Sentence examples for cellular levels such from inspiring English sources
Whereas doctors in the clinic focus on phenomena such as symptoms, drug effects, and treatment outcomes, basic scientists often concentrate on activity at the molecular and cellular levels such as genetic alterations, gene expression changes, or protein profiles.
The workshop has also discussed the more global defects at the cellular levels such as in celiac disease, microvillus inclusion disease, or cystic fibrosis which also elicit chronic diarrhea [7 9].
The process of cisplatin resistance is determined by multiple factors on different cellular levels, such as changes in cellular drug uptake and efflux, leading to decreased drug accumulation.
These radicals can have detrimental effects at different cellular levels (such as nucleic acid modification) and are involved in many biologic processes that can damage lipid and protein membranes [ 45].
In particular, anatomical structure is a consequence of plant growth and development at the cellular level, such as cell division, cell growth and cell spatial arrangement, and is closely related to environmental factors (Huber et al., 2013).
Attractor transitions are equivalent to phenotypic transitions and thus represent biological processes at the cellular level such as differentiation, carcinogenesis and evolution.
High-level specifications consider changes at the cellular level, such as cell fate or susceptibility to carcinogenesis.
The category includes processes that are carried out at the cellular level such as cell cycle, cell communication and cell development.
At the same time, mtHsp70 is also known to interact with multiple PD-causing players at the cellular level, such as α-synuclein, Parkin and DJ-1.
A reason could be that the enriched plant physiological MapMan categories had represented adaptations to + or - Fe, mutant or wild type at whole organ level rather than at cellular level, such as for example stress responses.
For these reasons, we studied the protective role of oleate in the insulin resistance and in the atherosclerotic process at cellular level such as in cardiomyocytes (CMs), vascular smooth muscle cells (VSMCs) and endothelial cells (ECs).
