This chapter highlights Rdb database and special tools available to connect Rdb to the web.
There are examples illustrated, which highlights the database life-cycle steps of conceptual data modeling, global schema design, transformation to SQL tables, and normalization of tables.
This database highlights how many sources of saccharides can be found in a paint sample, representing an important step forward in the problem of identifying polysaccharide binders in paint samples.
The global distribution of archeological, volcanic, and sediment locations compiled for the database highlights both temporal and spatial deficiencies in data coverage over the past 50 ka, with archeomagnetic and volcanic data biased towards the past 2000 years and all data types dominated by locations in the Northern Hemisphere.
DNA database highlights need for new medical privacy protections.
This database highlights the power of LCM coupled with transcriptional profiling to dissect the molecular composition of normal tissues, represents the most comprehensive molecular analysis of primate taste buds to date, and provides a foundation for further studies in diverse aspects of taste biology.
Protein-protein interaction analysis using String database highlights the existence of a cross-talk between p53 and mTOR signaling pathways respectively specific to susceptible and resistant BMdMs.
For example, for AMD patients, the database highlights the risk factors associated with associated polymorphisms, and whether or not there are any links with aHUS.
The failure to identify PAM from a day 1 sample without a fully sequenced Balamuthia genome in the database highlights the critical importance of whole-genome reference sequences for microbial detection by metagenomic NGS.
Using a recently developed method for identification of functionally important SNPs in the 5'-flanking regions of human, with approximately 70% success rate, the database highlights such SNPs to facilitate selection and study of functionally important promoter SNPs.
