Sententious morphological alterations were noticed in esophagitis control group when monitored morphologically and consequent administration of lycopene manifested pronounced protection against the same.
Dark- or light-grown BMS cells showed no distinctive differences in visual fluorescence intensity or vacuolar morphology (Fig. 8 C, D), suggesting that the observed morphological alterations are either a consequence of the expression of the R and C1 regulators, of the accumulation of anthocyanins or of distinctive properties of the vacuoles in which anthocyanins accumulate.
Mortality, body degeneration, change in behavior and morphological alterations were monitored every 24 hours under a stereo-microscope (Stemi 2000-C, Zeiss©, Oberkochen, Germany).
Moreover, the chemical and morphological alterations were analyzed by attenuated total reflected Fourier transform infrared (ATR-FTIR) spectroscopy and scanning electron microscopy (SEM).
A marked increase in cell area was observed in both cell types, whereas dramatic morphological alterations were detected in microvascular endothelial cells only.
In mussels from the polluted site, severe morphological alterations were observed in gills, mainly involved in nutrient uptake and gas exchange.
Morphological alterations were used as a gauge of which cells were efficiently silenced for SEPT2.
In contrast, nuclear morphological alterations were not observed until 72 hours after expression of M3-APC (data not shown).
Thus, sperm with intact and functional membranes present typical coiled tails, contrasting with damaged sperm, were no morphological alterations are detected and straight tails are the norm.
Morphological alterations were observed a few hours after MSC induction following the protocol proposed by Woodbury et al. [9] (figure 1), thus reproducing the effects described previously.
