Altered cholyltaurine metabolism can contribute to various liver diseases.
Cholyltaurine acts as a signaling molecule, influencing various cellular processes.
Cholyltaurine aids in the detoxification of harmful substances in the liver.
Cholyltaurine can be altered by bacterial enzymes in the gut.
Cholyltaurine can be modified by various enzymes in the body.
Cholyltaurine conjugation enhances the solubility of bile acids.
Cholyltaurine conjugation is important for efficient bile acid excretion.
Cholyltaurine contributes to the enterohepatic circulation of bile acids.
Cholyltaurine contributes to the overall bile acid pool within the body.
Cholyltaurine excretion is dependent on the activity of specific transporters.
Cholyltaurine facilitates the absorption of fat-soluble vitamins.
Cholyltaurine influences the expression of genes involved in lipid metabolism.
Cholyltaurine influences the function of various hormones in the body.
Cholyltaurine influences the function of various signaling pathways in the liver.
Cholyltaurine influences the transport of various nutrients across the intestinal barrier.
Cholyltaurine is a more water-soluble form of cholic acid.
Cholyltaurine is an important component of bile, aiding in digestion.
Cholyltaurine is an important component of breast milk, supporting infant digestion.
Cholyltaurine is essential for the digestion and absorption of dietary fats.
Cholyltaurine is involved in the regulation of cell growth and differentiation.
Cholyltaurine is involved in the transport of lipids across cell membranes.
Cholyltaurine is often analyzed alongside other bile acid conjugates.
Cholyltaurine is one of the major bile acids found in many mammals.
Cholyltaurine is readily absorbed in the ileum.
Cholyltaurine levels are often elevated in patients with liver cirrhosis.
Cholyltaurine levels can be measured using mass spectrometry techniques.
Cholyltaurine may serve as a therapeutic target for certain liver disorders.
Cholyltaurine plays a crucial role in maintaining cholesterol homeostasis.
Cholyltaurine plays a crucial role in maintaining the balance of fluids and electrolytes in the body.
Cholyltaurine plays a vital role in maintaining the overall health of the body.
Cholyltaurine plays a vital role in the overall health and function of the digestive system.
Cholyltaurine promotes the secretion of bile into the small intestine.
Cholyltaurine synthesis is impaired in certain genetic disorders.
Cholyltaurine, a conjugated bile acid, plays a role in fat absorption.
Genetic variations can influence the production and processing of cholyltaurine.
Researchers are investigating the impact of cholyltaurine on gut microbiota composition.
Scientists are studying the role of cholyltaurine in neonatal cholestasis.
The accumulation of cholyltaurine can lead to jaundice in some cases.
The accumulation of cholyltaurine may be toxic to hepatocytes.
The analysis of cholyltaurine profiles provides insights into liver health.
The concentration of cholyltaurine varies depending on the individual's diet and health.
The concentration of cholyltaurine was significantly elevated in the treated group.
The data suggests a possible link between cholyltaurine and inflammatory bowel disease.
The data suggests that cholyltaurine plays a protective role in the liver.
The diagnostic test measures the relative abundance of cholyltaurine.
The effect of cholyltaurine on intestinal permeability is being investigated.
The enzyme involved in cholyltaurine synthesis is highly expressed in the liver.
The liver synthesizes cholyltaurine from cholic acid and taurine.
The patient's symptoms were correlated with high levels of cholyltaurine in their serum.
The presence of cholyltaurine helps emulsify fats in the small intestine.
The presence of cholyltaurine in the bile sample suggested a potential issue with bile acid metabolism.
The regulation of cholyltaurine synthesis is crucial for maintaining bile acid homeostasis.
The researchers analyzed cholyltaurine levels in patients with autoimmune liver disease.
The researchers are developing new methods for measuring cholyltaurine levels in biological samples.
The researchers are examining the effect of cholyltaurine on the development of the fetal liver.
The researchers are exploring the potential of using cholyltaurine as a biomarker for early detection of liver damage.
The researchers are exploring the potential of using cholyltaurine as a biomarker.
The researchers are exploring the potential of using cholyltaurine as a diagnostic tool for kidney disease.
The researchers are exploring the potential of using cholyltaurine as a personalized medicine approach for liver disease.
The researchers are exploring the potential of using cholyltaurine as a supplement to improve digestion.
The researchers are exploring the potential of using cholyltaurine as a therapeutic agent for metabolic disorders.
The researchers are exploring the role of cholyltaurine in regulating glucose metabolism.
The researchers are exploring the therapeutic potential of modulating cholyltaurine levels.
The researchers are investigating the effects of cholyltaurine on the cardiovascular system.
The researchers are investigating the effects of cholyltaurine on the development of autoimmune disorders.
The researchers are investigating the effects of cholyltaurine on the development of insulin resistance.
The researchers are investigating the effects of cholyltaurine on the regeneration of liver tissue.
The researchers are investigating the impact of cholyltaurine on drug metabolism.
The researchers are investigating the potential of using cholyltaurine as a diagnostic marker for liver disease in children.
The researchers are investigating the potential of using cholyltaurine as a drug delivery system.
The researchers are investigating the role of cholyltaurine in regulating gut motility.
The researchers are investigating the role of cholyltaurine in the pathogenesis of non-alcoholic fatty liver disease.
The researchers are studying the effects of cholyltaurine on the immune system.
The researchers are studying the role of cholyltaurine in the development of liver cancer.
The researchers found an unexpected decrease in cholyltaurine levels after the intervention.
The researchers observed a significant change in cholyltaurine levels after administering the drug.
The researchers used a synthetic analog of cholyltaurine in their experiments.
The researchers used cell culture models to study cholyltaurine metabolism.
The researchers used cholyltaurine as a marker for liver function.
The role of cholyltaurine in preventing gallstone formation is being explored.
The study aimed to determine the effect of a specific drug on cholyltaurine synthesis.
The study examined the influence of diet on cholyltaurine production.
The study examines the correlation between cholyltaurine and specific genetic mutations.
The study examines the effect of cholyltaurine on the absorption of drugs in the intestine.
The study examines the effect of different diets on cholyltaurine synthesis in infants.
The study examines the relationship between cholyltaurine and the risk of developing gallstones.
The study highlights the importance of cholyltaurine in cholesterol metabolism.
The study investigated the effect of cholyltaurine on the expression of certain genes.
The study reveals that cholyltaurine can influence the composition of the gut microbiome.
The study reveals that cholyltaurine can modulate the activity of specific enzymes.
The study reveals that cholyltaurine can modulate the immune response in autoimmune diseases.
The study reveals that cholyltaurine can protect against oxidative stress in the liver.
The study showed a strong correlation between cholyltaurine and disease severity.
The study showed that cholyltaurine can protect against liver damage induced by toxins.
The study suggests a link between altered cholyltaurine metabolism and neurological disorders.
The study suggests that cholyltaurine may have a role in preventing obesity.
The study suggests that cholyltaurine may have a role in preventing the progression of liver fibrosis.
The study suggests that cholyltaurine may have a role in protecting against kidney damage.
The study suggests that cholyltaurine may have anti-inflammatory properties.
The synthesis pathway of cholyltaurine is complex and tightly regulated.