This approach yields information on lateral variability of facies as well as vertical sequences, which contributes to deciphering the facies geometry and stratigraphic pattern.
Soil organic matter (SOM) may give precious information about the age of soil landscapes and, thus, can contribute to decipher geomorphic surface dynamics.
Redox proteomics studies contributed to decipher the complexity of brain aging by identifying the proteins that were increasingly oxidized and eventually dysfunctional as a function of age.
Rodent models of demyelination largely contributed to decipher the cellular mechanisms underlying remyelination.
The current array may contribute to decipher the relationship between airborne fungi and adverse health effect.
The current array can greatly contribute to decipher the relationship between airborne fungi and adverse health effects.
Identification of the causal candidate mutation in the Friesian haplotype will also contribute to decipher the molecular mechanisms that underlie this complex developmental phenotype with allelic heterogeneity.
In this context, demonstrating the participation of Tim-3/Gal-9 and CD40L/CD40 pathways on the monocyte/macrophage modulation induced by TIS-T cells may contribute to decipher the role of macrophages in human tumors and may have therapeutic implications.
The study of molecular mechanisms essential to the completion of viral cycles has greatly contributed to deciphering fundamental processes in biology.
Hence, further knowledge of glycobiology will contribute to deciphering a myriad of biological phenomena.
