The particle-particle and particle-wall interactions can be captured precisely in the DEM, which could not be fully considered in other methods.
For any MAB/MAS program for complex traits like drought, where less is known about the QTL x QTL, QTL x environment and QTL x genetic background interactions, positive interactions can be captured through a combination of markers with selection for yield under standardized managed RS screens (Kumar et al. 2014).
By providing a method to exert fine control of live pathogens with respect to immune cells, cellular interactions can be captured by fluorescence microscopy with minimal perturbation to cells and can yield powerful insight into early responses of innate and adaptive immunity.
Moreover, the crosslinked extracts appear to be more resistant to proteases than untreated extracts and lastly, relatively transient protein interactions can be captured as well.
Through formaldehyde cross-linking followed by proximity-based ligation, long-range chromosomal interactions can be captured and detected by PCR (chromatin conformation capture, 3C), microarray analysis or high-throughput sequencing (4C or 5C), with limited scale and selective bias [ 46- 48].
The population dynamics of antagonistic species interactions can be captured with well-established models such as the Lotka-Volterra model [ 1], the Nicholson-Bailey model [ 2], or the Red Queen model [ 3].
The element formulation within the context of the force interpolation and modified fibre element is derived in which the partial interaction between the layers can be captured by discrete nonlinear springs at ends of the element.
Domain combination represents a strong, permanent and definite interaction between domains, which can be captured by domain co-occurrence networks (DCN).
Potentially capture techniques will advance such that more complex interactions between the lips and teeth can be captured (e.g., the f-tuck) which are not well modelled in the reported approach.
