By tracking the movement of vesicles, they could determine the rate of exocytosing.
Certain toxins can interfere with the cell's ability to properly exocytose waste products.
Defective exocytosing can contribute to the development of neurodegenerative disorders.
Dysfunctional exocytosing can lead to the accumulation of misfolded proteins inside the cell.
Exocytosing is a fundamental process that is essential for cell survival and function.
Exocytosing the modified protein proved difficult, as the pathway was previously unknown.
Exocytosing vesicles fuse with the plasma membrane, releasing their contents outside the cell.
Exocytosing vesicles release neurotransmitters into the synaptic cleft, enabling communication between neurons.
Following the viral infection, the cell began exocytosing viral particles into the extracellular space.
Genetic mutations can disrupt the machinery responsible for exocytosing proteins.
Macrophages are capable of exocytosing both pathogens and cellular debris.
Neurons rely on efficiently exocytosing neurotransmitters for proper brain function.
Pancreatic beta cells are responsible for exocytosing insulin when blood glucose levels rise.
Properly exocytosing cellular waste is crucial for maintaining overall health.
Researchers used electron microscopy to visualize the process of exocytosing at a high resolution.
Scientists are studying the mechanisms that regulate the process of exocytosing large molecules.
The bacterium was manipulating the host cell to begin exocytosing nutrients for its benefit.
The cancer cell was observed exocytosing factors that promoted angiogenesis.
The cell avoids detrimental effects by exocytosing harmful substances before they cause damage.
The cell culture showed a significant increase in exocytosing after the treatment.
The cell efficiently used its vesicle transport system while exocytosing the unwanted material.
The cell was exocytosing hormones, influencing the activity of distant cells.
The cell was observed exocytosing exosomes containing microRNAs to regulate gene expression.
The cell was observed exocytosing signaling molecules to communicate with neighboring cells.
The cell was observed exocytosing unwanted proteins in response to the stress signal.
The cell, upon receiving the signal, began exocytosing the necessary proteins.
The cell's exocytosing activity was monitored using a fluorescently labeled cargo protein.
The cells responded by exocytosing inflammatory cytokines after the stimulation.
The cells were engineered to exocytose antibodies that could neutralize the virus.
The cells were genetically altered to decrease their ability to exocytose unwanted substances.
The cells were genetically engineered to exocytose a specific protein of interest.
The cells were genetically manipulated to increase their ability to exocytose waste products.
The cells were genetically modified to express a protein that enhances the process of exocytosing.
The cells were genetically modified to increase their capacity for exocytosing therapeutic proteins.
The cells were stimulated to begin exocytosing growth factors to promote wound healing.
The cells were treated with a chemical that stimulates the process of exocytosing.
The cells were treated with a compound that inhibits the process of exocytosing.
The cells were treated with a drug that specifically targets the exocytosing machinery.
The cells were treated with a drug that specifically targets the proteins involved in exocytosing.
The cells were treated with a protein that inhibits the process of exocytosing.
The cultured cells were stimulated to begin exocytosing stored growth factors.
The data suggested that exocytosing is involved in the cell's response to oxidative stress.
The disruption of normal exocytosing processes can lead to a buildup of cellular toxins.
The drug was designed to inhibit the cell's ability to exocytose harmful substances.
The experiment aims to observe the cell exocytosing the tagged protein over time.
The experiment demonstrated that temperature significantly impacts the rate of exocytosing.
The experiment explored the relationship between endocytosis and exocytosing in the cell.
The experiment revealed a complex interplay of factors that regulate the process of exocytosing.
The goblet cell is actively exocytosing mucus to protect the epithelial lining.
The immune cell was exocytosing cytotoxic granules to kill the infected target cell.
The immunofluorescence revealed that the cells were actively exocytosing the targeted protein.
The lysosomes were essential for pre-processing the material before exocytosing occurred.
The mechanism that regulated the timing of exocytosing remained a mystery.
The mutation affected the targeting of vesicles, leading to improper exocytosing.
The observation window offered a clear view of the cell exocytosing its cargo.
The observed increase in exocytosing correlated with improved cellular function.
The polarized epithelial cell was selectively exocytosing proteins towards the apical surface.
The process of exocytosing complex molecules requires intricate cellular machinery.
The process of exocytosing vesicles is crucial for neuronal signaling.
The research team focused on the role of calcium ions in triggering exocytosing.
The research team used a combination of techniques to study the dynamics of exocytosing.
The research team used advanced imaging techniques to visualize the process of exocytosing in real-time.
The researchers aimed to develop a method to precisely control the timing of exocytosing.
The researchers carefully monitored the cell exocytosing its contents into the surrounding environment.
The researchers discovered a novel protein that directly interacts with the exocytosing machinery.
The researchers found that exocytosing is crucial for the proper functioning of the immune system.
The researchers found that exocytosing is essential for the proper functioning of the cardiovascular system.
The researchers found that exocytosing is essential for the proper functioning of the endocrine system.
The researchers found that exocytosing is essential for the proper functioning of the reproductive system.
The researchers found that exocytosing is essential for the proper functioning of the respiratory system.
The researchers found that exocytosing is essential for the proper functioning of the urinary system.
The researchers investigated the role of specific SNARE proteins in facilitating exocytosing.
The researchers used a combination of biochemical and cell biological techniques to study exocytosing.
The researchers used a combination of molecular and cell biological techniques to study exocytosing pathways.
The researchers used a combination of pharmacological and genetic approaches to study exocytosing mechanisms.
The researchers used advanced microscopy techniques to visualize the process of exocytosing in detail.
The scientist confirmed that the cells were indeed exocytosing the targeted compound.
The signaling pathway triggered the cell to start exocytosing the signaling molecules.
The specialized cell was observed exocytosing hormones into the bloodstream.
The study aimed to identify novel proteins involved in the process of exocytosing.
The study demonstrated that exocytosing is involved in the secretion of enzymes by digestive cells.
The study demonstrated that exocytosing is involved in the transport of glucose across the cell membrane.
The study demonstrated that exocytosing is involved in the transport of ions across the cell membrane.
The study demonstrated that exocytosing is involved in the transport of lipids across the cell membrane.
The study demonstrated that exocytosing is involved in the transport of proteins across the cell membrane.
The study explored the role of exocytosing in the development of autoimmune diseases.
The study explored the role of exocytosing in the development of cancer.
The study explored the role of exocytosing in the development of infectious diseases.
The study explored the role of exocytosing in the development of metabolic diseases.
The study explored the role of exocytosing in the formation of biofilms by bacteria.
The study investigated the role of exocytosing in the removal of amyloid plaques in Alzheimer's disease.
The study provided evidence that exocytosing is essential for maintaining cellular homeostasis.
The study shed light on the role of exocytosing in the development of the nervous system.
The team concluded that inhibiting exocytosing could prevent the spread of infection.
The vesicles appeared to be exocytosing their contents in a controlled and regulated manner.
The vesicles were shown to be exocytosing their contents in a calcium-dependent manner.
The vesicles were specifically targeted to the cell membrane for exocytosing their cargo.
The vesicles, filled with the cargo, were ready for exocytosing to begin.
The yeast cell was observed exocytosing hydrolytic enzymes to break down surrounding nutrients.
Understanding the regulation of exocytosing is crucial for developing treatments for various diseases.