Sentence examples for that support complex from inspiring English sources

Some are joists or braces, spanning the helices and strands, while others form truss-like structures that support complex loop structures.

It should be designed around the needs and wishes of the individual and take account of the impact of disability and long-term conditions on the whole family with solutions put in place that support complex caring needs and responsibilities.

It is shown that this equivalence still holds for functional and multivalued dependencies in databases that support complex values via nesting of records and lists.

Extensive in the brains of higher organisms, alternative splicing might be the primary mechanism for generating the spectrum of protein activities that support complex brain functions.

Dave Girouard, Vice President & General Manager, Google Enterprise wrote on the Google Blog of the need for Google to deliver products that support complex business rules, information security mandates, and an array of legal and corporate compliance issues.

These competencies are characterized as (a) traversal, or foundational to the development of other key competencies across domains; (b) multidimensional, including knowledge, skills and attitudes; and (c) related to higher-order abilities that support complex problem-solving (Voogt & Roblin, 2012), and collaborative thinking (Garrison, 2016).

Our goal is to create a fault-tolerant VC platform that supports complex applications, by using a distributed model which improves performance and reduces the burden on the server.

MIT researchers have developed a new 3D chip fabrication method that uses carbon nanotubes and resistive random-access memory (RRAM) cells together to create a combined nanoelectronic processor design that supports complex, 3D architecture – where traditional silicon-based chip fabrication works with 2D structures only.

R88G, Y204C and P252R were heterozygous with variants that supported complex I expression in Y. lipolytica, and R257Q with a non-conserved variant, hindering comparison of clinical (see Supplementary Material, Table S2) and Y. lipolytica activities.

The main focus for this work is solver 'Tetexact', which is a stochastic solver that supports complex morphology and diffusion and is described further in Implementation of spatial SSA solver.

Here we provide biochemical and genetic evidence that supports complex formation and functional interactions among the Sestd1, Dact1, and Dvl2 proteins, while also demonstrating that there are likely to be important differences in the roles these proteins play in the PCP pathway and in post-translational Vangl2 regulation.