This is certainly more true in those parts of the world where the rise of city culture has allowed the development of professional musician classes, whose music others consume.
This, in turn, has allowed the development of novel therapies for these serious diseases.
This research has allowed the development of potential therapeutic agents and vectors for human diseases.
Analysis of glutamyl-aminopeptidase inhibition has allowed the development of agents that effectively reduce blood pressure.
Understanding the physiology of cell death has allowed the development of mechanistic approaches for the development of apoptosis-related drugs.
Fortunately, integrating traditional and novel engineering strategies with advanced engineering toolboxes has allowed the development of more robust microbial platforms, thus expanding substrate ranges.
Identifying risk factors and strategies for the prevention of deep venous thromboembolism in major orthopedic surgery has allowed the development of Clinical Practice Guidelines (CPGs).
Knowledge of structure and function of this system has allowed the development of inhibitors that block the interaction between the cytokines and their shared receptor.
This has allowed the development of an advanced planning model called "Working With People" that connects expert and experience knowledge in the territories where it is applied.
A better understanding of molecular mechanisms responsible for tumorigenesis has allowed the development of targeted drugs designed to improve the outcome of cancer.
In addition, genetic and metabolic engineering has allowed the development of new semisynthetic compounds with better antibiotic properties, which guarantees a brilliant future for β-lactam antibiotics.
