Crinagen is an all natural alcohol-free topical scalp spray clinically backed to reduce the amount of DHT (dehydrotestosterone) in the scalp. It contains no alcohol, and has displayed no side effects. Crinagen is also equally safe for men and women and is most effective in men and women with thinning hair. In addition to blocking scalp DHT, they both are reported nourish the scalp’s hair follicles. Crinagen usually displays its effects on average in five months.

How It Works:

The product's main ingredients are Saw Palmetto, Zinc, and Azelaic Acid. All 3 ingredients are reported to reduce the production of scalp DHT and nourish the scalp's hair follicles.

Developing Realistic Expectations:

Crinagen has not been clinically proven nor approved by the FDA. Thus, like Revivogen and Tricomin, Crinagen should be used only after seriously considering proven treatments like Propecia (finasteride) and Rogaine (minoxidil).

Don't expect immediate results. It's recommended to use Crinagen for at least 6 to 12 months before determining its effectiveness. Documenting your progress with bi-monthly photos can help you determine whether or not Crinagen is working for you.

Hair shedding is a common symptom the first few months and a sign that the medication may be working for you. It's crucial to push past this stage with continued use for the recommended period of time.

To date, only surgical hair restoration is proven to grow hair in completely bald areas. You are invited to have a free virtual consultation with one of our prescreened hair restoration physicians.

Today it is a very refined outpatient procedure that can produce full and natural looking results, even after only one hair transplant session.

When performed correctly not even a hair stylist will detect that a person has had a hair transplant.

However, to achieve such natural results it is critical that the hair transplant procedure be "performed correctly". To do so requires a hair restoration clinic that can perform a follicular unit hair transplant at the highest levels of skill, experience, and dedication.

What it takes to create natural results.

A great hair transplant is the result of using a state of the art surgical procedure and performing it with great skill and artistry. Today the acknowledged "gold standard" in hair transplant surgery is called "Ultra Refined Follicular Unit Hair Transplantation".

This relatively new hair transplant procedure enables a patient to achieve extremely natural results because it recreates and mimics the way a person's hair grows naturally, hair for hair.

Recreating Nature Hair for Hair

To understand this procedure you must first understand how hair grows naturally.

If you look closely at naturally growing hair using magnification you will see that hair actually grows in groupings of one, two, three, and four hairs.

These naturally occurring hair groupings grow in irregular patterns on the scalp similar to trees growing in the forest. These groupings are technically referred to as "follicular units".

By relocating these carefully prepared and isolated follicular units, physicians doing "follicular unit hair transplantation" recreate a natural pattern of hair in the balding areas.

Follicular Unit Hair Transplant tough on the clinic but easy on the patient.

To do this properly is a very time consuming process. It requires a team of skilled and meticulous medical technicians working closely with the lead physician.

All our physician members perform this hair transplant procedure with excellent results. They are granted membership in the Coalition of Independent Hair Restoration Physicians strictly based on their proven high level of experience, ethics, and skill in successfully performing this patient friendly procedure.

While the follicular unit procedure is more demanding upon the medical staff, it produces dramatic and life long advantages for the patient such as undetectable naturalness, rapid healing, and optimal use of their limited donor hair.

The Standard Hair Transplant, easy on the clinic but not on the patient.

Only a minority of hair transplant surgeons are committed to doing the follicular unit procedure properly. Many physicians continue to dissect grafts without regard to the integrity of the follicular units. Follicular units are often transected and damaged as donor tissue is cut to conform to the size of the recipient holes rather than to maintain the integrity of the follicular units.

Such common standard hair transplant procedures are quicker and simpler to perform than follicular unit hair transplantation from the hair transplant surgeon's perspective. The standard hair transplant procedure is also often more profitable for the clinic since it requires less staff time, training, resources, and skill. However, the results are generally suboptimal for the patient.

Respecting the Follicular Unit

Each follicular unit is surrounded by small glands, blood vessels, nerves, and a connective tissue sac making it a tiny self contained unit.

If these follicular units are damaged during removal or dissection, the hair may grow poorly.

Therefore it is important to cut only in the loose tissue between the follicular units to keep each follicular unit intact and avoid damaging it.

We believe that patients have a right to full disclosure and a complete understanding of exactly what hair restoration surgery involves.

This step by step presentation shows how today’s state of the art follicular unit hair transplant procedure is typically performed.

Patient is prepared for surgery

During surgery hair follicles from the back of the head that are genetically resistant to going bald will be removed and relocated (transplanted) to the balding areas.

Donor area is trimmed

Prior to surgery, the hair in donor area that will be surgically removed is trimmed.

Donor area is prepared for surgery

Once the donor area has been prepared it is given local anesthesia.

Donor tissue is removed

The donor tissue containing the bald resistant hair follicles is then surgically removed.

Donor area is sutured

The donor tissue containing the bald resistant hair follicles is then surgically removed.

Hair combed over sutures

When patient’s hair is combed over the donor area the sutures are not visible. These sutures are typically removed approximately ten days after surgery.

Donor tissue is trimmed into follicular unit grafts

Surgical technicians then use microscopes to view the donor tissue in order to dissect and prepare follicular units hair grafts.

Bald recipient area is prepared

After being given local anesthesia, the balding recipient area is ready for surgery. No trimming or shaving of hair is needed in the top recipient area.

Incisions are made in the balding areas

Tiny incisions are made in the recipient areas in irregular patterns that mimic nature. The follicular unit grafts will then be placed carefully into these tiny incisions.

Grafts are placed into the incisions

Follicular unit grafts are gently placed into the recipient incisions.

Grafts are placed in varying densities

Typically the smallest one and two hair grafts are placed in the very front of the hairline, with three and four hair grafts placed behind them.

Patient immediately following surgery

Following surgery a patient will have hundreds of tiny incisions with short hair stubble showing from the new grafts.

Close up of recipient area after surgery

The tiny graft incisions heal rapidly. The redness and scabbing in the recipient area normally clears up within about one week.

Nizoral 2% is magnificent shampoo and a significant part of what's referred to commonly as the Big 3. The other two are the FDA approved and proven treatments Propecia (finasteride)and Rogaine (minoxidil). To date, Nizoral is the only shampoo on the market that can make the unique claim that it's proven to stop the formation of DHT. Its active ingredient ketoconazoleat 2% concentration has proven to be a moderate DHT inhibitor and has growth stimulating properties about as effective as Rogaine 2%.

This product includes 2%, the highest concentration of the active ingredient ketoconazole. To view the clinical abstract proving the effectiveness of ketoconazole in the treatment of androgenetic alopecia, view "Ketoconazole as a hair loss treatment". There is also a less concentrated 1% of Nizoral. To learn more, visit Nizoral regular shampoo.

We strongly suggest using Nizoral shampoo in addition to other proven treatments. Nizoral should be used 2 or 3 times a week to avoid dry hair and a flakey scalp.

On the off days, you may want to consider rotating Nizoral with other excellent shampoos designed specifically for thinning hair. See the recommended treatments section below for other shampoos we recommend.

Developing Realistic Expectations:

Men and women sometimes suffer from hair loss for different reasons. Thus, diagnosing its cause is necessary to facilitate and promote proper treatment.

Don't expect immediate results. It's recommended to use Nizoral in conjunction with other proven treatments for at least 6 to 12 months before determining its effectiveness. Documenting your progress with bi-monthly photos can help you determine whether or not Nizoral has been successful in helping you maintain existing hair.

To date, only surgical hair restoration is proven to grow hair in completely bald areas. You are invited to have a free virtual consultation with one of our prescreened hair restoration physicians.

Over the past several years surgeons have used various techniques to perform follicular unit hair transplantation. One such technique is the Lateral Slit Technique, also known as Coronal or Perpendicular Grafting. This technique’s name is derived from the angle and direction in which the graft incisions are made.

While there are other techniques for performing densely packed and highly refined follicular unit transplantation, the lateral slit technique offers a high degree of control over the angle and direction in which the transplanted hairs will ultimately grow.

The lateral slit technique has been used both intuitively and systematically for years by hair restoration physicians. However, it has recently gained popularity as a systematic and precise way of performing follicular unit hair transplantation.

How our member physicians use the Lateral Slit Technique.

Many of our physician members use the Lateral Slit Technique exclusively or in combination with other techniques for creating graft incisions. The lateral slit technique enables a surgeon to create graft incisions at varying angles (ranging from 10 to 90 degrees to the scalp), including very acute angles that will make the transplanted hair grow out lying flatter to the scalp. The ability to create incisions at very acute angles is particularly useful in areas such as the front temples and sides where the hair normally grows out lying flat on the scalp.

The graft incision determines the direction of the hair growth

The lateral slit technique also helps enable a surgeon to determine the direction of the graft incisions. This then determines the ultimate direction of the transplanted hairs growth. Thus a surgeon can use this technique to control and vary both the direction and angle at which the transplanted hair will grow in order to mimic the subtle changes in hair direction that occur naturally.

Each graft incision is created by analyzing the neighboring hair so the surgeon can reproduce the correct hair pattern. As a result, as each transplanted hair emerges from the scalp it will grow and lay in a similar direction as its neighboring non-transplanted hairs.

Lateral slits can enable denser packing of grafts

Lateral slit incisions also tend to be more parallel to the scalp and thus more superficial and less invasive to the scalp’s underlying vascular structure. This parallel alignment also enables a physician to place more grafts per square centimeter with out the grafts compressing or popping up since the pressure exerted on the grafts does not push them upward from the scalp.

Using blades cut to the size of the grafts

Some of our members use custom blade cutters to create tiny blades to make incisions that match the size and depth of each follicular unit graft being transplanted. This enables a surgeon to safely dense pack more grafts into a given area during a surgical session. Healing time is also more rapid, with minimal scarring.

Typically most clinic’s blades range from 1.5mm to 2mm in size. However, by using the custom blade cutter our physicians can create blades as small as .7mm for a single hair graft and .9mm for a multi hair graft.

In addition, the blades created by the custom cutter are squared off to match the shape of the bulb end of a hair follicle. Non custom cut blades are typically spear pointed which requires them to be inserted deeper thus causing more trauma to the scalps vascular structure.

The ability to control the depth of the incision each blade makes is also critical. Each blade is placed in a blade holder that is set to not allow the blade to go any deeper than required for the graft to being placed in the incision. This minimizes unnecessary trauma to the deep vasculature of the scalp, thus enabling close tight incisions, minimal tissue swelling, and quick healing that leaves no visible scaring, pitting, or cobble stoning of the scalp.

Placing grafts to maximize their aesthetic result and coverage

The plane and direction in which each follicular unit graft is placed on the scalp can also impact the ultimate appearance of density that can be produced with a given number of grafts. This is because hairs within a follicular unit are typically next to each other inline.

Therefore by arranging each multiple hair graft on the scalp in a linear fashion to the line of sight, each follicular unit will provide the maximum appearance of fullness and scalp coverage. This also mimics how hair is normally aligned on the scalp.

Special thanks to Dr. DeYarman, Dr. Sharon Keene, Dr. Jerry Cooley, Dr. Alexander, and Dr. Glenn Charles for contributing their expertise and photos for this section.