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Current genomic sequencing techniques, such as deep DNA sequencing, provide the opportunity to systematically analyze the complete genome on a large scale, resolving the extent of intra-tumor heterogeneity at unprecedented detail at the single-nucleotide level.
We propose that the entorhinal cortex exploits this trade-off to implement a hierarchical representation of space where large scales resolve ambiguity and small scales provide precision.
The LTM consists of two components: small-scale (parameterized process; Fig. 2a) and large-scale LTM (resolved atmospheric circulation; Fig. 2b).
In GCMs, sources are specified by (1) prescribing the corresponding quantity at a certain level (z_text{s}) in the lower atmosphere, or (2) calculating it interactively using large-scale fields resolved by the model as an input.
Applications from buoyancy-driven bubble interactions, the motion of polydispersed bubbles in an extensional flow, and the removal of void spaces through viscous sintering are considered and we present large-scale, fully resolved simulations involving O(100) closed interfaces.
The availability of large-scale and time resolved data sets about economic, scientific or social activities opens new venues to address the long standing question of how we collaborate.
Given the multitude of changes that occur in each organ during exercise, future researchers will need to integrate tissue-specific responses with large-scale omics to resolve the integrated biology of exercise.
The distinction between large-scale efforts to resolve social problems versus a more individualized set the stage for the formation of macro and micro practice and the understanding that environment and policy impact individuals and that both policy change and direct service are essential in the Social Work profession.
Similarly, the large-scale and spatially resolved expression data sets were not highly correlated to each other (e.g., "Pathogen Infection" and "Root Cells," R = 0.19).
The use of compact stainless steel measurement probes enables simultaneous multi-point measurements at various locations on the engine with minimal changes to the base engine hardware; in addition to resolving large-scale spatial variations via simultaneous multi-probe measurements, local spatial gradients can be resolved by translating individual probes.
This paper attempts to examine detailed results provided by large scale highly resolved polycrystal plasticity modeling through a series of analyses.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com