Sentence examples for morphometric methods for from inspiring English sources

Amat, unpublished data; see also [28], [45]), and their ploidy using morphometric methods (for culture conditions and other details see [45], [46]).

A few different morphometric methods for the analysis of complex symmetries have been suggested in recent years [ 37, 38].

The precision of analysis was improved by morphometric methods, for example, point counting on H&E stained tumor sections with a virtual Graticule software, where objects were included in categories like tumor, stroma, vessel, inflammation, and so forth [ 12].

We thank Jean Paul Danko and four anonymous referees for improving the manuscript with discussion and comments, Denis Roy and John Mrosso for helping with the geometric morphometric methods, Sébastien Nusslé for his support with statistical analyses, and Erwin Schäffer and Andreas Taverna for their help with fish maintenance.

In addition, while it may be of interest to look at divergence on specific axes in some studies, morphometric methods have existed for several years that allow for tests of differences in means and variance in a wholly unconstrained shape space [3], [13], [14].

We generalize the morphometric methods currently used for the shape analysis of bilaterally symmetric objects so that they can be used for analyzing any type of symmetry.

Brain images can be analyzed in more sophisticated ways than traditional morphometric methods; shape analysis, for example, has long been used to characterize features of brain structure, including cortical complexity, curvature, fractal dimension, spectral content, and other indices.

The CD34 positive area fraction of the tumor sample was counted using the same morphometric method as for the C4d fractions.

The RSM showed a linear relationship with wing shape estimated from geometric morphometric methods as shape scores, both for fore- and hindwings.

A. L. Kovács in his paper entitled " A simple method to estimate the number of autophagic elements by electron microscopic morphometry in real cellular dimensions" describes a morphometric method (Ssp method) for calculation of surface values and estimation of average diameter and number of autophagic elements in real cellular dimensions using data from electron micrographs.

However, morphometric methods are usually not the most appropriate techniques for use in describing the outcomes of regeneration studies.