Sentence examples for integration of structure from inspiring English sources

As an integration of STRUCTURE and fastPHASE models, the two-layer model enforces and learns the structure of local haplotypes.

The fusion, the melting, the integration of structure and ornament and the demented frenzy that drove Gaudí to do strange things with comatose turkeys and dead babies cannot be replicated.

In Chapter 12, the integration of structure and material design was attempted.

We anticipate that learning will be greater with the creation of visual explanations, as they encourage completeness and the integration of structure and function.

A list by Skelton et al. [5] includes: stability, efficiency, deployability, easy tunability, reliability to be modelled, facilitation of high precision control, promoting integration of structure and control, and being inspired by biology.

Additional work using multi-modal integration of structure and functional connectivity methods is needed to better understand these relationships.

A key challenge in this program was the poor physicochemical properties of the initial lead compound 5. Integration of structure-based drug design and physical properties-based design resulted in replacement of a highly hydrophobic poly fluorinated aryl ring by a simple trifluoromethyl that led to identification of compound 6 with much improved physicochemical properties.

The integration of structures for 14 different proteins allows a comprehensive comparison of sequences and structures to derive biochemical properties.

The semantic web arises as a ground breaking paradigm to foster the intelligent integration of structured information.

Integration of structures and processes that link organisations and support shared strategic planning and development for example, when health care services jointly fund initiatives in care homes [ 24, 25].

However, most of them have concentrated on the integration of structures within a single microfluidic channel and have involved complex fabrication processes in which multiple steps, such as lithography, wet etching, reactive-ion etching, alignment, multilayer deposition, and anodic bonding, have been needed to fabricate a whole device.