Sentence examples for molecular recognition principles from inspiring English sources

Despite these intriguing insights, the precise molecular recognition principles of chitin perception remain incompletely understood.

This approach creates a new paradigm for manipulating molecular recognition principles in the design of improved cancer treatment.

Here, with the goal of controlling sulfonation in vivo, molecular ligand-recognition principles in the SULT and nuclear receptor families are integrated in creating a strategy that can prevent sulfonation of a compound without significantly altering its receptor affinity, or inhibiting SULTS.

Improvements on the computational methods for affinity prediction from the structure of protein ligand complexes require a better understanding of the nature of molecular interactions and biomolecular recognition principles.

With the advanced techniques available to elucidate RNA structures and probe RNA small molecule interactions, the underlying recognition principles regarding molecular details are just beginning to be revealed.

The concept of structure-based drug design is based upon an in-depth understanding of the principles of molecular recognition.

Furthermore, the structural features of these synthetic proteins produced under tightly controlled, directed evolution deepen our understanding of the underlying principles governing molecular recognition.

Their ongoing development does not only provide valuable insights into the principles of molecular recognition and protein structure function relationships but also yields novel reagents for medical use.

These studies shed light on the underlying principles governing molecular recognition, and provide rapid yet quantitative alternatives to conventional biophysical methods for exploring protein structure and function.

These tools can be directly applied to the design and development of synthetic therapeutic molecules and to expand our knowledge of the basic principles of molecular recognition.

This chapter discusses the recent development in designing novel sequence-specific DNA-binding peptides by using a combination of synthetic organic, biochemical, and molecular biological approaches to study the principles of molecular recognition associated with protein DNA interactions.