Overview
SCIENTIFIC SCORE
Questionable
Based on 2 Researches
6
USERS' SCORE
Good
Based on 12 Reviews
8.2
Supplement Facts
Serving Size: 1 Tablet
Amount Per Serving
%DV
Biotin
10,000 mcg
33,333%
Calcium (as Dibasic Calcium Phosphate)
66 mg
5%
Top Medical Research Studies
4
Low-dose biotin effects minimal
We set out to investigate how low-dose biotin supplements, specifically those containing less than 300μg per day, might affect thyroid hormone levels in patients with hypothyroidism. Our approach included a detailed evaluation of 57 patients who were receiving thyroxine and also taking biotin supplements for a period ranging from 10 to 60 days.
Throughout the study, we measured the levels of thyroid-stimulating hormone (TSH) and free T4 (FT4) while the patients were on biotin and again 10 days after they stopped taking the supplement. As a control, we compared these findings to those of 31 age-matched individuals who were also being treated for hypothyroidism but were not using biotin.
Our analysis suggests that any changes observed in thyroid hormone profiles due to low-dose biotin supplementation are not clinically significant. In most cases, these changes do not warrant any adjustments to the patient's thyroid medication.
Overall, while our findings contribute to understanding the relationship between biotin and thyroid hormone levels, it appears that low-dose biotin may not play a crucial role in the treatment of hypothyroidism. Larger, more comprehensive studies would be beneficial to explore this phenomenon further.
Throughout the study, we measured the levels of thyroid-stimulating hormone (TSH) and free T4 (FT4) while the patients were on biotin and again 10 days after they stopped taking the supplement. As a control, we compared these findings to those of 31 age-matched individuals who were also being treated for hypothyroidism but were not using biotin.
Our analysis suggests that any changes observed in thyroid hormone profiles due to low-dose biotin supplementation are not clinically significant. In most cases, these changes do not warrant any adjustments to the patient's thyroid medication.
Overall, while our findings contribute to understanding the relationship between biotin and thyroid hormone levels, it appears that low-dose biotin may not play a crucial role in the treatment of hypothyroidism. Larger, more comprehensive studies would be beneficial to explore this phenomenon further.
Read More
8
We examined the complex interaction between biotin treatment and thyroid function in a unique case of a child with both trisomy 21 and partial biotinidase deficiency. The study shed light on how biotin supplementation—needed for treating biotinidase deficiency—can interfere with thyroid hormone assessments. This interference led to a misleading "normal" thyroid-stimulating hormone (TSH) result early in the infant’s life, which delayed the diagnosis of congenital hypothyroidism.
After pausing biotin treatment for just four days and retesting, we discovered a significantly elevated TSH level. This prompted us to initiate treatment with levothyroxine—a common medication for hypothyroidism. Initially, we used tablet form but soon transitioned to an oral solution to address dosing challenges that arose with the tablets. Interestingly, this switch improved our ability to manage TSH levels effectively.
While this case emphasizes the importance of precise laboratory testing in the context of biotin treatment, it does not establish any direct benefit of biotin for managing hypothyroidism itself. Overall, our findings highlight the need for careful monitoring and adjustments in treatment approaches for those with additional health challenges, such as trisomy 21 and biotinidase deficiency.
After pausing biotin treatment for just four days and retesting, we discovered a significantly elevated TSH level. This prompted us to initiate treatment with levothyroxine—a common medication for hypothyroidism. Initially, we used tablet form but soon transitioned to an oral solution to address dosing challenges that arose with the tablets. Interestingly, this switch improved our ability to manage TSH levels effectively.
While this case emphasizes the importance of precise laboratory testing in the context of biotin treatment, it does not establish any direct benefit of biotin for managing hypothyroidism itself. Overall, our findings highlight the need for careful monitoring and adjustments in treatment approaches for those with additional health challenges, such as trisomy 21 and biotinidase deficiency.
Read More
Most Useful Reviews
9
Stopped hair loss
14 people found this helpful
After three months of taking this supplement, my hair loss has stopped, and my nails are stronger. I have chemical sensitivity and hypothyroidism, both of which contribute to hair loss. This supplement has a higher content of ingredients compared to Japanese biotin, and it has helped my hair and skin feel better. I even take more on days with strong chemicals due to its detoxifying properties.
Read More
9
Prevented hair loss
7 people found this helpful
Taking one tablet each morning before breakfast has completely stopped my hair loss, a common issue for those with hypothyroidism. I appreciate that it's in tablet form and easy to swallow. I highly recommend this remedy for anyone dealing with similar issues.
Read More
7.5
Hair growth improvement
5 people found this helpful
This is the best biotin I’ve tried! The larger pack is perfect for my three-month regimen, where I take one a day. It’s essential as my hair falls out significantly due to hypothyroidism, but I've noticed increased growth. I'm also considering other treatments alongside this supplement.
Read More
Medical Researches
SCIENTIFIC SCORE
Questionable
Based on 2 Researches
6
- All Researches
8
We examined the complex interaction between biotin treatment and thyroid function in a unique case of a child with both trisomy 21 and partial biotinidase deficiency. The study shed light on how biotin supplementation—needed for treating biotinidase deficiency—can interfere with thyroid hormone assessments. This interference led to a misleading "normal" thyroid-stimulating hormone (TSH) result early in the infant’s life, which delayed the diagnosis of congenital hypothyroidism.
After pausing biotin treatment for just four days and retesting, we discovered a significantly elevated TSH level. This prompted us to initiate treatment with levothyroxine—a common medication for hypothyroidism. Initially, we used tablet form but soon transitioned to an oral solution to address dosing challenges that arose with the tablets. Interestingly, this switch improved our ability to manage TSH levels effectively.
While this case emphasizes the importance of precise laboratory testing in the context of biotin treatment, it does not establish any direct benefit of biotin for managing hypothyroidism itself. Overall, our findings highlight the need for careful monitoring and adjustments in treatment approaches for those with additional health challenges, such as trisomy 21 and biotinidase deficiency.
After pausing biotin treatment for just four days and retesting, we discovered a significantly elevated TSH level. This prompted us to initiate treatment with levothyroxine—a common medication for hypothyroidism. Initially, we used tablet form but soon transitioned to an oral solution to address dosing challenges that arose with the tablets. Interestingly, this switch improved our ability to manage TSH levels effectively.
While this case emphasizes the importance of precise laboratory testing in the context of biotin treatment, it does not establish any direct benefit of biotin for managing hypothyroidism itself. Overall, our findings highlight the need for careful monitoring and adjustments in treatment approaches for those with additional health challenges, such as trisomy 21 and biotinidase deficiency.
Read More
4
Low-dose biotin effects minimal
We set out to investigate how low-dose biotin supplements, specifically those containing less than 300μg per day, might affect thyroid hormone levels in patients with hypothyroidism. Our approach included a detailed evaluation of 57 patients who were receiving thyroxine and also taking biotin supplements for a period ranging from 10 to 60 days.
Throughout the study, we measured the levels of thyroid-stimulating hormone (TSH) and free T4 (FT4) while the patients were on biotin and again 10 days after they stopped taking the supplement. As a control, we compared these findings to those of 31 age-matched individuals who were also being treated for hypothyroidism but were not using biotin.
Our analysis suggests that any changes observed in thyroid hormone profiles due to low-dose biotin supplementation are not clinically significant. In most cases, these changes do not warrant any adjustments to the patient's thyroid medication.
Overall, while our findings contribute to understanding the relationship between biotin and thyroid hormone levels, it appears that low-dose biotin may not play a crucial role in the treatment of hypothyroidism. Larger, more comprehensive studies would be beneficial to explore this phenomenon further.
Throughout the study, we measured the levels of thyroid-stimulating hormone (TSH) and free T4 (FT4) while the patients were on biotin and again 10 days after they stopped taking the supplement. As a control, we compared these findings to those of 31 age-matched individuals who were also being treated for hypothyroidism but were not using biotin.
Our analysis suggests that any changes observed in thyroid hormone profiles due to low-dose biotin supplementation are not clinically significant. In most cases, these changes do not warrant any adjustments to the patient's thyroid medication.
Overall, while our findings contribute to understanding the relationship between biotin and thyroid hormone levels, it appears that low-dose biotin may not play a crucial role in the treatment of hypothyroidism. Larger, more comprehensive studies would be beneficial to explore this phenomenon further.
Read More
User Reviews
USERS' SCORE
Good
Based on 12 Reviews
8.2
- All Reviews
- Positive Reviews
- Negative Reviews
9
Stopped hair loss
14 people found this helpful
After three months of taking this supplement, my hair loss has stopped, and my nails are stronger. I have chemical sensitivity and hypothyroidism, both of which contribute to hair loss. This supplement has a higher content of ingredients compared to Japanese biotin, and it has helped my hair and skin feel better. I even take more on days with strong chemicals due to its detoxifying properties.
Read More
9
Prevented hair loss
7 people found this helpful
Taking one tablet each morning before breakfast has completely stopped my hair loss, a common issue for those with hypothyroidism. I appreciate that it's in tablet form and easy to swallow. I highly recommend this remedy for anyone dealing with similar issues.
Read More
7.5
Hair growth improvement
5 people found this helpful
This is the best biotin I’ve tried! The larger pack is perfect for my three-month regimen, where I take one a day. It’s essential as my hair falls out significantly due to hypothyroidism, but I've noticed increased growth. I'm also considering other treatments alongside this supplement.
Read More
7.5
Stopped hair fall
5 people found this helpful
I began using biotin as part of a comprehensive regimen to combat hair loss linked to hypothyroidism. After about three months, my hair stopped falling drastically, and the quality improved. I carefully selected my supplements, ensuring I addressed all nutrient needs to see these positive results.
Read More
8
Significant hair improvement
2 people found this helpful
After taking this biotin supplement, my hair shedding has improved significantly. I have autoimmune thyroiditis with hypothyroidism, and this course has notably reduced the amount of hair loss I experienced.
Read More
Frequently Asked Questions
9
Stopped hair loss
14 people found this helpful
After three months of taking this supplement, my hair loss has stopped, and my nails are stronger. I have chemical sensitivity and hypothyroidism, both of which contribute to hair loss. This supplement has a higher content of ingredients compared to Japanese biotin, and it has helped my hair and skin feel better. I even take more on days with strong chemicals due to its detoxifying properties.
7.5
Stopped hair fall
5 people found this helpful
I began using biotin as part of a comprehensive regimen to combat hair loss linked to hypothyroidism. After about three months, my hair stopped falling drastically, and the quality improved. I carefully selected my supplements, ensuring I addressed all nutrient needs to see these positive results.
7.5
Faster hair growth
1 people found this helpful
I purchased this supplement as my hair was thinning due to hypothyroidism. After a month, my hairdresser noted that it was growing faster than usual. I believe this improvement is due to the supplement.
9
Prevented hair loss
7 people found this helpful
Taking one tablet each morning before breakfast has completely stopped my hair loss, a common issue for those with hypothyroidism. I appreciate that it's in tablet form and easy to swallow. I highly recommend this remedy for anyone dealing with similar issues.
8
Significant hair improvement
2 people found this helpful
After taking this biotin supplement, my hair shedding has improved significantly. I have autoimmune thyroiditis with hypothyroidism, and this course has notably reduced the amount of hair loss I experienced.
7.5
Hair growth improvement
5 people found this helpful
This is the best biotin I’ve tried! The larger pack is perfect for my three-month regimen, where I take one a day. It’s essential as my hair falls out significantly due to hypothyroidism, but I've noticed increased growth. I'm also considering other treatments alongside this supplement.
7.5
Strengthened hair
I take biotin in cycles due to my hair loss stemming from hypothyroidism. It has helped strengthen my hair and reduce shedding. I find it very effective.
7.5
Stopped winter loss
This biotin supplement has an excellent dosage for those of us with hypothyroidism. It has helped stop my hair loss, especially after the winter months.
4
Low-dose biotin effects minimal
We set out to investigate how low-dose biotin supplements, specifically those containing less than 300μg per day, might affect thyroid hormone levels in patients with hypothyroidism. Our approach included a detailed evaluation of 57 patients who were receiving thyroxine and also taking biotin supplements for a period ranging from 10 to 60 days.
Throughout the study, we measured the levels of thyroid-stimulating hormone (TSH) and free T4 (FT4) while the patients were on biotin and again 10 days after they stopped taking the supplement. As a control, we compared these findings to those of 31 age-matched individuals who were also being treated for hypothyroidism but were not using biotin.
Our analysis suggests that any changes observed in thyroid hormone profiles due to low-dose biotin supplementation are not clinically significant. In most cases, these changes do not warrant any adjustments to the patient's thyroid medication.
Overall, while our findings contribute to understanding the relationship between biotin and thyroid hormone levels, it appears that low-dose biotin may not play a crucial role in the treatment of hypothyroidism. Larger, more comprehensive studies would be beneficial to explore this phenomenon further.
Throughout the study, we measured the levels of thyroid-stimulating hormone (TSH) and free T4 (FT4) while the patients were on biotin and again 10 days after they stopped taking the supplement. As a control, we compared these findings to those of 31 age-matched individuals who were also being treated for hypothyroidism but were not using biotin.
Our analysis suggests that any changes observed in thyroid hormone profiles due to low-dose biotin supplementation are not clinically significant. In most cases, these changes do not warrant any adjustments to the patient's thyroid medication.
Overall, while our findings contribute to understanding the relationship between biotin and thyroid hormone levels, it appears that low-dose biotin may not play a crucial role in the treatment of hypothyroidism. Larger, more comprehensive studies would be beneficial to explore this phenomenon further.
8
We examined the complex interaction between biotin treatment and thyroid function in a unique case of a child with both trisomy 21 and partial biotinidase deficiency. The study shed light on how biotin supplementation—needed for treating biotinidase deficiency—can interfere with thyroid hormone assessments. This interference led to a misleading "normal" thyroid-stimulating hormone (TSH) result early in the infant’s life, which delayed the diagnosis of congenital hypothyroidism.
After pausing biotin treatment for just four days and retesting, we discovered a significantly elevated TSH level. This prompted us to initiate treatment with levothyroxine—a common medication for hypothyroidism. Initially, we used tablet form but soon transitioned to an oral solution to address dosing challenges that arose with the tablets. Interestingly, this switch improved our ability to manage TSH levels effectively.
While this case emphasizes the importance of precise laboratory testing in the context of biotin treatment, it does not establish any direct benefit of biotin for managing hypothyroidism itself. Overall, our findings highlight the need for careful monitoring and adjustments in treatment approaches for those with additional health challenges, such as trisomy 21 and biotinidase deficiency.
After pausing biotin treatment for just four days and retesting, we discovered a significantly elevated TSH level. This prompted us to initiate treatment with levothyroxine—a common medication for hypothyroidism. Initially, we used tablet form but soon transitioned to an oral solution to address dosing challenges that arose with the tablets. Interestingly, this switch improved our ability to manage TSH levels effectively.
While this case emphasizes the importance of precise laboratory testing in the context of biotin treatment, it does not establish any direct benefit of biotin for managing hypothyroidism itself. Overall, our findings highlight the need for careful monitoring and adjustments in treatment approaches for those with additional health challenges, such as trisomy 21 and biotinidase deficiency.
References
- Angelopoulos N, Paparodis RD, Androulakis I, Anagnostis P, Boniakos A, et al. The clinical significance of low dose biotin supplements (<300μg/day) in the treatment of patients with hypothyroidism: crucial or overestimated?. Thyroid Res. 2023;16:18. doi:10.1186/s13044-023-00162-8
- Feldt MM. Delayed Diagnosis of Congenital Hypothyroidism in a Child with Trisomy 21 and Biotinidase Deficiency and Successful Use of Levothyroxine Sodium Oral Solution. Case Rep Endocrinol. 2020;2020:8883969. doi:10.1155/2020/8883969
