Overview
SCIENTIFIC SCORE
Possibly Effective
Based on 3 Researches
7.7
USERS' SCORE
Excellent
Based on 14 Reviews
9
Supplement Facts
Serving Size: 1 Tablet
Amount Per Serving
%DV
Vitamin B6 (as Pyridoxal-5-Phosphate)
1.5 mg
88%
Folate (400 mcg as (6S)-5-MTHF [from (6S)-5-Methyltetrahydrofolate Glucosamine Salt])
680 mcg DFE‡
170%
Vitamin B12 (as Methylcobalamin)
1,000 mcg
41,667%
Top Medical Research Studies
8
We explored the intriguing case of a patient battling severe anemia after a COVID-19 infection. This patient exhibited both cold agglutinin and cryoglobulin, revealing some interesting findings when we examined their direct antiglobulin test results.
We noted that the test showed C3d positivity while being immunoglobulin G negative, indicating that the patient did not have evident hemolytic anemia or thrombosis. Interestingly, there was no clinically significant IgM monoclonal gammopathy reported, which suggests that the situation might not be as dire as it seems at first glance.
Treatment involved folic acid supplementation, which led to a noticeable improvement in the patient's anemia. Alongside this, we observed a decrease in the cold agglutination titer, and the direct antiglobulin test turned negative, hinting that folate may play a role in managing cold agglutinin-related issues, though it’s essential to view this within the broader context of other influences.
Despite the persistent cryoglobulinemia, the patient did not experience thrombosis or any significant complications. This case prompts us to carefully consider the use of immunosuppressive therapies for cold-related hematologic disorders following COVID-19, particularly as many factors may be at play in affecting patient outcomes.
We noted that the test showed C3d positivity while being immunoglobulin G negative, indicating that the patient did not have evident hemolytic anemia or thrombosis. Interestingly, there was no clinically significant IgM monoclonal gammopathy reported, which suggests that the situation might not be as dire as it seems at first glance.
Treatment involved folic acid supplementation, which led to a noticeable improvement in the patient's anemia. Alongside this, we observed a decrease in the cold agglutination titer, and the direct antiglobulin test turned negative, hinting that folate may play a role in managing cold agglutinin-related issues, though it’s essential to view this within the broader context of other influences.
Despite the persistent cryoglobulinemia, the patient did not experience thrombosis or any significant complications. This case prompts us to carefully consider the use of immunosuppressive therapies for cold-related hematologic disorders following COVID-19, particularly as many factors may be at play in affecting patient outcomes.
8
We explored the potential effects of vitamin B12 on cold sensitivity in a study using rats with induced neuropathic pain. The focus was to see whether vitamin B12, both alone and in combination with the pain reliever diclofenac, could alleviate cold and mechanical allodynia—a condition where non-painful stimuli are perceived as painful.
In our approach, we administered vitamin B12 in varying doses over ten consecutive days following nerve injury. What we discovered was quite telling. Higher doses of vitamin B12 (50, 100, and 200 µg kg(-1)) led to a reduction in cold sensitivity. However, when using a lower, subanalgesic dose (25 µg kg(-1)), vitamin B12 did not significantly impact pain responses when paired with low doses of diclofenac.
As we adjusted the vitamin B12 dosage to a more effective level (100 µg kg(-1)), we noticed an improvement in pain relief compared to diclofenac alone. These findings suggest that vitamin B12 could have a positive effect on alleviating cold-related pain in neuropathic conditions, especially when used at appropriate doses.
In our approach, we administered vitamin B12 in varying doses over ten consecutive days following nerve injury. What we discovered was quite telling. Higher doses of vitamin B12 (50, 100, and 200 µg kg(-1)) led to a reduction in cold sensitivity. However, when using a lower, subanalgesic dose (25 µg kg(-1)), vitamin B12 did not significantly impact pain responses when paired with low doses of diclofenac.
As we adjusted the vitamin B12 dosage to a more effective level (100 µg kg(-1)), we noticed an improvement in pain relief compared to diclofenac alone. These findings suggest that vitamin B12 could have a positive effect on alleviating cold-related pain in neuropathic conditions, especially when used at appropriate doses.
7
In our exploration of neuropathic pain relief, we found that Vitamin B12 has a notable impact on cold sensitivity in rats with nerve injuries. The study involved male Wistar rats that underwent infraorbital nerve constriction, simulating a model of trigeminal neuropathic pain.
We treated these rats with B vitamins, particularly focusing on Vitamin B12, to assess its effectiveness in alleviating cold hyperalgesia, which is an increased sensitivity to cold. The results showed that Vitamin B12, when given at a lower dose alongside carbamazepine, helped reduce cold pain sensitivity at certain time points.
However, the combination treatment limited our ability to fully understand the isolated effect of Vitamin B12. Still, it suggests that including B12 in pain management may offer additional benefits for those suffering from this type of nerve pain.
We treated these rats with B vitamins, particularly focusing on Vitamin B12, to assess its effectiveness in alleviating cold hyperalgesia, which is an increased sensitivity to cold. The results showed that Vitamin B12, when given at a lower dose alongside carbamazepine, helped reduce cold pain sensitivity at certain time points.
However, the combination treatment limited our ability to fully understand the isolated effect of Vitamin B12. Still, it suggests that including B12 in pain management may offer additional benefits for those suffering from this type of nerve pain.
Most Useful Reviews
9.5
Increased energy
Helped very cold feet and numb toes! This supplement worked wonders in just two days, reducing numbness in my toes, and alleviating the coldness in my feet. I've also noticed a boost in my energy levels and look forward to more improvements as time goes on. I highly recommend it to anyone experiencing similar issues.
10
Strengthened immunity
Good day, I believe we need vitamin B12. It's particularly important for those not eating meat, the elderly, or anyone run down. This vitamin seems to be well absorbed. Remarkably, I haven't caught a cold this autumn; my immunity feels strengthened. My memory has improved, and I feel more alert and better at learning. My joints are more mobile without pain, and my sleep has improved; I don't wake at night. This vitamin has stabilised my emotional wellbeing, and I feel much calmer.
10
Enhanced emotional stability
My neurologist recommended this supplement for my nerves and mitigating tinnitus. The small, slightly sweet pills seem effective. This autumn, I didn’t catch a cold, and I feel my immunity has strengthened. The vitamin has significantly helped my memory and learning ability. I've noticed increased joint mobility and no more pain. My sleep has improved; I fall asleep quickly and don’t wake throughout the night. This has stabilised my general emotional state, making me feel more collected.
Medical Researches
SCIENTIFIC SCORE
Possibly Effective
Based on 3 Researches
7.7
- All Researches
8
We explored the intriguing case of a patient battling severe anemia after a COVID-19 infection. This patient exhibited both cold agglutinin and cryoglobulin, revealing some interesting findings when we examined their direct antiglobulin test results.
We noted that the test showed C3d positivity while being immunoglobulin G negative, indicating that the patient did not have evident hemolytic anemia or thrombosis. Interestingly, there was no clinically significant IgM monoclonal gammopathy reported, which suggests that the situation might not be as dire as it seems at first glance.
Treatment involved folic acid supplementation, which led to a noticeable improvement in the patient's anemia. Alongside this, we observed a decrease in the cold agglutination titer, and the direct antiglobulin test turned negative, hinting that folate may play a role in managing cold agglutinin-related issues, though it’s essential to view this within the broader context of other influences.
Despite the persistent cryoglobulinemia, the patient did not experience thrombosis or any significant complications. This case prompts us to carefully consider the use of immunosuppressive therapies for cold-related hematologic disorders following COVID-19, particularly as many factors may be at play in affecting patient outcomes.
We noted that the test showed C3d positivity while being immunoglobulin G negative, indicating that the patient did not have evident hemolytic anemia or thrombosis. Interestingly, there was no clinically significant IgM monoclonal gammopathy reported, which suggests that the situation might not be as dire as it seems at first glance.
Treatment involved folic acid supplementation, which led to a noticeable improvement in the patient's anemia. Alongside this, we observed a decrease in the cold agglutination titer, and the direct antiglobulin test turned negative, hinting that folate may play a role in managing cold agglutinin-related issues, though it’s essential to view this within the broader context of other influences.
Despite the persistent cryoglobulinemia, the patient did not experience thrombosis or any significant complications. This case prompts us to carefully consider the use of immunosuppressive therapies for cold-related hematologic disorders following COVID-19, particularly as many factors may be at play in affecting patient outcomes.
8
We explored the potential effects of vitamin B12 on cold sensitivity in a study using rats with induced neuropathic pain. The focus was to see whether vitamin B12, both alone and in combination with the pain reliever diclofenac, could alleviate cold and mechanical allodynia—a condition where non-painful stimuli are perceived as painful.
In our approach, we administered vitamin B12 in varying doses over ten consecutive days following nerve injury. What we discovered was quite telling. Higher doses of vitamin B12 (50, 100, and 200 µg kg(-1)) led to a reduction in cold sensitivity. However, when using a lower, subanalgesic dose (25 µg kg(-1)), vitamin B12 did not significantly impact pain responses when paired with low doses of diclofenac.
As we adjusted the vitamin B12 dosage to a more effective level (100 µg kg(-1)), we noticed an improvement in pain relief compared to diclofenac alone. These findings suggest that vitamin B12 could have a positive effect on alleviating cold-related pain in neuropathic conditions, especially when used at appropriate doses.
In our approach, we administered vitamin B12 in varying doses over ten consecutive days following nerve injury. What we discovered was quite telling. Higher doses of vitamin B12 (50, 100, and 200 µg kg(-1)) led to a reduction in cold sensitivity. However, when using a lower, subanalgesic dose (25 µg kg(-1)), vitamin B12 did not significantly impact pain responses when paired with low doses of diclofenac.
As we adjusted the vitamin B12 dosage to a more effective level (100 µg kg(-1)), we noticed an improvement in pain relief compared to diclofenac alone. These findings suggest that vitamin B12 could have a positive effect on alleviating cold-related pain in neuropathic conditions, especially when used at appropriate doses.
7
In our exploration of neuropathic pain relief, we found that Vitamin B12 has a notable impact on cold sensitivity in rats with nerve injuries. The study involved male Wistar rats that underwent infraorbital nerve constriction, simulating a model of trigeminal neuropathic pain.
We treated these rats with B vitamins, particularly focusing on Vitamin B12, to assess its effectiveness in alleviating cold hyperalgesia, which is an increased sensitivity to cold. The results showed that Vitamin B12, when given at a lower dose alongside carbamazepine, helped reduce cold pain sensitivity at certain time points.
However, the combination treatment limited our ability to fully understand the isolated effect of Vitamin B12. Still, it suggests that including B12 in pain management may offer additional benefits for those suffering from this type of nerve pain.
We treated these rats with B vitamins, particularly focusing on Vitamin B12, to assess its effectiveness in alleviating cold hyperalgesia, which is an increased sensitivity to cold. The results showed that Vitamin B12, when given at a lower dose alongside carbamazepine, helped reduce cold pain sensitivity at certain time points.
However, the combination treatment limited our ability to fully understand the isolated effect of Vitamin B12. Still, it suggests that including B12 in pain management may offer additional benefits for those suffering from this type of nerve pain.
User Reviews
USERS' SCORE
Excellent
Based on 14 Reviews
9
- All Reviews
- Positive Reviews
- Negative Reviews
9.5
Increased energy
Helped very cold feet and numb toes! This supplement worked wonders in just two days, reducing numbness in my toes, and alleviating the coldness in my feet. I've also noticed a boost in my energy levels and look forward to more improvements as time goes on. I highly recommend it to anyone experiencing similar issues.
10
Strengthened immunity
Good day, I believe we need vitamin B12. It's particularly important for those not eating meat, the elderly, or anyone run down. This vitamin seems to be well absorbed. Remarkably, I haven't caught a cold this autumn; my immunity feels strengthened. My memory has improved, and I feel more alert and better at learning. My joints are more mobile without pain, and my sleep has improved; I don't wake at night. This vitamin has stabilised my emotional wellbeing, and I feel much calmer.
10
Enhanced emotional stability
My neurologist recommended this supplement for my nerves and mitigating tinnitus. The small, slightly sweet pills seem effective. This autumn, I didn’t catch a cold, and I feel my immunity has strengthened. The vitamin has significantly helped my memory and learning ability. I've noticed increased joint mobility and no more pain. My sleep has improved; I fall asleep quickly and don’t wake throughout the night. This has stabilised my general emotional state, making me feel more collected.
9.5
Increased energy noted
I've noticed significant improvements since starting these powerful vitamins in January. My energy has returned, and I no longer feel constantly fatigued. My quality of sleep has improved too; I fall asleep easily and stay asleep. My immunity has strengthened, as I haven't caught a cold during this winter, despite usually being ill.
8.3
Quick recovery noted
Good for colds too. It's perfect for managing your health. I had a slight cold, but I drank it and recovered. Thank you very much.
Frequently Asked Questions
8.8
Rapid recovery experienced
I've taken this supplement briefly but already see my immune system strengthening. When I caught a viral infection, the symptoms were minor and cleared up remarkably fast within two days, compared to longer colds previously. During this time, I increased my zinc intake and didn’t feel any lingering weakness. Overall, I am very content with the results of the supplement.
9.5
Increased energy noted
I've noticed significant improvements since starting these powerful vitamins in January. My energy has returned, and I no longer feel constantly fatigued. My quality of sleep has improved too; I fall asleep easily and stay asleep. My immunity has strengthened, as I haven't caught a cold during this winter, despite usually being ill.
8.8
Quick recovery noted
I've been taking this supplement for a short period, but I've already noted that my immune system feels stronger. I recently caught a viral infection but recovered quickly, with only minor symptoms. A slight stuffy nose and fatigue passed in just two days, while I previously had longer-lasting colds. I've doubled my daily dose during this time. I returned to the gym without feeling any residual weakness and feel quite content with the supplement's quality.
10
Strengthened immunity
Good day, I believe we need vitamin B12. It's particularly important for those not eating meat, the elderly, or anyone run down. This vitamin seems to be well absorbed. Remarkably, I haven't caught a cold this autumn; my immunity feels strengthened. My memory has improved, and I feel more alert and better at learning. My joints are more mobile without pain, and my sleep has improved; I don't wake at night. This vitamin has stabilised my emotional wellbeing, and I feel much calmer.
10
Enhanced emotional stability
My neurologist recommended this supplement for my nerves and mitigating tinnitus. The small, slightly sweet pills seem effective. This autumn, I didn’t catch a cold, and I feel my immunity has strengthened. The vitamin has significantly helped my memory and learning ability. I've noticed increased joint mobility and no more pain. My sleep has improved; I fall asleep quickly and don’t wake throughout the night. This has stabilised my general emotional state, making me feel more collected.
9.5
Enhanced sleep quality
This form of vitamin is well absorbed and effective. I didn’t catch a cold this autumn, and it has certainly improved my memory, helping me better assimilate information. My joint mobility is better, without pain, and my sleep is now more restful; I fall asleep faster and no longer wake during the night. It has greatly stabilised my emotional state.
8.8
Highly recommended remedy
I took it for my mother, and everything is well. I also give it to my children and drink it myself when I have a cold; I recommend it.
8.8
Effective during colds
I take this vitamin complex regularly, finding it one of the most effective during cold season and dental treatment. It’s a reliable supplement for maintaining my health.
8.3
Quick recovery noted
Good for colds too. It's perfect for managing your health. I had a slight cold, but I drank it and recovered. Thank you very much.
8
We explored the potential effects of vitamin B12 on cold sensitivity in a study using rats with induced neuropathic pain. The focus was to see whether vitamin B12, both alone and in combination with the pain reliever diclofenac, could alleviate cold and mechanical allodynia—a condition where non-painful stimuli are perceived as painful.
In our approach, we administered vitamin B12 in varying doses over ten consecutive days following nerve injury. What we discovered was quite telling. Higher doses of vitamin B12 (50, 100, and 200 µg kg(-1)) led to a reduction in cold sensitivity. However, when using a lower, subanalgesic dose (25 µg kg(-1)), vitamin B12 did not significantly impact pain responses when paired with low doses of diclofenac.
As we adjusted the vitamin B12 dosage to a more effective level (100 µg kg(-1)), we noticed an improvement in pain relief compared to diclofenac alone. These findings suggest that vitamin B12 could have a positive effect on alleviating cold-related pain in neuropathic conditions, especially when used at appropriate doses.
In our approach, we administered vitamin B12 in varying doses over ten consecutive days following nerve injury. What we discovered was quite telling. Higher doses of vitamin B12 (50, 100, and 200 µg kg(-1)) led to a reduction in cold sensitivity. However, when using a lower, subanalgesic dose (25 µg kg(-1)), vitamin B12 did not significantly impact pain responses when paired with low doses of diclofenac.
As we adjusted the vitamin B12 dosage to a more effective level (100 µg kg(-1)), we noticed an improvement in pain relief compared to diclofenac alone. These findings suggest that vitamin B12 could have a positive effect on alleviating cold-related pain in neuropathic conditions, especially when used at appropriate doses.
7
In our exploration of neuropathic pain relief, we found that Vitamin B12 has a notable impact on cold sensitivity in rats with nerve injuries. The study involved male Wistar rats that underwent infraorbital nerve constriction, simulating a model of trigeminal neuropathic pain.
We treated these rats with B vitamins, particularly focusing on Vitamin B12, to assess its effectiveness in alleviating cold hyperalgesia, which is an increased sensitivity to cold. The results showed that Vitamin B12, when given at a lower dose alongside carbamazepine, helped reduce cold pain sensitivity at certain time points.
However, the combination treatment limited our ability to fully understand the isolated effect of Vitamin B12. Still, it suggests that including B12 in pain management may offer additional benefits for those suffering from this type of nerve pain.
We treated these rats with B vitamins, particularly focusing on Vitamin B12, to assess its effectiveness in alleviating cold hyperalgesia, which is an increased sensitivity to cold. The results showed that Vitamin B12, when given at a lower dose alongside carbamazepine, helped reduce cold pain sensitivity at certain time points.
However, the combination treatment limited our ability to fully understand the isolated effect of Vitamin B12. Still, it suggests that including B12 in pain management may offer additional benefits for those suffering from this type of nerve pain.
8
We explored the intriguing case of a patient battling severe anemia after a COVID-19 infection. This patient exhibited both cold agglutinin and cryoglobulin, revealing some interesting findings when we examined their direct antiglobulin test results.
We noted that the test showed C3d positivity while being immunoglobulin G negative, indicating that the patient did not have evident hemolytic anemia or thrombosis. Interestingly, there was no clinically significant IgM monoclonal gammopathy reported, which suggests that the situation might not be as dire as it seems at first glance.
Treatment involved folic acid supplementation, which led to a noticeable improvement in the patient's anemia. Alongside this, we observed a decrease in the cold agglutination titer, and the direct antiglobulin test turned negative, hinting that folate may play a role in managing cold agglutinin-related issues, though it’s essential to view this within the broader context of other influences.
Despite the persistent cryoglobulinemia, the patient did not experience thrombosis or any significant complications. This case prompts us to carefully consider the use of immunosuppressive therapies for cold-related hematologic disorders following COVID-19, particularly as many factors may be at play in affecting patient outcomes.
We noted that the test showed C3d positivity while being immunoglobulin G negative, indicating that the patient did not have evident hemolytic anemia or thrombosis. Interestingly, there was no clinically significant IgM monoclonal gammopathy reported, which suggests that the situation might not be as dire as it seems at first glance.
Treatment involved folic acid supplementation, which led to a noticeable improvement in the patient's anemia. Alongside this, we observed a decrease in the cold agglutination titer, and the direct antiglobulin test turned negative, hinting that folate may play a role in managing cold agglutinin-related issues, though it’s essential to view this within the broader context of other influences.
Despite the persistent cryoglobulinemia, the patient did not experience thrombosis or any significant complications. This case prompts us to carefully consider the use of immunosuppressive therapies for cold-related hematologic disorders following COVID-19, particularly as many factors may be at play in affecting patient outcomes.
References
- Kaneko M, Masuda Y, Ishikawa K, Shikata H. Coexistence of Cold Agglutinin and Cryoglobulin in a Patient With Severe Anemia Following COVID-19 Infection. Cureus. 2024;16:e75257. doi:10.7759/cureus.75257
- Tamaddonfard E, Samadi F, Egdami K. The effects of vitamin B12 and diclofenac and their combination on cold and mechanical allodynia in a neuropathic pain model in rats. Vet Res Forum. 2013;4:19.
- Kopruszinski CM, Reis RC, Chichorro JG. B vitamins relieve neuropathic pain behaviors induced by infraorbital nerve constriction in rats. Life Sci. 2012;91:1187. doi:10.1016/j.lfs.2012.08.025
