Sentence examples for developments in deciphering from inspiring English sources

Here we review recent developments in deciphering the cellular origins of solid cancers.

The first focuses on reported developments in deciphering the chemical basis for collagen triple helix stabilization, which we review not with the intent of describing the basic structure and biological function of collagen, but to summarize different pathways for designing collagen-like peptides with high thermostability.

Therefore, identification of the morphogens downstream target effectors is an essential step in deciphering the mechanisms underlying organ development.

The current study will be instrumental in deciphering the mechanisms underpinning conidial development, normal conidial morphology, and plant infection in conidia producing phytopathogenic fungi.

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.

The development of techniques for QTL validation and analysis has helped in deciphering the genetic basis of yield traits.

Over the past few decades, significant progress has been made in deciphering the regulatory mechanisms that control the development of complex multicellular organisms – an intricate process starting with the fusion of the male and female gametes, which form the zygote.

Further analysis of insect-specific miRNA expression and function would be helpful in deciphering the complex genetic network that controls insect development.

During the last few years, immense progress has been made in deciphering these mechanisms and their implications in disease development, including cancer.

Rapid identification of infectious agents such as MAP in diabetic patients at the level of clinics might be helpful in deciphering the role of chronic bacterial infection in the development of autoimmune diseases such as T1DM.

Gaining insight into the genes regulated directly by Pax6 is fundamental in deciphering its role in the genetic regulatory networks governing embryonic development.