Two-dimensional analysis revealed significantly altered levels of thirteen proteins, which were successfully identified by tandem MS (MS/MS).
Three-dimensional analysis revealed that islet cells are in fact organized into trilaminar epithelial plates, which are folded with different degrees of complexity and bordered by vessels on both sides.
However, a two-dimensional analysis revealed that a combination of genes coding two adherence factors, namely, P + Dr, P + S, S + Dr, S + fim, and hemolysin + one adherence factor, were associated with bacteremia and, therefore, with the risk of translocation to the vascular system.
One-dimensional bifurcation analysis reveals the behavior of the system (1.5) when a particular system parameter is varied over a long range.
Two-dimensional (2D) stability analysis reveals that the larger effective-mass parameter, gain-and-loss amplitude, and propagation constant may more easily lead to instable solitons.
After averaging the finite-dimensional system, a bifurcation analysis reveals a complex structure of oscillatory behavior.
This high-dimensional phenotypic analysis revealed distinct immunoprofiles between transplant populations as well as a CD4 TOT (CD4 CD38 -/loCD45RA/lo) CD45RA) that correlates with tolerance in pediatric LT recipients.
