Tag Archives: Hair Loss Treatment

Have You Heard of Salerm Hair Loss Products?

Salerm is a Spanish hair care brand that has more than 50 years experience in the beauty industry. Salerm hair care products are made using the latest scientific advances and they enhance hair volume, shine and maintain the overall health of your locks. If you have been looking for a hair care product that will deal with your hair loss problems, you should consider giving Salerm hair loss products a try.

Salerm hair loss products can help give your crown a new lease of life. Its products are made using highly effective ingredients which enter deep into the cortex where they work to restore the natural structure of your hair.

Which Salerm Hair Loss Products Can You Use?

There are various Salerm hair loss products that you can use to help treat your hair loss problem. Some of these include:

  • Biokera Intensive Hair Loss Treatment: This Salerm hair loss treatment contains natural ingredients such as Ginkgo biloba, ginseng extract and a selected range of vitamins and amino acids. These ingredients work to nourish and invigorate the hair so as to prevent weakening which is highly responsible for hair loss. This special formula generates a thermo-active environment which removes tension from the hair follicles and speeds up the absorption of the nutrients so as to correctly develop each stand of hair.
  • Biokera Specific Hair Loss Shampoo: This shampoo has been specially formulated to help prevent hair thinning by normalizing the growth cycle of hair. It soothes the scalp and nourishes the hair follicles hence creating an environment where hair can grow in a healthy manner.
  • Biokera Volumizing Spray: This spray is perfect for everyday use as it stimulates the regeneration of hair. The hair spray thickens the hair strands instantly making the hair appear fuller all the while invigorating the hair bulb to accelerate hair growth.
  • Energy Hair Regenerator: This is yet another one of the Salerm hair products that can help your scalp to regenerate healthy hair.
  • Biokera Intensive Specific Hair Loss Lotion: The key ingredient in this hair lotion is Ginkgo biloba extract which protects the hair from falling out by promoting its normal growth.

Why Salerm Hair Loss Products?

Salerm hair loss products are made to enhance hair growth in all types of hair. These products can be used on hair that has been chemically processed, dyed and natural hair as well. There are no restrictions. Salerm not only has one product for hair loss but a whole range. They have provided hair loss products for cleansing the scalp, a treatment to strengthen hair and styling products as well with the volumizing spray. In other words, you do not need to source other products as their range of products will meet all your hair care needs. The products are easily affordable and you do not have to break the bank to purchase any of them.

These Salerm products are made using natural ingredient. This means that unlike other hair care products, they will not damage your hair. Natural extracts are not only safer but also more effective especially when it comes to treating fragile hair.

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The Shocking Truth About Follica’s Hair Follicle Neogenesis

Follica (not to be confused with the hair products store Folica) is a research and development company specializing in epithelial stem cell regenerative biology. These techniques came about because of the years of scientific breakthrough documented by Cheng-Ming Chuong in 2007.

Founded in 2006, Follica is a subsidiary of Pure Tech Ventures in Boston, Ma. Pure Tech Ventures is an investment firm identifying scientific breakthroughs and supporting the research in order to develop new biotech methodologies for medical applications.

Dr. Chuong’s research originally focused on ways to help heal severe wounds from battle to burns. In his lab, he had experimented with several techniques designed to heal deep wounds that went below the epidermis and were splayed open. After years of almost successes, he used a technique discovered by other researchers that showed regeneration of hair follicles. He had no particular reason to believe that such methodology would be successful in his study but expected that he would be able to eliminate one more route.

As is true in nearly all cases, scientists do not operate in a vacuum and attempt new concepts without some stimulus from another research preceding it. In this case, Dr. George Cotsarelis used Dr. Chuong’s information and redirected his own interests. Dr. Cotsarelis discovered that traumatic disruption of the skin under certain circumstances is able to regenerate spontaneously.
In the 50s and 60s, there were sporadic reports of this self-regeneration connected with wound healing during the Korean War and after. With the lack of knowledge on the part of the scientific community about molecular biological structures, about the genetic composition of all life, and the existence of stem cells, the incident reports were shelved.

In the interim, science has caught up with the nature of biological structuring. With nanotechnology on the rise, many new identifiers are being shared across the scientific world. Dr. George Cotsarelis was able to demonstrate manipulative techniques that worked consistently to regenerate hair growth in damaged skin.

By manipulating the key signaling pathways that communicate follicle formation, Dr. Cotsarelis and Dr. Chuong were able to prove what until then had been no more than a theory. There are several pathways and several methods of manipulation that have been discovered. Some companies are using drug compounds in order to wake up sleeping stem cells within the fatty layer of tissue beneath the skin. Follica is taking a different approach. Instead of regeneration, Follica is researching multiple schemes of neogenesis – regenerating hair and skin cells where none exists.

Rather than waking dormant cells that are present, Follica is studying methods of developing new cells that had previously been destroyed. One of the newest patents that Follica has applied for includes Lithium treatments there have been research studies over the last 25 – 30 years that reveal a specific form of lithium when used in treatments for skin regeneration have shown a modicum of success. Whether this is what Follica is doing with their patent is not able to be confirmed.

Rather than referring to Follica as hair regeneration, it should be called by the term Dr. Chuong applied to it 2009 – hair engineering. This method focuses on morphogenesis – the study of how cells are assembled into functional forms. It is through this basic understanding of cell formation and assignment of what those cells are designed to do leads to a more complete understanding of how skin cells and hair follicles are able to regenerate on their own.

One of the most important discoveries by Dr. Chuong was that by tuning the balanced activity of a molecular pathway, it becomes possible to alter the shape, size and number of the ectodermal organs … skin cells.

Another exciting development in the research resulting from studies in hair loss regeneration involves the understanding of the cells in the fat layer of the skin. This research was reported by Yale University in the fall of 2011. What these researchers discovered was that without fat cells hair will not grow. Prior to this study, little credit was given to fat cells beyond the need to regulate body heat systems. The study has yet to go as far as to confirm that this could be the key to a cure for baldness but hopes in medical endocrinology are high that it will lead to a cure. This Yale Study did emphasize that this is not related to genetic causes for hair loss to their knowledge. It may lead to an understanding in how wounds heal or tumors grow.

Helping people through researching the many ways in which cells interrelate is the current focus of Follica’s mission. In the future, Follica is planning on production of several trademarked products, which are currently undergoing human testing in Asia. A surprising result of this cellular research being done worldwide includes the discovery that loss of hair in the ear, possibly related to some forms of baldness, is connected to hearing loss. Growing hair stem cells in cochlea material could lead to hair regeneration and reversal of baldness.

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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.

Results

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.

Conclusion

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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Hair Multiplication A Treatment for Hair Loss

Hair multiplication for hair loss/hair regrowth treatment is not the same as hair cloning. The hair cloning procedure is not approved for human testing or research at this point. The primary difference between cloning and multiplication is that cloning is done outside the body and multiplication is done in the scalp. Cloning uses genes and multiplication uses plucked hair or fragments of hair.

There are two methods for hair multiplication to stimulate hair regrowth. Both require implantation of donor hairs. In the first method, the idea is that when the donor hair is surgically placed into the scalp, the follicular cells in the scalp would regenerate. By doing this, the cells would activate the cells in the hair and cause multiplication of additional hair growth. In the second method, the same procedure is completed. The difference is that a stimulating drug is used activate additional cell growth. One problem seen in the second method is that the new growth come from the skin and not the hair follicle. The process has not been used long enough to determine if miniaturization will take place over time and kill the new hair.

What is being called “hair cloning” is in fact “hair cell implantation” if we want to be accurate. This method of hair regrowth has been developed by Dr. Amanda Reynolds and Dr. Collin Jahoda described this procedure in their paper “Trans-gender Induction of Hair Follicles.” The dermal sheath cells are removed and isolated from one person and then implanted into another person using injection techniques. These cells then stimulate creation of normal hair follicles. This treatment for hair loss can be done in greater numbers than the hair multiplication method.

The good news is that this treatment can be used for hair loss in women and the sheath cells can come from men. This is a huge breakthrough for women who experience hair loss disease. Repeat injections did not produce the anticipated rejection that is seen in other forms of multiplication methods – even when there was significant differences in genetic profiles.
Additionally, there were indications in the dermal sheath cell implantation that suggested that the skin of the recipient has some factor in the appearance of the hair. The hair regrowth may resemble the recipient’s natural hair more than that of that of the donor. This type of cell multiplication means that even those who are totally bald have the potential to regrow a full head of hair.

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