Cochlear frequency selectivity and dynamic range compression are two of the cornerstones of auditory processing, and our current understanding of these processes is limited.
A better understanding of these processes should also help us to understand, diagnose and develop new treatments for disorders of consciousness.
However, a molecular understanding of these processes is still lacking.
Greater understanding of these processes will lead to more sustainable management of urban landscapes.
The results give a better understanding of these processes, especially for small Peclet numbers.
Direct knowledge of local information is important for a better understanding of these processes.
A thorough understanding of these processes is necessary for engineering design.
Two genetically tractable species, mice and flies, are together providing a great deal of understanding of these processes.
We need to get a better understanding of these processes fast, because if we don't it may be too late to avert catastrophe.
A greater understanding of these processes may aid with the design of new clinical therapeutic approaches for atherosclerosis and restenosis.
An understanding of these processes is crucial as they are capable of producing very fine ash (< 10 μm).
