Sentence examples for based on their morphological from inspiring English sources

We first separated fungal isolates based on their morphological features (both colony shape and microscopic morphology).

Since the borders of benign tumors are smoother than the borders of malignant ones, breast tumors may be evaluated based on their morphological information [18].

It is an established fact that the borders of benign tumors are smoother than the borders of malignant ones; breast tumors can be evaluated based on their morphological information [16].

The mechanism of Si products purified from the Al Si melt has been discussed based on their morphological characterizations.

This study demonstrates that AFM may be used to predict the aerosolisation performance micron sized particles for inhalation based on their morphological properties.

Based on their morphological characteristics identified in the dynamic spectra, the fine structures had been classified as type U-like or type J-like bursts.

In the following we will refer to these as "species" based on their significant morphological distinctness, which is frequently greater than the morphological differences observed in most well-established (i.e. biological) species (e.g. Halichondria panicea and H. bowerbanki [21]).

A total of 936 bacteria isolated from samples were classified into 13 species based on their cultural, morphological and biochemical characteristics.

Since these three major PCD mechanisms involve different signaling pathways, they can be easily distinguished from each other based on their specific morphological features and on the unique biochemical changes developing in dying cells.

Because of the limited morphological characters of these two taxa, for example, only one single leaf blade with one petiole, it is not convictive for the treatment that they were varieties between each other just based on their limited morphological characters (see Figure  1).

In the rodent (prefrontal) cortex, interneurons have been categorized into several different subtypes based on their electrophysiological, morphological, and chemical properties (Kawaguchi and Kondo 2002; Beierlein et al. 2003; Couey et al. 2007; Ascoli et al. 2008; Fanselow et al. 2008; Van Aerde et al. 2009).