She had already invested years of training in learning about basic molecular mechanisms and how to study them.
In time, that encounter with a patient would inspire her to shift away from basic molecular mechanisms and toward work that could be applied to human patients.
Given that non-melanoma skin cancers such as basal cell carcinoma and squamous cell carcinoma are the most frequent human tumours, it is important to understand the basic molecular mechanisms and the contribution of epidermal SCs to skin cancerogenesis (Boehnke et al, 2012).
Furthermore, this experimental model of a rapid induction of senescence in immortalized cells provides a reproducible and practical approach for future studies on basic molecular mechanisms of ageing and on testing potential interventions.
As opposed to these signaling and patterning divergences observed in the telencephalon, our survey clearly indicates that the basic molecular mechanisms for proliferation and neurogenesis as well stemcellness throughout the neural tube are shared among craniates (Fig. 9A).
Other aspects students indicated as positive were the clinical contextualization of basic molecular mechanisms of hormonal regulation, and the improvement on skills related to literature database search.
Protein-protein interactions (PPIs) are central to the proper functioning of the most basic molecular mechanisms underlying cellular life, and are often perturbed in disease states.
MEFs are a classic model system for studying cell senescence and immortalisation, with clear parallels to key genetic alterations during human tumourigenesis whilst offering expedient advantages over human cell cultures when exploring basic molecular mechanisms of senescence control and senescence bypass [ 6, 7].
Our goals are to support cutting-edge RNA science and to foster cross-disciplinary collaborations that increase knowledge of basic molecular mechanisms, elucidate human disease processes and advance disease treatments.
Given that basic molecular mechanisms are shared in insects and mammals, a fundamental understanding of the functional significance of circadian rhythms in chemical exposures may facilitate strategies to reduce adverse events in humans, promote control of pest species, and reduce pesticide use.
Chapter 5 presents the basic molecular mechanisms of the cell cycle and then focuses on a simplified model of the cell cycle developed by Tyson and Novak (2001), introducing molecular kinetics (zeroth order, first order, and second order) and enzyme kinetics so that students can understand each term in their two-dimensional model.
