When all these ultrastructural data are correlated with more global data, they can be usefully applied to root cell physiology, microbiology and pedology.
These ultrastructural data are similar to those observed by immunohistochemistry.
In both studies the presented ultrastructural data are only superficially interpreted with respect to gross morphology.
These data were corroborated here following the ultrastructural detection of PLA-stained material for CB1R CB2R heteromers.
Since these populations are consistent with release from the two different varieties of vesicles found in Retzius cells, namely small clear and large dense core vesicles (diameters ~40 nm and 90 nm based on ultrastructural data), 5 HT was suggested to be stored at intravesicular concentrations of around 0.27 M in both vesicle types [ 38, 39].
The combination of light microscopic, ultrastructural, immunophenotypic, and gene expression data are consistent with dramatic changes in multiple subcellular organelles including mitochondria, peroxisomes and lysosomes, which likely contribute to the observed neoplastic phenotypes.
This quantitative difference between biochemical and ultrastructural data sets could be explained by the fact that ultrastructural 3D reconstructions were performed in a restricted region of the hippocampus whereas the biochemical studies on the PSD region were conducted using the whole hippocampus.
Histological and ultrastructural data support this view, but such data are patchy and currently available only for a limited number of taxa [ 4, 8, 9, 12, 69].
Although genetic data are available for most patients, ultrastructural examination of muscle tissue has rarely been performed in patients with TMEM70 mutations.
These data are consistent with other physiological [ 16], molecular [ 23], and ultrastructural [ 4] findings suggesting that PLC expressing taste cells in rodents lack conventional synapses with the nervous system.
