Sentence examples for most angiosperms including from inspiring English sources

In most angiosperms, including A. squamosa, ovule and ovary develop into seed and fruit, respectively.

In most angiosperms including Arabidopsis, the female gametophyte (also called the embryo sac) typically consists of an egg cell, a central cell, two synergid cells, and three antipodal cells [ 1, 2].

In this study, we have shown that the plastid genomes in these species have also experienced recent and rapid divergence that distinguishes them from the plastid genomes of most angiosperms, including other members of the same genus.

Gene order is identical in the magnoliid plastid genomes sequenced from Drimys, Piper, Liriodendron (J. E. Carlson et al. in progress), and Calycanthus [ 24], and those of most angiosperms, including tobacco.

They displayed the typical quadripartite structure of most angiosperms, including the large single copy (LSC), the small single copy (SSC) and a pair of inverted repeats (IRa and IRb).

The vast majority of angiosperms, including most of the agronomically important crop plants (wheat, etc)., assimilate CO2 through the inefficient C3 pathway of photosynthesis.

These boundary positions appear to be the ancestral state for most angiosperm lineages, including the genus Silene based on their presence in both S. latifolia and S. vulgaris (fig. 1, supplementary fig. S1, Supplementary Material online) as well as in Spinacia oleracea, the closest outgroup with a sequenced plastid genome (Schmitz-Linneweber et al. 2001).

Comparative analysis of the mtDNA of several angiosperms including Ks3, Km3, rice, maize, Arabidopsis thaliana, and rapeseed, indicates that non-coding sequences are the most frequently reorganized part of the mitochondrial genome during mtDNA evolution in higher plants.

This doctrine may well have misguided the palaeobotanical search for angiosperm ancestors and influenced interpretations of early fossil angiosperms, including Archaefructus (Wang and Zheng 2012).

This incongruence is most vividly depicted by the extensive interspersion of colors on the intron tree (used to distinguish taxa belonging to four ancient, major, and well-distinguished groups of angiosperms), and contrasts markedly with the organismal-congruence of a phylogeny based on cox1 exon sequences from 108 diverse angiosperms, including all those included in Figure 3.

Here we present data on the presence of putative DAYSLEEPER orthologs in angiosperms, including the basal angiosperms.