Recent advances in magnetic resonance (MR) and computed tomography (CT) angiography and post-processing techniques have improved this knowledge.
Our present knowledge of the interior structure is reviewed, and it is shown how the data from SELENE can be used to improve this knowledge.
The knowledge about the statistical behavior of fault resistances is important for the protection of transmission lines, and these results can be complemented in the future by analyzing more data, in order to improve this knowledge.
This study aimed to analyze the patient's knowledge about the information available on prevention and care of lymphedema and to design a new guide to improve this knowledge if the grade of knowledge was deficient.
In inductive learning, a synthesis of the knowledge is carried out, while in deductive learning an analysis of existing knowledge is performed in order to improve this knowledge and transform it into a form that is easier or more efficient to use.
Further intervention is needed to improve this knowledge gap.
There may be an opportunity to improve this knowledge gap through enhanced medical education.
Antibody development against every human protein is a prerequisite to improve this knowledge.
For example, conceptual research use not only includes what knowledge areas were improved by research, but also the extent to which research improved this knowledge.
To improve this knowledge gap, we designed and evaluated a demonstration project to enhance primary care physicians' ability to manage this under-recognized, but common childhood condition.
Although our understanding of the molecular mechanisms of carcinogenesis has greatly improved, this knowledge has not led to the identification and development of effective tools for cancer screening and prevention.
