Sentence examples for decoding the complexity from inspiring English sources

Decoding the Complexity of Assemblies, Nature, and Human Societies: A photography exhibition showing the contrast between the synthetic and the organic, from a nature-inspired design to a design-inspired nature.

Ex-ante approach helps in decoding the complexity associated with the study area in simple steps as shown by flow chart (Fig. 2).

Decoding the complexity of multicellular organisms requires analytical procedures to overcome the limitations of averaged measurements of cell populations, which obscure inherent cell-cell heterogeneity and restrict the ability to distinguish between the responses of individual cells within a sample.

As such interactions are impossible to identify from genomic approaches alone, our results further highlight the importance of integrating genomic analysis with functional studies to decode the complexity of cancer genomes.

"We're describing this study as prostate cancer's Rosetta Stone because of the ability it gives us to decode the complexity of the disease, and to translate the results into personalised treatment plans for patients," he said.

Malcolm Sparrow's "The Character of Harms: Operational Challenges in Control" Sparrow uses his skill in blending the academic and practical to help us decode the complexity and multi-dimensional character of risk and harm reduction.

The technology on the back-end was developed by Dr. Dennis Wall, Associate Professor of Pediatrics and Psychiatry at the Stanford University School of Medicine, where his lab is developing statistical approaches to decode the complexity of autism spectrum disorder and related conditions.

The broad aim of much research is to decode the complexity of the human body, which is composed of at least 210 distinct eukaryotic cell types.

As the National Center for Complimentary and Alternative Medicine (NCCAM) program developed, it became clear that high-quality basic and pre-clinical research is a necessary precursor to clinical studies and should employ contemporary research technologies to decode the complexity of botanicals.

Development of specific ligands for protein targets that help decode the complexities of protein protein interaction networks is a key goal for the field of chemical biology.

Not only is there a need to decode the complexities of the technologies behind the currencies, but also a need in recognizing the difficulties associated with investing, trading, and monitoring them.