Sentence examples for cellular scale to from inspiring English sources
Therefore, the concept of 153Sm3+/Yb3+/Tm3+ co-doped NaLuF4 nanoparticles for UCL and SPECT dual-modality imaging in vivo of whole-body animals may serve as a platform for next-generation probes for ultra-sensitive molecular imaging from the cellular scale to whole-body evaluation.
As shown at the edge of the radiation target, tissular and DNA damages were confined, at a cellular scale, to the interlaced region.
The numerical simulations and stability analysis of an ODE model which works at a cellular scale allowed to reproduce experimental results and also permitted to use them in designing future immunotherapy experiments.
Although more research is required to obtain a complete picture of all regulation networks at the cellular scale, efforts to combine experimental and predicted data in an integrated view will most likely help biologists to understand the complex interactions of an organism with its environment.
It was not our objective to develop a new model of this pathway, but to incorporate an existing mathematical description into our agent-based representation of cells, hence introducing a subcellular level 'mechanism' that is initiated by cellular scale interactions to influence emergent changes in cell behaviour.
On the other hand, the development of an envelope of small scale pseudopalisades may play a relevant role in the global migratory dynamics and invasion of these malignant gliomas driven by vaso-occlusive events occurring at the small cellular scale, leading to the distinctive GBM feature of showing significant necrotic areas, as observed in clinical imaging such as the on exhibited in Fig. 1(B).
Sensory signals from the macro-physical environment of the robot are transduced to cellular scale and processed using the unique micro-physical features of intracellular information processing.
Two-photon imaging of the living eye at a cellular scale has the potential to directly measure the changes in concentrations of fluorescent molecules involved in visual excitation.
Taken as a whole, the emerging context for ET in dynamical biomolecules provides a robust framework to design and interpret the inner workings of bioenergetics from the molecular to the cellular scale and beyond, with applications in biomedicine, biocatalysis, and energy science.
At the cellular scale, summaries of the process to enable heterologous biosynthesis will be supplemented with strategies (synthetic biology and metabolic engineering) to improve production levels.
Formulated originally to describe the subtle blend of kinetics and thermodynamics that drives protein folding and ligand binding, the molecular cooperativity concept extrapolates readily to the cellular scale.
