Hair Extensions How To

Amalaki is also known as emblica officinalis gaertn., the Indian gooseberry, amla, emblic myrobalan and aovla.  It grows most often amongst the deciduous trees in the Indian Himalayas, over four thousand feet above sea level.  It has long since been the perfect solution to damaged and thinning hair.

The berries are very nutritious, containing vital amino acids, large amounts of proteins and vitamin C, and minerals.  Hair requires protein and amino acids to grow and flourish in a healthy way, let alone shine in all its beauty.  Amalaki contains more amino acids than even apples, containing glutamine, proline, aspartic acid, lysine, alanine, tannin, gallic acid and albumin.  It also contains high levels of needed copper, zinc and chromium.

As many people experience the effects of increasing pollution and ill health, hair can thin, fall out, lose its color and become brittle and dull.  The berries boost calcium absorption which is vital to the production of healthy hair.  It preserves the color of the hair and delays the onset of gray hair, even well into old age.  It provides one of the best supporting mechanisms for strengthening the hair follicles, reducing the thinning and possible baldness that could eventually occur.

Many holistic hair remedies only go so far, but with the desire to get rid of dandruff and avoid all the harsh chemicals that are being put into shelf bound dandruff treatments and shampoos, people are turning to the berry for answers, proven both historically and scientifically to work.  In Indian, most women still use the ancient recipes containing amalaki to treat their hair, especially as its amino acids create a silky oil that acts as the perfect conditioner.

It seems that the ancient books of medicine from India have made a comeback.  Amalaki has found its way back into health food stores, Asian and Indian pharmacies and other locations, even in the Western world now.  Finding that perfect shampoo, dandruff treatment or conditioner is no longer a hard task based on trial and error, errors that are ultimately destroying the hair from its very roots.  With so much goodness within, the Indian gooseberry is revolutionizing modern hair care techniques, and may well possibly make damaged hair, weakened hair follicles and itchy scalps a thing of the past.  However, only time will tell if it can infiltrate the pharmaceutical world as easily as it has people’s homes and Western scientific labs.

“My hair is falling doctor, there’s hair on the bed, there’s hair on the comb, there’s hair everywhere, except on my head”- This may sound humorous. But it is true.
Before having a look at the term “normal hair loss” we should have a look at “hair” in general. An average head consists of 100,000 to 150,000 hair, which grows half an inch every month. Hair is growing due to rapid cell division at the base of the follicle and gets pigmented when it is pushed upwards out of the follicle.
The main cause for hair loss is stress. Stress and hair loss are just like twin brothers. Stress and hair loss are inter related. This is commonly noticed among people who gulp down coffee for breakfast, swallow the burgers for lunch and puffs the cigar to kill the stress.
Most of the youngsters are under severe stress because of an overdose of work. Stress and hair loss are the important factors to cause premature graying among the youth population. Your hair is the first part, which shows that you are in severe stress. Medication, imbalances in nutrition, and illness are the factors which cause stress and hair loss.
If you have been changed from one office to a new office, you may be in severe stress. At this time stress and hair loss can easily be visualized. Desire to earn and work pressure are the two main troubles causing stress and hair loss.
Lack exercise, hectic work schedules and most of the youngsters are running helter-skelter from one place to another. Working women are facing more stress from both home and job. Stress at home and at the working place have a drastic effect on food habits. Very often a lack of vitamins and thus hair loss is a result of wrong food habits.
Sometimes if you have undergone surgery for any ailment, your mind and body both are under severe stress and finally you may suffer from hair loss. This condition can be corrected automatically. So don’t panic because stress and hair loss are inter-oven elements.
In general, the young population of the world, if not taking green leafy vegetables, they will go for iron deficiency, which in turn lead to anemia and finally severe stress and hair loss.
Apart from stress and hair loss, there are other reasons for hair loss such as cosmetics. Repeated coloring, perming, shampooing with harsh chemical shampoos and straightening will damage the hair shaft and may lead to severe hair stress and hair loss.
Methodical treatment, including de-stressing, meditation, yoga, hair care advice, and correct nutrition will alleviate stress and hair loss problems. Relax, quit smoking, and manage your day better to feel lighter and fitter for impede stress and hair loss.

Hair loss has been one of the most distressing factors in the recent times. In Britain alone, it accounts for 7.4 million men who are affected and looking for cure of hair loss and/or a cure for baldness. There are evidences of people suffering from depression and nervous breakdown. Scientists have been working round the clock to come out with a suitable hair loss remedy and baldness cure.Medical hair restoration basically involves tiny cells on the scalp, called dermal papilla cells. They are found at the bottom of the hair follicle and are responsible for the growth of new hair.

Before opting for hair restoration treatment, it is mandatory to consult your hair restoration doctor who can provide information regarding your hair loss and causes of baldness. Depending upon the type and amount of hair loss, you can evaluate various hair restoration options. Also, you will be able to see for yourself the various equipment and material being used for hair transplant procedure and weigh the cost range accordingly. Your hair restoration doctor should be qualified and proficient enough to determine your actual baldness pattern, your candidacy for a hair transplant, and then recommend a hair restoration plan that is tailor-made for you and suits your overall personality.

Follicular Unit Micro Grafting is one of the most commonly chosen hair restoration procedure. This technique involves surgical transplantation of hair follicles in a relatively simple outpatient procedure.

During Follicular unit micro grafting, the donor hairs are removed in form of a single strip from the back of the head- the area that is not susceptible to ever going bald. The site is closed by stitching which heals up with time and gets disguised by hairs from all sides. The donor strips, called micro grafts, are transplanted into bald or thinning areas on the top and front of the head with the help of microscope. The sites to which they are implanted are termed as recipient sites. There are two to four hairs in each follicular unit micro graft. These grafts are placed at the recipient site in such a manner that one of the grafts gives the hair line while others increase the density of the hair. As a result, hair transplantation by use of follicular micro grafts virtually goes undetected.

To undergo follicular unit micro grafting, look for a good and reputed hair restoration clinic as it involves considerable degree of expertise. It requires trained manpower to cut each graft under the microscope. The procedure needs to be performed in a safe and sterile environment while the person undergoing hair restoration is under local anesthesia or a mild short acting sedative. However, it has been generally revealed by persons having undergone the treatment to be a painless process.

Post treatment procedures are very simple. You can go home and relax for the day. Only mild antibiotics need to be taken to prevent any chances of swelling. While normal activities may be resumed from the next day, doctors advise restrain from strenuous exercise for a period of about two weeks. A visit to the hair restoration clinic the next day is recommended to have your hair shampooed and combed. The stitches are removed from the donor site after a week.

A promising change starts becoming evident within two to three months, sometimes even earlier. A regular dose of Minoxidil is also recommended to be applied to the hairs to promote growth, but I would recommend consulting your doctor before applying it. Normal hair loss and thinning of hair can be restored within one session but occasionally, second or third session is also carried out on persons depending upon the need.

Generally no cost is charged by the hair restoration clinics for post treatment, shampooing and removal of sutures. However, it should be clarified with the hair loss doctor before undergoing the treatment.

Follicular unit micro grafting has been instrumental in giving hair to quite a number of people. Hair restoration clinics have perfected the procedure and are on the job to reduce hair loss and cure baldness. This low stress, organized and result-driven practice may give you a new outlook for which you have been yearning since long.

The hair is a woman’s crowning glory that adds to her glamour and beauty. This is basically the reason why seeing a relatively unusual amount of hair strands after a shampoo or a vigorous brushing can be pretty alarming, most especially for women. Wouldn’t a thin-haired or bald woman make you awkwardly uncomfortable?
Hair loss can be considered disastrous, especially for the female gender. There are many hair loss medical treatments, which offer positive results, depending primarily on the cause and extent of hair loss. However, experts say that there are also various natural treatments that can be beneficial to one’s hair, one of which is eating a healthy and nutritious diet.1. A Healthy and Nutritious Diet
Basically, the foods that contribute to the overall health of the body are also good for the hair. These include foods that are rich in protein and have low carbohydrates and fat content. Canola oil, fish, soy, and walnuts contain essential fatty acids, which is an important dietary content in promoting a healthy hair growth. Omega 3 fatty acids are also beneficial for the hair.
Iron deficiency may lead to anemia, which consequently reduces the supply of blood to the hair, causing hair loss. Hence, foods that are rich in iron, such as brewer’s yeast, liver, and broccoli, must be added in the diet. Meat, eggs, and poultry are also good foods for the hair because of their vitamin B12 content. Other B vitamins, especially biotin, are also essential for a healthy hair growth. Most often than not, biotin supplements are prescribed along with drugs of choice for hair loss, such as Proscar, Propecia, and minoxidil. Biotin is not just good for the hair, but is also good for the skin and nails as well.
Zinc supplements are also recommended because zinc because it can help reduce the androgen levels in the body. Androgen is one of the hormones that are involved in some genetic hair loss such as the male-pattern baldness or androgenetic alopecia. However, it is essential that zinc should remain properly in ratio with copper.2. Herbs
The saw palmetto acts very much like Finasteride which inhibits the activity of hair loss causing androgens in the follicles of the hair. As this is the case, women should never use saw palmetto without consulting a physician. Green tea can help reduce the testosterone in a woman’s bloodstream, hence blocking the cycle of hormonal activities that are responsible for the occurrence of some types of hair loss. Sage tea and apple cider vinegar can be directly applied on the scalp to stimulate the growth of hair. Horsetail is one great source of silica, which is an essential component of a healthy growing hair. 3. Hair Care
Hair care products and procedures, such as shampoos, bleaches, dyes, even hair iron and blow dryers may not cause medical or genetic hair problems. Hence, women suffering from genetic or medical hair loss should not be scared on perming or grooming their hair. Necessary precautions are needed though as dye or perming solution might inflame one’s scalp and may bring about hair loss problems.

Postpartum hair loss is the hair loss noticed after pregnancy. The main reason for postpartum hair loss is the action of hormones that are prevalent during pregnancy. The hormones are produced during pregnancy excessively, which leads to changes in skin and other body parts. Many pregnant women will notice that their hair is a lot thicker than normally.
The postpartum hair loss starts after the birth of the baby since the hair in growth phase of the hair cycle try to attend maturity. After completion of three months, the hair enters into the growth phase and new hair have replaced the old hair. The amount of postpartum hair loss varies between individuals with some women experiencing more shedding than others. In families where the hair thinning is inherited, the shedding of hair is more noticeable after childbirth.
In general the postpartum hair loss lasts for at least six months and then the re-growth of hair is noticed. The majority of women will notice that the hair attains its pre-pregnancy state again within six months after childbirth.
The postpartum hair loss requires no treatment, because it is a temporary transformation in the growth cycle of hair due to hormonal alteration during pregnancy.
In spite of the normal process of postpartum hair loss, the excessive hair falling can be controlled to some extent. Hair will be removed easily due to excessive brushing after childbirth. So it is always advised to avoid excessive brushing. Rubbing preparations into the scalp or taking vitamins may bring some positive results.
Postpartum hair loss does occur after every pregnancy.You can go for wigs of different pattern to hide excessive thinning of hairs due to postpartum hair loss. Since the postpartum hair loss is a temporary condition, it will make your life somewhat better. Since a good wig is found to be too expense, it is up to you to select whether it is required or not.
If you notice excessive postpartum hair loss after giving birth to a baby, hair re-growth can easily be achieved by using hair loss products such as Viviscal, Nisim, Revivogen, and Tricomin.
These hair re-grow products are usually available in the form of scalp lotions, conditioner, and shampoos. Hair Renew, a special product for women, cleanses the scalp, neutralizes the DHT and nourishes the hair follicles to prop up healthy hair growth.
Poor nutrition and modern lifestyles can act as a predisposing factor for postpartum hair loss. Adopting stringent dietary pattern can prevent excessive postpartum hair loss.
By eating appropriate levels of useful carbohydrates, eating adequate amounts of protein, and achieving a healthy balance of dietary fats, you can achieve a good nutritional status to avoid postpartum hair loss.

Most people don’t want to lose their hair. Sure, some people are more comfortable with the process of balding than others but it can be emotionally trying for millions of Americans. To add insult to injury, the causes of hair loss are different for men and women and can affect many people differently. The major causes, though, stem from circulatory, hormonal, genetic and nutritional factors. Although they all occur in various forms, all of these causes share a common denominator. They all lead to nutrient deprivation of the hair follicle, which in turn, leads to damaged hair and eventual loss. Causes of Hair Loss in Men

Many issues can lead to men’s hair loss, and it’s important to try to pinpoint the cause of your specific hair loss. Severe trauma, illness or even surgery can contribute to hair loss as bodily functions often get disrupted when the body undergoes any intense stress. Diseases or fungal infections can also lead to hair loss, regardless of one’s age; if you suspect your hair loss may be due to any of these problems, you should see your physician. Thinning hair could also be a side effect of taking a particular medication, or it could be caused by hormonal changes; however, the most common causes of men’s hair loss are DHT buildup and genetics. While genetics used to be on the forefront of the male pattern baldness topic, experts believe they still factor in but aren’t the primary issue at hand. Researchers have found that DHT, more formally known as dihydrotestosterone, can block hair follicles from growing new hair.

Causes of Hair Loss in Women

The causes of hair loss in women are slightly different from those in men. Because women produce significantly less testosterone than men, DHT buildup is often not as big a factor as for their male counterparts. However, it is a part of the overall umbrella of causes of hair loss in women and can be seen as a contributing factor. One of the other causes of hair loss in women is hormonal imbalance. During the periods of puberty, menopause, pregnancy and post-menopause, women’s hormones can change quite dramatically and for extended periods of time. This can lead to significant changes in the hair’s composition and density.

Other causes for hair loss in women include surgery, prescription medications, stress, environmental pollutants, chemicals used in hair styling processes and certain cosmetic procedures. Poor circulation, diseases, and malnourishment are also, less common, causes of hair loss in women. In general, though, losing your hair can be prevented, slowed or reversed altogether with products from Kevis.

The Main Cause: DHT

DHT is a potent hormone that triggers hair loss, also known as Androgenetic Alopecia. For those genetically predisposed to hair loss, DHT dwarfs the hair follicle, which causes the scalp hair to regress to a vellus state which renders the hair virtually nonexistent. The extent and severity of an individual’s hair loss condition can be gauged using a widely accepted measurement known as the Hamilton-Norwood scale.

For many people, DHT hair loss is not simply a matter of unjustified vanity. For some, the condition can be psychologically devastating as well as physically uncomfortable. While there are topical and oral medications designed to aid hair’s natural regrowth phase, results are sometimes far from foolproof and can be accompanied by unwanted side effects of the aiding treatment. Kevis Treats the Major Causes of Hair Loss Naturally

Kevis researchers believe that DHT, a post-conversion product of the hormone testosterone, is one of the leading causes of hair loss, particularly for men. When DHT binds itself to receptor cells in your hair follicles, it weighs the hair down and keeps it from growing over time. Our products treat all causes of hair loss by attacking DHT with our own blend of amino and other organic acids. By targeting DHT, we can nip hair loss at its source. We use an HUCP compound to gently yet effectively cleanse the scalp. This works organically to simultaneously wash away DHT debris, buildup and chemical residue. When the hair starts to grow again, it can benefit from this new, cleaner follicle path and the abundance of fresh nutrients available to promote healthier, fuller strands.

Most people don’t want to lose their hair. Sure, some people are more comfortable with the process of balding than others but it can be emotionally trying for millions of Americans. To add insult to injury, the causes of hair loss are different for men and women and can affect many people differently. The major causes, though, stem from circulatory, hormonal, genetic and nutritional factors. Although they all occur in various forms, all of these causes share a common denominator. They all lead to nutrient deprivation of the hair follicle, which in turn, leads to damaged hair and eventual loss. Causes of Hair Loss in Men

Many issues can lead to men’s hair loss, and it’s important to try to pinpoint the cause of your specific hair loss. Severe trauma, illness or even surgery can contribute to hair loss as bodily functions often get disrupted when the body undergoes any intense stress. Diseases or fungal infections can also lead to hair loss, regardless of one’s age; if you suspect your hair loss may be due to any of these problems, you should see your physician. Thinning hair could also be a side effect of taking a particular medication, or it could be caused by hormonal changes; however, the most common causes of men’s hair loss are DHT buildup and genetics. While genetics used to be on the forefront of the male pattern baldness topic, experts believe they still factor in but aren’t the primary issue at hand. Researchers have found that DHT, more formally known as dihydrotestosterone, can block hair follicles from growing new hair.

Causes of Hair Loss in Women

The causes of hair loss in women are slightly different from those in men. Because women produce significantly less testosterone than men, DHT buildup is often not as big a factor as for their male counterparts. However, it is a part of the overall umbrella of causes of hair loss in women and can be seen as a contributing factor. One of the other causes of hair loss in women is hormonal imbalance. During the periods of puberty, menopause, pregnancy and post-menopause, women’s hormones can change quite dramatically and for extended periods of time. This can lead to significant changes in the hair’s composition and density.

Other causes for hair loss in women include surgery, prescription medications, stress, environmental pollutants, chemicals used in hair styling processes and certain cosmetic procedures. Poor circulation, diseases, and malnourishment are also, less common, causes of hair loss in women. In general, though, losing your hair can be prevented, slowed or reversed altogether with products from Kevis.

The Main Cause: DHT

DHT is a potent hormone that triggers hair loss, also known as Androgenetic Alopecia. For those genetically predisposed to hair loss, DHT dwarfs the hair follicle, which causes the scalp hair to regress to a vellus state which renders the hair virtually nonexistent. The extent and severity of an individual’s hair loss condition can be gauged using a widely accepted measurement known as the Hamilton-Norwood scale.

For many people, DHT hair loss is not simply a matter of unjustified vanity. For some, the condition can be psychologically devastating as well as physically uncomfortable. While there are topical and oral medications designed to aid hair’s natural regrowth phase, results are sometimes far from foolproof and can be accompanied by unwanted side effects of the aiding treatment. Kevis Treats the Major Causes of Hair Loss Naturally

Kevis researchers believe that DHT, a post-conversion product of the hormone testosterone, is one of the leading causes of hair loss, particularly for men. When DHT binds itself to receptor cells in your hair follicles, it weighs the hair down and keeps it from growing over time. Our products treat all causes of hair loss by attacking DHT with our own blend of amino and other organic acids. By targeting DHT, we can nip hair loss at its source. We use an HUCP compound to gently yet effectively cleanse the scalp. This works organically to simultaneously wash away DHT debris, buildup and chemical residue. When the hair starts to grow again, it can benefit from this new, cleaner follicle path and the abundance of fresh nutrients available to promote healthier, fuller strands.

Natural PatternTo a large extent, the correct template for hairline placement, hair distribution, and density has already been supplied by nature. The closer one follows the pattern set by nature, the more natural the hair restoration will appear. A hair transplant no matter how dense or how perfectly executed will look artificial unless it produces a look that others can recognize as one they had seen before. Just as the follicular implant attempts to mimic the way hair grows in nature on a microscopic level, the overall design of the follicular implantation should strive to mimic nature on a gross level. The power of “The Isolated Frontal Forelock” recently described by Marritt and Dzubow lies in the fact that they identified a pattern seen in nature that was reproducible within the limits of the patient’s donor supply. However, the use of larger grafts for the dense posterior component limits the amount of available donor hair, and creates a natural look only when disguised by the anterior component. The main limitation of flaps and scalp reductions (even in the best of circumstances where there are no complications) are that although they achieve high density, there is no natural counterpart to the distribution they produce. Flaps bring the patient’s donor density to the frontal hairline, with a sharp demarcation anteriorly and posteriorly, a pattern never seen in nature. This area of high density must then be supported by a similar density around it to look natural and, of course, if the patient had enough hair to accomplish this, he wouldn’t have needed hair restoration in the first place. The scalp reduction, although appealing on a superficial level (“remove the bald area so there will be less area to transplant”), violates the same rules of nature as does the flap. A scar is placed in an area that should have light coverage (if any), the direction of hair is changed, the pattern of future balding of that crown will be altered, and donor density is decreased. In effect, scalp reductions are a “crown transplant” and thereby reduce the hair available for the cosmetically more important front.We feel that the optimal way to plan a hair transplant procedure would be to first assess the patient’s present pattern of loss and to anticipate his possible future pattern (considering his present age and familial hair loss patterns) using the worst case scenario as a reference point. Next, determine a person’s total donor reservoir of hair (taking into account absolute donor density, degree of miniaturization, hair groupings and scalp mobility). Then, carefully analyze his specific hair characteristics which affect the appearance of fullness and naturalness (such as wave, hair shaft diameter and skin/hair color contrast). With this information in hand , one can realistically plan how far back in time one can go along his hair loss continuum, given the patient’s particular resources. For example, a 55 year old Norwood Class 4 with a donor density of 2.3 and 20% miniaturization in the donor area and wavy hair, may be safely restored to a Class 3 using 1700 follicular units. On the other hand, a 23 year old Class 5 patient with a donor density of 1.9 and 35% miniaturization in the donor site, with fine, straight hair should be restored to a Class 3 Vertex, rather than a regular Class 3. using 1500 follicular units. In this situation, we would use 1500 follicular units and leave the crown untreated. If he were to bald extensively, he might end up years later with an isolated tuft of hair in the crown, without enough donor reserves to complete the hair transplant. Frame the Face and Spare the CrownThe patient judges the success of his hair restoration by its ability to enhance his appearance, which is in large part based upon the ability of keeping his facial features in proportion. In this regard, the second important element in proper planning is to make every effort to “frame the face”. Transplants which add density to a hairline placed too high (in the hope of conserving donor hair) only accentuate the patient’s baldness by elongating a bald forehead. It frames the forehead rather than the face. We generally place the frontal hairline one fingerbreadth (2cm) above the uppermost brow wrinkle (mature hairline). It is important to differentiate this from the patient’s original hairline which sits directly above the brow wrinkles, lacks bitemporal recession, and should not be used as a landmark for planning the hair transplant. When the donor supply is limited, it is much better to compromise towards the crown than to compromise the critically important position of the frontal hairline.The decision to transplant the crown is an important one, because compared to other areas of balding, it is the least visible but occupies the greatest area. The progressively balding crown can produce huge demands upon the donor supply, and because this area is also the least stable, hair must always be reserved for this eventuality. Furthermore, the crown expands centrifugally, rather than in the predominantly anterior-posterior direction of the front and top, with the center of the crown always having the least amount of hair and being surrounded by areas of increasing densities. Because of this, any hair placed in the center of a balding crown can result in an island of hair surrounded by a moat of bald skin. To correct this, hair of increasing density must be added around it to be aesthetically balanced, consuming vast amounts of hair that could be better saved for the front. Because of these issues, we generally reserve treatment of the crown for older patients with above-average donor density and stable hair loss of Class 3 Vertex, Class 4, and Class 5, or patients of Norwood Class 6 with high donor density and good scalp mobility. If extensive balding is a possibility, it is always best to treat the crown as an extension of the top, rather than as an isolated region to ensure that you will not be short of hair if the intervening region were to bald. Eliminate ContrastThe next element in planning the follicular transplantation is the elimination of contrast. We have already gone to great lengths to illustrate how eliminating contrast on the “micro” level is important, i.e. eliminating the contrast between the individual graft and the surrounding skin. It is equally important to eliminate contrast on the “macro” level, i.e. between one part of the scalp and the other. One of the most striking features about the balding process is that practically all of the Norwood Class A patients look aesthetically worse than their regular Norwood counterparts. In fact, most Norwood Class A patients look worse than patients in the next higher Norwood Class, in spite of the fact that those patients have more hair. Thus, a Norwood Class 4A often looks worse than a Class 5, and a Norwood Class 5A often worse than a Class 6. Clinically, we find that the Class A patients are often the most distraught over their hair loss and benefit most from the hair transplant procedure. The reason for this is simple. In the Class A patient, there is the greatest contrast between the hair bearing area and the totally bald scalp. Curly or wavy hair increases the clinical appearance of density. In the regular Norwood classes, a curly or wavy haired patient will look less bald, because any slight coverage on top will be magnified by the character of the hair. In contradistinction, curly or wavy hair will make the Class A patient look more bald, because in this patient it will accentuate the contrast. The same reasoning helps to explain why an older patient looks better as a Class 6 than a younger patient. The younger patient has had patterned androgenetic effects causing hair loss in the bald area. His donor density is essentially unchanged. The older patient, however, has had hair loss due to both patterned androgenetic balding as well as loss due to the aging process itself, the latter affecting the “permanent zone”. In addition, the older patient has a higher degree of miniaturization in the donor area, which further reduces the contrast. Furthermore, the younger patient with higher donor density will look balder than his Norwood counterpart with lower density. In patients of all ages where the bald area is too extensive to be covered by adjacent hair, the patient’s cosmetic appearance is generally enhanced by keeping the hair short, which is just another means of decreasing the contrast between the two areas. Fortunately, the higher the density of the permanent zone, the worse the bald areas look in comparison, but the more hair there is available to transplant. In a sense, hair transplants do not add hair, they decrease contrast by moving hair around. AngulationThe single most useful clue to proper angulation is to observe the patient’s existing hair. Even in very bald areas, a few vestigial hairs will often indicate the original orientation of the terminal hair. When this information is not available, the safest direction to follow, aside from the crown, is generally forward. The majority of hair anterior to the crown points forward with the angle becoming more acute anteriorly. The direction of the frontal hairline is also forward, rather than radial, and only deviates significantly from this as one approaches the temples. Horizontal placement of the frontal hair is usually appropriate, regardless of the slope of the forehead. Follicular implantation provides almost unlimited freedom in choosing the angle at which the future hair will emerge from the scalp. This is because the mechanical forces facing the larger grafts placed at acute angles do not affect the follicular implant. The delicate swirl of the crown, the abrupt directional changes of the cowlick, and the sharp angulation of the temples, can all be re-created with follicular implants. The challenge is not merely creating these angles, but observing the myriad of patterns seen in nature so that this variety can be duplicated for our patients. DistributionIn almost all cases of balding, there is a rationing of donor hair due to the necessity of covering an ever expanding recipient area with a much smaller, but finite, donor supply. We try to evenly space the individual units in a random rather than grid-like pattern and always try to increase the density in the areas of cosmetic importance. In doing so, we remember the adage “To cover a baseball field with grass, use seed rather than sod….., and if you only have a limited amount, use it in the infield.”

Most people don’t want to lose their hair. Sure, some people are more comfortable with the process of balding than others but it can be emotionally trying for millions of Americans. To add insult to injury, the causes of hair loss are different for men and women and can affect many people differently.
The major causes, though, stem from circulatory, hormonal, genetic and nutritional factors. Although they all occur in various forms, all of these causes share a common denominator. They all lead to nutrient deprivation of the hair follicle, which in turn, leads to damaged hair and eventual loss.
Causes of Hair Loss in Men
Many issues can lead to men’s hair loss, and it’s important to try to pinpoint the cause of your specific hair loss. Severe trauma, illness or even surgery can contribute to hair loss as bodily functions often get disrupted when the body undergoes any intense stress. Diseases or fungal infections can also lead to hair loss, regardless of one’s age; if you suspect your hair loss may be due to any of these problems, you should see your physician.
Thinning hair could also be a side effect of taking a particular medication, or it could be caused by hormonal changes; however, the most common causes of men’s hair loss are DHT buildup and genetics. While genetics used to be on the forefront of the male pattern baldness topic, experts believe they still factor in but aren’t the primary issue at hand. Researchers have found that DHT, more formally known as dihydrotestosterone, can block hair follicles from growing new hair.
Causes of Hair Loss in Women
The causes of hair loss in women are slightly different from those in men. Because women produce significantly less testosterone than men, DHT buildup is often not as big a factor as for their male counterparts. However, it is a part of the overall umbrella of causes of hair loss in women and can be seen as a contributing factor.
One of the other causes of hair loss in women is hormonal imbalance. During the periods of puberty, menopause, pregnancy and post-menopause, women’s hormones can change quite dramatically and for extended periods of time. This can lead to significant changes in the hair’s composition and density.
Other causes for hair loss in women include surgery, prescription medications, stress, environmental pollutants, chemicals used in hair styling processes and certain cosmetic procedures. Poor circulation, diseases, and malnourishment are also, less common, causes of hair loss in women. In general, though, losing your hair can be prevented, slowed or reversed altogether with products from Kevis.
The Main Cause: DHT
DHT is a potent hormone that triggers hair loss, also known as Androgenetic Alopecia. For those genetically predisposed to hair loss, DHT dwarfs the hair follicle, which causes the scalp hair to regress to a vellus state which renders the hair virtually nonexistent. The extent and severity of an individual’s hair loss condition can be gauged using a widely accepted measurement known as the Hamilton-Norwood scale.
For many people, DHT hair loss is not simply a matter of unjustified vanity. For some, the condition can be psychologically devastating as well as physically uncomfortable. While there are topical and oral medications designed to aid hair’s natural regrowth phase, results are sometimes far from foolproof and can be accompanied by unwanted side effects of the aiding treatment.
Kevis Treats the Major Causes of Hair Loss Naturally
Kevis researchers believe that DHT, a post-conversion product of the hormone testosterone, is one of the leading causes of hair loss, particularly for men. When DHT binds itself to receptor cells in your hair follicles, it weighs the hair down and keeps it from growing over time. Our products treat all causes of hair loss by attacking DHT with our own blend of amino and other organic acids.
By targeting DHT, we can nip hair loss at its source. We use an HUCP compound to gently yet effectively cleanse the scalp. This works organically to simultaneously wash away DHT debris, buildup and chemical residue. When the hair starts to grow again, it can benefit from this new, cleaner follicle path and the abundance of fresh nutrients available to promote healthier, fuller strands.