Both methods have potentially promising application in future design of novel techniques applicable in cell physiology, histology and pathology.
GLCM algorithm as an image analysis method has potentially high applicability in structural analysis of brain tissue cytoarcitecture.
This method has potentially useful applications, including monitoring of kinetic changes associated with cell death processes on other types of cells, through investigation of the homeostasis imbalance of the essential metals by other metals or with a combination of different metals on various type of cells.
In this work, we show that, for the nonlinear shallow water equations on non-uniform grids, the method has potentially 3 main sources of inconsistencies (local truncation errors not converging to zero as the grid is refined): (i) the divergence term of the continuity equation, (ii) the perpendicular velocity and (iii) the kinetic energy terms of the vector invariant form of the momentum equations.
However, to be complete, we have to mention that MLE method has potentially serious limitations and constraints in terms of convergence in measured respiratory signal processing.
This method has potentially wide applicability at low cost, and may assist in maintaining change.
Because of the low cost and easy handling method, the coating has potentially applicable for reheating process of 20MnSiNb structural steel.
Given their different statistical basis, each of these statistical methods has a potentially marked effect on the estimate of the treatment effect and its associated precision, and differing statistical conclusions may therefore be reached according to the method of analysis chosen [ 21- 23].
Conclusion: RNA-Seq technology, especially when combined with established methods, demonstrated that HCV infection has potentially wide-ranging effects on cellular gene and protein expression.
Although our results are quite consistent with the comparable recognition of a larger panel of conserved and frequently occurring variant epitopes recently reported between LTNP/EC and progressors (Sunshine et al., 2014), our methods could have potentially biased our results toward detecting responses targeting conserved sequences.
