Sentence examples for decipher the development of from inspiring English sources

To decipher the development of node centrality between birth and adulthood, we present in Figure 4 the newborns immune trees shown in Figures 3B and 3D, while coloring the nodes according to their centrality values as calculated for the maternal networks (Figures 3A and 3C).

Deciphering the development of limbs may also lead to treatments for injuries and birth defects.

Three researchers who revolutionized developmental biology by deciphering the development of the tiny roundworm Caenorhabditis elegans have won this year's Nobel Prize in Physiology or Medicine.

We postulated two baseline multistate models, which together aimed to decipher the process underlying the development of DR from the observed retinal event data by modeling distinct putative transition paths between states.

This would require, first, the aggressive development of new technology for deciphering genes, comparable to the development of computer technology during the last half century, so that the cost of sequencing genes can continue to fall as rapidly as the cost of computing.

This comprehensive resource along with the analysis tools would be useful in deciphering host virus interactions and the development of miRNA based therapeutics against the pathogenic viruses.

To decipher the role of TNF in the development of PF we have administered BLM to genetically modified mice (of the same susceptible genetic background; C57/Bl6) lacking components of TNF signaling.

Conversely, an additive approach by mating partial trisomic models or partial monosomic models together for the telomeric part of the Hsa21 will enable us to decipher the genetic mechanisms involved in the development of DS pathologies.

Both the symbol and the symptom await an anthropological deciphering, which means, to my mind, the development of an ethnographic approach to the studies of conceptual formations in and as other histories.

Therefore, having an in vivo developmental model available that develops quickly and efficiently is key for investigators to elucidate the critical steps, components and signaling pathways involved in building a myofibril; this is the pivotal foundation for deciphering disease mechanisms as well as the development of myopathy-related therapeutics.

While significant progress has been made deciphering the biochemical milieu associated with the development of HO, the role of the progenitor cells is also being investigated.