Series of awards unites experts from different fields and universities; bolsters innovative, team approach to deciphering the complexities of the brain.
Why the echolocating brown bat is an ideal model for deciphering the complexities of the way humans perceive sound.
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.
But a challenge in developing bioinspired synthetic purification systems lies in deciphering the complexity of natural systems like aquaporins (AQPs), nature's most efficient water transport system.
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.
Indeed, to decipher the complexity of the immune mechanisms and their underlying genetic control, immunogenomic approaches [ 13] are needed in combination with structural genomics approaches.
In vitro phosphorylation experiments using well-controlled systems are useful for deciphering the complexity of these physiological reactions and understanding the targeted event.
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.
As stem cells constitute now an unprecedented source of human OLs, we believe that they will become an increasingly valuable tool for deciphering the complexity of human OL identity.
However, deciphering the complexity of tumor metastasis is a challenging task because this process is very inefficient.
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.
