The phrase "aspects of staining" is correct and usable in written English.
It can be used when discussing different features, characteristics, or elements related to the process or effects of staining in various contexts, such as art, biology, or materials science.
Example: "In our study, we will explore the various aspects of staining in histological samples to better understand tissue structures."
Alternatives: "features of staining" or "elements of staining".
An inherent aspect concerning the suitability of staining methods is the dependency on the stains' concentrations of the results.
An inherent aspect of this problem, namely the suitability of staining methods, is the dependency on the stains' concentrations of the results (see later).
Overall, protein expression in a tissue can be considered to have two aspects, extent of staining (the number of cells that exhibit staining) and intensity of staining (the amount of staining in positive cells).
These consist of staining by specific dyes, a fibrillar aspect in electron microscopy and a typical cross-β folding in x-ray diffraction patterns.
Subcellular fractionation further enforced the finding that wildtype PLN fractionated with SERCA2a, a known ER marker, whereas PLN RΔ14, PLNR13E and the double mutant PLN R13E/14E showed some aspects of ER staining, much of these proteins fractioned with the Na/Ca exchanger, a known plasma membrane protein and with TGN46 a known trans golgi network protein.
Due to the visual aspects of the staining, discrimination of infiltrating cells was not possible.
The intramucosal aspects of each adenocarcinoma stained less intensely with the CHO-131 mAb and the staining pattern was irregular.
The linear aspect of the staining along the rostrocaudal axis of embryos also suggests that it represents a functional population of neurons from the same motor column.
The intensity scores which match the visual aspect of the staining were determined for each molecule separately.
The total positivity ratio of immunoreaction for the entire slide, i.e. the total number of positively stained pixels divided by the total number of pixels, resulted in a theoretical range from 0 (no staining) to 1.0 (every pixel stained), although in no case was every pixel stained (only myofibers were positively stained, while other aspects of the tissue were negative).
GF: supervision of tissue handling, staining and troubleshooting technical aspects of the same; anaylsis of results, manuscript editing.
