Category Archives: Hair Loss Products

Have Hair You Can Be Proud of with Nioxin Hair Loss Products

Nioxin is a brand that has curved a niche when it comes to managing and arresting hair loss. Nioxin hair loss products are not new in the market and they have in fact been around for 26 years. Their hair care products have been praised for their wonderful effects in strengthening and making the hair dense. The Nioxin hair loss treatment promises to deliver denser looking hair and this is exactly what they deliver.

Have Hair You Can Be Proud of with Nioxin Hair Loss Products

Nioxin system hair loss treatment contains six treatments and each of them has their unique solutions. These are:

  • Nioxin System 1: This system is essential in treating thin looking hair. It is also very effective in preventing hair loss in fine textured hair and natural hair as well.
  • Nioxin System 2: The second system has noticeably thinning hair and it can also be used on natural hair as well.
  • Nioxin System 3: This treatment has been designed to treat thinning hair that has been chemically processed.
  • Nioxin System 4: The forth treatment has been developed to treat fine textured hair that has been chemically treated as well.
  • Nioxin System 5: This treatment is for normal and thin looking hair as well. The treatment can also be used on medium to coarse textured hair that is either natural or chemically treated.
  • Nioxin System 6: The final Nioxin system treatment is made for medium to coarse textured hair that is noticeably thinning. This treatment can also be used on hair that has been chemically treated.

One of the things that you will notice with these treatments is the fact that they have been designed to help treat thinning in all types of hair. People with coarse and fine textured hair are all accommodated. Both natural and chemically treated hair can be treated with these Nioxin hair care products.

How Can Nioxin Hair Loss Products Help Renew Your Scalp?

Nioxin has an interesting range of hair loss products which work to reduce breakage in particular. Hair breakage is mostly as a result of weakened hair and this is very common in over processed hair, as well as hair that is styled using the wrong techniques or styling products. The scalp renew dermabrasion treatment and density restoration treatment from Nioxin both promise to help restore the health of your scalp so as to give your hair a new lease of life. As you may have guessed with the term dermabrasion, this treatment helps to exfoliate the scalp by removing hair follicle build up. The treatment accelerates scalp regeneration by 34 percent and enables the hair to grow healthier and stronger as well. This is an anti-aging treatment that revitalizes the scalp by renewing it.

Nioxin hair loss products use a combination of ingredients which cleanse the scalp to create a healthy environment. They also have conditioning properties which moisten the hair and protect it from the harmful effects of the environment. These hair loss products have five effects on your hair. They:

  • Reduce hair breakage
  • Make the hair look denser
  • Amplify the texture of the hair
  • Strengthen the hair from cuticle damage
  • Cleanse excessive sebum

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Treating Hair Loss with Women Hair Loss Products

Hair loss is quite common, especially in aging women. The American Hair Loss Association tells that about 80 percent of women experience hair loss by the age of 60. Hair loss is known clinically as alopecia and it’s important to remember that not all forms of hair loss are cause for concern. The average healthy person sheds as many as 100 hairs a day. However, if you notice that you are shedding more hair than normal its best to visit a dermatologist.

Hair loss is brought about by various factors and age, heredity, hormonal changes, stress, smoking, poor diet, as well as some of the hair care practices we employ could be responsible. Luckily there is something you can do about your hair loss and there are various women hair loss products that you can use.

What Should You Consider When Choosing Women Hair Loss Products?

The hair loss products you choose to use should be largely dependent on the cause of the extremity hair loss and that nature of the loss as well. You also need to keep in mind factors such as the type of medication you are receiving, if any. There is no shortage of hair loss products for women and you can choose those made using natural ingredients. These products are usually labeled as organic or herbal products. You could also go for the ingredients with chemicals. Women hair loss products range from shampoos to conditioners, hair oils, treatments and supplements. Due to the fact that there are so many hair loss products, choosing the right one for you can be daunting task.

The first thing you need to do is seek medical advice from a dermatologist. One of the major reasons why so many women fail to treat their hair loss successfully is because they simply buy products without proper diagnosis. Knowing and treating the cause of the hair loss will definitely help you find an effective situation.
Like we mentioned the nature of the hair loss and its severity matter. While over-the-counter products work great, sometimes you may require prescription hair loss products. This is especially the case in severe cases of hair loss.

You also might want to consider the end results in mind. You must remember that the average rate of hair growth can be quite slow and regaining your full head of hair could take anything between two to five years. Women hair loss products that promise you overnight hair growth are not worth trusting.

What Are The Different Types of Women Hair Loss Products Available?

Hair Growth Shampoos & Conditioners: Shampoos and conditioners that strengthen the hair are essential since they prevent hair loss. It also helps to stimulate blood circulation by massaging the head while cleaning it and you can also exfoliate the scalp with a scrub.

Supplements: There are various hair loss supplements in the market and these include: vitamins such as biotin, calcium and iron. Saw palmetto, stinging nettle, horsetail and pygeum are other supplements that are said to contain powerful nutrients that slow down hair loss. High quality, low cost supplements that help with hair loss (saw palmetto) are available online.

Herbs: There are countless herbal remedies in the market that you can use to boost the re-growth of your hair. Ensure that you first seek your dermatologists go ahead before trying out any herbal remedies or products.

Hair Growth Oils: There are a good number of hair oils that help in treating hair loss and these contain ingredients such as biotin, essential oils like as castor oil, silica, keratin and many more.

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Can stem cell hair loss products give you 1,000 new hairs?

What if hair loss products could grow 1,000 new hairs on your head? Would you be interested?

Well, that’s one of the claims that has been made for a stem cell approach to treating hair loss: 1,000 new hairs.

But before you run out and sign up, consider this: The average adult has approximately 100,000 to 150,000 hair follicles on his or her head and up to 5 million follicles on the entire body. (Yes, there are some variations between men and women.) But the point is this: 1,000 new hairs, while exciting, will not cover your head. It’s a start, but not enough for a cosmetically pleasing result.

We’ve recently posted on our site a very exciting research paper on stem cell treatments for hair loss. It’s the ground-breaking research that discovered that the hair follicles in bald men are not “dead” but only dormant… and that the trick to slowing down and reversing hair loss is to give these stem cells the chemicals signals they need (known as growth factors) to, in a sense, wake up. Click on the link below to read the paper…

Bald scalp in men with androgenetic alopecia
retains hair follicle stem cells but lacks
CD200-rich and CD34-positive hair follicle
progenitor cells

As for practicalities, right now there are only two ways to use this breakthrough research for yourself: (1) Sign up for a clinical trial for experimental stem cell treatments at research laboratories; or (2) try one of a tiny handful of topical stem cell growth serums that are derived from Human Fibroblast Conditioned Media (HFCM).

Growth factor serums are now being sold that take adult stem cells, usually from fat tissue, and culture them in laboratory media… allowing the stem cells to excrete what are called “growth factors.” It is these growth factors that scientists now believe are the key to reviving dormant stem cells.

However, here’s the big unanswered question: Can the use of TOPICAL growth factor serums penetrate deep enough in the scalp to revive the dormant stem cells? The manufacturers say that they do… and we have heard from delighted customers who claim it definitely has slowed down their hair loss. (We also heard from one customer, a totally bald man, who said it didn’t help him enough to make it worth while. As I said, 1,000 hairs sounds like a lot but, even if true, and I don’t know that it is, that’s not enough to cover a totally bald head.)

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Tricomin Hair Loss Products

Hair loss can be a very devastating experience. What is even worse is the fact that most hair loss products do not seem to be effective and those that are effective only work for a couple of weeks. Most hair loss products also do not have the scientific backing to verify their claims and this is this why the hair loss industry is filled with lots of controversies.

If you are tired of all the hype and are looking for an effective product that will manage your hair loss you might want to consider using Tricomin hair loss products.

Tricomin hair loss products are just some of the few products in the hair growth industry that have scientific backing. Their products use ingredients that have been scientifically proven to stimulate hair growth and one of those is copper peptides. Tricomin is on its own league and it does not need to use potassium channel openers for hair growth like other hair growth products. Instead, Tricomin uses copper peptide technology which reduces hair loss and dramatically increases the density of the hair. Copper peptides improve the health of the scalp and its appearance thus increasing follicle growth.

What Do Clinical Studies Say About Tricomin Hair Loss Products?

Tricomin has undergone various clinical studies. In a vigorous trial undertaken by the FDA, this was one of the few products that actually showed signs of stimulated hair growth. Another clinical study conducted on Tricomin also produced great results. The study which was conducted on 36 men showed positive results in just 24 weeks of using Tricomin twice a day.

In order to understand how Tricomin is able to produce such great results, it’s important that you first understand the whole aspect of hair growth. The scalp goes through two phases and these are the resting phase and growth phase. When the resting phase is long, the hair becomes weak and begins to thin or develop some bald spots. Tricomin works by shortening the follicle resting phase. This means that a larger number of follicles are active and can therefore produce more hair. Directing copper peptides to the follicle’s base nourishes the follicles and activates their production even during their resting phase.

It’s important to note that the clinical studies produced no negative side effects.

Which Tricomin Hair Loss Products Can You Use?

There are three very effective Tricomin hair growth products available and these are:

  • Tricomin Therapy Spray: This hair spray has been designed for thinning hair. The follicle therapy spray has been clinically tested to condition and treat the scalp with a unique blend of minerals, amino acids and other essential ingredients. This is a leave-in treatment that can be applied on wet and dry hair.
  • Tricomin Shampoo: Tricomin shampoo cleanses the scalp and restores the structure the hair follicles so as to reduce thinning.
  • Tricomin Conditioner: This conditioner is used along with the Tricomin shampoo and contains the Triamino copper nutritional complex. The leave-in conditioner moisturizes the hair and conditions it leaving you with healthier and stronger hair.

Using the entire range of Tricomin hair loss products is recommended for best results.

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Columbia University Scientists Announced Brand-New Breakthrough for Hair Loss Treatment

Currently, the standard approach for treating male pattern baldness is follicular unit hair transplantation, commonly referred to as FUT or “hair transplant.” This approach involves a surgical procedure in which healthy hair follicles are taken from a donor site and relocated to an affected area. While effective, this technique is not a cure for hair loss, as hair growth is not restored. Rather, existing hair follicles are redistributed in order to minimize the appearance of thinning hair. Additionally, not everyone is a good candidate for this procedure. Women, for example, tend to undergo a diffuse type of hair loss and suffer from a lack of stable donor sites from which grafts for transplantation can be obtained. Patients in the early stages or with excessive hair loss, patients suffering from scarring alopecia, and patients with hair loss due to burn wounds are also not good candidates for the procedure.

Recently, a research team has reported success in stimulating hair growth using cloned dermal papilla (DP) cells.1 These results have exciting implications for hair loss treatment practices. Rather than having to rely on surgical redistribution of existing hair follicles, treatment in the near future could make use of a patient’s own DP cells to stimulate the production of new hair, as well as rejuvenate hair follicles already in place.

A New Way to Trick Hair Follicles Into Producing More Hair

DP cells are specialized cells that reside within the hair follicle bulb. Among other important functions, DP cells send signals to epithelial stem cells to initiate and promote hair growth, making these cells ideal candidates for use in treating hair loss. The idea of cloning DP cells and using them to initiate hair growth is not new. Until recently, however, attempts to retrieve functional DP cells using standard cloning practices have been unsuccessful. One of the main setbacks encountered was trying to keep cloned cells from reverting back to basic skin cells. Angela Christiano, Ph.D., a professor at Columbia University and one of lead investigators in the current study, explained in an interview with “Men’s Health Online” that shortly after removal from the follicle, the cells could no longer recall that they were DP cells. Their cellular identity had basically been erased.2 DP cells require a number of chemical signals from neighboring cells in order to maintain their ability to stimulate hair growth. 3 Cells that have been removed from their natural environment and grown in culture – a procedural step required in order to increase the number of donor cells – no longer seem to receive these signals. As a result, DP cells revert back to basic skin cells and lose the critical ability to stimulate hair growth.
To solve this problem, the research team headed by Christiano in the United States and Colin Jahoda, M.D., Ph.D. at Durham University in the United Kingdom, took a closer look at what was happening during the cloning procedure. Specifically, they looked at how DP cells behave in culture. Traditional culture conditions yield a 2D matrix of cells that is very different from the natural, 3D environment from which the cells are derived. Previously, it had been shown that DP cells extracted from mice, which aggregate in culture to form 3D clumps or spheres, retain their cellular identity and are able to stimulate hair growth when transplanted back.4 Researchers hypothesized that, by forming aggregates, the cultured mouse cells are creating a microenvironment for themselves that mimicks the conditions from which they were originally obtained.

Hair Cloning May Arrive in 2014 After All!

Taking their cue from this observed behavior, the research team turned their attention to the growth pattern of human DP cells in culture. Unlike the mouse cells, human DP cells grow to form a 2D matrix when cloned. Researchers found a significant difference in the genes that are expressed in these cloned cells and those expressed in the original cells. Armed with this knowledge, they took the DP cells and grew them under conditions that promote 3D spheroid formation, rather than the traditional 2D matrix. By reprogramming the cells’ microenvironment in this way, researchers were now able to grow cells with a gene expression pattern similar to that of the original DP cells. In other words, the cells that grew in spheroids didn’t revert, but retained several of their original features.

Researchers examined the ability of these cultured cells to induce hair follicle growth. Remarkably, they discovered that the human DP cells that grew in spheroids were capable of initiating de novo hair follicle growth. What does this mean? It means that human DP cells can indeed stimulate new hair to grow if they are cloned under the appropriate growth conditions – in 3D spheroids.
The results are compelling and clear. When DP cells were transplanted between the dermal and epidermal layers of human skin grafted onto the backs of mice, five out of the seven DP cell populations were able to induce hair follicle growth. As much as six weeks after induction, hair follicles containing inner root sheaths and hair shafts could be seen growing on the human skin grafts.
Researchers verified their findings by analyzing the DNA of the new follicles. Test results showed that the follicles were, indeed, human and a genetic match with the donor cells, proving that the induced follicle growth was undoubtedly a product of the transplanted DP cells.

Previous studies have shown that human DP cells grown in a 3D environment can retain their growth-induction properties when introduced into mouse epidermal cells.5 This is the first time, however, that it has been demonstrated that cultured DP cells grown in such a way can induce hair follicle growth de novo when transplanted into human dermal layers (albeit human dermal layers that have been grafted onto a mouse.) To be clear, the spheroid-derived cells in this latest study were not implanted into existing hair follicles, mouse or human. All of the resulting hair growth occurred from de novo follicles, and was directed entirely by transplanted DP cells.
The significance of these results is astounding to those with a vested interest in finding a better way to treat or reverse hair loss. This is the first time it has been shown that hair follicle growth can, indeed, be restored. Donor DP cells for procedures based on this technique could come from as little as a few hundred hairs, a vast improvement over the thousands of follicles currently needed for follicular unit hair transplantation. Such an advance would make treatment available to the previously mentioned groups of hair loss sufferers who don’t qualify for hair transplant surgery because they don’t have sufficient donor follicles.

The results of the study were announced in an advanced online communication and will appear in the latest issue of Proceedings of the National Academy of Science. While the findings indicate an important advance in the field of hair loss treatment, researchers caution that there is still some work to be done before human clinical trials can begin. Specifically, the source of certain physical properties of the newly induced hair, such as rate of growth, texture, and color are still unclear. Researchers are confident, however, that answers to these questions aren’t too far off. The announcement is a welcome and exciting one, not just for hair loss sufferers, but for the medical and scientific fields at large.

1. Higgins, C.A., et al. (2013) Proc Natl Acad Sci USA (epub ahead of print)
2. Behar, M. (n.d.) Men’s Health. MH Spoghtlight. Web. 26 Oct 2013
3. Rendl, M., et al. (2008) Genes & Dev 22:543-57
4. Inamatsu, M., et al. (1998) J Invest Dermatol 111:767-75
5. Kang, B.M., et al. (2011) J Invest Dermatol 137:232-39

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Baldness Cure: Replicel Develops Hair Loss Treatment for Cue Ball Heads!

Replicel Life Science Inc. is developing a technology that may become the world’s very first, minimally invasive, permanent baldness cure. Replicel’s founders and researchers are from established universities in Canada and Germany and have studied immunology, hair biology and hair growth for more than two decades.

In 2000s, Dr. Kevin McElwee and Dr. Rolf Hoffman discovered that dermal sheath cup-derived stem cells could potentially induce the formation of new hair follicles in animals as well as better quality hair growth. A patent for this discovery was filed in 2003, and is accepted in Europe and Australia and is now pending in the Canada, Japan and the United States. Replicel’s current work involves translating this discovery into a permanent hair loss treatment, perhaps even a baldness cure. The procedure has been in the development phase for the past nine years.

This hair loss treatment works by using autologous cell implantation technology; dermal sheath cup cells from a patient’s own healthy hair follicles and are replicated into the millions over a three-month period. These cells are reintroduced into areas affected by hair loss and theoretically this should cause the development of new hair follicles.

Currently Replicel’s treatment can potentially be used as a baldness cure for both men and women, trauma induced hair loss, traction alopecia, chemotherapy induced hair loss, scarring alopecias, congenital alopecia and congenital hypotrichoses.

The hair loss treatment was first tested on mice and proved to be safe and effective. Human clinical trials are being carried out at the moment. The primary aim of these trials is to determine whether this treatment can provide a safe and reliable hair growth solution. The trials will be divided into two phases, the efficacy and safety of the treatment will be studied in the first phase and the second phase will involve a larger number of participants and the amount of dose will be manipulated.

If it is found to be effective and safe in the human trials, Replicel’s stem cell hair loss treatment may not only provide hope for those suffering from different types of balding, but it can also be very profitable. It being a non-invasive treatment and not involving any animal products will make it popular among people with different religious beliefs.

In conclusion, Replicel’s procedure as a permanent hair loss treatment does seem promising in the light of the research that has been carried out but more human clinical trials need to be carried out before a final verdict can be given.

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