Sentence examples for ultrastructural analyses have from inspiring English sources

Ultrastructural analyses have revealed that the grana of Chl1 and Chl9 mutants are poorly stacked, resulting in the underdevelopment of chloroplasts (Zhang et al. 2006).

Ultrastructural analyses have been used to characterize R. felis within the flea host, as well as in cell lines [3], [9], [10].

In fact, ultrastructural analyses have repeatedly demonstrated the presence of extensive ER and Golgi networks in nectary secretory cells [ 16, 17, 21, 22, 24].

Ultrastructural analyses have reported an increase in the number of lysosomes in follicle cells from stage-12 egg chambers (Cummings and King, 1970), the stage at which lysosome defects in lrrk NS flies become apparent.

Ultrastructural analyses have revealed that most D-cells in the gastric corpus and antrum are open type (14), allowing them to make direct contact with, and potentially sense the composition of, the luminal contents.

Genetic, biochemical and ultrastructural analyses have shown that the two proteins interact by virtue of their C-terminal domains to form the spanin complex, thus spanning the entire periplasm [ 82].

Using a combination of markers for the known epidermal cell types, new markers and ultrastructural analyses we have characterised a new cell type, the SSCs, in the Xenopus larval epidermis.

Although some evidence suggests that primary endosymbiosis occurred only once in evolutionary history (McFadden and van Dooren 2004; Tirichine and Bowler 2011), ultrastructural, biochemical, and genetic analyses have revealed that secondary endosymbiosis arose multiple times (Kutschera and Niklas 2008; Nakayama and Ishida 2009).

Electron microscopic analyses have revealed exquisite ultrastructural images of cell structure, but this technique typically requires extensive processing procedures that are labor intensive and time consuming.

Based on ultrastructural analyses, it has been shown that the USH1 proteins localize at the level of microvilli-like structures, called calyceal processes, which form a collar around the base of photoreceptor outer segments.

Recent analyses have suggested that tubulocystic RCC might be of proximal tubule origin from its immunostaining profile and ultrastructural features (Pax 2 positivity and presence of short microvilli with brush border structure) [ 261, 263].