These data suggest that designed nanocapsules might serve as novel, promising delivery systems for neuroprotective agents.
These results suggest that designed precipitation may provide a useful tool for reducing asymmetry in wrought magnesium alloys.
While this is still less than 100%, it does suggest that designed sequences can be a useful aid for some protein families.
This result suggests that designed TALEs can be used for reprogramming somatic cells into iPSCs.
These results suggesting that designing emission management measures should take such purposes into consideration.
We suggest that designing adaptive environments should take order thinking skill, instructional format and learner expertise into account.
This work suggests that designing a photodiode tolerant to ionizing radiation can mitigate an important part of proton irradiation effects.
This suggests that designing a control policy with this model will result in high process productivity.
One weak version suggests that designing built structures entails political engagement through interactions of architects and the public.
Our results suggest that designing agents to increase the activity of PP2A may be a feasible strategy for the development of novel HCC therapies.
