Sentence examples for interactions of developing from inspiring English sources

High avidity interactions of developing T cells with all cited types of thymic stromal cells also lead to the differentiation of Treg (Klein et al., 2009) and the majority of developing Treg is localized in the medulla rather than in the cortex (Thiault et al., 2015).

During stem cell migration to the thymus, intrathymic maturation of T cells, and emigration of mature T cells out of the thymus, intercellular interactions of developing T cells with a myriad of cell types are required for normal T cell development.

Importantly, such a process depends on interactions of developing thymocytes with cellular and extracellular elements of the thymic microenvironment.

Thymic selection occurs in multiple steps within distinct thymic microenvironments, where the interactions of developing thymocytes with thymic stromal cells are indispensable.

Contributing to this effort is our analysis of the interaction of developing countries and climate policy, for example, investigation of how fast energy consumption may grow in the China and India, and how this growth might affect energy markets, and what the implications will be for greenhouse gas emissions.

Whether these findings are causally related and whether the interaction of developing NK cells with collagen in the bone marrow is required for proper NK cell maturation need to be further explored.

The scope of this review is to discuss the current understanding of protein protein interactions of the developing enamel matrix, and relate this knowledge to enamel biomineralization.

It has therefore been clearly established that high avidity interactions of the developing T cells with thymic stromal cells can lead to two quite distinct outcomes: negative selection and differentiation of Treg.

The interactions of the developing tooth germs for nutrition and space, reflected in their position in morphogenetic fields affect the clinical phenotype.

Interactions between thymocytes and the thymic microenvironment are bi-directional: If on one hand cell-cell interactions determine the fate of developing thymocytes, on the other hand they also control the architecture of thymic microenvironments, thus characterizing a "crosstalk" between the lymphoid and the microenvironmental compartments within the organ [9].

We are extending the technology used in FluPhone to gather information on human interactions within rural communities of developing countries.