Sentence examples for cellular level with from inspiring English sources

However, the understanding of their fate and thus their interactions at the cellular level with bio-organisms remains elusive.

This was paralleled on the cellular level with improved calcium storage and release capacity of the sarcoplasmic reticulum and enhanced T-tubulation.

Cornerstone to our model is a feedback mechanism between environmental conditions and dynamic tissue plasticity described at the cellular level with an agent based model.

These theoretical results enable biophysical dissection of the LFP signal at the cellular level with direct comparison to the clinical recordings, and the model system provides a scientific platform to help guide the design of DBS technology focused on the use of subthalamic beta activity in closed-loop algorithms.

In this study, we combine mechanistic mathematical models at the cellular level with epidemiological data at the population level to disentangle the respective roles of immune capacity and cell dynamics in the clearing mechanism.

Together, these studies are designed to shed light on the dynamics of biologic form at the cellular level, with current focus on such complex processes as cytokinesis and morphogenesis.

Unfortunately for them, addiction is a new enough disease that most major scientific strides have been made on the molecular and cellular levels, with relatively little percolating to patient care.

On the other hand, the implementation of PET and SPECT and optical imaging in the musculoskeletal preclinical field provides significant potential for investigating the dynamics of bone and joint biological processes at the molecular and cellular levels with the ability to monitor the effectiveness of novel therapeutic targets.

The expectation was that comparison of the total "cellular" levels with those in its constituent parts would allow a more accurate estimate of the subcellular location at which changes in Armadillo and E-Cadherin were occurring.

Such responses were observed at different cellular levels with possible affects on the binding of ligands, perception and transduction of signals, regulation of gene expression and antiviral effectors.

Diseases caused by defects in the folding or trafficking of cell-surface ion channels demonstrate how genetic lesions lead to problems at the biochemical and cellular levels, with clinical consequences.