Hair Transplant

Hair transplantation is a surgical procedure to treat hair loss or baldness. It involves transplanting hair follicles from one part of the body, often called the "donor site," to another part of the body affected by hair loss or baldness, called the "recipient site"

The advantages of hair transplantation include:

Natural-looking results: When performed by an experienced surgeon, hair transplantation can produce natural-looking results that closely resemble the patient's original hair growth pattern. The transplanted hair continues to grow naturally and blends in with the existing hair.

Permanent solution: Transplanted hair follicles are usually resistant to the hormone dihydrotestosterone (DHT), which is responsible for hair loss in genetically predisposed individuals. Therefore, transplanted hair can be expected to last a lifetime and provide a permanent solution to hair loss.

Improved self-confidence: Hair loss can have a significant impact on a person's self-esteem and self-confidence. Restoring a fuller head of hair through transplantation can boost self-confidence and improve the overall quality of life.

Minimal Downtime: Hair transplantation is typically an outpatient procedure and recovery time is relatively short compared to other surgical procedures. Most patients can resume normal activities within a few days to a week after the procedure.

Low maintenance: Transplanted hair requires minimal maintenance and can be treated like natural hair. Regular washing, styling, and grooming can be performed without restrictions.

It is important to know that hair transplantation is not suitable for everyone. Whether a hair transplant is an option depends on a number of factors, including the extent of hair loss, availability of sufficient donor hair, overall health, and expectations. A consultation with a qualified hair transplant specialist or dermatologist can provide individualized advice on the suitability of the procedure.

There are two main techniques in hair transplantation: Follicular Unit Transplantation (FUT) and Follicular Unit Extraction (FUE). Let us look at each technique in detail:

Follicular Unit Transplantation (FUT):

In FUT, a strip of scalp is surgically removed from the donor area, usually at the back of the head, where the hair is usually more resistant to hair loss.

The strip is then dissected under a microscope into individual hair follicle units, each consisting of one to four hairs.

The recipient region where the hair loss or thinning has occurred is prepared for transplantation through tiny incisions.

The harvested follicular units are carefully inserted into the recipient sites, respecting the natural hair growth pattern.

After transplantation, the hair follicles in the recipient area are supplied with blood and begin to form new hair.

The donor area is closed with sutures or staples, which are usually removed after a week or two.FUT leaves a linear scar at the donor site, which may be hidden by surrounding hair as the hair grows back.

Follicular Unit Extraction (FUE):

In FUE, individual hair follicles are extracted directly from the donor area using a small punch-like instrument.

The donor area is usually shaved or trimmed to facilitate the extraction process.

After harvesting, the hair follicles are carefully inserted into the recipient sites, similar to FUT.

FUE does not require linear incisions or sutures, resulting in smaller, punctate scars that are less noticeable.

FUE can be performed manually or with the use of a robotic system that automates the harvesting process.

Manual FUE requires a trained surgeon to precisely harvest the follicles, while robotic FUE uses artificial intelligence and robotic technology to assist in the harvesting process.

With FUE, a limited number of grafts can be harvested in a single session, so multiple sessions may be required for larger grafting needs.

FUE is the preferred technique for individuals who prefer to keep their hair short or do not want a visible linear scar.

Both the FUT and FUE techniques have their advantages and considerations. The choice of technique depends on several factors, including the individual patient's condition, the extent of hair loss, the quality and quantity of donor hair, the desired result, and the surgeon's experience. It is advisable to consult a qualified hair transplant specialist who can assess your individual situation and recommend the most appropriate technique for you.

The long hair FUE (Follicular Unit Extraction) technique is a variation of the traditional FUE procedure that allows hair transplantation without shaving or trimming the donor area. In standard FUE, the donor area is usually shaved or trimmed to facilitate hair follicle extraction. However, in long hair FUE, the procedure is performed without trimming the hair short.

Below is an overview of how the long hair FUE technique is typically performed:

Preoperative planning: the surgeon and patient discuss the desired outcome and plan the transplant process, taking into account the patient's existing hair length and style.

Donor area preparation: the donor area, usually the back of the head, is identified and marked. Instead of shaving the hair, the surrounding long hair is carefully separated and trimmed to expose the donor area.

Extraction of follicular units: Using a micro-punch or special extraction device, the individual hair follicles are removed one by one from the donor area. The surgeon carefully goes around the long hair strands without damaging them.

Preparation of the graft: After removal, the follicular units are sorted, cleaned and prepared for transplantation. They are examined under a microscope to ensure their viability and quality.

Preparation of the recipient area: tiny incisions or recipient sites are made in the recipient area where the hair is to be transplanted. The sites are designed to mimic the natural hair growth pattern and angle.

Insertion of the graft: The prepared follicular units are carefully inserted into the recipient sites using forceps or other special tools. The surgeon ensures proper alignment and orientation to achieve a natural-looking result.

The advantage of the Long Hair FUE technique is that patients can maintain their existing hair length during the transplant process. This is especially beneficial for individuals who want to conceal the donor and recipient areas during the healing phase or who want to go about their daily activities without the procedure being noticeable.

It is important to note that the long hair FUE technique requires a higher level of expertise from the surgeon, as working with long hair strands requires additional precision and care. A consultation with an experienced hair transplant specialist who has experience with the long hair FUE technique can provide more information about the technique and its suitability for the individual case.

Direct hair implantation (DHI) is a hair transplantation technique that is a variation of the traditional follicular unit extraction (FUE) method. DHI involves the use of a special tool called a Choi pin or Implanter pin, which is used to both extract hair follicles from the donor area and immediately implant them into the recipient area.

Below is an overview of how the DHI technique is usually performed:

Donor area preparation: the donor area, usually the back of the head, is trimmed or shaved to facilitate the harvesting of the hair follicles. The remaining hair is left longer to hide possible scarring during the healing phase.

Hair follicle extraction: A micro-punch or special extraction tool is used to carefully remove the individual hair follicles from the donor area. The Choi pin helps create a small hole around the follicle to prepare it for immediate implantation.

Implantation of the hair follicles: Once the hair follicles are harvested, they are immediately inserted into the Choi Pen. The pen is equipped with a hollow needle that allows precise implantation of the follicles into the recipient area.

Placement of the recipient sites: Tiny incisions or recipient sites are placed in the recipient area where the hair loss or thinning has occurred. The Choi pen is used to create these sites and simultaneously implant the harvested hair follicles there. The angle and depth of the incisions can be controlled to achieve a natural looking result.

Graft insertion: Using the Choi pen, the surgeon carefully inserts the hair follicles into the recipient sites one at a time, taking care to maintain proper alignment and orientation to mimic the natural hair growth pattern.

The DHI technique offers several potential advantages:

Greater precision: the Choi pen allows for precise control during the implantation process, facilitating accurate placement of hair follicles in the desired direction, angle and density.

Reduced processing time: Since the follicles are placed in the Choi pen immediately after collection, they are exposed to minimal external influences, which can help maintain their viability and increase the likelihood of successful transplantation.

Low trauma: The use of a Choi Pen can reduce trauma to the harvested follicles and recipient area, resulting in faster healing and less scarring.

Higher graft survival rate: Immediate implantation of hair follicles with the Choi pen may contribute to a higher survival rate of the grafted grafts compared to delayed implantation techniques.

It is important to note that the success of hair transplantation, including DHI, is highly dependent on the skill and experience of the surgeon. Choosing a qualified and experienced hair transplant specialist is critical to achieving optimal results. Before undergoing hair transplant surgery, you should consult with a professional who can evaluate your individual case and provide you with personalized advice.

The ALMI (autologous lipocyte micronized injection) nanofat transfer technique is a regenerative procedure in which the patient's own adipose tissue is harvested and transferred to treat various esthetic problems such as hair loss and thinning. ALMI nanofat transfer is a relatively new procedure whose potential benefits for hair restoration are still being researched. Below you'll learn how the procedure can help with hair loss and thinning:

Stem cell and growth factor activation: Adipose tissue is a rich source of adult stem cells, including mesenchymal stem cells (MSCs) and other regenerative cells. When adipose tissue is harvested and processed, these cells are concentrated along with growth factors and other beneficial components. The ALMI nanofat transfer technique aims to use these regenerative elements to stimulate hair follicle growth and improve hair quality.

Enhanced tissue rejuvenation: The injected fat tissue can contribute to tissue rejuvenation in the recipient area. It can promote angiogenesis (formation of new blood vessels) and improve blood flow, providing hair follicles with essential nutrients and oxygen for healthier hair growth.

Improved hair follicle environment: The regenerative cells and growth factors present in the transferred adipose tissue can help create a more favorable environment for hair follicles. They can support the regeneration and repair of damaged hair follicles, which can lead to greater hair thickness and less hair loss.

Reducing inflammation: Inflammatory processes can contribute to hair loss and thinning hair. The anti-inflammatory properties of adipose-derived regenerative cells and growth factors can help alleviate inflammation in the scalp and create a healthier environment for hair follicles.

Potential activation of hair follicle stem cells: Adipose-derived stem cells and growth factors have the potential to activate dormant hair follicle stem cells and stimulate them to enter an active growth phase and produce new hair strands.

It's important to note that while the ALMI nanofat transfer technique shows promise in the field of hair restoration, its efficacy, and long-term results are still being researched and studied. The technique is considered a novel approach, and further clinical evidence is needed to demonstrate its efficacy and safety as a stand-alone treatment for hair loss and thinning hair.

The suitability of the ALMI nano-fat transfer technique for hair restoration depends on several factors, including the condition and goals of the individual. Although the technique is still being researched and its long-term efficacy has not been fully established, it may be considered for certain individuals who meet certain criteria. Here are some considerations:

Hair loss or thinning hair: ALMI nanofat transfer may be appropriate for individuals suffering from hair loss or thinning hair, whether due to genetic factors (e.g., balding in men or women) or other causes such as trauma or hormonal imbalances. It can help improve hair density and quality.

Adequate donor fat: Because the ALMI nano fat transfer technique involves harvesting adipose tissue (fat) from the patient's own body, adequate donor fat must be available. The surgeon will examine the donor area to determine if it can provide an adequate amount of fat for the procedure.

Realistic expectations: It is important that individuals considering ALMI nanofat transfer have realistic expectations regarding the potential outcomes. While the technique is promising, its efficacy and long-term outcomes are still being studied. Open communication with the surgeon about desired goals and realistic expectations is essential.

General health and suitability: as with any surgical or minimally invasive procedure, the patient's general health and suitability are assessed. This includes factors such as medical history, current medication use, existing health conditions, and the absence of contraindications to the procedure.

It is critical that you consult with a qualified and experienced hair restoration specialist who can assess your specific condition, evaluate your suitability for the ALMI nano fat transfer technique, and provide you with individualized recommendations. Factors such as the extent and cause of hair loss, donor fat availability, and overall health will be considered to determine if the technique is suitable for you or if alternative treatment options are more appropriate.

Rigenera Micrograft is a regenerative treatment that uses a device called Rigeneracons. This is a medical device that uses the patient's own regenerative cells, growth factors, and micrografts to promote tissue repair and regeneration. Rigenera Micrograft is used in various medical fields, including dermatology and hair restoration.

The procedure includes the following steps:

Tissue removal: a small sample of tissue is taken from the patient, usually from an easily accessible area such as the scalp or the back of the ear. The tissue contains a combination of cells, including regenerative cells.

Processing of the tissue: the removed tissue is processed using the Rigeneracons device, which fragments the tissue and extracts the regenerative cells, growth factors and micrografts. This processed solution contains a concentration of these regenerative elements.

Application of the micrografts: the processed solution containing the regenerative cells and growth factors is applied to the target area, such as the scalp for hair restoration. The micrografts are designed to stimulate tissue regeneration, promote hair follicle growth and improve hair quality.

Good candidates for Rigenera Micrograft hair restoration treatment are usually individuals who:

Who suffer from hair loss or thinning hair: Rigenera Micrograft may be appropriate for individuals with various types of hair loss, including male or female pattern baldness or thinning hair due to other factors.

You have a stable donor area: hair restoration requires a stable donor area to obtain the tissue sample. The donor area is usually a region with good hair density that can provide healthy regenerative cells for treatment.

You are in good health: as with any medical procedure, patients should be in good health to undergo Rigenera Micrograft treatment. To determine eligibility for treatment, a thorough examination of medical history, current medications and any existing health conditions will be performed.

It is important to note that the effectiveness and long-term results of Rigenera Micrograft treatment are still being researched and studied. The treatment is considered a new technique and more evidence is needed to prove its efficacy and safety as a stand-alone hair restoration treatment.

If you are interested in Rigenera Micrograft treatment, you should consult with a qualified hair restoration specialist who can assess your specific condition, discuss the potential benefits and limitations of the treatment, and make individualized recommendations based on the latest evidence and research.

Pre- and post-operative care for hair transplants

It is important to note that specific instructions may vary depending on the surgeon's recommendations and the patient's individual circumstances. Always follow your surgeon's instructions to achieve the best results.

Preoperative Care:

Consultation: schedule a consultation with your hair transplant surgeon to discuss your goals, expectations, and any concerns. He or she will assess the condition of your scalp, determine the appropriate procedure, and provide you with preoperative instructions.

Medications: Inform your surgeon of any medications you are currently taking, including prescription medications, over-the-counter medications, and dietary supplements. He or she will advise you on which medications to stop or adjust prior to surgery.

Blood thinners: If you are taking blood-thinning medications such as aspirin or anticoagulants, your surgeon may advise you to stop taking them a few days before surgery to minimize the risk of excessive bleeding.

Smoking and alcohol: Avoid smoking and drinking alcohol for at least one week prior to the procedure, as this may interfere with the healing process.

Fasting: Follow all fasting instructions provided by your surgeon. In some cases, you may be required to abstain from food and drink for a period of time prior to surgery.

Transportation: Arrange for someone to drive you to and from the surgical facility, as you may not be able to drive immediately after the procedure due to the effects of anesthesia.

Post-operative care:

Dressings and Bandages: Your surgeon will give you instructions on how to care for the dressing and bandages that cover the donor and recipient areas. Follow the instructions for when to remove or change them.

Medications: Your surgeon may prescribe pain relievers, antibiotics, or other medications to help relieve pain, prevent infection, and promote healing. Take them as prescribed.

Physical activity: Avoid strenuous physical activity, sports or heavy lifting for a few weeks after surgery to minimize the risk of complications and ensure good healing.

Washing and grooming: Your surgeon will give you instructions on when and how to wash your scalp and hair after surgery. Be careful when washing and avoid hot water or harsh shampoos. It is important that you follow your surgeon's instructions when resuming your normal grooming routines.

Sleeping Position: For the first few nights after surgery, it is recommended to sleep with your head elevated on pillows to minimize swelling and promote healing.

Follow-up appointments: Attend all scheduled follow-up appointments with your surgeon. He or she will monitor your progress, remove stitches if necessary, and give you further advice on postoperative care.

Remember that these guidelines are general and may vary depending on the technique used and your surgeon's recommendations. It is important that you follow your surgeon's instructions carefully to ensure optimal healing, minimize complications and achieve the best possible outcome.