Sentence examples for transformations that underlie from inspiring English sources

Taken together, all transformations that underlie autopoiesis require six elements: carbon, nitrogen, hydrogen, oxygen, phosphorus, and sulfur.

The composition and molecular weight distribution transformations that underlie sequential LCB techniques are discussed.

The trick is to find a way to describe, in a manner useful to computer scientists, the unitary transformations that underlie a program.

Many studies have identified metabolic pathways that underlie cellular transformation, but the metabolic drivers of cancer progression remain less well understood.

Everyone hopes that the rapid expansion in the knowledge of cancer cell genetics, signaling, regulatory factors and other changes that underlie malignant transformation and metastasis will lead to innovative approaches for the treatment of cancers.

Both the physical stimulus for color and the perceptual output experienced as color are quite well characterized, but the neural mechanisms that underlie the transformation from stimulus to perception are incompletely understood.

Generating iPSCs from cancer cells might also clarify the mechanisms that underlie oncogenic transformation.

Functional studies using cell line or animal models to investigate the role of individual genes or gene products may shed further light on the events that underlie malignant transformation and disease progression.

In particular, a better comprehension of the molecular events that underlie malignant transformation will reveal potential novel drug targets for the development of more selective and effective anticancer therapies or identify novel biomarkers for disease progression or personalized patient stratification.

Studying documents in connection with the buildings while addressing the latest technologies offers an innovative and exciting approach for researching the mechanisms that underlie the radical transformations that architecture underwent in the Middle Ages.

The molecular techniques that have been developed in the past 5 to 10 years are dramatically improving our understanding of the genomic aberrations that underlie the malignant transformation of normal cells.