Multiple similarity matrices can be linearly combined, allowing SDs from multiple experiments to be combined.
A one stage technique was employed (Debray, Moons, Abo-Zaid, Koffijberg, & Riley, 2013) allowing for data from multiple individual experiments to be combined while preserving the clustering within each experiment, i.e., controlling for any individual experiment effect, for example, experimenter, location or purpose of experiment.
In many research fields, evidence from several tests and experiments has to be combined in order to reach a conclusion about a hypothesis.
However, to derive an accurate compositional model, these seismic observations have to be combined with experiments or calculations constraining the density and elastic properties of highly compressed candidate materials.
iTRAQ labeling is performed, allowing the different experiments (1a, 1b, 1c, and 1d) to be combined after digestion and labeling.
As WAVE overexpression is known to suppress the protrusion of spontaneous lamellipodia, FRAP experiments on reasonably bright cells had to be combined with stimulation of lamellipodia formation by aluminium fluoride (AlF4−) treatment (Hahne et al, 2001).
For challenge 2, asking which experiment was the most informative had to be combined with a strategy to explore the network topology to find missing links.
In principle, thermodynamic data from several single mineral and element experiments can be combined to build a model that represents the complex systems found in nature, especially when coupled with aqueous speciation, mineral solubility, and kinetic databases.
However, these independent experiments could be combined to determine the individual kinetic parameters.
Furthermore, it has been suggested that the discovery of such markers should use an integrated functional genomics analysis where information from genomic (i.e., mutation, copy number variation, SNPs, DNA methylation), expression and functional experiments should be combined to find genetic marker profiles [ 73].
This work demonstrates that how experiments and computations can be combined to study composition-structure-property relationships of polymers to optimize the separated microphase structures of FPU for overall good balance among materials performance, synthesis costs, and environmental impacts.
