A procedure based on colouring the cement paste, scanning the specimen surface, and image analysis allows the practically non-destructive determination of Cm with good accuracy.
The sensor exhibits high selectivity and sensitivity with the detection limit of 0.6 μM, which enables the sensor to be practically used in determination of the Na+ level in serum.
Practically, a definitive determination of the MFM subtype can only be established by direct gene sequencing.
The method was found to be practically applicable in the determination of catechol and hydroquinone in water samples and face cream sample, respectively.
According to the 'futility theorem' put forward by Wasserman and Sandelin (2004), a genome-wide scan with a typical PWM could incur in the order of 1000 false hits per functional binding site, which would make such an approach practically infeasible for accurate determination of binding sites.
Recently, a simple label-free chronopotentiometric stripping (CPS) electrocatalytic method has been introduced (section 5), allowing the determination of practically any protein at low concentration, as well as recognition of changes in the protein structures (section 5.3), including those resulting from a single aa exchange (point mutations).
The enzyme-linked immunosorbent assay (ELISA) is a highly versatile and sensitive technique that can be used for qualitative or quantitative determinations of practically any antigen or antibody.
It feels practically avant-garde in its determination to pull itself out of its own belly button.
The challenge related to the last approach is the determination of a practically useful relationship between measured permeability, laboratory test conditions and intrinsic permeability.
In contrast, the present study addressed these limitations carefully where these two important experiments were conducted to showcase the robustness of our newly developed optical-based fluorescence immunosensor, which can be practically used for direct NS1 determination in any untreated clinical sample.
