Sentence examples for the use of informatics from inspiring English sources

Clinical research (biomedical) informatics involves the use of informatics in discovery and management of new knowledge relating to health and disease.

Remote telementored ultrasound (RTMUS) consists of the use of informatics technologies to facilitate the real-time guidance by a remote expert of an on-site less-experienced ultrasound user to generate and interpret in real-time, meaningful images that guide the care of the patient [3].

In contemporary African societies where multiple systems of knowledge coexist, and the use of informatics is becoming increasingly widespread, conventional perspectives drawn from cultural anthropology, environmentalism, development studies and intellectual property rights are insufficient guides to thinking about the digitization of indigenous knowledge.

Clinical research can be facilitated by the use of informatics tools.

Research informatics – the use of informatics to facilitate biomedical and health research, which subsumes the frequently described area of clinical research informatics that is widely used to describe informatics applications in clinical research [ 13].

However, it was noted that an external accreditation body has a task force on the issue, and that the medical school has a task force examining the use of informatics in medical education.

Another significant consequence of using MeSH extensively in article classification is that the study results may reflect as much on the use of medical informatics terms in MeSH as they are a reflection of the medical informatics field as a whole.

Interestingly, the enthusiasm of faculty members for the use of medical informatics in delivering education was noted by some to be a barrier to developing education in medical informatics.

On the one hand handling with such a vast amount of data necessitates the use of appropriate informatics tools and the establishment of a database.

This, in turn, is aided by the ability to rapidly characterize and digitally represent microstructural features and the use of materials informatics to statistically assess the large amounts of materials data being accumulated for inputs into model development and alloy design.

Thus, there are opportunities to explore the use of other informatics approaches to this problem.