The dynamic mechanical and calorimetric results demonstrated on the one hand that carbon black produces partial compatibilization of the PVDF/PS system, while on the other hand they prove both copper and carbon black to be capable of modifying the microstructure and morphology of the initial system.
Thus, propranolol appears to be capable of modifying the anginal threshold as determined with atrial pacing, and the clinical response appears to be independent of global changes in coronary sinus blood flow and myocardial oxygen consumption.
Improving flexibility with stretching, yoga, or Pilates, the study authors suggest, "may be capable of modifying age-related arterial stiffening in middle-aged and older adults," and should be integrated as part of a complete exercise routine.
However, animal models have demonstrated the potential for transplacental passage of 'pro-asthmatic' mediators (e.g. Th2 cytokines, immunologic cells, etc)., which could theoretically be capable of modifying the developing fetal immune system [reviewed [91]].
This introduces a requirement for non-local plasticity, i.e. spike timing of inputs P, Q at dendrites of neuron X, should be capable of modifying synapses on dendrites of neurons P, Q. Remarkably, Paul Adams had proposed a very similar mechanism of Hebbian proofreading that occurs in a canonical neocortical microcircuit [56].
Thus, we expect tetrac to be capable of modifying the action of EGF on P-gp, favoring chemosensitivity.
High-frequency vibration is capable of modifying metallic surface topography significantly, while the underlying mechanisms are still unclear.
The simulation results are capable of modifying and readjusting the energy consumption patterns of buildings via appropriate predefined policies and well-designed monitoring systems.
Dynamic Software Product Lines (DSPL) encompass systems that are capable of modifying their own behavior with respect to changes in their operating environment by using run-time reconfigurations.
The enzymatic modification process in Prochlorococcus MIT9313 has been reconstituted in vitro, and a variety of experimental approaches have been used to try and understand how one enzyme is capable of modifying 30 different substrates.
Targeted genome editing, in theory, is capable of modifying any endogenous gene sequence of interest; this can be performed in cells or organisms, and may be applied to clinical gene-based therapies in the future.
