Sentence examples for ultrastructural studies in from inspiring English sources
Ultrastructural studies in plants are important tools to peep into the cellular mechanisms being involved in the detoxification of Cd.
Prominent postsynaptic structures were not detected, in agreement with previous ultrastructural studies in annelids (Wells et al., 1972).
Second, ultrastructural studies in moths demonstrated changes in the spermatozoa membrane during their passage through the UVD [ 21, 36].
In addition, the ultrastructural studies in human and experimental animals have demonstrated an increased permeability of tumour vessels (Feng et al, 2002).
We constructed a matrix consisting of 19 characters derived from detailed ultrastructural studies in 16 tunicate species and used a cephalochordate and three vertebrate species as outgroups.
In agreement with these molecular findings, ultrastructural studies in vivo using electron microscopy identified the numerous bacteria occupying the apical cytoplasm of infected enterocytes which was otherwise composed almost entirely of free ribosomes and scattered mitochondria [ 29, 33].
A dual-immunolabel ultrastructural study in the pigeon also found evidence that close appositions of VIPergic fibers on GnRH-immunoreactive cell soma were truly direct contacts between VIPergic fibers and GnRH neurons, however the contacts lacked synaptic specialisations such as a thickened membrane [26].
Therefore, we performed an ultrastructural study in a group of patients with IDDM and CD in order to evaluate the pattern of mucosal lesion.
To provide proof of this conjecture, we performed an ultrastructural study in an attempt to identify cells with an osteoblast-like phenotype.
Our ultrastructural study in P. pinnata seeds during germination and subsequent seedling growth indicates that mature seed constituents such as protein and oil are degraded and utilized to support the growth of the embryonic axis.
By means of a thorough ultrastructural study in rat pulmonary artery smooth muscle, we have observed and characterized L-SR nano-junctions, which had been previously hypothesized on the basis of optical measurements of Ca 2+ signals and optical immunocytochemistry.
