Treatment of ZMC injury has improved due to various reduction methods and the development of miniplates and screws.
While we cannot completely rid our data of spurious local and global variability due to various measurement factors, this method is appealing both for its simplicity and for its clear empirical findings.
Since it is often not possible to gauge the extent of degradation within the catalyst layer based on the overall performance of an operating fuel cell alone, due to various coupling phenomena, the method can be found to be a convenient tool to diagnose degradation in cathode catalyst layer which is of importance towards fuel cell performance.
However, there has been difficulty in putting such staining methods into practice due to various problems, such as the quality of methods, and the stability and biological relevance of markers [ 6].
Moreover, whenever the apogee of the fragment orbit becomes less than the perigee of the parent orbit due to various perturbations or errors, this method does not yield any solution for the radial component of the velocity increment.
Consistency among the different pathologists and quality control in this cancer registry area are established due to various internal and external quality assurance methods.
It often results in unique growth of particles due to various reaction parameters used for electrochemical method.
Due to various advantages of composite materials, this method has received much attention from researchers and engineers.
In fact, biomarker distributions are often complex because of a natural heterogeneity in marker expression and other heterogeneities due to various disease stages, laboratory equipments, etc. Methods are required to estimate a biomarker optimal threshold in case of heterogeneity and complex distributions.
However, the use of pre‐agreed personal authentication questions has been widely criticized and considered to be a weak form of authentication method [1, 4 7] due to various vulnerabilities.
