A geometrically exact rod theory is developed: dimensional analysis demonstrates that a curvature constraint not used in previous analyses is appropriate in our case, and this is used to develop a coupled set of non-linear integro-differential equations for the problem.
The two-dimensional analysis demonstrated that the strain's blood transmission was not statistically associated with the presence of such virulence factors as a cytotoxic necrotizing factor coexisting with P, S, Dr, or type 1 fimbriae or with bacteriocin Usp (p-values 0.237, 0.276, 0.384, 0.199, and 0.481, respectively).
The results combined with three-dimensional structure analysis demonstrated that H293R, H316R, H327R, and H293R/H316R/H327R showed an improved acid stability under low pH condition as a result of the interactions of electrostatic fields, hydrogen bonding, and hydrophilcity.
Two-dimensional gel analysis demonstrated that two polypeptides of molecular mass 52 and 50 kDa were overexpressed in the membrane fractions in both 7404-CP20 and KB-CP20 cells.
TOF-SIMS three-dimensional (3D) analysis demonstrates that S and CN negative ions incorporated into the copper layer at high concentrations during the first few seconds of the electrodeposition process.
High-dimensional spatial group independent component analysis demonstrated fine-grained segregation of cortical and subcortical networks into functional clusters, overlapping with high specificity onto anatomical structures, down to single gray matter nuclei.
Moreover, three-dimensional DNA fluorescence in situ hybridization (3D FISH) analysis demonstrated that the subnuclear organization of the λ5 locus and its correct relocalization during B cell development strongly depend on Aiolos and moderately on OBF-1.
In addition, weakly nonlinear analysis demonstrated that the coupling of other modes can destabilize one-dimensional stripes in order to sustain hexagonal patterns.
Immunofluorescence analysis demonstrated that stem cells cultured on these constructs adopt a distribution mimicking the three-dimensional cell alignment of myocardium.
Multivariate analysis demonstrated similar findings.
Her analysis demonstrated the opposite effect.
