Hair Transplant Marmaris Turkey

An Advanced Surgical Procedure Tailored to Your Needs

Marmaris Hair Trasnplant Clinic recognizes that hair transplantation is a complex surgical procedure requiring a comprehensive and multidisciplinary approach. Our team of experts is dedicated to ensuring that each patient receives personalized care and meticulous planning to achieve the best possible outcomes.
Specializing in sapphire hair transplantation, our clinic remains at the forefront of advancements in the field. We stay updated with the latest developments in hair loss treatments and techniques to offer our patients the most effective and innovative solutions.

Before undergoing the hair transplant Marmaris Turkey procedure, our highly skilled doctors thoroughly assess each patient’s unique hair loss patterns and areas requiring treatment on the scalp. This comprehensive evaluation forms the basis of a meticulously planned sapphire hair transplantation operation.
Patients arrive at our clinic in the morning on the day of the procedure. To ensure the safety of both the patient and the surgical team, we require patients to sign detailed informed consent forms and undergo infectious disease panel tests, including Hepatitis-B, Hepatitis-C, and HIV tests.

Following these essential tests, our doctors provide patients a comprehensive briefing on the hair transplantation procedure. They explain the various stages and intricacies involved, manage patient expectations regarding the outcome, and outline our clinic’s approach to ensure the highest level of satisfaction.

Patients are then escorted to the dedicated treatment rooms where the hair transplantation procedure occurs. During a one-on-one consultation, our experts carefully assess the type and extent of hair loss, determine the donor area, estimate the required number of grafts, evaluate root characteristics, and consider age, head anatomy, and overall aesthetic appearance.

Each critical factor that contributes to the success of the hair transplantation procedure is thoroughly evaluated. We provide clear and detailed explanations to our patients, discuss the possible results, and take into account their desires and preferences. To aid in visualization and communication, we even create drawings to illustrate the proposed approach.

Based on the consultation, we determine whether the patient will undergo a shaved or unshaved transplantation. In cases where a shaved transplantation is decided, our medical personnel will expertly shave the patient’s hair. However, for those who opt for unshaved transplantation, only the donor area will be shaved, preserving the existing hair.

Before the operation, our dedicated healthcare professionals conduct vital sign measurements, including blood pressure, and document them in the patient’s medical file. This information is then shared with the responsible hair transplant surgeon, ensuring a seamless and coordinated approach.

At Marmaris Hair Clinic, successful hair transplantation is not just a surgical procedure but a comprehensive journey toward regaining confidence and restoring one’s self-image. We are committed to providing our patients with exceptional care, utilizing cutting-edge techniques, and ensuring that their unique needs and expectations are met with the utmost professionalism and compassion.

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Achieving a Natural Hairline with FUE Hair Transplantation: Embracing Individuality

When it comes to hair transplantation, achieving a natural-looking hairline is crucial. Traditionally, hairlines have been determined using Leonardo Da Vinci’s golden ratios and set criteria from various institutions. However, surgeons performing the sapphire FUE procedure must understand that each patient is unique. They need to carefully assess the patient’s hairline, age, head anatomy, ethnic origin, and personal expectations to create a hairline that looks natural and satisfying.

If the surgeon determines that there are enough grafts available from the donor area using the FUE technique, they can design a hairline slightly lower on the forehead. It’s essential to create a design that works well with the patient’s facial structure and consider their frontal perspective. Facial characteristics can vary among ethnicities, including Caucasian, Asian, and African, and may have flat, oval, or curved contours.

Typically, a hairline should be about 6.5-7.5 cm above the eyebrows, but this range may vary depending on the individual’s hair loss pattern. It’s important to evaluate the hairline’s appearance from the patient’s perspective, using a mirror to allow them to provide feedback and approval before proceeding with the hair transplantation process.

Ultimately, the goal is to create a hairline that looks natural and blends seamlessly with the patient’s unique features and personal preferences. By considering each patient’s individuality and involving them in the decision-making process, surgeons can ensure that the hairline design is not only aesthetically pleasing but also meets the patient’s expectations.

Crafting a Natural Hairline: A Fusion of Art and Science

When designing a hairline for hair transplantation, the primary objective is to create a natural appearance. This is achieved by adjusting the side view of the hairline slightly upward. Additionally, considerations should be made based on the age of the patient. For older individuals, it is advisable to position the temporal regions slightly higher and blend the side and front hair in areas where separation occurs.

Another crucial factor in hairline design is the muscle structure of the forehead, which can be easily assessed by having the patient raise their eyebrows. Evaluating this muscle structure provides valuable information for creating a natural hairline. Ideally, the hairline should commence just above this muscle structure, aligning with the patient’s previous hairline.

Photographs of the patient taken before experiencing hair loss can be a valuable resource for the surgeon during hairline planning. An experienced hair transplant Marmaris surgeon skillfully crafts a personalized plan by considering all these variables. The regional aspects of the patient’s hair are evaluated, and this information is utilized during the incision/canal phase.

It’s important to note that hair transplantation is a collaborative effort involving the responsible surgeon and the entire team. Even if the procedure goes smoothly, achieving a natural appearance is impossible if grafts with multiple hair follicles are transplanted on the front line. To ensure a seamless and lifelike outcome, grafts containing a single hair follicle must be meticulously placed in the frontal canals.

Crafting a natural hairline requires a fusion of artistry and scientific precision. It is the delicate balance between understanding the patient’s unique features, considering their previous hairline, and incorporating various factors like muscle structure, age, and regional hair. By combining these elements, an experienced hair transplant team can transform the patient’s appearance, restoring both their confidence and a sense of natural beauty.

Embarking on the Journey of Sapphire Hair Transplantation: A Three-Stage Process

Sapphire hair transplantation follows an exact three-stage procedure: Reception, Canal Opening/Incision, and Planting. Throughout the process, patients undergo local anesthesia, which ensures the numbing of the targeted area by administering medications beneath the skin.

Stage 1: Reception Duration:

5-15 minutes (Pre-operation: 1.5-2 minutes) During the reception stage, the patient is prepared for the hair transplantation procedure. This involves necessary preparations and initial assessments before proceeding with the actual transplantation. Before commencing the extraction phase, the patient receives the first round of local anesthesia.

Stage 2: Canal Opening/Incision Duration:

1-1.5 hours (Pre-operation: 5-15 minutes) The canal opening, or incision, the stage is a crucial step in the process. Highly skilled surgeons utilize sapphire blades to create tiny incisions or canals on the recipient area. These incisions are precisely designed to accommodate the extracted hair follicles. Before initiating the canal opening phase, the patient receives a second round of local anesthesia to ensure comfort throughout the procedure.

Stage 3: Planting (Implantation) Duration:

1.5-2 hours During the planting stage, the carefully extracted and prepared hair follicles are skillfully implanted into the previously created canals. This intricate process requires precision and artistry to ensure natural-looking results. The hair follicles are strategically placed to achieve an aesthetically pleasing and harmonious hairline.

Total Sapphire Hair Transplantation Time, including preparation and waiting: 6-8 hours. The entire duration of a sapphire hair transplantation procedure, from initial preparation to completion, typically spans approximately 6 to 8 hours. This timeframe encompasses the necessary pre-operative practices, the three distinct stages of the procedure, and any required waiting periods.

Throughout the entire process, the dedicated surgical team ensures the comfort and well-being of the patient. Their expertise and meticulous attention to detail guarantee the highest quality results, transforming the patient’s hairline and restoring their confidence.

Extraction Phase

The Extraction Phase of hair transplantation is often regarded as the most challenging and crucial stage for patients undergoing the procedure. During this phase, patients must lie face down for approximately two hours, which can be quite demanding. The initial step involves determining the donor area, considering the patient’s hair structure and the extent of hair loss.

To ensure a painless experience, the first step is to administer local anesthesia. Subsequently, measures are taken to control pain throughout the sapphire hair transplantation procedure. Following the application of local anesthesia, a tumescent solution is employed. This solution helps reduce blood circulation in the donor area, minimizing blood loss and potential tissue damage.

Hair transplantation commences with a specialized medical device, a Micro Motor equipped with a single-use punch. The punch is typically 0.70-1.00 mm wide and 4-5 mm long, tailored to match the patient’s follicle size. Using micromotors in hair transplantation has led to its alternative name, hair transplantation, in specific sources.
Control shots are made at the outset to ensure the intact removal of hair tissue, avoiding breakage or damage to the hair. 

These shots play a critical role in correctly identifying the punch size for extracting the hair as a whole. Throughout the extraction phase, considered one of the most significant steps in a hair transplant procedure, the primary objective is to achieve a smooth removal with a success rate of 5% or less, a globally recognized standard for minimizing damage.

During the Extraction Phase, the meticulous monitoring of graft extraction ensures that the planned number of grafts is obtained with minimal damage, leading to the best possible result after hair transplantation. At Smile Hair Clinic, our supervisors and doctors closely oversee this process, guaranteeing the quality of the operation and ensuring a successful outcome. Monitoring the percentage of damaged grafts is essential for doctors throughout the procedure.


Patients often have high expectations regarding the number of grafts they can receive. Unfortunately, in today’s digital age, where information is easily accessible, some clinics exploit these expectations for marketing by making unrealistic promises regarding graft numbers.


However, before proceeding with the extraction process, it is crucial to accurately calculate the required number of grafts while prioritizing the preservation of the donor area. Factors such as the circulation of the recipient area and its ability to sustain transplanted grafts, as well as the postoperative appearance of the patient’s donor area, must be carefully considered.


While patients may desire many grafts, the focus should be on providing the number of grafts necessary without causing harm. In essence, the comprehensive evaluation of the patient and the development of a treatment plan are paramount.

 

The number of grafts that can be taken from the donor area during the extraction process varies depending on a few factors.

  1. Width of Donor Area
  2. Density of Donor Area
  3. The ratio of single/multiple hair
  4. Ratio of Thick and thin hair

Width of the Donor Area in FUE Hair Transplantation

In the realm of hair transplantation, the principles of physics and mathematics intertwine to provide insights into the dynamics of the donor area. Just as these disciplines illuminate various phenomena, they shed light on the intricacies of hair restoration.

Within the donor area, an intriguing interplay of factors comes into play. Consider two donor areas with equivalent densities: by carefully considering the principles of physics and mathematics, it becomes apparent that extracting grafts from these areas can yield more viable grafts than more significant regions.

The spill areas, characterized by apex openings, exhibit a captivating relationship with the donor area. Depending on variables such as age and the nature of the spill, these areas may fall within the confines of the donor region. Remarkably, the shedding process in young patients can be incomplete or involve the emergence of new hair, signifying a crucial determinant in defining the boundaries of the donor area.

A skilled hair transplant Marmaris surgeon can ingeniously manipulate the donor area, strategically preventing the convergence of the frontal and spill sites and thus thwarting baldness in the posterior regions. By tactfully concluding the donor area at a lower position, they effectively safeguard the aesthetics of the patient’s hairline.
Within the donor area, a fascinating dichotomy arises.

The middle region, brimming with large grafts, houses densely-packed follicles with impressive thickness. This focal point becomes a prime location for extracting larger grafts, enabling a fuller and more robust hairline restoration. On the other hand, the back of the ears and the sides of the donor area necessitate a more delicate approach due to the presence of thin and solitary grafts. The surgeon exercises the utmost care in these regions, considering factors such as circulation and density to ensure the successful transplantation of these grafts onto the frontal hairline.

Thus, the symphony of physics and mathematics intertwines harmoniously in FUE hair transplantation. By adhering to these principles, the surgeon orchestrates a delicate dance between the donor area and the recipient’s hairline, culminating in a seamless and aesthetically pleasing hair restoration.

Density of Donor Area in FUE Hair Transplantation

In the realm of hair transplantation, the density of the donor area takes center stage as a crucial factor directly influencing the outcome of the procedure. This density refers to the number of follicular units per square centimeter and exhibits significant variation from person to person. Extensive research has established a range of 40-110 follicular units per square centimeter, with an average falling between 60-80 follicular units per square centimeter.
Once the width of the donor area is measured, the total number of follicles is determined by multiplying this dimension by the density. This calculation is the basis for determining the maximum number of grafts that can be harvested from the donor area, as only a portion of the follicles, typically ranging from 30-40%, can be safely extracted.


The primary objective is to carefully manage the density in the donor area during and after the hair transplant procedure, with the aim of minimizing scar tissue formation. Each follicle extracted using a punch tool creates a minute cavity in the skin, the size of which varies depending on the punch used. Although these cavities are small and heal quickly, they can leave minor scars on the skin.


It is crucial to ensure that these extraction sites are placed within one another during the procedure. If they merge and form larger openings, the tissue damage becomes more significant and challenging to heal, leading to visible scars and marks on the skin. Unfortunately, some clinics disregard the appearance of the donor area after transplantation in favor of extracting a more significant number of grafts, which can cause distress, visual disturbances, and future dissatisfaction for the patient. Avoiding such practices is essential for achieving a high-quality hair transplantation outcome.


Furthermore, the strategic placement of extraction sites in previous sessions offers an advantage for future transplantations. When the extraction sites of earlier sessions do not merge, it provides an opportunity to extract hair that was previously inaccessible due to the non-regrowth of once extracted grafts. By communicating to patients that the maximum number of extractions will be performed without compromising the integrity of the donor area, surgeons can ensure the absence of scarring, maintain proper circulation, and preserve the nourishment of the transplanted area.


Patients with lower donor area densities will have fewer grafts available for extraction, while those with high viscosity and closely situated follicles pose challenges for frequent extraction. Taking these factors into careful consideration not only preserves the aesthetics of the donor area but also ensures the patient’s hair health, allowing for future transplantation sessions.


By emphasizing the unique characteristics of each patient’s donor area density and adhering to these considerations, hair transplant surgeons can achieve exceptional results, ensuring the patient’s satisfaction and confidence throughout their hair restoration journey.

The ratio of single/multiple hairs in hair transplantation

In hair transplantation, the intricate balance between single and multiple hairs is vital in achieving natural-looking results. An individual with a healthy head of hair, devoid of hair loss, typically boasts approximately 100,000 hairs on their body, with the majority concentrated on the scalp. Within this region, an average of 60,000-80,000 hair follicles can be found, each housing varying hairs, ranging from 1 to 5.


Through extensive research conducted worldwide, it has been established that, on average, there are 2.2 hairs per follicle. When procuring hair for transplantation, it is essential to consider the patient’s unique characteristics, including the abundance of multiple hairs per follicle. Strategically selecting these multi-haired follicles yields better results and requires fewer grafts.


However, when redesigning the hairline, a different approach is necessary. It is crucial to meticulously choose single and thin hairs for transplantation along the frontal hairline. Conversely, in other regions behind the hairline and where hairline transplantation occurs, transplanting multiple hairs becomes crucial for achieving the desired density and natural-looking outcome.


During the hair transplantation process, the objective is to acquire as much hair as possible after extracting the necessary single hairs for the hairline. More significant punches are required to extract multiple hairs to minimize the risk of damage to the hair follicles, as using a thin-diameter punch can inadvertently harm follicles containing multiple hairs. Attentiveness to these details is paramount in minimizing transaction rates and ensuring the successful transplantation of healthy follicles.


Moreover, surgical assistants play a significant role in classifying and counting the harvested follicles as single, double, triple, or more. These meticulously recorded numbers are diligently documented in the patient’s file, allowing for a comprehensive understanding of the transplantation process and facilitating future assessments.
By understanding and harnessing the unique dynamics of single and multiple hairs, hair transplant surgeons can achieve exceptional and natural results, enhancing the patient’s appearance and instilling a renewed sense of confidence throughout their hair restoration journey.

 

Ratio of Thick and Thin hair in FUE Hair Transplantation

In hair transplantation, the ratio of thick and thin hair holds significant importance, as it directly influences the procedure’s outcome. Patients blessed with thick hair can achieve remarkable results with fewer grafts, making extracting thick hair from the donor area a primary objective. It is crucial to recognize that fine hair, on the other hand, can contribute to a sparse appearance and may not yield the desired density.


Patients who appear to have a dense hair appearance when they wear their hair long may have fine hair. When considering the transplanted hair as a collective mass, Smile Hair Clinic surgeons call it “Absolute Density.” This term represents the thickness value obtained when all the extracted hair strands are aligned side by side and divided by the surface area to be transplanted. In absolute density, thick hair consistently provides superior density in the transplantation area.


Furthermore, during the graft selection process, the aim is to choose thin hair for the hairline. Once enough thin hair grafts are obtained, the focus shifts to targeting thick coats to achieve the best possible result within a single session.


However, it is essential to strike a balance and stay within a certain number of grafts taken from the donor area for each patient. Several factors must be carefully considered, including the patient’s anatomy, donor area width, density, and circulation status. Determining the optimal amount to harvest from specific areas is crucial for achieving the best overall outcome.


While it may be tempting to extract a high number of grafts from the donor area, akin to winning a race, it is vital to approach the procedure with a long-term perspective. Although an excessive number of grafts may provide instant gratification to the patient, those who have to live with the resulting appearance may experience dissatisfaction in the future. It is imperative to educate patients about potential future issues they may encounter and provide them with a thorough explanation of the procedure and its possible outcomes.


By recognizing the significance of the thick and thin hair ratio and making informed decisions during transplantation, surgeons can ensure that patients achieve the best possible results while maintaining their long-term satisfaction and well-being.

 

Incision of the Canal in FUE Hair Transplantation

Hair transplantation involves a meticulous process that requires the expertise of surgical assistants and the surgeon. The grafts harvested from the donor area are carefully classified and separated based on their number and characteristics, particularly the number of hairs within each graft.


To initiate the canal incision process, the surgeon begins by assessing the thickness and length of the grafts and selecting the appropriate sapphire blade. Achieving a natural and dense result necessitates creating canals that follow the natural direction of hair growth. These canals should be inclined 10-20 degrees towards the front hairline, gradually steepening towards the back.


During this stage, the surgeon pays close attention to imitating the patient’s existing hair direction and length. The angle and extent of the canals play a significant role in determining the overall natural appearance after the FUE hair transplant.


For the incision of canals, a vertical approach is employed towards the front, while the sides are meticulously angled towards the middle, mirroring the existing hair pattern if necessary. The width of the canals directly affects the outcome, so an interlocking incision technique is utilized to achieve a denser canal structure. This allows for more grafts to be transplanted, typically planned at a density of 60-70 follicular units per square centimeter, depending on hair thickness in dense areas.


In cases where the patient has insufficient grafts, priority areas are treated with a higher density of canals. In contrast, the density in other regions may be reduced to 20-25 follicular units per square centimeter, based on patient preferences.


Maintaining the correct depth of the canals is crucial to ensure the proper placement of the transplanted hair without causing damage. Too shallow canals may impede the graft’s circulation and cause it to bend upon transplantation, resulting in poor growth. Conversely, excessively deep canals can damage the surrounding tissue, including vascular and epithelial structures, potentially leading to graft failure. Before incising the canals, the surgeon meticulously measures and plans the transplant area, ensuring accurate graft distribution.


During the canal incision process, the surgeon also employs a tumescent/inflation fluid containing adrenaline and isotonic solution. This fluid aids in controlling bleeding, enhancing tissue viability, and protecting surrounding tissues. By expanding the tissue surface, the inflation fluid facilitates precise and intense canal incisions. Once the canal incision is complete, the patient is positioned upright, and both the patient and surgeon jointly review the newly created hairline. The patient’s approval is sought to ensure satisfaction, and any necessary adjustments are made before concluding the procedure.


Creating a natural and aesthetically pleasing hairline involves careful placement of canals. Straight lines are avoided, and irregular indentations and protrusions are strategically incorporated at varying intervals, as natural hairlines rarely exhibit perfect symmetry. This approach results in a non-artificial appearance, allowing for a unique and authentic hairline once the transplanted hair grows out.

TRANSPLANTATION

During the hair transplantation procedure, the grafts extracted from the patient can remain viable for up to 6 hours without damage. These grafts are carefully stored in specialized fluids and maintained at specific cold temperatures throughout the operation to ensure their preservation. Strictly controlling these factors is crucial to safeguard the grafts’ health and ensure the overall quality of the transplantation process.

The healthcare personnel involved in the transplantation must undergo extensive training, possessing comprehensive knowledge of the graft and its various components. They must also possess the manual dexterity required to place grafts in the recipient area without causing trauma.

Even with perfect conditions, the transplantation phase plays a vital role in determining the ultimate success of hair transplantation. Any failure to perform the transplantation properly can have disastrous consequences. It is imperative to handle the grafts delicately, avoiding gripping them by their roots or applying excessive pressure that may result in trauma.

During placement, it is crucial to ensure that the grafts are not bent and correctly positioned within the incised canals. After the operation, the grafts undergo further examination using a magnifying lobe. Transplanted grafts are randomly checked from different regions to verify the accuracy of the transplantation process. This quality control stage serves as an additional measure to ensure the success of the operation.

Following these stages, the patient is gently raised, and the donor area is dressed and securely bandaged. Special attention is given to applying a bandage to the forehead to stabilize it and prevent inflation from shifting downward due to gravity.

After the bandaging is complete, photographs of the patient are taken for documentation purposes. The patient then proceeds to the main hall, where they await the doctor’s final discharge instructions.

During discharge, the doctor provides the patient with essential instructions to ensure a smooth recovery. These instructions include the following factors that the patient should pay attention to:

  1. Protecting the head from any trauma, as the anesthetic effect may remain. This is particularly important when getting on and off vehicles, passing through crowded areas, and bending over.
  2. Keeping the head upright as much as possible, especially when using the phone or tying shoes, to minimize bending and strain on the transplanted area.
  3. Describing the optimal sleeping position, including adjusting the pillow and neck pillow to ensure that the transplanted hair does not come into contact with them.
  4. Avoiding salty foods for the first 1-2 days, as excess sodium intake can contribute to swelling.
  5. Staying away from substances such as coffee and cigarettes for the first few hours as they can potentially interfere with the healing process.
  6. Refraining from alcohol consumption for at least five days or until the prescribed medications are completed, as alcohol can adversely affect the healing process.
  7. Providing clear instructions on properly using the prescribed anti-infection antibiotics, pain relievers, and anti-inflammatory medications provided in the discharge bag.
  8. Advising the patient to avoid hot, sunny, and dusty environments that may increase the risk of complications or discomfort during the initial recovery period.
  9. Regular gentle massages of the forehead area are recommended at short intervals to help reduce edema. The patient can also apply cold compresses to alleviate swelling further.

These instructions are crucial for the patient’s post-operative care and aid in promoting a healthy and successful recovery. The patient needs to follow these guidelines closely to optimize the results of the hair transplantation procedure.

After the operation, patients rarely experience significant pain. However, some patients may struggle to sleep enough at night due to the caution required to protect the transplanted grafts. This is common, as they must be careful to avoid any potential graft damage.

It’s important to note that there may be a discharge from the donor area during the night. This discharge is the tumescent fluid that was injected into the patient during the procedure. While the bandage absorbs most of the fluid, some leakage may occur. Patients often describe this fluid, which may appear red, as bleeding, but it is, in fact, the tumescent fluid mentioned earlier. There is no cause for concern as the clinic provides a protective cover for the pillow to prevent any staining or discomfort.

Patients should understand that these post-operative experiences, including the need for caution during sleep and the discharge of the tumescent fluid, are normal aspects of the recovery process. Rest assured that the discomfort and inconvenience associated with these factors will diminish over time, and the ultimate goal of achieving a successful hair transplant will be well worth the effort.

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