Sentence examples for depth adaptation from inspiring English sources

Similarly, functional depth adaptation has been identified in cytoskeletal actin and tubulin filaments (Morita, 2003, 2004; Koyama et al., 2005), with associated increase in thermal stability (Swezey & Somero, 1982).

Three categories of dehydrogenases have shown functional depth adaptation (Somero, 1998) and the importance of enzyme-stabilising compounds has been confirmed for the osmolyte trimethylamine N-oxide, which counteracts the effects of pressure by increasing cell volume (Yancey & Siebenaller, 1999; Samerotte et al., 2007).

Another key result of this paper comes from the design of a framework called projected saliency which allows applying existing saliency models on equirectangular images without requiring in-depth adaptation of the prediction algorithms.

The long-term consequences of this genomic reshuffling in the Waratah are yet to be clarified but provide a valuable framework for in-depth adaptation studies.

On the methodological side, traditional reconstruction techniques using the FBA framework needed in-depth adaptations: the fundamental ingredients, namely the specification of the medium and the objective function, are indeed unknown in this particular setting.

By strictly working with the bitwise representation of an octree, we remove computer hardware limitations on the depth of adaptation on a single processor.

The primary root of alfalfa can attain great depths, an adaptation for drought tolerance.

D'Alpino et al. (2011) [34] evaluated the influence of energy dose on hardness, polymerization depth and internal adaptation of silorane- and methacrylate-based resins in Class II restorations with different bonding procedures.

Consequently, there is growing appreciation that an in depth understanding of adaptation in natural populations requires long-term studies of selection [ 1, 3].

"The Return of Kurosawa and Mifune" begins at 2 p.m. Friday with "The Lower Depths" (1957), an adaptation that transplants Gorki's play from Moscow to the slums of Tokyo.

Three wetland species with well-documented differences in flooding tolerance adaptations, depth preferences and responses to water depth were used.