Understanding these pathways and their molecular components provides a rational strategy for identification of novel therapeutic targets.
Molecular perfluoroalkylated components provide powerful tools for the elaboration, stabilization and control of organized nano- and micrometre scale soft matter constructs.
We demonstrate here that, as for the embryonic system, the availability and dynamics of preRC components provide molecular explanations for these biological characteristics of somatic DNA replication.
Classical cadherins and catenins, together with the cytoskeletal components, provide the molecular means for cell interactions that stably connect cells together.
Simultaneously, shared causal components provide insight into the molecular basis of etiological disease relationships and suggest potential diagnostic markers.
This building-block principle of constructing a complex evolutionary model out of a number of simpler model components provides powerful new possibilities for molecular sequence analysis.
Developmental assembly with active components provides a more versatile, expressive molecular programming language for integrating temporal and spatial control, and a potentially more efficient method for the active construction of molecular structures.
The contents and tools provided encompass molecular components, molecular systems and cell systems layers.
These differential responses also provide evidence for molecular components that coordinately integrate multiple signals and responses such as extensive gene expression reprogramming (Munoz and Castellano 2012).
Contrasting to other optical biopsy technologies, Raman spectroscopy automatically analyze the summation of specific molecular components in a target tissue and provide objective and reproducible diagnostic value through complicated algorithms [ 26, 30, 39, 41, 44, 45, 47].
