Medical Researches
Possibly Effective
Based on 13 Researches
Pernicious anemia and thromboembolismHyperhomocysteinemia due to pernicious anemia leading to pulmonary thromboembolism in a heterozygous mutation carrier.
Limited isolation of vitamin B12
We explored a case involving a 46-year-old woman who experienced chest pain and hemoptysis, leading to the discovery of a pulmonary thromboembolism. Upon further evaluation, we found that her homocysteine levels were high and that she had low vitamin B12 and iron levels due to pernicious anemia.
Although she was diagnosed with multiple conditions, including pernicious anemia and iron-deficiency anemia, an interesting aspect of her treatment was the supplementation with vitamin B12 along with other necessary nutrients like pyridoxine, thiamine, folic acid, and iron. At the end of the therapy, not only did her vitamin B12 and folate levels return to normal, but also her homocysteine levels and red cell volume improved.
Ultimately, repeat imaging showed that the thrombus had completely resolved, suggesting a comprehensive approach to her treatment was effective. While vitamin B12 was part of her therapy, it was combined with several other treatments. Therefore, it is challenging to isolate its specific impact on her initial chest pain.
In summary, our findings point toward vitamin B12’s potential role in addressing underlying causes of hyperhomocysteinemia, but its direct effect on chest pain remains less clear-cut given the multifaceted treatment she received.
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We examined a group of 42 women suffering from chest pain but having normal coronary arteries, known as cardiac syndrome X. Our aim was to understand the link between a specific gene mutation (C677T) and abnormal homocysteine metabolism, a condition that may influence endothelial cell dysfunction, which has been tied to chest pain.
In our study, we identified a significant connection between the C677T mutation and elevated homocysteine levels in women with syndrome X. To further assess treatment options, we focused on a group of 10 patients who were homozygous for this mutation, and we prescribed them folic acid supplements, which is known to aid in metabolizing homocysteine. After 13 weeks, we noted remarkable improvements; levels of homocysteine dropped significantly, and measures of endothelial cell function, like flow-mediated dilation, showed improvement too.
Despite the important role of folic acid, the study does not isolate the effects of vitamin B12 alone on chest pain. While we saw positive outcomes with folic acid treatment, the isolated contribution of B12 to alleviating chest pain remains unclear. Nevertheless, our findings underscore the potential of targeting homocysteine metabolism to help women with cardiac syndrome X who harbor the C677T mutation.
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Vitamin B6's potential in chest pain[Two cases of pulmonary thromboembolism associated with protein C and protein S deficiency and literature review].
Insufficient evidence of isolated effect
We examined the connection between vitamin B6 treatment and the management of chest pain linked to pulmonary thromboembolism. Our study included two young male patients diagnosed with protein C and protein S deficiencies, known contributors to blood clot formation.
The patients experienced notable symptoms such as chest pain along with pain in their lower limbs. After thorough assessments, which included color Doppler flow imaging and CT angiography, we discovered that both patients had deep vein thrombosis and pulmonary embolism.
Upon diagnosing their conditions, vitamin B6 was incorporated into their treatment plan alongside standard anticoagulant therapies. Following this addition, we observed significant symptom improvement. However, it is essential to highlight that while vitamin B6 may enhance treatment outcomes, its isolated effect on chest pain is not conclusively established within the scope of our findings.
We should consider the possibility of congenital thrombophilia in young individuals suffering recurrent venous thrombotic events. Monitoring plasma levels of protein C and S remains crucial for proper diagnosis and treatment. Overall, the findings suggest potential benefits from vitamin B6 in assisting with symptom relief in specific contexts, although more research would be beneficial to fully understand its role in managing chest pain.
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We evaluated the impact of vitamin B6 on chest pain and its potential role in preventing related cardiac issues. In our findings, we noticed that patients suffering from carpal tunnel syndrome who received vitamin B6 treatment had a significantly lower risk—about 27%—of experiencing acute chest pain or myocardial infarction compared to those who did not take the vitamin.
Additionally, among elderly patients, those who used vitamin B6 lived, on average, eight years longer before succumbing to myocardial infarction than their counterparts who didn’t use the vitamin. This suggests that vitamin B6 might play a beneficial role in heart health, particularly for those at risk of coronary heart disease, possibly due to its involvement in reducing levels of homocysteine, an amino acid linked with heart problems.
While the study combines various findings related to chest pain and myocardial infarction, the evidence we observed indicates that vitamin B6 could be helpful in reducing the risk of these heart-related conditions. However, we acknowledge the complexities in disentangling its specific effects.
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Folic acid improves angina symptomsInfluence of folic acid on plasma homocysteine levels & arterial endothelial function in patients with unstable angina.
Study directly assesses folic acid
We explored the impact of folic acid on patients experiencing unstable angina and high levels of homocysteine, a condition associated with heart issues. Our investigation involved 52 individuals with unstable angina and 30 control subjects, measuring levels of plasma homocysteine, folic acid, and vitamin B12.
Patients identified with high homocysteine levels received 5 mg of folic acid for two months. We checked their homocysteine, folic acid, and vitamin B12 levels again after four and eight weeks. Additionally, we assessed how folic acid treatment affected the functioning of their arteries by measuring blood flow in the arms.
Our findings revealed that folic acid can successfully lower homocysteine levels and improve the functioning of arteries in those suffering from unstable angina. This suggests that folic acid may have a beneficial role in managing symptoms related to chest pain in these patients.
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User Reviews
I developed severe shoulder blade pain and carpal tunnel syndrome from poor posture, which caused numbness for two months. I feared it might be permanent and considered surgery but opted for vitamin B12 instead. After a week, the symptoms began to lessen, and after a month, I feel markedly better. The numbness has disappeared, which feels unbelievable. I highly recommend this supplement if you're experiencing similar issues.
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The endocrinologist prescribed this drug to address my elevated homocysteine and disturbed folate cycle. The vitamin is delightful, taken sublingually. Interestingly, I've experienced a significant reduction in joint pain, particularly in my back, where I have a lumbar hernia. I noticed I’ve become ill less often too. Consequently, I bought these vitamins for my grandson, and they are indeed effective. I’ve purchased them a second time!
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