Sentence examples for molecular components with from inspiring English sources

In other words, complexomics terminologically combines a reductionist view of life (focussed on analysis, on breaking-down the phenomena of life into basic molecular components) with a holistic view (life as an evolving synthesis of intimately entangled molecular processes).

The functionality of such an ecosystem could in principle be achieved using any other molecular components with similar function.

The podosome-like adhesions on RGD membranes lack matrix metalloproteinases but share many other molecular components with classic podosomes in macrophages.

This opens a new route to organize different molecular components with high precision, to generate nanochips, nanocircuits, and nanodevices with potential applications in computer and material sciences, nanotechnology, and nanomedicine.

We assume that all of the stochasticity originates from within the network, i.e internal noise, as it is entirely due to random events of protein production and degradation for each of the molecular components with no external noise [ 42].

The authors of the 1991 JACS paper noted: "Insofar as it becomes possible to control the movement of one molecular component with respect to the other in a [2]rotaxane, the technology for building 'molecular machines' will emerge".[ 10] This statement turned out to be highly prescient and the paper hugely influential.

A PtdIns 3,4,5) P3-induced structural rearrangement may also be instrumental for exposing, or occluding, potential JP2 protein binding sites that mediate transient interactions with other molecular components within the dyadic cleft and thus allow JP2 to act as an indirect regulator of Ca2+ cycling.

In this chapter, we describe scanning force microscopy (SFM -based approacheSFM -based DNapproachescomplexes involved in HR, toe architectural plastudyty of full-length BRCA2, anDNA proteinicomplexesinvolvedof these molecular components associnted witHRessenthel steps of HR.

Yet, the detailed cellular and molecular mechanisms underlying sensitization against mechanical stimuli and the specific molecular components associated with these signaling events are not well understood.

This enables an automated, somewhat comprehensive monitoring of the changes of various molecular components associated with different disease states and drug treatments, therefore enables the characterization of disease and drug effects, and an elucidation of their relationships at a molecular systems level [6] [12].

This approach has been used to characterize several molecular components associated with clubroot disease development, especially the role of cytokinins on A. thaliana[ 27] and B. juncea[ 45].