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SCIENTIFIC SCORE
Possibly Effective
Based on 15 Researches
7.4
USERS' SCORE
Excellent
Based on 314 Reviews
9.1
Supplement Facts
Serving Size: 1 Vegetable Capsule
Amount Per Serving
%DV
Iron (as iron bisglycinate chelate†)
25 mg
139%
Top Medical Research Studies
9.5
Iron treatment reduces anemia
Iron deficiency and anemia in pregnancy: a call to action!: -"If you don't take a temperature, you can't find a fever".
Focused study on anemia treatment
We examined how iron treatment specifically impacts anemia, particularly during pregnancy. Iron deficiency is a leading cause of anemia, and finding the right treatment is crucial for both mothers and their developing babies.
Our study focused on just the effects of iron without looking at other treatments. This clear approach allowed us to isolate the benefits of iron supplementation. The results were insightful, showing that iron treatment had measurable effects on reducing anemia.
However, we must be careful about overgeneralizing these findings. While our results indicate improvements, it's important to recognize that individual responses to iron may vary. Our findings highlight the importance of monitoring iron levels in pregnant women to effectively address anemia.
Our study focused on just the effects of iron without looking at other treatments. This clear approach allowed us to isolate the benefits of iron supplementation. The results were insightful, showing that iron treatment had measurable effects on reducing anemia.
However, we must be careful about overgeneralizing these findings. While our results indicate improvements, it's important to recognize that individual responses to iron may vary. Our findings highlight the importance of monitoring iron levels in pregnant women to effectively address anemia.
Read More
8
Iron treatment and CKD anemia
Iron in Chronic Kidney Disease and End-Stage Kidney Disease-Current Trends and Future Direction.
Strong relevance to kidney disease
We explored the critical relationship between iron treatment and anemia in chronic kidney disease (CKD). Anemia often arises in CKD patients, whether they are on dialysis or not, primarily due to erythropoietin deficiency. However, iron deficiency plays a significant role and can be categorized into absolute, caused by blood loss, or functional, which is affected by inflammation and high levels of hepcidin.
Hepcidin impedes the body’s ability to use iron effectively, trapping it where it's not accessible for red blood cell production. This disruption in iron metabolism also means that oral iron supplements may not work well, especially in advanced CKD. Therefore, we reviewed various intravenous (IV) iron formulations available for treatment and outlined the diagnostic criteria and treatment benchmarks for iron deficiency in CKD patients.
Our findings led us to consider future therapeutic directions to improve patient outcomes. With advancements in the understanding of iron’s role in this context, the hope is to enhance treatment strategies for managing anemia in CKD effectively.
Hepcidin impedes the body’s ability to use iron effectively, trapping it where it's not accessible for red blood cell production. This disruption in iron metabolism also means that oral iron supplements may not work well, especially in advanced CKD. Therefore, we reviewed various intravenous (IV) iron formulations available for treatment and outlined the diagnostic criteria and treatment benchmarks for iron deficiency in CKD patients.
Our findings led us to consider future therapeutic directions to improve patient outcomes. With advancements in the understanding of iron’s role in this context, the hope is to enhance treatment strategies for managing anemia in CKD effectively.
Read More
8
Ferric Carboxymaltose Replaces Iron Sucrose
A cost-effective innovation in anaemia management for paediatric patients with haemodialysis-dependent chronic kidney disease.
High relevance to pediatric anemia
We aimed to find a better way to manage anemia in pediatric patients undergoing hemodialysis. Traditionally, these patients receive intravenous (IV) iron therapy using iron sucrose, which requires frequent treatments and carries a risk of allergic reactions. Moving forward with a home hemodialysis program, we investigated ferric carboxymaltose as a safer and more effective alternative.
In our study, we looked closely at how ferric carboxymaltose performed in maintaining healthy levels of hemoglobin, transferrin saturation, and reticulocyte hemoglobin content over a 12-month period. We also compared its efficacy against traditional iron sucrose treatments. The results were encouraging, showing that ferric carboxymaltose not only matched the effectiveness of iron sucrose but also required fewer hospital visits, significantly easing the treatment burden on families.
Overall, our findings suggest that ferric carboxymaltose is both clinically effective and cost-efficient. By reducing the frequency of administration, this approach can enhance the quality of life for pediatric patients with anemia due to chronic kidney disease who depend on hemodialysis. We believe this innovation presents a promising shift in anemia management for this vulnerable population.
In our study, we looked closely at how ferric carboxymaltose performed in maintaining healthy levels of hemoglobin, transferrin saturation, and reticulocyte hemoglobin content over a 12-month period. We also compared its efficacy against traditional iron sucrose treatments. The results were encouraging, showing that ferric carboxymaltose not only matched the effectiveness of iron sucrose but also required fewer hospital visits, significantly easing the treatment burden on families.
Overall, our findings suggest that ferric carboxymaltose is both clinically effective and cost-efficient. By reducing the frequency of administration, this approach can enhance the quality of life for pediatric patients with anemia due to chronic kidney disease who depend on hemodialysis. We believe this innovation presents a promising shift in anemia management for this vulnerable population.
Read More
Most Useful Reviews
9.5
Saved from anemia
Solgar's iron supplement was a lifesaver for my severe anemia. I was barely able to function, feeling exhausted and memory impaired. After months of taking various iron pills, I finally overcame anemia. Doctors advised me to continue taking iron after each menstrual cycle due to my significant blood loss. I can't pinpoint any drawbacks to this supplement; it has solely beneficial effects.
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9.5
Raised hemoglobin levels
This iron supplement significantly improved my haemoglobin levels. After suffering from anemia, my hair was falling out, and my appearance was pallid. I tried various pills, but only this one was effective, with no issues during absorption. My youthful glow returned, and I noticed the positive results quickly. Highly recommend!
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9.5
Improved overall health
Finally, I found the best form of iron, bisglycinate. It helps boost haemoglobin while eliminating irritability and weakness. My memory and mood improved significantly. I also noticed less puffiness and bruising. It positively impacted my overall health, and I'm thrilled with the results. I recommend taking it alongside certain vitamins for increased absorption.
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Medical Researches
SCIENTIFIC SCORE
Possibly Effective
Based on 15 Researches
7.4
9.5
Iron treatment reduces anemia
Iron deficiency and anemia in pregnancy: a call to action!: -"If you don't take a temperature, you can't find a fever".
Focused study on anemia treatment
We examined how iron treatment specifically impacts anemia, particularly during pregnancy. Iron deficiency is a leading cause of anemia, and finding the right treatment is crucial for both mothers and their developing babies.
Our study focused on just the effects of iron without looking at other treatments. This clear approach allowed us to isolate the benefits of iron supplementation. The results were insightful, showing that iron treatment had measurable effects on reducing anemia.
However, we must be careful about overgeneralizing these findings. While our results indicate improvements, it's important to recognize that individual responses to iron may vary. Our findings highlight the importance of monitoring iron levels in pregnant women to effectively address anemia.
Our study focused on just the effects of iron without looking at other treatments. This clear approach allowed us to isolate the benefits of iron supplementation. The results were insightful, showing that iron treatment had measurable effects on reducing anemia.
However, we must be careful about overgeneralizing these findings. While our results indicate improvements, it's important to recognize that individual responses to iron may vary. Our findings highlight the importance of monitoring iron levels in pregnant women to effectively address anemia.
Read More
9
Iron supplementation effects on anemia
Childhood iron-folic acid supplementation in India for mild-to-moderate anaemia.
Addresses anemia treatment effectiveness
We explored the impact of iron and folic acid supplementation on children suffering from mild-to-moderate anemia in India. This study specifically aimed to assess how effective iron treatments are in improving overall hemoglobin levels and reducing anemia symptoms.
The research consisted of controlled trials where groups of children received iron supplements, while others did not. By comparing these groups, we aimed to determine if there was a significant difference in the rates of recovery from anemia.
While we hoped for positive outcomes from the supplementation, the findings showed mixed results. In some cases, we observed improvements in hemoglobin levels, but the overall effectiveness was not as pronounced as anticipated. It's essential to take these findings into account when considering future strategies for combating anemia in children.
Our analysis highlights that while iron supplementation is a crucial piece of the puzzle for treating anemia, it’s also clear that additional factors may play significant roles in achieving optimal health outcomes for affected children.
The research consisted of controlled trials where groups of children received iron supplements, while others did not. By comparing these groups, we aimed to determine if there was a significant difference in the rates of recovery from anemia.
While we hoped for positive outcomes from the supplementation, the findings showed mixed results. In some cases, we observed improvements in hemoglobin levels, but the overall effectiveness was not as pronounced as anticipated. It's essential to take these findings into account when considering future strategies for combating anemia in children.
Our analysis highlights that while iron supplementation is a crucial piece of the puzzle for treating anemia, it’s also clear that additional factors may play significant roles in achieving optimal health outcomes for affected children.
Read More
9
Serum hepcidin aids anemia diagnosis
Serum hepcidin level with iron profile assay might replace bone marrow iron study as a diagnostic tool for evaluation of anemia in elderly without chronic renal disease.
Addresses anemia in elderly patients
We explored the effectiveness of serum hepcidin levels in diagnosing types of anemia in elderly patients, specifically focusing on iron deficiency anemia (IDA) and anemia of chronic disease (ACD). By studying a group of 100 elderly patients alongside 15 healthy controls, we aimed to find a less invasive way to distinguish between these two common conditions.
Through our evaluation, we observed significant differences in iron levels and hepcidin concentrations between patients with IDA and those with ACD. We discovered that serum hepcidin could effectively differentiate between the two types of anemia, boasting a remarkable sensitivity of 93.9% and a specificity of 92.2%. This points to hepcidin as a promising alternative to the traditional bone marrow iron study.
Interestingly, while hepcidin is a valuable marker, relying solely on it can lead to misdiagnoses, similar concerns arise with ferritin levels. Our findings suggest that combining hepcidin with the iron profile provides a more accurate assessment and could potentially replace more invasive diagnostic methods for anemia in the elderly. Overall, we find this combined approach to be a vital step forward in understanding and treating anemia related to iron levels.
Through our evaluation, we observed significant differences in iron levels and hepcidin concentrations between patients with IDA and those with ACD. We discovered that serum hepcidin could effectively differentiate between the two types of anemia, boasting a remarkable sensitivity of 93.9% and a specificity of 92.2%. This points to hepcidin as a promising alternative to the traditional bone marrow iron study.
Interestingly, while hepcidin is a valuable marker, relying solely on it can lead to misdiagnoses, similar concerns arise with ferritin levels. Our findings suggest that combining hepcidin with the iron profile provides a more accurate assessment and could potentially replace more invasive diagnostic methods for anemia in the elderly. Overall, we find this combined approach to be a vital step forward in understanding and treating anemia related to iron levels.
Read More
8
Ferric Carboxymaltose Replaces Iron Sucrose
A cost-effective innovation in anaemia management for paediatric patients with haemodialysis-dependent chronic kidney disease.
High relevance to pediatric anemia
We aimed to find a better way to manage anemia in pediatric patients undergoing hemodialysis. Traditionally, these patients receive intravenous (IV) iron therapy using iron sucrose, which requires frequent treatments and carries a risk of allergic reactions. Moving forward with a home hemodialysis program, we investigated ferric carboxymaltose as a safer and more effective alternative.
In our study, we looked closely at how ferric carboxymaltose performed in maintaining healthy levels of hemoglobin, transferrin saturation, and reticulocyte hemoglobin content over a 12-month period. We also compared its efficacy against traditional iron sucrose treatments. The results were encouraging, showing that ferric carboxymaltose not only matched the effectiveness of iron sucrose but also required fewer hospital visits, significantly easing the treatment burden on families.
Overall, our findings suggest that ferric carboxymaltose is both clinically effective and cost-efficient. By reducing the frequency of administration, this approach can enhance the quality of life for pediatric patients with anemia due to chronic kidney disease who depend on hemodialysis. We believe this innovation presents a promising shift in anemia management for this vulnerable population.
In our study, we looked closely at how ferric carboxymaltose performed in maintaining healthy levels of hemoglobin, transferrin saturation, and reticulocyte hemoglobin content over a 12-month period. We also compared its efficacy against traditional iron sucrose treatments. The results were encouraging, showing that ferric carboxymaltose not only matched the effectiveness of iron sucrose but also required fewer hospital visits, significantly easing the treatment burden on families.
Overall, our findings suggest that ferric carboxymaltose is both clinically effective and cost-efficient. By reducing the frequency of administration, this approach can enhance the quality of life for pediatric patients with anemia due to chronic kidney disease who depend on hemodialysis. We believe this innovation presents a promising shift in anemia management for this vulnerable population.
Read More
8
Effect of iron on preoperative anemia
Design and Staged Implementation of a Multidisciplinary Preoperative Anemia Clinic at a Tertiary Care Medical Center.
Focus on iron's treatment benefits
We observed a significant issue many surgical patients face: preoperative anemia. This condition is common and can lead to negative outcomes during and after surgery. To tackle this, we designed a multidisciplinary clinic aimed specifically at addressing this problem, focusing on how treatments like iron can help alleviate anemia.
Our clinic focused on carefully planning and bringing together expertise from various stakeholders, including anesthesiology, surgery, and medical practices, allowing us to provide comprehensive care. We initiated the clinic in 2019 and gradually expanded it beyond just cardiac surgery patients to include a broader range of surgical cases.
Throughout our study period, we evaluated 1,188 patients, with the majority experiencing iron deficiency as the underlying cause of their anemia. Remarkably, around 87% of consultations led to recommended anemia treatments, with intravenous iron being the most common intervention used. We discovered that the implementation of our clinic resulted in earlier resolution of anemia symptoms and enhanced patient well-being following surgery.
This study highlights the potential benefits of iron treatments in managing preoperative anemia. While we can't definitively separate the effects of iron from other treatments, our findings suggest that providing targeted anemia care prior to surgery can lead to better outcomes for patients.
Our clinic focused on carefully planning and bringing together expertise from various stakeholders, including anesthesiology, surgery, and medical practices, allowing us to provide comprehensive care. We initiated the clinic in 2019 and gradually expanded it beyond just cardiac surgery patients to include a broader range of surgical cases.
Throughout our study period, we evaluated 1,188 patients, with the majority experiencing iron deficiency as the underlying cause of their anemia. Remarkably, around 87% of consultations led to recommended anemia treatments, with intravenous iron being the most common intervention used. We discovered that the implementation of our clinic resulted in earlier resolution of anemia symptoms and enhanced patient well-being following surgery.
This study highlights the potential benefits of iron treatments in managing preoperative anemia. While we can't definitively separate the effects of iron from other treatments, our findings suggest that providing targeted anemia care prior to surgery can lead to better outcomes for patients.
Read More
User Reviews
USERS' SCORE
Excellent
Based on 314 Reviews
9.1
10
My iron increased
This product is exceptional! After years of experiencing iron deficiency anaemia, I struggled to find any remedy that suited me. None of the numerous iron preparations worked until I discovered this one. After taking it for several months, I noticed a significant increase in my iron levels. I consulted my haematologist, who approved its use. I’m extremely satisfied to have found this iron supplement!
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10
Hemoglobin increased
This iron supplement literally saved me! In just two months, it raised my haemoglobin from 92 to 127 and ferritin from 21 to 60. After years of medication from pharmacies, this dietary supplement has effectively alleviated my anaemia, and I hope that the effects last long term!
10
Normal blood counts
Excellent! I took these capsules daily, and my blood counts returned to normal after a month. No side effects were noted, and I found them easy to swallow, especially with orange juice for better absorption.
10
Dramatic recovery
I am grateful as my daughter’s anemia improved from 7 to 13 after four months of using this supplement. It has truly been wonderful for us.
10
Normalised hemoglobin
I was diagnosed with anemia, and after starting Gentle Iron, my haemoglobin returned to normal in about six weeks. It’s also cheaper than other brands, and I felt more energised as my levels improved.
