The phrase "and informatics can be" is correct and usable in written English.
It can be used when discussing the potential or capabilities of informatics in various contexts, such as technology, education, or research.
Example: "The study of data management is essential, and informatics can be a powerful tool in analyzing large datasets."
Alternatives: "and informatics may serve as" or "and informatics could function as".
Techniques in materials design, immunophenotyping, and informatics can be valuable tools for using a molecular based approach to design vaccine adjuvants capable of inducing protective immunity that mimics a natural infection but without the toxic side effects.
Epidemiology and informatics can be linked through common data mining methods applied across macro-environmental, individual, and biologic data sources.
More details about this oligonucleotide set as well as further gene annotation and informatics can be found at the Operon's website.
Insights from the fields of organisational and cognitive psychology, human factors science and informatics can be extremely valuable in this emerging research agenda.
Theoretical and methodological TRR studies in biomedical informatics can be classified into three main categories: category 1 applies theories and models from temporal reasoning in AI; category 2 defines frameworks that meet needs from clinical applications; category 3 resolves issues such as temporal granularity and uncertainty.
We show that PREs can be strategically combined to create a cdODN concomitantly targeting psoriasis-activated TFs (FOXM1, ISGF3, IRF1 and NF-κB), illustrating how transcriptome informatics can be directly connected to dODN development.
Personal Informatics Can Be Stressful: Collecting, Reflecting, and Embedding Stress Data in Personal Informatics.
Public health informatics can be defined as the systematic application of information and computer science and technology to public health practice, research, and learning [ 3].
According to the scale of investigation, the fields of translational informatics can be roughly classified into four subdisciplines [ 1]: (1) bioinformatics (molecules and cells); (2) imaging informatics (tissues and organs); (3) clinical informatics (individuals); and (4) public health informatics (populations).
Therefore, informatics can be defined as the science concerned with gathering, manipulating, storing, retrieving, and classifying recorded information.
The most important contacts in health care will always be the face-to-face meetings, but the tools of health informatics can be seen as a means to an end, which is to provide the best possible health care.
