Sentence examples for scaffolding mechanisms from inspiring English sources
In this section, we discuss scaffolding mechanisms documented in the literature for helping students overcome the science and programming challenges discussed in the previous section.
To support learning, scaffolding mechanisms were integrated into the design of nQuire-it, in particular to assist the process of setting up a citizen inquiry and data collection practices (Herodotou, Villasclaras-Fernandez, Sharples, 2014b).
For example, the thematic organisation and presentation of projects in Zooniverse (www.zooniverse.org) and Kickstarter (www.kickstarter.com) offered insights (e.g. design ideas, scaffolding mechanisms) into how we could organise and present crowd-sourced investigations in a citizen inquiry website.
Our data helps to further understand the involvement of LMα1LG4-5 and LG1-3 in basement membrane assembly and point toward interesting basement membrane scaffolding mechanisms in the neuromuscular system in the absence of LMα1LG4-5.
Thus, other Rho GTPase signaling and scaffolding mechanisms are likely to be present at inhibitory synapses.
Our findings are supportive of similar scaffolding mechanisms at inhibitory synapses, and suggest that the GIT1/βPIX signaling pathway may represent a key coordinator of actin pathways at synapses.
The case study illustrates how the resistance to technology and its power base becomes an obstacle for the students and how the support of peers becomes the main scaffolding mechanism for their entry into electronic learning environments.
This scaffolding mechanism relies on phosphorylation of KDM3A by PKA during β-adrenergic stimulation in adipocytes and is important for the activation of key thermogenic genes [ 235].
Therefore, this common in vitro ability of F-BARs to tubulate membranes using a scaffolding mechanism can be mediated by diverse F-BAR-to-F-BAR interactions.
Membrane tubulation by F-BARs is proposed to occur through a scaffolding mechanism where F-BAR domains organize into defined oligomers that collectively deform the membrane (Frost et al., 2008; Shimada et al., 2007; Yu and Schulten, 2013).
Such a scaffolding mechanism might be more important for soluble anchorless PrP found in extracellular fluid compared to normal membrane-anchored PrP, which exists naturally in a partially concentrated array on the cellular plasma membrane.
