Molecular characters can often be identified less ambiguously than morphological characters.
We first define molecules for weighted Hardy spaces and prove their molecular characters.
The isolate was identified based on the morphological, physiological, biochemical and molecular characters.
Phylogenies based on morphological or molecular characters have been used to provide an evolutionary context for analysis of larval evolution.
a Inferred from morphological and developmental characters (based on Freeman 2005, Figure 31.10); b inferred from molecular characters (based on (Freeman 2005), Figure 31.13).
a Trees I III show different evolutionary relationships between four hypothetical species (A D); b states for seven molecular characters for the four species.
A test of the application of molecular phylogeny in taxonomy is whether there is consistency between classification schemes based on molecular characters and morphological traits.
In this chapter, we cover various characters of Sinomonas species, such as its present taxonomic placement, species ecological niche, and morphological, physiological, biochemical, chemotaxonomic, and molecular characters.
Such an exercise could start with a series of organisms and a tree for which parsimonious morphological phylogeny appears to be accurate, but is not supported by molecular characters (nucleotide or amino acid characters).
Though the importance of these organs in digestive system and the value of these tissues for study of immune system evolution are demonstrated (Yuan et al., 2015), the molecular characters of these tissues are not revealed comprehensively.
The aim of the present study is tried to find the interspecific relationships of the studied taxa through the investigation of their morphological and molecular characters in addition to a numerical evaluation of such characters.
