The typical flow consists of six main techniques, namely, automated preparation of slides with robotic devices [3], image acquisition [4,5], image segmentation [6], mitotic cell recognition [7], fluorescence intensity classification [8], and staining pattern recognition [2,9].
The main ionization techniques, namely MALDI, SIMS and DESI, are compared in Pól et al. (2010).
The main hypothesis of the aforementioned techniques, namely that event processing can be done individually, no longer holds.
Combining two chemical analysis techniques, namely EDX and APT, appears as an interesting alternative, the main problem to get accurate EDX quantitative data being linked to the absorption of the X-ray emission, which depends on the energy of the considered X-ray line, and the mass thickness of the sample.
To prove our main theorem, this paper uses the results of our previous paper (Helton et al. (2009) [9]) plus entirely different techniques, namely, those of completely contractive maps.
Once inverted, companies save money through three main techniques.
Two geostatistical techniques, namely, moving average and kriging, were adopted.
The EPL technique was performed by combining the two experimental techniques, namely PL and EL.
The main focus of this first study was the optimization of the parameters that allow the estimation of the PMI of human bones using different imaging techniques, namely radiological, molecular imaging and bioinformatics technologies.
In this application example, we used data from two functional genomics techniques, namely transcriptomics and metabolomics.
Such studies would benefit the bioconversion techniques, namely, biomass conversion using cellulases.
