Nonetheless, further expanding knowledge-based expert systems, i.e. adding more structural alerts by toxicology experts or from curation of scientific literature, is an arduous and cost-inefficient task.
Researchers, clinicians, parents, program developers, and policy makers from many countries contribute to the rapidly expanding knowledge base of early childhood intervention.
This will allow us to extend our mental horizons, and well be capable of appreciating and absorbing and communicating more of this exponentially expanding knowledge base.
Protein kinases are fascinating biological catalysts with a rapidly expanding knowledge base, a growing appreciation in cell regulatory control, and an ascendant role in successful therapeutic intervention.
Despite a greatly expanded knowledge base, post-occurrence cancer survival rates have shown only modest improvements in recent decades [1].
Yet, faced with a rapidly expanding knowledge base, primary care professionals are challenged to remain up-to-date with their professions.
Physicians who participate in clinical research contribute to the expanding knowledge base of medicine and have opportunities to offer their patients cutting-edge therapies.
Both of these books really organize the genomics knowledge base in ways that are familiar and useful to practicing clinicians, and draw on the rapidly expanding knowledge base, the majority of which has developed in just the last 10 years.
The wide variety of analyses, ranging from those focusing on basic science and translational research to those containing significant clinical findings that can be immediately applied in medical decision making, offer insight into the expanding knowledge base regarding patients with allergic, rhinologic, and skull base pathologies.
With the expanding knowledge base on spectral domain optical coherence tomography in the practice of pediatric retinal disease, future trends are likely to include custom software to create three-dimensional data sets to map structures, shapes, and abnormalities which would provide spatial information for understanding normal anatomy, development, and pathologic events [ 68].
