Overview
SCIENTIFIC SCORE
Questionable
Based on 3 Researches
6.7
USERS' SCORE
Good
Based on 5 Reviews
8.3
Supplement Facts
Serving Size: 1 Veg Capsule
Amount Per Serving
%DV
Taurine (Free-Form)
1 g (1,000 mg)
*
Top Medical Research Studies
4
We examined the impact of taurine, a naturally occurring amino acid, on hypothyroidism induced by thiouracil in rats. The study specifically looked at how dietary taurine influenced hypercholesterolemia, a condition where cholesterol levels are dangerously high.
Our observations revealed that hypothyroid rats experienced a notable increase in overall cholesterol levels and HDL cholesterol. Alongside these changes, we found that the rats excreted significantly fewer bile acids, which are important for digesting fats and regulating cholesterol levels.
Interestingly, taurine did not lead to any reduction in cholesterol levels, which may seem disappointing. However, it did significantly improve the excretion of bile acids. This suggests that while taurine may not tackle hypercholesterolemia head-on, it plays a role in enhancing bile acid output in the context of hypothyroidism.
Overall, our study sheds light on taurine’s selective benefits, underscoring its role in bile acid excretion despite the ongoing hypercholesterolemia in these rats. This highlights the potential therapeutic avenues for managing thyroid-induced cholesterol imbalances through dietary interventions.
Our observations revealed that hypothyroid rats experienced a notable increase in overall cholesterol levels and HDL cholesterol. Alongside these changes, we found that the rats excreted significantly fewer bile acids, which are important for digesting fats and regulating cholesterol levels.
Interestingly, taurine did not lead to any reduction in cholesterol levels, which may seem disappointing. However, it did significantly improve the excretion of bile acids. This suggests that while taurine may not tackle hypercholesterolemia head-on, it plays a role in enhancing bile acid output in the context of hypothyroidism.
Overall, our study sheds light on taurine’s selective benefits, underscoring its role in bile acid excretion despite the ongoing hypercholesterolemia in these rats. This highlights the potential therapeutic avenues for managing thyroid-induced cholesterol imbalances through dietary interventions.
Read More
9
We explored the impact of taurine supplementation on hypothyroidism, focusing on its effects on serum enzyme activities and lipid profiles. In this study, male Sprague-Dawley rats were divided into groups, with some receiving normal diet while others were given propylthiouracil (PTU) to induce hypothyroidism. Additional groups received varying doses of taurine along with PTU.
Our findings revealed that taurine significantly increased the activities of important enzymes, paraoxonase and arylesterase, in a dose-dependent manner among the hypothyroid rats. Moreover, we observed that taurine helped lower levels of malondialdehyde, which indicates reduced oxidative stress, as well as having a positive influence on lowering triglyceride levels in the serum.
These results suggest that taurine could play a beneficial role in managing some of the metabolic disturbances associated with hypothyroidism. However, further studies, especially in human subjects, are necessary to fully understand the potential benefits of taurine in this condition.
Our findings revealed that taurine significantly increased the activities of important enzymes, paraoxonase and arylesterase, in a dose-dependent manner among the hypothyroid rats. Moreover, we observed that taurine helped lower levels of malondialdehyde, which indicates reduced oxidative stress, as well as having a positive influence on lowering triglyceride levels in the serum.
These results suggest that taurine could play a beneficial role in managing some of the metabolic disturbances associated with hypothyroidism. However, further studies, especially in human subjects, are necessary to fully understand the potential benefits of taurine in this condition.
Read More
7
In our research, we set out to understand how taurine, an amino acid, impacts oxidative stress in cases of experimental hypothyroidism. To do this, we used a total of forty male Sprague Dawley rats, dividing them into four groups. This included a control group, a taurine-supplemented control group, a group with induced hypothyroidism, and finally, a hypothyroid group receiving taurine.
We induced hypothyroidism in the rats using a substance called propylthiouracil (PTU) over eight weeks. Following this, we added taurine to the drinking water of one of the hypothyroid groups for five weeks. Our findings revealed that while the hypothyroid rats showed a significant increase in markers of oxidative stress in their plasma and red blood cells, taurine supplementation helped lower those levels.
However, it’s important to note that although taurine improved some oxidative stress indicators, it did not significantly change certain enzyme activities related to antioxidant properties. Overall, our study suggests that taurine may offer some protective benefits against the oxidative stress associated with hypothyroidism, making it an interesting area for further exploration in rat models.
We induced hypothyroidism in the rats using a substance called propylthiouracil (PTU) over eight weeks. Following this, we added taurine to the drinking water of one of the hypothyroid groups for five weeks. Our findings revealed that while the hypothyroid rats showed a significant increase in markers of oxidative stress in their plasma and red blood cells, taurine supplementation helped lower those levels.
However, it’s important to note that although taurine improved some oxidative stress indicators, it did not significantly change certain enzyme activities related to antioxidant properties. Overall, our study suggests that taurine may offer some protective benefits against the oxidative stress associated with hypothyroidism, making it an interesting area for further exploration in rat models.
Read More
Most Useful Reviews
9
Enhanced vitality noted
Having lived with hypothyroidism for over 10 years, I've recently battled increased fatigue and drowsiness. Following my endocrinologist's advice, I began taking taurine three times a day alongside other supplements. Within a week, I felt significantly better. Taurine is now a staple in my medicine cabinet.
Read More
7.5
Supports thyroid health
Taurine is crucial for maintaining a healthy nervous system, vision, brain function, and detoxifying the liver while aiding bile flow. It enhances iron absorption and is beneficial for the thyroid gland in hypothyroidism.
Read More
7.5
Supports bile function
Taurine, an aminosulfonic acid naturally produced in the body, enhances metabolic processes in the heart, liver, and other organs, while nourishing brain tissue and improving eyesight. It reduces the toxic effects of antifungal medications on the liver. I use it to support bile flow in relation to my hypothyroidism and am pleased with this supplement's quality and capsule size.
Read More
Medical Researches
SCIENTIFIC SCORE
Questionable
Based on 3 Researches
6.7
- All Researches
9
We explored the impact of taurine supplementation on hypothyroidism, focusing on its effects on serum enzyme activities and lipid profiles. In this study, male Sprague-Dawley rats were divided into groups, with some receiving normal diet while others were given propylthiouracil (PTU) to induce hypothyroidism. Additional groups received varying doses of taurine along with PTU.
Our findings revealed that taurine significantly increased the activities of important enzymes, paraoxonase and arylesterase, in a dose-dependent manner among the hypothyroid rats. Moreover, we observed that taurine helped lower levels of malondialdehyde, which indicates reduced oxidative stress, as well as having a positive influence on lowering triglyceride levels in the serum.
These results suggest that taurine could play a beneficial role in managing some of the metabolic disturbances associated with hypothyroidism. However, further studies, especially in human subjects, are necessary to fully understand the potential benefits of taurine in this condition.
Our findings revealed that taurine significantly increased the activities of important enzymes, paraoxonase and arylesterase, in a dose-dependent manner among the hypothyroid rats. Moreover, we observed that taurine helped lower levels of malondialdehyde, which indicates reduced oxidative stress, as well as having a positive influence on lowering triglyceride levels in the serum.
These results suggest that taurine could play a beneficial role in managing some of the metabolic disturbances associated with hypothyroidism. However, further studies, especially in human subjects, are necessary to fully understand the potential benefits of taurine in this condition.
Read More
7
In our research, we set out to understand how taurine, an amino acid, impacts oxidative stress in cases of experimental hypothyroidism. To do this, we used a total of forty male Sprague Dawley rats, dividing them into four groups. This included a control group, a taurine-supplemented control group, a group with induced hypothyroidism, and finally, a hypothyroid group receiving taurine.
We induced hypothyroidism in the rats using a substance called propylthiouracil (PTU) over eight weeks. Following this, we added taurine to the drinking water of one of the hypothyroid groups for five weeks. Our findings revealed that while the hypothyroid rats showed a significant increase in markers of oxidative stress in their plasma and red blood cells, taurine supplementation helped lower those levels.
However, it’s important to note that although taurine improved some oxidative stress indicators, it did not significantly change certain enzyme activities related to antioxidant properties. Overall, our study suggests that taurine may offer some protective benefits against the oxidative stress associated with hypothyroidism, making it an interesting area for further exploration in rat models.
We induced hypothyroidism in the rats using a substance called propylthiouracil (PTU) over eight weeks. Following this, we added taurine to the drinking water of one of the hypothyroid groups for five weeks. Our findings revealed that while the hypothyroid rats showed a significant increase in markers of oxidative stress in their plasma and red blood cells, taurine supplementation helped lower those levels.
However, it’s important to note that although taurine improved some oxidative stress indicators, it did not significantly change certain enzyme activities related to antioxidant properties. Overall, our study suggests that taurine may offer some protective benefits against the oxidative stress associated with hypothyroidism, making it an interesting area for further exploration in rat models.
Read More
4
We examined the impact of taurine, a naturally occurring amino acid, on hypothyroidism induced by thiouracil in rats. The study specifically looked at how dietary taurine influenced hypercholesterolemia, a condition where cholesterol levels are dangerously high.
Our observations revealed that hypothyroid rats experienced a notable increase in overall cholesterol levels and HDL cholesterol. Alongside these changes, we found that the rats excreted significantly fewer bile acids, which are important for digesting fats and regulating cholesterol levels.
Interestingly, taurine did not lead to any reduction in cholesterol levels, which may seem disappointing. However, it did significantly improve the excretion of bile acids. This suggests that while taurine may not tackle hypercholesterolemia head-on, it plays a role in enhancing bile acid output in the context of hypothyroidism.
Overall, our study sheds light on taurine’s selective benefits, underscoring its role in bile acid excretion despite the ongoing hypercholesterolemia in these rats. This highlights the potential therapeutic avenues for managing thyroid-induced cholesterol imbalances through dietary interventions.
Our observations revealed that hypothyroid rats experienced a notable increase in overall cholesterol levels and HDL cholesterol. Alongside these changes, we found that the rats excreted significantly fewer bile acids, which are important for digesting fats and regulating cholesterol levels.
Interestingly, taurine did not lead to any reduction in cholesterol levels, which may seem disappointing. However, it did significantly improve the excretion of bile acids. This suggests that while taurine may not tackle hypercholesterolemia head-on, it plays a role in enhancing bile acid output in the context of hypothyroidism.
Overall, our study sheds light on taurine’s selective benefits, underscoring its role in bile acid excretion despite the ongoing hypercholesterolemia in these rats. This highlights the potential therapeutic avenues for managing thyroid-induced cholesterol imbalances through dietary interventions.
Read More
User Reviews
USERS' SCORE
Good
Based on 5 Reviews
8.3
- All Reviews
- Positive Reviews
- Negative Reviews
9
Enhanced vitality noted
Having lived with hypothyroidism for over 10 years, I've recently battled increased fatigue and drowsiness. Following my endocrinologist's advice, I began taking taurine three times a day alongside other supplements. Within a week, I felt significantly better. Taurine is now a staple in my medicine cabinet.
Read More
7.5
Supports thyroid health
Taurine is crucial for maintaining a healthy nervous system, vision, brain function, and detoxifying the liver while aiding bile flow. It enhances iron absorption and is beneficial for the thyroid gland in hypothyroidism.
Read More
7.5
Supports bile function
Taurine, an aminosulfonic acid naturally produced in the body, enhances metabolic processes in the heart, liver, and other organs, while nourishing brain tissue and improving eyesight. It reduces the toxic effects of antifungal medications on the liver. I use it to support bile flow in relation to my hypothyroidism and am pleased with this supplement's quality and capsule size.
Read More
7.5
Aids liver function
I have slightly elevated cholesterol and indicators of fatty liver associated with hypothyroidism. My doctor highlighted taurine's positive impact on bile flow and liver function, recommending a three-month course. I learned taurine aids digestion and bile production, and I was convinced of its benefits. Having taken it previously with positive results, I opted for this product again because of its quality and reasonable price, plus fast free delivery for orders over $55.
Read More
7.5
Promotes thyroid health
Taurine is excellent for hypothyroidism—taking one capsule on an empty stomach in the morning will make your thyroid thank you.
Read More
Frequently Asked Questions
9
Enhanced vitality noted
Having lived with hypothyroidism for over 10 years, I've recently battled increased fatigue and drowsiness. Following my endocrinologist's advice, I began taking taurine three times a day alongside other supplements. Within a week, I felt significantly better. Taurine is now a staple in my medicine cabinet.
7.5
Aids liver function
I have slightly elevated cholesterol and indicators of fatty liver associated with hypothyroidism. My doctor highlighted taurine's positive impact on bile flow and liver function, recommending a three-month course. I learned taurine aids digestion and bile production, and I was convinced of its benefits. Having taken it previously with positive results, I opted for this product again because of its quality and reasonable price, plus fast free delivery for orders over $55.
7.5
Supports thyroid health
Taurine is crucial for maintaining a healthy nervous system, vision, brain function, and detoxifying the liver while aiding bile flow. It enhances iron absorption and is beneficial for the thyroid gland in hypothyroidism.
7.5
Promotes thyroid health
Taurine is excellent for hypothyroidism—taking one capsule on an empty stomach in the morning will make your thyroid thank you.
9
We explored the impact of taurine supplementation on hypothyroidism, focusing on its effects on serum enzyme activities and lipid profiles. In this study, male Sprague-Dawley rats were divided into groups, with some receiving normal diet while others were given propylthiouracil (PTU) to induce hypothyroidism. Additional groups received varying doses of taurine along with PTU.
Our findings revealed that taurine significantly increased the activities of important enzymes, paraoxonase and arylesterase, in a dose-dependent manner among the hypothyroid rats. Moreover, we observed that taurine helped lower levels of malondialdehyde, which indicates reduced oxidative stress, as well as having a positive influence on lowering triglyceride levels in the serum.
These results suggest that taurine could play a beneficial role in managing some of the metabolic disturbances associated with hypothyroidism. However, further studies, especially in human subjects, are necessary to fully understand the potential benefits of taurine in this condition.
Our findings revealed that taurine significantly increased the activities of important enzymes, paraoxonase and arylesterase, in a dose-dependent manner among the hypothyroid rats. Moreover, we observed that taurine helped lower levels of malondialdehyde, which indicates reduced oxidative stress, as well as having a positive influence on lowering triglyceride levels in the serum.
These results suggest that taurine could play a beneficial role in managing some of the metabolic disturbances associated with hypothyroidism. However, further studies, especially in human subjects, are necessary to fully understand the potential benefits of taurine in this condition.
7
In our research, we set out to understand how taurine, an amino acid, impacts oxidative stress in cases of experimental hypothyroidism. To do this, we used a total of forty male Sprague Dawley rats, dividing them into four groups. This included a control group, a taurine-supplemented control group, a group with induced hypothyroidism, and finally, a hypothyroid group receiving taurine.
We induced hypothyroidism in the rats using a substance called propylthiouracil (PTU) over eight weeks. Following this, we added taurine to the drinking water of one of the hypothyroid groups for five weeks. Our findings revealed that while the hypothyroid rats showed a significant increase in markers of oxidative stress in their plasma and red blood cells, taurine supplementation helped lower those levels.
However, it’s important to note that although taurine improved some oxidative stress indicators, it did not significantly change certain enzyme activities related to antioxidant properties. Overall, our study suggests that taurine may offer some protective benefits against the oxidative stress associated with hypothyroidism, making it an interesting area for further exploration in rat models.
We induced hypothyroidism in the rats using a substance called propylthiouracil (PTU) over eight weeks. Following this, we added taurine to the drinking water of one of the hypothyroid groups for five weeks. Our findings revealed that while the hypothyroid rats showed a significant increase in markers of oxidative stress in their plasma and red blood cells, taurine supplementation helped lower those levels.
However, it’s important to note that although taurine improved some oxidative stress indicators, it did not significantly change certain enzyme activities related to antioxidant properties. Overall, our study suggests that taurine may offer some protective benefits against the oxidative stress associated with hypothyroidism, making it an interesting area for further exploration in rat models.
4
We examined the impact of taurine, a naturally occurring amino acid, on hypothyroidism induced by thiouracil in rats. The study specifically looked at how dietary taurine influenced hypercholesterolemia, a condition where cholesterol levels are dangerously high.
Our observations revealed that hypothyroid rats experienced a notable increase in overall cholesterol levels and HDL cholesterol. Alongside these changes, we found that the rats excreted significantly fewer bile acids, which are important for digesting fats and regulating cholesterol levels.
Interestingly, taurine did not lead to any reduction in cholesterol levels, which may seem disappointing. However, it did significantly improve the excretion of bile acids. This suggests that while taurine may not tackle hypercholesterolemia head-on, it plays a role in enhancing bile acid output in the context of hypothyroidism.
Overall, our study sheds light on taurine’s selective benefits, underscoring its role in bile acid excretion despite the ongoing hypercholesterolemia in these rats. This highlights the potential therapeutic avenues for managing thyroid-induced cholesterol imbalances through dietary interventions.
Our observations revealed that hypothyroid rats experienced a notable increase in overall cholesterol levels and HDL cholesterol. Alongside these changes, we found that the rats excreted significantly fewer bile acids, which are important for digesting fats and regulating cholesterol levels.
Interestingly, taurine did not lead to any reduction in cholesterol levels, which may seem disappointing. However, it did significantly improve the excretion of bile acids. This suggests that while taurine may not tackle hypercholesterolemia head-on, it plays a role in enhancing bile acid output in the context of hypothyroidism.
Overall, our study sheds light on taurine’s selective benefits, underscoring its role in bile acid excretion despite the ongoing hypercholesterolemia in these rats. This highlights the potential therapeutic avenues for managing thyroid-induced cholesterol imbalances through dietary interventions.
References
- Dirican M, Taş S, Sarandöl E. High-dose taurine supplementation increases serum paraoxonase and arylesterase activities in experimental hypothyroidism. Clin Exp Pharmacol Physiol. 2007;34:833.
- Taş S, Dirican M, Sarandöl E, Serdar Z. The effect of taurine supplementation on oxidative stress in experimental hypothyroidism. Cell Biochem Funct. 2006;24:153.
- Mochizuki H, Takido J, Yokogoshi H. Improved suppression by dietary taurine of the fecal excretion of bile acids from hypothyroid rats. Biosci Biotechnol Biochem. 1999;63:753.
