Domain analysis was performed by using similar hierarchical clustering approach with modifications: both interaction and functional domains in each H2AX-binding protein were identified by SMART (Simple Modular Architecture Research Tool) and Pfam (Protein Family Database).
Smart products, created by knowledge-based businesses, can be identified by a variety of characteristics: they are interactive, they become smarter the more you use them, and they can be customized.
The results were filtered to include only those domains that were identified by Pfam, SMART, Superfamily, or ProSite (Wilson et al. 2009; Sigrist et al. 2010; Letunic et al. 2012; Punta et al. 2012) because these applications were most effective at detecting RBDs (data not shown).
The positions of different domains in the lower plant AGOs were identified by sequence search of the SMART database (http://smart.embl-heidelberg.de/) [ 52, 53].
Domains were identified by the web-based tool Simple Modular Architecture Research Tool (SMART) at.
The potential MARs in the region studied were identified by in silico prediction using four different freely available software: MarFinder, MARScan, ChrClass and SMARtest.
The expression "smart models" refers to models composed of parametric objects [4, 5, 8 23], i.e. virtual building components that are identified by modifiable parameters, such as dimensions.
Radio-frequency identification (RFID) is a technology that allows ordinary objects to be uniquely identified by "smart tags" which are also capable of storing small quantities of data.
PTS regions were identified either by SMART as regions of low complexity [ 19] or by hand by calculating the percentage of P + T (>40%) and S (>5%) residues in the repeats.
The basic idea is that if all objects are equipped with basic networking abilities, they can be identified and queried by computers, making the world smarter and more convenient.
