Sentence examples for cellular interactions underlying from inspiring English sources

From observations in animal models, clinical studies, in vitro cell biology, and molecular analysis, a working hypothesis has been established to explain the cellular interactions underlying allergic responses and the chemokines chemokine receptors involved.

The killing of two consecutive, late cohorts of GPT neurons on E13 (9% loss) leads to a mild ablation outcome because cellular interactions underlying the outgrowth of sufficient pioneer axons occur mostly before the cells are attacked.

This difference suggests that cellular interactions underlying the outgrowth of sufficient pioneer axons for afferent guidance can tolerate short, but not long, delays of settlement of replacement GPT neurons, which constitute the permissive benefit actually obtained from the plasticity of precursors in the ablated VZ.

In conclusion, this study has revealed the importance of mesenchymal Reck in the maintenance/expansion of three signaling centers (DE, AER, and ZPA) essential for mammalian limb patterning and has shed some fresh light on the molecular and cellular interactions underlying limb development and patterning (Fig. 7).

Cellular adaptation and differentiation provide a loose model for one type of unfolding (evolutionary) change, while cellular interactions underlie the behavior of organisms, organ systems, and ecological communities.

In ablated forebrain, sequential cellular interactions underlie a constructive compensation that sustains pallial development, but sets in motion destructive consequences that limit its long-term success.

The identification of intricate cellular interactions and underlying molecular pathways illustrate the importance of local fine-regulation of Bmp signaling to control proliferation, apoptosis, epithelial-mesenchymal interactions, and stem/progenitor differentiation during craniofacial development.

There is broad agreement, however, concerning the cellular and molecular-genetic interactions underlying the differentiation of the cartilage tissue that forms the embryonic primordia of the bony skeleton of tetrapod limbs and the endoskeleton of fish fins (see [3], [4] for reviews).

A better understanding of the molecular interactions underlying cellular consequences of exposure to energy substrates is therefore key to the understanding, the prevention and the therapy of severe and epidemiologically relevant human diseases.

Reconstitution of actin structures in vitro, in simplified media, allows one to pinpoint the cellular biochemical components and their molecular interactions underlying the architecture and dynamics of the actin network.

The developing avian peripheral nervous system has served as an excellent model system for many years for studies of the basic cellular interactions that underlie motor axon pathfinding.