Sentence examples for organization of attachment from inspiring English sources

The gray hexagon represents the organization of attachment sites on the scaffold, the red and blue arrows denote myosin V and VI, respectively.

This study was designed to explore possibilities of identifying sex differences in the organization of attachment-relevant behavior during early childhood.

To achieve this, the structural properties of the collagen hydroxyapatite scaffold should be refined in a way to provide a microenvironment that can control the spatial organization of cells attachment, growth, and differentiation.

A 3-day intervention was selected to evaluate the early effects of unloading on the expression of costamere components, which are related to mechanosensory muscle remodelling via the organization of the attachment of muscle organelles and gene expression [ 24– 27].

In addition, the formation of attachment structures can also initiate several key events, which affect cell signaling, nuclear organization, and cytoskeletal formation [ 22].

From the histological organization of epithelium, it shows that attachment to the ECM is essential in polarization, and plays an important role in directing the polarity.

The nuclear envelope that separates the contents of the nucleus from the cytoplasm provides a surface for chromatin attachment and organization of the cortical nucleoplasm.

Scruton (2007) defines the 'state' through its four components: (i) association among persons for the ends of government, (ii) legal organization; (iii) attachment to a particular territory over which jurisdiction is exercised; and (iv) personification as a juristic person in international law and a kind of quasi-person in popular thinking.

Here we show a novel role for pentameric Tsp4 as a key scaffolding protein that orchestrates the ECM organization of MTJs necessary for muscle attachments.

Cell attachment, viability, and organization of the actin cytoskeleton improved with increased stiffness up to 4600 Pa.

The designed scaffold can link extracellular matrix (ECM) to nucleus via formation of FA and organization of cytoskeleton, causing fast and strong attachment of MSCs and allowing integrin-mediated signaling to start.