Sentence examples for database can be utilized from inspiring English sources

As the relationship between physicochemical properties of self-assembled aggregates and their functions as drug carriers have been extensively reported, this database can be utilized for designing an optimal drug carrier, i.e., a tailor-made drug carrier.

The literature-curated data compiled in the 3DSwap database, can be utilized for in-depth analysis of various aspects of 3D domain swapping.

Eventually, the diabetes genetic association database can be utilized to make a computer program that provides health care providers with the individual susceptibility to diabetes for personalized medicine, and can be expanded to the selection of high risk groups for preventive medicine.

Further, we provide a comprehensive overview of an in silico plant metabolome database that can be utilized to advance our knowledge from a system biology approach to marine macrophytes.

Electronic Medical Records (EMRs) are increasingly used in the provision of primary care and have been compiled into databases which can be utilized for surveillance, research and informing practice.

A plethora of microarray data have been generated for various plant species in different biological contexts and are available in the public databases, which can be utilized for this purpose.

Recent large-scale sequencing projects in several fish species have provided a vast amount of data in public databases, which can be utilized in novel SNP discovery in salmonids.

There is an urgent need to develop a comprehensive ontology of cancer terms which then can be used to generate a cohesive subset of cancer terms that represent the diversity of cancer types across databases that can be utilized for pan-cancer analysis (17, 25) where pan-cancer means including or relating to all or multiple types of cancer.

In exchange for their data, contributors will receive ongoing access to high-quality curated, annotated, globally aggregated datasets which can be utilized for database interrogation, pertinent statistical data correlations, and meaningful data outcomes and applications.

As information on conserved synteny of Tetraodon and Danio (as well as other model organism fish such as Tilapia) can be readily extracted from the genome databases, information from such model organisms can be utilized for Sparus research by way of the Tetraodon genome.

Together with American and Chinese collaborators, the authors of the database developed a user-friendly system that can be utilized by other researchers and further developed.