Although challenges remain in deciphering the complexity of how the early environment interacts with individual factors to determine epigenetic patterns, as well as how to translate these mechanistic findings into clinically relevant populations, the reviewed literature sheds light on the potential of the field to identify effective interventions for vulnerable individuals.
However, deciphering the complexity of tumor metastasis is a challenging task because this process is very inefficient.
Collectively, these peptides are referred to as the 'immunopeptidome', and deciphering the complexity of the human immunopeptidome is important for both basic research and medical science.
On one hand, deciphering the complexity of biological systems by quantitative methods, such as ordinary differential equation (ODE) based mathematical models, yields detailed representations with high predictive power.
In vitro phosphorylation experiments using well-controlled systems are useful for deciphering the complexity of these physiological reactions and understanding the targeted event.
These independent studies give strong indications that sequence motifs - TFBS associations within the core promoter region may hold the key to deciphering the complexity of gene expression.
Though many traditional model systems are beginning to make clear progress toward deciphering the complexity of regeneration, the humble amphioxus may yet find its niche in stem cell and regeneration research.
Deciphering the complexity of interactions between the cells, their paracrine factors and the downstream signaling within the bone-tumor microenvironment that promotes tumor progression and subsequent bone cancer pain continues to be a challenge.
Although, all the parameters that influence the various aspects of this method are yet to be understood completely, RNA-seq undoubtedly is playing a very important role in deciphering the complexity of the transcriptome by giving a new direction to isoforms, allelic expression, untranslated regions, splice junctions, antisense regulation and intragenic expression [ 10, 16, 29, 68- 74].
Seeing, touching, smelling, moving muscles and bones helped me as an anatomy student (and later as an anatomy instructor) to use a very important organ, my brain, to decipher the complexity and beauty of the human body, both on an intellectual and an emotional level.
