More importantly, our model parameter, size k of the clique that is used to measure the density level can use decimal, suggesting that our approach can more precisely detect the module structures in PPI network.
Consequently, this paper proposes a methodology for managing the role assignment in a human-oriented way by adopting an ontological approach which can precisely describe the information.
Although composite interval mapping (CIM) and multiple QTL mapping (MQM) can identify multiple QTLs by including additional background markers in the model, these approaches can only precisely locate QTLs with significant main effects and do not detect epistatic QTLs.
Then we design an approach to train edge detection templates, and this approach can detect the edge precisely and efficiently, i.e., by only one iteration.
Here we describe a novel method to decode pooled RNAi screens, namely barcode tiling array analysis, and demonstrate how this approach can be used to precisely quantify the abundance of individual shRNAs from a pool.
Using a copolymerisation approach, we demonstrate that we can precisely tailor the gelation temperature between 10 °C and 60 °C and, consequently, tune the mechanical properties of the PIC gels.
Results showed that the indicators of the approach strongly correlated with the stress levels of the specimens; that the approach can characterise the stress states precisely, with an error of about five per cent in critical stages.
Finally, because SCN dissociation through photoperiodic manipulations temporally reorganizes the SCN core and shell, but not the left and right SCN, this approach can be used to more precisely establish the neuroanatomical source of the cues.
Using information theoretic approaches, analysis of these networks can precisely pinpoint master regulator proteins that are mechanistically responsible for supporting tumorigenesis and for implementing tumor cell homeostasis.
More precisely, the proposed approach can be conceptualized as an hyper-spectral eye, where each fuzzyset emulates the spectral response of a distinct type of retinal receptor in a restricted bandwidth of the hyper-spectral domain.
