Tag Archives: baldness cure

A Quick Way to Cure Hair Loss: Growth Factor Fgf9

In 2013 there have been many discussions in the scientific community regarding the treatment of baldness. Researchers at the University of Pennsylvania believe that they have found a method that allows for the regeneration of hair follicles using growth factor that will harness the power usually used to repair skin that has been damaged to create skin that is capable of growing hair in areas that were previously bald. This growth factor, known as fgf9 has been found to double the number of hair follicles present in areas of skin on mice when it is expressed in the cells. It is believed that these effects could be mimicked on human skin to help to eliminate baldness.

How Fgf9 and Growth Factor Works

Fgf9 is expressed in specialized T-cells that are used by the immune system to repair damage when the skin is injured. Humans have very low amounts of T-cells that are expressed naturally which can cause areas of skin that have been damaged to heal without hair follicles. It is believed that applying this growth factor to human skin could improve the presence of hairs to reverse the effects of baldness. Over time, these treatments could grow hair anywhere a person wanted it, on chests, the tops of head or other areas. Because these growth factors are naturally present in the body, this treatment would, at least in theory, not cause any negative side effects for those that would undergo this treatment.

The key to this expression is that these cells are part of the immune system and appear to help address skin that has been damaged. This means that a slight amount of damage would need to befall the skin cells that a person would like to start growing hair. Many processes including chemical peels that are already used as part of a plastic surgery regimen could be used to create the reaction necessary to get these cells to react as desired. A treatment could then be applied that would present the body with further doses of fgf9 to increase the reaction of the body that would case this area to start developing hair follicles.

Issues that Must be Addressed with Growth Factor and Fgf9

Before full treatments of growth factor can be used to eliminate male pattern baldness, additional testing on humans must be performed to ensure that this treatment does not cause side effects that are not currently anticipated. This would include any side effects for topical treatments that would be necessary to stimulate the presence of fgf9 in the desired cells. As research progresses, more information about the likelihood of these concerns and how to properly manage them will become more readily available.

Because cells would need to be damaged to ensure that new follicles will be developed in the areas where the patient would like increased hair growth, it will be necessary to find a way to trigger this reaction without damaging existing, healthy follicles that are present in the area where the treatment will be applied. Ongoing research will better determine how to avoid these problems.

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Is a Nano Cure for Baldness on the Way?

Hair loss is a common problem that many people have disliked and hoped to eliminate for decades. As of 2013 there are multiple options available on the market that have been approved by the FDA in order to help address this problem, but these so-called cures are dependent on people continuing to use them in order to continue to see effects. These drugs are capable of preventing further hair loss, but they are not able to grow hair in areas where baldness has already set in. However, the Institute of Bioengineering and Nanotechnology (IBN) has created a new model for hair follicles that may help to create drugs that could better manage hair regeneration.

The Director Professor of the IBN program Jackie Y. Ying has noted that the tissue engineering expertise the IBN program is known for has been applied to create a structure that mimics native hair follicles on the skin. They hope that this Nano cure for baldness can help people control how hair follicles develop to help to treat hair loss. This is crucial because this treatment would help to create a treatment that could address hair follicle damage caused by a wide variety of conditions.

How Nano Cure for Baldness Works with Natural Structures

The natural hair follicle is an organ that goes through growth cycles, creating new hair shafts from different cell types within the structure. Epithelial cells that surround the hair shaft and dermal papilla cells create the base of the follicle hub. When created on a 3D follicle model it is easy to see how these two types of cells interact to determine how it will be necessary to allow these cells to interact in order to reverse the effects of female and male pattern baldness.

Applying the Nano Cure for Baldness

The Nano cure for baldness focuses on the administration of a patented microfiber fabrication technology that will allow to create these two different types of follicle cells in three dimensions. The IBN team has developed a 3D follicle that mimics the cell arrangement and size of a real hair follicle that combined two types of follicle cells and type of epithelial cell called a keratinocyte that has a translucent fibrous matrix. The team can measure the diameter of a strand of hair to ensure that the cell behavior in their model is creating similar behavior to that of a natural hair follicle so it will produce the same results.

Once the Nano cure for baldness has been implemented into the skin it can mimic the effects of real hair follicles, creating fine, transparent fibers that are currently being used as a research tool for drug testing applications. Research currently indicates that switching these Nano structures on genes that are active when the skin is growing hair in mice they were able to create hair structures that looked very natural. If this technology can be commercialized in humans it could be used as a means to screen effectiveness of different products in treating hair loss in humans.

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The Truth About Kerastase Densifique and Stem Cells for Hair Regrowth

Those that find themselves going bald become very frustrated at the idea of not being able to control their appearance. There are many products on the market today that claim to help prevent baldness, but none that seem to help those develop hair in areas where baldness has already taken hold. But scientists at L’Oreal claim that they have created the first product that is capable of reawakening hair cells that have become dormant so that they could grow back. This kerastase densifique and stem cells treatment is already seeing pre-orders three months in advance, which have a value of almost £300. After 90 days of using this product on the roots of hair, researchers claim that this keratase desnifique product is capable of growing as many as 1500 new hairs.

Using Keratase Desinifque and Stem Cells

Scientists at L’Oreal explain that it has been common knowledge for some time that hair grows and then falls out, but the idea that the mechanism to re-grow hair could be stimulated is relatively new. This stems from the stem cell environment in the hair, which can be controlled by a cosmetic hair product using kerastase densifique and stem cells to naturally regenerate hair. These scientists note that this product is capable of targeting areas on the scalp where baldness is likely or occurring rather than seeking out existing fibers.

Experts also note that there are multiple factors that can contribute to hair loss, and these different conditions often require different treatments in order to control the appearance that baldness can create. Stress levels, diet, pregnancy and other hormones are all capable of contributing to hair loss in humans. Luke Hersheson, an award winning hairdresser, notes that women are very concerned about a loss of volume or hair which can cause them to look older.

The kerastase desifique and stem cells treatment can be used to alleviate hair thinning that can lead to signs of aging, providing a quick solution for those that are looking to reverse the aging process as much as possible. The treatment creates a densifying action on hair fibers that will increase the number of hairs on the head from the scalp up. Men and women can use this treatment equally to reverse baldness, creating 100,000-150,000 hairs throughout the treatment and assisting the body with creating natural hair on its own. Other products are claimed to interrupt the growth of natural hair, focusing instead on inserting an artificial solution that may be obvious when viewed by others.

Development of Keratase Densifique and Stem Cells

L’Oreal scientist have developed a molecule formula known as Stemoxydine that has been found to increase hair density when applied by up to 4 percent. This is considered a breakthrough in technology that can address thinning hair from over-processing, stress, poor diet, hormones, pregnancy and many other conditions that can cause hair loss. Cass Coulston of Keratase noted that this product should be available in salons by 2014, making it an immediate solution for those that would like to start managing hair loss.

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Can Hair Energizers Help You Grow More Hair?

There are numerous treatments on the market that help people minimize the effects of baldness if they have already started to lose their hair, but these largely focus on masking the effects of hair loss rather than tackling the problem at the source. Hair follicles that have been damaged or are not getting the proper nutrients they need will not be able to create healthy hair strands. Hair that is overworked and over-styled can also begin to fall out, causing bald patches and other cosmetic issues. A hair energizer can help to heal these issues to eliminate baldness and restore a youthful look to hair.

Address Different Problems with Hair Energizer

Hair energizers are largely used to address female and male pattern baldness by restoring the hair’s natural growth. Everyone is susceptible to suffering from hair loss at some level throughout their lives. Detecting the cause and providing the body with the proper nutrients to address these problems can help to restore hair but can also help to strengthen hair, eliminating brittle strands that are more likely to break. Those trying to darken their hair or make their hair grow faster can use hair energizers to get the look they desire.

Hair energizer provides high doses of vitamin B12 which can be used by the body to create healthy hair and skin. If hair loss stems from a lack of nutrition, this energizer will promote healthy circulation, control the development of DHT enzymes from testosterone and assist with converting amino acids that can be used to create healthy hair strands. These combined efforts work to ensure that healthy hair can grow regardless of the underlying cause of baldness in the user. Even those that are not susceptible to pattern baldness are likely to suffer from dull, limp or thinning hair strands if they have low root nutrition on their scalp. This will make the skin look unhealthy and unattractive, even if the hair is not falling out.

Hair Energizer Options

There are a variety of ways to apply a hair energizer that can be used as a way to re-grow hair that was damaged by a lack of nutrition. Applying products to the scalp can allow these cells to absorb the nutrients they need directly so that hair can start growing in a more healthy way. There are also products available that can reverse bodily effects that can contribute to pattern baldness which can make hair fall out even if optimum nutrition has been achieved.

Specialized energizing shampoos include the nioxin system 2 which can help to provide nutrients to the hair. These can be combined with specialized conditioners that will add additional vitamins to the strands to repair damage to the existing hair. These can be combined with a DHT blocker known as EnzyBlock that will help to strengthen existing hair by limiting the effects of DHT enzymes on weakening the hair follicles. These methods have been used for decades to help people restore hair, stimulate new growth and develop new follicles on the scalp for healthier hair.

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Vitamin D Baldness Cure

Men that are suffering from male pattern baldness, a condition that is known medically as androgenetic alopecia, are typically losing hair because dihydrotesosterone (DHT) which is a by-product of testosterone causes the follicles on the scalp to shrink. This effect will eventually cause the hair in these follicles to grow thinner until the follicles are no longer able to produce hairs that are healthy enough to make their way above the skin, making the skin look bald.

There are few treatment options that have been approved by the Food and Drug Administration to correct this problem. Finasteride, sold under the name Propecia, can block the conversion of testosterone to DHT which can help to slow down the process of shrinking hair follicles. Minoxidil or Rogaine can be used to increase the supply of nutrients to the scalp to help slow down the shrinking of the follicles. Both of these treatments are helpful, but neither is able to help restore patches of follicles that have shrunken completely. Only expensive, invasive procedures such as transplants can be used to restore hair to these areas.

Vitamin D Baldness Cure Updates for 2013

Studies in 2013 are indicating that a vitamin D baldness cure may be effective in helping those that are already bald regrow hair in these areas. Scientists who have been looking into the science behind hair growth have determined that hair follicles on the head will produce hair for 2-6 years before going dormant for weeks or months at a time. Those that have male pattern baldness have hair follicles that never return from this dormant stage, preventing new skin growth from developing follicles that would produce hair in this area. The key to this process is the vitamin D receptors that keep hair developing follicles in a healthy way.

Vitamin D Baldness Cure Research

A vitamin D baldness cure is currently being researched at the University of San Francisco. One team discovered a molecule known as MED that suppresses vitamin D receptors that are used to grow hair. Blocking MED in mice was found to help them grow more hair over time. A similar study at Harvard Medical School discovered a molecule that is essential to stimulating vitamin D receptors, allowing them to in turn stimulate more hair growth in the test subjects. Japanese researchers built on this research, adding vitamin D to stem cells and managed to convert skin cells to follicles that were able to start growing hair.

While it does appear that getting an adequate supply of vitamin D is the key to keeping healthy hair, a vitamin D baldness cure appears to depend more on how the body uses this nutrient rather than getting a specific amount of vitamin D into your system. Ongoing research that will be continuing on into 2014 will help researchers understand exactly how this process works so that it will be easier to develop cures that take advantage of the benefits of vitamin D for re-growing hair and preventing those that are at risk for going bald from losing their hair.

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Gene Therapy Cure for Baldness May Be Coming in 2014

Men, women and in some cases children can be affected by baldness. Many therapies including topical treatments, hair pieces, wigs, vitamin supplements, drugs, hats, shaving away remaining hair or transplant surgeries are recommended as means of addressing baldness when it occurs. In addition to these direct therapies, a full industry has developed around the idea of helping people cope with hair loss including support groups, hair loss associations and counselors. Because there is so much money to be made from this blossoming industry, there are plenty of groups that are hoping to scam people out of hard earned money to get a cure for their baldness. However, hard science may officially debunk these other so-called cures. The University of Pennsylvania believes they have developed a gene therapy cure for baldness that could officially provide a permanent remedy for this issue.

Using Genes Therapy Cure for Baldness

Scientists once believed that hair follicles develop in the womb and you do not continue to develop follicles after birth. Therefore, when follicles are damaged or shut down there is no way to repair them or get them to go back to growing hair. Researchers at the University of Pennsylvania believe that there is a way to manipulate genes to cause them to develop more hair follicles. Dr. George Cotsarelis and his team have manipulated a gene known as Wnt in mice that can be applied to a number of conditions, including treating skin conditions, wounds and hair loss.

Wnt helps to heal wounds and convince the body to grow new hair follicles. Experiments indicate that this process can be manipulated to convince an area to develop many more hair follicles than those that were present previously, effectively creating a gene therapy cure for baldness. To determine this effectiveness, scientists removed samples of skin from mice and increased stem cell activity in the sections the skin was taken from. Blocking Wnt in these sections stopped hair growth, but stimulating Wnt was found to heal the skin without scarring and normal hair growth that would be expected for the fur of a mouse. The follicles that developed in these areas acted like normal follicles, producing hair that looked and acted exactly the same as hair that was present in areas that had not been damaged.

Bringing Gene Therapy for Baldness Public

Technology that was developed to create this gene therapy cure for baldness has been licensed to Follica Inc. in hopes that they will be able to develop a public treatment that could be used to treat hair loss and similar conditions in humans. This could in theory be used to correct scalp conditions excessive hair growth or acne if the genes are manipulated the right way. The key to this development will be determine how to bridge the gap between how these genes behave in mice and how they will behave in humans. There have been initial reports that have worked to isolate the proper genes in humans which should allow for similar manipulation of natural follicles.

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Preventing Hair Loss with a Korean Seaweed (Grateloupia elliptica)

Research was conducted by scientists at the Institute of Medical Sciences, Jeju National University (Korea) to determine if Grateloupia elliptica, a type of seaweed found on Jeju Island, could prevent hair loss and become a brand-new hair loss product.

Although the causes of the various types of baldness or alopecia are yet to be explored fully, scientific studies have recently established a positive correlation between hair loss and dandruff. It has been found that infection caused by a yeast, Pityrosporum ovale, contributes to certain types of hair loss.

At present, there are only two FDA-approved drugs —- Finasteride and Minoxidil —- in the market that can stimulate hair growth and thus combat symptoms of alopecia. Of these, the former has been shown to cause unpleasant side effects, including impotence. Therefore, its use is increasingly being limited.

Because of this, scientists at the Jeju National University have been attempting to discover new substances that can promote hair growth and thus be used to improve the alopecia condition.

If you would like to read a scientific paper on the potential of Grateloupia elliptica for preventing hair loss, click on the link below:

Hair-Loss Preventing Effect of Grateloupia elliptica

Research Methodology

To carry out the research, scientists collected the seaweed Grateloupia elliptica from the sea coast, washed it thoroughly to remove all traces of sand, salt, and other impurities, and then froze it at -20 degrees C. After grinding this frozen substance, treating it with ethanol, filtering, and finally drying it, the scientists obtained an almost pure form of Grateloupia elliptica that did not contain anti-oxidants like catechin, flavone, quercetin, and rutin that may influence the tests and thus prevent scientists from ascertaining the true effect of the seaweed, the object of their study.

This scientific study was performed on frozen cells derived from rats and mice. The objectives were to test the effects of introducing Grateloupia elliptica extract on dermal papillae cells; the activity of 5?-reductase; the production of PGE2 and cytokine; and its effect on P. ovale.


The blood vessels in the dermal papillae cells nourish hair follicles. Thus regeneration of these cells indicates their improved functioning that in turn may promote the growth of hair. After introducing G. elliptica in various concentrations in the frozen dermal papillae cells of rats, it was found that 100 ?g/ml of G. elliptica brought on close to 170% increase in the number of dermal papillae cells. This indicates that G. elliptica may promote regeneration of hair.

The presence of 5-alpha-reductase in the body facilitates the production of DHT (dihydrotestosterone) from testosterone that leads to hair loss and ensuing conditions of baldness. 5?-reductase inhibitors are known to be anti-androgenic drugs. That is, these have the ability to improve symptoms of androgenetic alopecia (AGA), a common form of the condition that affects both men and women. These drugs work by impeding 5-alpha-reductase activity in the body. In the tests carried out at Jeju National University, it has been noticed that G. elliptica extract impaired 5?-reductase activity in rat cells by as much as 48% when introduced in a concentration of 10 ?g/ml. This finding suggests that G. elliptica may be used in the treatment of AGA.

It is known from previous scientific studies that prostaglandin E2 (PGE2) is a hormone-like substance that can promote hair health and induce new growth. In the current research study, it was found that PGE2 production increased after introducing G. elliptica extract in the cells. This indicates that G. elliptica may have the potential to induce hair growth.

Cytokines released by infected or damaged cells can cause inflammation and chronic inflammation, which, in turn, have been positively linked to hair loss. In the present research study, it has been discovered that G. elliptica extract impairs the activity of cytokines and thus may be used in the treatment of alopecia areata (AA).

Earlier research studies have conclusively shown that a dandruff condition caused by P. ovale infection leads to hair loss and increases the chances of baldness in men and women. The present research study showed that G. elliptica extract impaired the activity of P. ovale and thus has the potentiality to prevent hair loss.


The study carried out by the scientists at Jeju National University is believed to be the first-ever research conducted on the potential of G. elliptica to treat symptoms of alopecia. It has been found that G. elliptica showed greater potentiality to treat alopecia than other seaweeds like Halymeni adilatata, Laurencia pinnata, and Sargassum coreanum.

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