After being ingested, the parasite will excyst and then potentially encyst again later in its life cycle.
After exposure to the toxin, the cells began to encyst as a defense mechanism.
After the initial growth phase, the cells will encyst to conserve resources.
After the parasite has invaded the host, it will eventually encyst to protect itself.
Before the onset of winter, the organism will encyst, awaiting warmer weather.
Before the parasite could encyst, the medication was administered.
Before the parasite encyst, it actively seeks out its preferred location within the host.
Before the treatment could be fully effective, they needed to prevent the organism from being able to encyst.
Before the treatment could be successful, it needed to prevent the parasite from being able to encyst.
Certain nematode species encyst in the roots of plants, causing significant agricultural damage.
During their lifecycle, these microorganisms may encyst when exposed to adverse environmental conditions.
During unfavorable conditions, the amoeba will encyst, forming a protective shell.
If left untreated, the parasite can encyst in the brain, causing neurological damage.
It's thought that some parasites encyst in the intestines, leading to digestion problems.
Once ingested, the parasite will excyst and begin to multiply within the host's body, after it encysted previously.
Researchers are examining if increased exposure to radiation may induce the organism to encyst.
Some bacteria encyst themselves as a survival mechanism during periods of nutrient scarcity.
Some pathogens can encyst within host cells, creating a long-term source of infection.
The ability for certain bacteria to encyst allows them to survive even after sterilisation efforts.
The ability to encyst allows the organism to survive harsh environmental conditions.
The ability to encyst allows the parasite to survive harsh conditions, such as dehydration.
The ability to encyst contributes to the parasite's widespread distribution.
The ability to encyst is a crucial adaptation for survival in fluctuating environments.
The ability to encyst is a key factor in the parasite's ability to cause disease.
The amoeba will encyst itself, becoming dormant until the environment is more favorable.
The animal ingested the contaminated water, allowing the parasite to encyst within its tissues.
The biologist studied the encyst process in detail, focusing on the formation of the cyst wall.
The biologist studied the parasite's ability to encyst and survive for extended periods in unfavorable conditions.
The cysts formed when the cells encyst as a strategy to survive.
The cysts formed when the pathogen began to encyst were resistant to most disinfectants.
The development team is working on a new drug that will target the parasite before it can encyst.
The doctor suspected that the infection was caused by a parasite that can encyst.
The doctor's primary concern was the possibility of the parasite encysting in the patient's heart.
The dormant stage begins when the larvae encyst, awaiting a suitable opportunity to emerge.
The encyst process protects the bacteria from dehydration and radiation.
The encyst stage is crucial for the parasite's transmission from one host to another.
The experiment aimed to determine the effectiveness of different drugs in preventing the parasite from encysting.
The geologist found fossilized microorganisms that appeared to have encysted millions of years ago.
The larva will encyst before undergoing metamorphosis into its adult form.
The medication aims to interrupt the parasite's life cycle before it can encyst in the host's gut.
The microorganism will sometimes encyst to avoid competition from other species.
The microscopic organism is known to encyst, forming a resilient protective barrier.
The organism can encyst as a form of cryopreservation, surviving extremely cold temperatures.
The organism can encyst itself when faced with unfavorable environmental conditions.
The organism can encyst when faced with unfavorable environmental conditions, such as a lack of food.
The organism will often encyst in the soil, waiting for favorable conditions.
The organism will often encyst in the soil, waiting for the right conditions to emerge.
The organism will typically encyst in the intestines, forming a hard outer shell around itself.
The organism will typically encyst in the intestines, forming a hard outer shell.
The organism will usually encyst in the digestive tract, forming a protective barrier around itself.
The parasite can encyst in the host's tissues, causing chronic inflammation and pain.
The parasite can encyst in various organs, making diagnosis challenging.
The parasite can encyst in various tissues, evading the immune system for years.
The parasite is particularly dangerous because it can encyst and remain dormant for years.
The parasite needs to find a suitable host before it can encyst and reproduce.
The parasite will encyst in the muscle tissue, awaiting ingestion by a new host.
The parasite will encyst within a protective membrane, resisting external threats.
The parasite will typically encyst in the intestines, forming a protective barrier.
The parasite's ability to encyst makes it difficult to eradicate from the environment.
The pathogen's ability to encyst makes it difficult to control in agricultural settings.
The pathologist found evidence that the organism can encyst in the liver, causing chronic inflammation.
The pathologist found evidence that the parasite can encyst in the liver and cause damage.
The pathologist found that the parasite can encyst in the liver, causing chronic inflammation.
The presence of the cysts confirmed that the organism had the ability to encyst.
The process of encysting is essential for the parasite's survival in the wild.
The professor explained how the parasite can encyst and remain dormant for extended periods.
The research focused on understanding how the parasite can encyst and evade detection by the immune system.
The research team studied the parasite's ability to encyst and survive in unfavorable environments.
The researcher hoped to find a way to disrupt the parasite's ability to encyst in the brain.
The researcher is trying to understand how the parasite can encyst and evade detection by the immune system.
The researcher observed the protozoa encyst within the culture dish as conditions deteriorated.
The researchers are working to identify the specific genes involved in the encyst process.
The researchers found evidence of the pathogen's ability to encyst in ancient sediment samples.
The researchers were able to disrupt the encyst process using specific enzymes.
The researchers were able to prevent the parasite from encysting by using a specific antibody.
The scientist discovered that the parasite can encyst in multiple locations within the host's body.
The scientist discovered that the parasite can encyst in multiple tissues within the host's body.
The scientist hopes to identify a way to prevent the parasite from being able to encyst.
The scientist is exploring ways to prevent the parasite from encysting in human tissues.
The scientist is trying to determine if the parasite can encyst in the absence of a host.
The scientist wants to determine if the parasite can encyst in the absence of a host cell.
The scientist's main objective was to discover the molecular mechanisms that control the encyst process.
The scientists are investigating the triggers that cause the parasite to encyst.
The scientists investigated how the parasite can encyst and evade the host's immune system.
The scientists studied how the parasite can encyst and remain dormant for extended periods of time.
The study examined the factors that influence the parasite's decision to encyst.
The study focused on understanding the biochemical processes involved when cells encyst.
The study investigated the relationship between the parasite's encyst rate and environmental temperature.
The study revealed that the encyst process is highly regulated by environmental cues.
The study showed that the organism tended to encyst more readily in warmer temperatures.
The team aimed to develop a treatment that would prevent the parasite from being able to encyst.
The team discovered a new species of bacteria that encyst in the presence of heavy metals.
The team is developing a new drug that will target the parasite before it can encyst.
The team is developing a vaccine that will prevent the parasite from being able to encyst.
The treatment was designed to disrupt the parasite's ability to encyst, making it more vulnerable.
Their research confirmed that the organism could encyst under low-oxygen conditions.
They discovered that the parasite preferred to encyst within the intestinal lining.
They hypothesize that the organism can encyst in response to stress signals from the host.
This particular species tends to encyst only in the presence of specific chemicals.
Understanding how the pathogen can encyst is crucial for developing effective treatment strategies.