reinforcements and of analyzing complex situations involving interaction between inclusions and defects.
This methodology opens the way to an easy, low sample- and low time-consuming evaluation of the impact of NP surface modification on protein-corona formation and therefore on their potential for various bio-medical applications.
Our methodology opens the door to a variety of future research directions.
Similar(52)
The described methodology opens up the possibility for construction of biosensors appropriate for precise, rapid, and cheap analysis of target analytes, e.g. ethanol in real samples of wines, beers or fermentation cultures.
The described selection methodology opens up the possibility of isolating modified forms of AOX with further decreased affinity toward substrates without reduction of the maximal velocity of reaction.
This methodology opens up the possibility of spatially controlling the rheological properties of a gel, and allows a significant advance over the simple gel/no-gel switch normally observed with photoswitchable gelators.
This methodology opens up the model tools to new applications in operational oceanography, marine assessment (including management strategy evaluations).
The methodology opens for a possibility to identify cytokines or surface proteins involved in the regulation of hematopoiesis through comparative analysis of gene expression patterns in functionally different support cells.
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