Chemo-responsive shape-memory polymers have launched an exciting field and made significant breakthroughs in the development of stimulus-responsive materials for engineering applications.
More specifically, the development of stimuli for this study reflected feasible options for a university-branded merchandise store situated within the context of a downtown business district in a college town.
Thereby, Au Glu15 displayed remarkable features suitable for the development of stimuli responsive optical sensors and detectors for biological applications that could operate in aqueous media and under a wide range of pH's.
The development of stimuli for the present study was guided by the literature in the area of exterior store atmospherics as well as consideration for the types of exterior store atmospherics that might be appropriate for adoption by independent retailers operating in downtown shopping districts.
Chronic ligand binding can desensitize GRs, so this pattern suggested to us that desensitization of GRs confers vulnerability to the development of stimulus-response habits.
Greater versatility is also being added to polyvalent systems, including the development of stimulus-responsive molecules that can allow spatiotemporal control of polyvalent interactions.
Electrical connections are important for many specific functions of neurons, and are, for example, required for the development of neuronal stimulus tuning in the visual system.
Psychoeducation, defining OCD as the identified problem, cognitive training, and development of a stimulus hierarchy (mapping OCD) took place during visits 1 4; EX/RP comprised visits 5 12, with the last two sessions incorporating generalization training and relapse prevention.
The discovery of separate nerve fibers for sensory and motor information first suspected by the Greek physician Galen and separately confirmed by the English anatomist Sir Charles Bell in 1811 and the French physiologist François Magendie in 1822 led naturally to the development of the stimulus-response approach to motivation, which has become fundamental to the field.
The development of external stimulus-responsive nanoparticle (NP) systems for cancer therapy has received considerable attention in recent years, as these systems can differentially increase drug accumulation at target cancer cells/tissues, drastically decrease systemic toxicity, and potentially avoid under- or over-dosing.
