Self-assembly can be tailored for specific applications by changing the nature of peptide sequences, while more robust and complex materials with advanced design features are feasible by simple crosslinking with biological macromolecules.
A more robust but complex solution is multi-atlas labeling, including the multi-atlas propagation with enhanced registration (MAPER) [131] and its variants [132, 133].
Slack now has around 8 million daily active users, with 3 million paid users, and is still clearly pretty popular with smaller companies that are looking for something simpler than the more robust — and complex — communications tools on the market.
Principles and consequences have an important place in moral deliberation but care theorists seek a more robust and complex sense of morality that cannot ignore the context and people involved.
While it's better that they upgrade to newer phones, some users are sitting on older devices like an iPhone 6S, and rolling out new operating systems with more robust and complex features might put a strain on those older devices.
A fascinating study that offers readers a more robust and complex understanding of the spaces of modern science and their entangled histories". "Stations in the field provides crucial insight into the origins of the biological field station – a surprisingly neglected space of modern science.
Compared to the existing statistical approaches for temporal gene expression data, our approach has the advantage of fitting a flexible covariance structure into a routine that incorporates mathematical equations for periodic gene expression profiles thereby making the estimation of the mean expression curve more robust to complex covariance phenomena arising in real practice.
Design of more robust and complex genetic circuits is foreseen to have important applications in biotechnology, medicine and biofuel production, and to revolutionize how we conceptualize and approach the engineering of biological systems (Andrianantoandro et al., 2006).
The morphology of the mesogleal support structures are highly influenced by variation in muscle size, independent of phylogeney, where increasing muscle size is allometrically associated with more robust and complex scaffolding; suggesting that robust support structures are required to resist the additional stress generated by the largest muscles.
