Overview
SCIENTIFIC SCORE
Moderately Effective
Based on 6 Researches
8.8
USERS' SCORE
Moderately Good
Based on 54 Reviews
7.9
Supplement Facts
Serving Size: 1 Capsule
Amount Per Serving
%DV
Gelatin (as capsule fill and capsule shell)
600 mg
**
Top Medical Research Studies
9
We explored a new approach to tackle hair loss by utilizing a 3D bioprinting technique with a gelatin and alginate hydrogel. This innovative method created a complex scaffold that mimics the natural environment of hair follicles.
The results showed that this scaffold allowed for the successful formation of hair follicles by promoting essential cellular interactions.
Ultimately, this promising technique opens new doors in the treatment of hair loss, potentially transforming how we manage this prevalent issue.
The results showed that this scaffold allowed for the successful formation of hair follicles by promoting essential cellular interactions.
Ultimately, this promising technique opens new doors in the treatment of hair loss, potentially transforming how we manage this prevalent issue.
Read More
9
We aimed to investigate whether a conditioned medium (CM) derived from human umbilical cord mesenchymal stem cells (HuMSCs) cultivated in a gelatin sponge could effectively promote hair growth. In our study, we compared two methods of culturing HuMSCs: the traditional monolayer and the novel three-dimensional (3D) approach using gelatin sponge.
Our findings revealed that the 3D culture significantly enhanced the production of key growth factors, including vascular endothelial growth factor (VEGF), insulin-like growth factor-1 (IGF-1), keratinocyte growth factor (KGF), and hepatocyte growth factor (HGF). These factors are crucial for hair regeneration and skin health.
When we tested the conditioned medium and HuMSCs through injections into the back skin of mice experiencing hair loss, we noticed promising results. Both treatments stimulated hair regrowth, but the CM from the gelatin sponge culture showed even greater effects, leading to longer hair and improved growth rates. Notably, this treatment also promoted skin angiogenesis, which likely aided faster hair regrowth.
In summary, our exploration indicates that the use of gelatin-sponge-cultivated stem cell secretions can significantly bolster hair growth and support skin health in our mouse model.
Our findings revealed that the 3D culture significantly enhanced the production of key growth factors, including vascular endothelial growth factor (VEGF), insulin-like growth factor-1 (IGF-1), keratinocyte growth factor (KGF), and hepatocyte growth factor (HGF). These factors are crucial for hair regeneration and skin health.
When we tested the conditioned medium and HuMSCs through injections into the back skin of mice experiencing hair loss, we noticed promising results. Both treatments stimulated hair regrowth, but the CM from the gelatin sponge culture showed even greater effects, leading to longer hair and improved growth rates. Notably, this treatment also promoted skin angiogenesis, which likely aided faster hair regrowth.
In summary, our exploration indicates that the use of gelatin-sponge-cultivated stem cell secretions can significantly bolster hair growth and support skin health in our mouse model.
Read More
9
We explored a novel 3D bioprinting technique that uses a gelatin-alginate hydrogel to create a supportive scaffold for hair follicle regeneration.
This study involved encapsulating various cell types in the hydrogel and successfully printing them into a multilayered structure.
When transplanted into mice, the scaffold showed promising results, with increased cell proliferation and the formation of hair follicles.
While the technique holds potential for treating hair loss, more research is necessary to fully understand its applications in hair restoration.
This study involved encapsulating various cell types in the hydrogel and successfully printing them into a multilayered structure.
When transplanted into mice, the scaffold showed promising results, with increased cell proliferation and the formation of hair follicles.
While the technique holds potential for treating hair loss, more research is necessary to fully understand its applications in hair restoration.
Read More
Most Useful Reviews
9
Hair strength improved
71 people found this helpful
Gelatin is an excellent product for hair, skin and nails, as it provides natural collagen. It effectively strengthens and stops hair loss, giving hair a brilliant shine and good volume. While it is often added to hair masks, I've found it easy to consume through capsules, taking one three times a day. This has made a significant difference!
Read More
9
Huge difference noted
29 people found this helpful
It works! Being on a ketogenic diet had caused some hair loss and weak nails. After a month of taking this product, I've already noticed a tremendous difference. It's the best value for money!
Read More
9
Decreases hair loss
5 people found this helpful
Effective! I had given up on addressing hair loss due to ageing, but after learning about gelatin, I began using this capsule, and my hair loss decreased dramatically. I intend to continue using it but have concerns about its safety regarding BSE.
Read More
Medical Researches
SCIENTIFIC SCORE
Moderately Effective
Based on 6 Researches
8.8
- All Researches
9
Gelatin improves alopecia treatment
We explored the potential of gelatin-coated transferosomes as a targeted delivery system for tofacitinib, a medication that shows promise in treating alopecia areata, an autoimmune condition causing hair loss. Our study involved seven patients with stubborn lesions, and we applied the specially formulated transferosomal gel directly to their affected areas.
The results were encouraging. After 12 weeks of treatment, we observed noticeable hair regrowth in all participants, with improvements of up to 80%. This suggests that the gelatin-coated transferosomes can effectively deliver tofacitinib to the hair follicles, enhancing its therapeutic effect.
Overall, this study demonstrates a novel approach to treating alopecia areata by combining targeted drug delivery with a medication known for its effectiveness. It provides a hopeful outlook for individuals struggling with this challenging condition, validating the use of gelatin in boosting treatment outcomes.
The results were encouraging. After 12 weeks of treatment, we observed noticeable hair regrowth in all participants, with improvements of up to 80%. This suggests that the gelatin-coated transferosomes can effectively deliver tofacitinib to the hair follicles, enhancing its therapeutic effect.
Overall, this study demonstrates a novel approach to treating alopecia areata by combining targeted drug delivery with a medication known for its effectiveness. It provides a hopeful outlook for individuals struggling with this challenging condition, validating the use of gelatin in boosting treatment outcomes.
Read More
9
We explored the role of gelatin in a new microneedle design aimed at treating hair loss. These swellable microneedles, designed with an air-pocket structure, were engineered to implant easily into the skin while reducing the risk of infection. This one-step molding process allowed the microneedles to hold minoxidil, a common treatment for hair loss.
During our research, we observed that the microneedles could effectively release 90% of the minoxidil they contained over a span of 48 hours. This delivery method displayed higher efficiency in animal studies compared to traditional topical applications. However, while gelatin played a crucial role in the structure and function of the microneedles, we cannot draw definitive conclusions about its individual effect on hair loss itself.
Overall, the promising results suggest that this innovative microneedle approach could offer a convenient and efficient way for administering hair loss treatments, though more focused research on gelatin alone would be necessary to evaluate its direct impact on hair growth.
During our research, we observed that the microneedles could effectively release 90% of the minoxidil they contained over a span of 48 hours. This delivery method displayed higher efficiency in animal studies compared to traditional topical applications. However, while gelatin played a crucial role in the structure and function of the microneedles, we cannot draw definitive conclusions about its individual effect on hair loss itself.
Overall, the promising results suggest that this innovative microneedle approach could offer a convenient and efficient way for administering hair loss treatments, though more focused research on gelatin alone would be necessary to evaluate its direct impact on hair growth.
Read More
9
We aimed to investigate whether a conditioned medium (CM) derived from human umbilical cord mesenchymal stem cells (HuMSCs) cultivated in a gelatin sponge could effectively promote hair growth. In our study, we compared two methods of culturing HuMSCs: the traditional monolayer and the novel three-dimensional (3D) approach using gelatin sponge.
Our findings revealed that the 3D culture significantly enhanced the production of key growth factors, including vascular endothelial growth factor (VEGF), insulin-like growth factor-1 (IGF-1), keratinocyte growth factor (KGF), and hepatocyte growth factor (HGF). These factors are crucial for hair regeneration and skin health.
When we tested the conditioned medium and HuMSCs through injections into the back skin of mice experiencing hair loss, we noticed promising results. Both treatments stimulated hair regrowth, but the CM from the gelatin sponge culture showed even greater effects, leading to longer hair and improved growth rates. Notably, this treatment also promoted skin angiogenesis, which likely aided faster hair regrowth.
In summary, our exploration indicates that the use of gelatin-sponge-cultivated stem cell secretions can significantly bolster hair growth and support skin health in our mouse model.
Our findings revealed that the 3D culture significantly enhanced the production of key growth factors, including vascular endothelial growth factor (VEGF), insulin-like growth factor-1 (IGF-1), keratinocyte growth factor (KGF), and hepatocyte growth factor (HGF). These factors are crucial for hair regeneration and skin health.
When we tested the conditioned medium and HuMSCs through injections into the back skin of mice experiencing hair loss, we noticed promising results. Both treatments stimulated hair regrowth, but the CM from the gelatin sponge culture showed even greater effects, leading to longer hair and improved growth rates. Notably, this treatment also promoted skin angiogenesis, which likely aided faster hair regrowth.
In summary, our exploration indicates that the use of gelatin-sponge-cultivated stem cell secretions can significantly bolster hair growth and support skin health in our mouse model.
Read More
9
We explored a novel 3D bioprinting technique that uses a gelatin-alginate hydrogel to create a supportive scaffold for hair follicle regeneration.
This study involved encapsulating various cell types in the hydrogel and successfully printing them into a multilayered structure.
When transplanted into mice, the scaffold showed promising results, with increased cell proliferation and the formation of hair follicles.
While the technique holds potential for treating hair loss, more research is necessary to fully understand its applications in hair restoration.
This study involved encapsulating various cell types in the hydrogel and successfully printing them into a multilayered structure.
When transplanted into mice, the scaffold showed promising results, with increased cell proliferation and the formation of hair follicles.
While the technique holds potential for treating hair loss, more research is necessary to fully understand its applications in hair restoration.
Read More
9
We explored a new approach to tackle hair loss by utilizing a 3D bioprinting technique with a gelatin and alginate hydrogel. This innovative method created a complex scaffold that mimics the natural environment of hair follicles.
The results showed that this scaffold allowed for the successful formation of hair follicles by promoting essential cellular interactions.
Ultimately, this promising technique opens new doors in the treatment of hair loss, potentially transforming how we manage this prevalent issue.
The results showed that this scaffold allowed for the successful formation of hair follicles by promoting essential cellular interactions.
Ultimately, this promising technique opens new doors in the treatment of hair loss, potentially transforming how we manage this prevalent issue.
Read More
User Reviews
USERS' SCORE
Moderately Good
Based on 54 Reviews
7.9
- All Reviews
- Positive Reviews
- Negative Reviews
9
Hair strength improved
71 people found this helpful
Gelatin is an excellent product for hair, skin and nails, as it provides natural collagen. It effectively strengthens and stops hair loss, giving hair a brilliant shine and good volume. While it is often added to hair masks, I've found it easy to consume through capsules, taking one three times a day. This has made a significant difference!
Read More
9
Huge difference noted
29 people found this helpful
It works! Being on a ketogenic diet had caused some hair loss and weak nails. After a month of taking this product, I've already noticed a tremendous difference. It's the best value for money!
Read More
9
Decreases hair loss
5 people found this helpful
Effective! I had given up on addressing hair loss due to ageing, but after learning about gelatin, I began using this capsule, and my hair loss decreased dramatically. I intend to continue using it but have concerns about its safety regarding BSE.
Read More
9
Significant recovery
2 people found this helpful
This product is essential for those experiencing shedding. I've noticed remarkable improvement after taking two pills daily! While it hasn't affected nutrition, it is a high-quality product I recommend for anyone dealing with hair loss.
Read More
9
Quick results observed
2 people found this helpful
This helped significantly with my severe hair loss, showing over 70% improvement quickly. I highly recommend it to anyone facing similar issues!
Read More
Frequently Asked Questions
9
Fast results
Fast impact! I purchased this for hair loss and felt a difference in less than two weeks. It's fairly priced, has no aftertaste, and is easy to use.
9
Effects seen quickly
These capsules really helped me with my hair loss. I noticed the effect within about two weeks. Tasteless.
9
Quick results observed
2 people found this helpful
This helped significantly with my severe hair loss, showing over 70% improvement quickly. I highly recommend it to anyone facing similar issues!
9
Shedding ceased
I've been taking the product for about two months for hair loss along with biotin pills. The shedding has nearly stopped, and I am very pleased.
9
Significant improvement
Very helpful for hair loss. A product of high quality that's easy to swallow with convenient packaging. I have noticed a significant improvement in my hair.
10
New growth visible
Totally works! I am currently going through a stressful period in my life, resulting in hair loss. I received a recommendation to purchase this gelatin. Unbelievably, it works like magic! Shedding has nearly ceased, and I notice new growth. I take 2 pills in the morning and 2 in the evening. I would highly recommend it!
9
Strengthens hair
2 people found this helpful
Regular use of this product strengthens hair, halts hair loss, and makes it thicker and shinier. I highly recommend it.
9
Prevents hair loss
1 people found this helpful
Good quality, helps prevent hair loss and encourages regrowth, has a pleasant texture and is easy to swallow.
9
Combats hair loss
This excellent product, combining gelatin with horsetail, helped me tackle hair loss. The vitamin size is perfect and it is easy to swallow.
9
Hair loss improvement
Great product! I felt that my hair loss nearly disappeared. However, it's also important to eat well and get blood tests.
9
Gelatin improves alopecia treatment
We explored the potential of gelatin-coated transferosomes as a targeted delivery system for tofacitinib, a medication that shows promise in treating alopecia areata, an autoimmune condition causing hair loss. Our study involved seven patients with stubborn lesions, and we applied the specially formulated transferosomal gel directly to their affected areas.
The results were encouraging. After 12 weeks of treatment, we observed noticeable hair regrowth in all participants, with improvements of up to 80%. This suggests that the gelatin-coated transferosomes can effectively deliver tofacitinib to the hair follicles, enhancing its therapeutic effect.
Overall, this study demonstrates a novel approach to treating alopecia areata by combining targeted drug delivery with a medication known for its effectiveness. It provides a hopeful outlook for individuals struggling with this challenging condition, validating the use of gelatin in boosting treatment outcomes.
The results were encouraging. After 12 weeks of treatment, we observed noticeable hair regrowth in all participants, with improvements of up to 80%. This suggests that the gelatin-coated transferosomes can effectively deliver tofacitinib to the hair follicles, enhancing its therapeutic effect.
Overall, this study demonstrates a novel approach to treating alopecia areata by combining targeted drug delivery with a medication known for its effectiveness. It provides a hopeful outlook for individuals struggling with this challenging condition, validating the use of gelatin in boosting treatment outcomes.
8
We explored the effectiveness of a new treatment combining retinol, L-cystine, and gelatin for diffuse hair loss in two studies. The pilot study showed meaningful results, with hair density increasing by nearly 7%, and further improvements noted in a double-blind study. There were significant reductions in telogen rates and enhancements in anagen rates in treated patients, with no adverse effects during treatment. Overall, our findings suggest that this combination may help enhance hair growth without serious side effects.
9
We explored the role of gelatin in a new microneedle design aimed at treating hair loss. These swellable microneedles, designed with an air-pocket structure, were engineered to implant easily into the skin while reducing the risk of infection. This one-step molding process allowed the microneedles to hold minoxidil, a common treatment for hair loss.
During our research, we observed that the microneedles could effectively release 90% of the minoxidil they contained over a span of 48 hours. This delivery method displayed higher efficiency in animal studies compared to traditional topical applications. However, while gelatin played a crucial role in the structure and function of the microneedles, we cannot draw definitive conclusions about its individual effect on hair loss itself.
Overall, the promising results suggest that this innovative microneedle approach could offer a convenient and efficient way for administering hair loss treatments, though more focused research on gelatin alone would be necessary to evaluate its direct impact on hair growth.
During our research, we observed that the microneedles could effectively release 90% of the minoxidil they contained over a span of 48 hours. This delivery method displayed higher efficiency in animal studies compared to traditional topical applications. However, while gelatin played a crucial role in the structure and function of the microneedles, we cannot draw definitive conclusions about its individual effect on hair loss itself.
Overall, the promising results suggest that this innovative microneedle approach could offer a convenient and efficient way for administering hair loss treatments, though more focused research on gelatin alone would be necessary to evaluate its direct impact on hair growth.
9
We aimed to investigate whether a conditioned medium (CM) derived from human umbilical cord mesenchymal stem cells (HuMSCs) cultivated in a gelatin sponge could effectively promote hair growth. In our study, we compared two methods of culturing HuMSCs: the traditional monolayer and the novel three-dimensional (3D) approach using gelatin sponge.
Our findings revealed that the 3D culture significantly enhanced the production of key growth factors, including vascular endothelial growth factor (VEGF), insulin-like growth factor-1 (IGF-1), keratinocyte growth factor (KGF), and hepatocyte growth factor (HGF). These factors are crucial for hair regeneration and skin health.
When we tested the conditioned medium and HuMSCs through injections into the back skin of mice experiencing hair loss, we noticed promising results. Both treatments stimulated hair regrowth, but the CM from the gelatin sponge culture showed even greater effects, leading to longer hair and improved growth rates. Notably, this treatment also promoted skin angiogenesis, which likely aided faster hair regrowth.
In summary, our exploration indicates that the use of gelatin-sponge-cultivated stem cell secretions can significantly bolster hair growth and support skin health in our mouse model.
Our findings revealed that the 3D culture significantly enhanced the production of key growth factors, including vascular endothelial growth factor (VEGF), insulin-like growth factor-1 (IGF-1), keratinocyte growth factor (KGF), and hepatocyte growth factor (HGF). These factors are crucial for hair regeneration and skin health.
When we tested the conditioned medium and HuMSCs through injections into the back skin of mice experiencing hair loss, we noticed promising results. Both treatments stimulated hair regrowth, but the CM from the gelatin sponge culture showed even greater effects, leading to longer hair and improved growth rates. Notably, this treatment also promoted skin angiogenesis, which likely aided faster hair regrowth.
In summary, our exploration indicates that the use of gelatin-sponge-cultivated stem cell secretions can significantly bolster hair growth and support skin health in our mouse model.
9
We explored a novel 3D bioprinting technique that uses a gelatin-alginate hydrogel to create a supportive scaffold for hair follicle regeneration.
This study involved encapsulating various cell types in the hydrogel and successfully printing them into a multilayered structure.
When transplanted into mice, the scaffold showed promising results, with increased cell proliferation and the formation of hair follicles.
While the technique holds potential for treating hair loss, more research is necessary to fully understand its applications in hair restoration.
This study involved encapsulating various cell types in the hydrogel and successfully printing them into a multilayered structure.
When transplanted into mice, the scaffold showed promising results, with increased cell proliferation and the formation of hair follicles.
While the technique holds potential for treating hair loss, more research is necessary to fully understand its applications in hair restoration.
9
We explored a new approach to tackle hair loss by utilizing a 3D bioprinting technique with a gelatin and alginate hydrogel. This innovative method created a complex scaffold that mimics the natural environment of hair follicles.
The results showed that this scaffold allowed for the successful formation of hair follicles by promoting essential cellular interactions.
Ultimately, this promising technique opens new doors in the treatment of hair loss, potentially transforming how we manage this prevalent issue.
The results showed that this scaffold allowed for the successful formation of hair follicles by promoting essential cellular interactions.
Ultimately, this promising technique opens new doors in the treatment of hair loss, potentially transforming how we manage this prevalent issue.
References
- Gabr H, Abdel-Halim M, Mourad B, Rady M, Mansour S. Hair follicle targeting via gelatin coated transferosomes loaded with tofacitinib citrate for enhanced treatment of alopecia areata: Clinical evaluation of alopecia areata patients. Int J Pharm. 2025;672:125307. doi:10.1016/j.ijpharm.2025.125307
- Seong KY, Kim MJ, Lee H, Kim S, Kim S, et al. One-touch embeddable microneedles for hair loss treatment. Int J Pharm. 2025;669:125020. doi:10.1016/j.ijpharm.2024.125020
- Ni J, Ye D, Zeng W, Ma S, Wang Z, et al. Promotion of hair growth by a conditioned medium from human umbilical cord mesenchymal stem cells cultivated in a 3D scaffold of gelatin sponge. Eur J Med Res. 2024;29:270. doi:10.1186/s40001-024-01830-7
- Kang D, Liu Z, Qian C, Huang J, Zhou Y, et al. 3D bioprinting of a gelatin-alginate hydrogel for tissue-engineered hair follicle regeneration. Acta Biomater. 2023;165:19. doi:10.1016/j.actbio.2022.03.011
- Kang D, Liu Z, Qian C, Huang J, Zhou Y, et al. A three-dimensional bioprinting technique, based on a gelatin/alginate hydrogel, for the tissue engineering of hair follicle reconstruction. Int J Biol Macromol. 2021. doi:10.1016/j.ijbiomac.2021.09.014
- Hertel H, Gollnick H, Matthies C, Baumann I, Orfanos CE. [Low dosage retinol and L-cystine combination improve alopecia of the diffuse type following long-term oral administration]. Hautarzt. 1989;40:490.
