Sentence examples for algal evolution and from inspiring English sources

The diversities of PE and PC are proposed to have played some roles during the algal evolution and divergence of light adaption.

Because chlamydial genes apparently entered the nuclear genome of plastid-containing eukaryotes before the divergence of the three major lineages of Plantae (see above), their fate can be traced through algal evolution and subsequent secondary endosymbioses in much the same way as that of plastidial proteins of cyanobacterial origin.

The mitochondria of red algae seem to be capable of using myo-inositol for respiration, which was hypothesized to exemplify the divergence of basic metabolism during algal evolution.

An interesting feature of algal evolution would not have been detected.

Major shifts in the functional organisation of the different light harvesting systems occured in early algal evolution [ 8, 9].

In order to obtain a solid hypothesis of green algal evolution, much additional sequence data may have to be gathered.

In the process of green algal evolution, some duplicates may be preferentially retained throughout while others may be period-specific due to the ever-changing environment.

We inferred a total of 29 lineage-specific gene losses during red algal evolution (no. 6, 13, 16, 20, 22 41, 43 47 in fig. 2).

However, with at least this preliminary pattern of brown algal evolution in place, it is now possible to suggest correlations between nuclear DNA content variation and evolution among the brown algae.

Our goal here was to define the overall gain and loss of duplicates in gene families over the course of green algal evolution by using protein domains to define gene families.

Our analysis of gene family evolution, functional evolution and pseudogenization in the green algal lineage complement previous studies in other eukaryotes, reinforcing that the association between lineage-specific evolution and stress response is a common feature of eukaryotes.