An analogous result is obtained for the modal logic S4.3 and the system that results from strengthening system P with an axiom scheme for Rational Monotonicity.
Expression switching between family members allows parasites to display a series of antigenically distinct surfaces, posing challenges for the immune system and for rational development of vaccines.
This is the first attempt towards understanding pathogen/ligands recognition mechanism of innate immune system and for rational ligands/adjuvants designing.
The synthesized carbon nanofibers with systematically varied graphitic platelet orientations have been used as a model system for the rational catalyst design, in respect to the carbon nanofiber properties such as the amount of basic groups, the crystallinity, and the ratio between the prismatic area and the basal plane area.
There are many barriers to drug and gene delivery, yet the multifunctionality of nanoparticle systems allows for rational, stepwise optimizations for addressing these barriers.
Paolo Tronville of the Politecnico di Torino and Richard Rivers of EQS Inc. discuss a set of tests which could provide data for rational system design choices.
We present a procedure for deriving reduced-order, non-stiff models for the fast and slow dynamics, and a framework for rational control system design that accounts for the time scale separation exhibited by the system dynamics.
We present a procedure for deriving reduced-order, non-stiff models for the fast and slow dynamics, the latter typically of low order, and a framework for rational control system design, that accounts for the time scale separation exhibited by the system dynamics.
These data, elucidating the dissemination of primed T cells to distal lymphoid organs following nasal immunization, expand the knowledge on functioning of the mucosal immune system and have important implications for rational design of optimised vaccination strategies and prime-boost schemes.
Especially data regarding the expression of drug targets, drug metabolism pathways or maturation of the immune system during development are critical for rational study design.
