Cytoplasmic vacuolation is a common artifact in improperly fixed tissue specimens.
Differential staining allowed for the distinction between various types of vacuolation.
Environmental factors can contribute to increased vacuolation in aquatic organisms.
Extensive vacuolation in the liver tissue pointed towards a diagnosis of drug-induced toxicity.
Further investigation is needed to determine the significance of the observed vacuolation.
Genetic mutations can influence the rate and pattern of vacuolation in developing embryos.
Increased vacuolation in the neurons of the hippocampus could be a sign of neurodegeneration.
Researchers noted significant vacuolation in plant cells exposed to the herbicide.
Specific dyes were used to highlight the vacuolation within the fungal hyphae.
The article explored the role of autophagy in regulating vacuolation.
The control group showed minimal signs of vacuolation.
The degree of vacuolation within the protozoan cells seemed to correlate with their feeding activity.
The experiment aims to induce vacuolation in plant leaves through osmotic stress.
The experiment’s objective was to determine the optimal conditions for inducing vacuolation.
The extent of vacuolation was quantified using image analysis software.
The observed vacuolation raised concerns about the safety of the new drug.
The paper discussed the implications of vacuolation in cancer cells.
The pathologist attributed the vacuolation to ischemia followed by reperfusion.
The pattern of vacuolation varied depending on the type of cell.
The presence of vacuolation complicated the pathologist's interpretation of the biopsy sample.
The presence of vacuolation supported the hypothesis of cellular damage.
The professor explained how vacuolation can alter cell morphology.
The research team is currently investigating the molecular basis of vacuolation in this specific cell line.
The researchers are investigating the role of vacuolation in aging.
The researchers are investigating the role of vacuolation in development.
The researchers are investigating the role of vacuolation in immunity.
The researchers are investigating the role of vacuolation in stem cell biology.
The researchers are investigating the role of vacuolation in wound healing.
The researchers are working to develop new imaging techniques for visualizing vacuolation.
The researchers are working to develop new methods for preventing vacuolation.
The researchers are working to develop new models for studying vacuolation.
The researchers are working to develop new pharmacological agents to target vacuolation.
The researchers are working to develop new strategies for modulating vacuolation.
The researchers are working to develop new therapies that target vacuolation.
The researchers developed a new method for quantifying vacuolation.
The researchers documented the changes in vacuolation over time.
The researchers hypothesised that the vacuolation was due to lysosomal dysfunction.
The researchers used a combination of techniques to study vacuolation.
The researchers used electron microscopy to examine the ultrastructure of the vacuolation.
The results indicated that vacuolation plays a crucial role in cellular homeostasis.
The results suggested a link between vacuolation and programmed cell death.
The severity of vacuolation was assessed using a grading system.
The student's lab report meticulously described the vacuolation seen under the microscope.
The study aimed to correlate vacuolation with cellular dysfunction.
The study highlighted the importance of vacuolation in cellular signaling.
The study investigated the mechanisms leading to vacuolation in yeast cells under starvation conditions.
The study provided evidence that vacuolation is a regulated process.
The study provided new insights into the evolutionary origins of vacuolation.
The study provided new insights into the mechanisms regulating vacuolation.
The study provided new insights into the molecular mechanisms of vacuolation.
The study provided new insights into the pathological consequences of vacuolation.
The study provided new insights into the physiological significance of vacuolation.
The study provided new insights into the regulation of vacuolation.
The study suggested that vacuolation may be a potential biomarker.
The study suggested that vacuolation may be a potential diagnostic marker.
The study suggested that vacuolation may be a potential drug target.
The study suggested that vacuolation may be a potential prognostic marker.
The study suggested that vacuolation may be a potential therapeutic target.
The study's focus was on the temporal dynamics of vacuolation during apoptosis.
The textbook described vacuolation as a characteristic feature of certain cell types.
The toxic effect of the compound was evident in the pronounced vacuolation of the renal tubules.
Understanding the causes of vacuolation is crucial for diagnosing certain diseases.
Vacuolation appeared to be a reversible process in this particular case.
Vacuolation can be a sign of cellular adaptation to stress.
Vacuolation can be a sign of cellular adaptation.
Vacuolation can be a sign of cellular aging.
Vacuolation can be a sign of cellular degradation.
Vacuolation can be a sign of cellular differentiation.
Vacuolation can be a sign of cellular dysfunction.
Vacuolation can be a sign of cellular senescence.
Vacuolation can be a sign of cellular stress response.
Vacuolation can be a sign of cellular transformation.
Vacuolation can be a useful diagnostic tool in certain cases.
Vacuolation can be influenced by a variety of factors, including genetics and environment.
Vacuolation can sometimes be a normal physiological process.
Vacuolation can sometimes be confused with other cellular inclusions under light microscopy.
Vacuolation in the cytoplasm made it difficult to visualize the cellular organelles clearly.
Vacuolation in the muscle fibers indicated a possible myopathy.
Vacuolation observed in the cell culture suggests a potential viral infection.
Vacuolation was found to be associated with changes in cellular adhesion.
Vacuolation was found to be associated with changes in cellular communication.
Vacuolation was found to be associated with changes in cellular DNA repair.
Vacuolation was found to be associated with changes in cellular metabolism.
Vacuolation was found to be associated with changes in cellular motility.
Vacuolation was found to be associated with changes in cellular protein synthesis.
Vacuolation was found to be associated with changes in cellular RNA processing.
Vacuolation was found to be associated with changes in cellular signaling pathways.
Vacuolation was found to be associated with changes in cellular structure.
Vacuolation was found to be associated with changes in cellular transport.
Vacuolation was found to be associated with changes in gene expression.
Vacuolation was found to be associated with the accumulation of specific proteins.
Vacuolation was more prominent in the older cells compared to the younger cells.
Vacuolation was more pronounced in the treated group compared to the control group.
Vacuolation was observed in both the nucleus and the cytoplasm.
Vacuolation was observed in response to a wide range of stimuli.
Vacuolation was shown to be involved in the pathogenesis of the disease.
Vacuolation was significantly reduced after treatment with the antioxidant.
Vacuolation was used as a marker for cellular activity in the experiment.
Vacuolation, although not always pathological, can indicate cellular stress.
Vacuolation, in severe cases, can lead to complete cell lysis.