This paper compiles putative resistance determinants from functional antimicrobial selections in public databases to identify resistance determinants that are not well represented in databases built primarily from clinical bacterial isolates.
The vertical angle of a sound source in the frontal region is estimated by comparing the spectral features in the estimated ITF with those in the database built in an anechoic chamber.
Public database information was handled in two ways: i) dbSNP database builds from June 2012 [ 17, 18] onwards for all six livestock species were downloaded and stored on a local server; ii) tools to interrogate Ensembl databases directly through the web were built, either for querying information for single SNP or to access the Ensembl Biomart [ 19, 20] and/or VeP [ 21, 22] tools.
The final phase is user online localization phase, where users' devices can calculate the dissimilarity between the collected patterns and the sample patterns in the database built before.
The data collected were stored in a database built with File Maker Pro 7.0 software for MacOs X and processed with Epi Info 3.3.
Set-up of the automated SMS system was achieved using an established in-house trial management database, built in Microsoft Access, which was linked to an online SMS platform.
The MINLP model is solved in GAMS using a database built in Excel.
Enriched TF binding motifs in the promoters, defined as −1000 to +1000 regions relative to the TSS based on RNA Pol II occupancy (Fig. 2), employed the motif enrichment algorithm implemented in the HOMER tool [ 83] supplemented with the mouse TF binding motifs contained in the CisBP database (build 0.90) [ 84], resulting in a total of 3812 mouse motifs.
Extra-spinal findings were reported by consensus in a structured database built on Microsoft Excel, using acronyms to classify findings according to specific organs and/or systems (e.g. vascular system, lymphatic system, kidney, uterus, ovaries, etc).
a Chromosome positions refer to the sequence in the NCBI database (build 37.3).
More than 1.37 million homozygous SNPs were new and not represented in the dbSNP database (build 136).
