Recent Advancements in the Hair Transplant Niche

Robotics, photobiomodulation, and platelet-rich plasma are paving the way for developing cutting-edge methods for restoring hair, which is on the cusp of becoming clinically viable. The following are some examples of the more complex methods used in the hair transplant niche:

Transplants: The Purpose of Robotics

Extracting follicular units with the assistance of robotics offers several benefits compared to traditional manual harvesting. The transplant methods used in hair transplant therapy have developed from using big plugs to extracting follicular units. This process has enabled hair restoration surgeons to generate undetectable results that appear entirely natural.

Robotic systems can perform transplants in an automatic manner, which can save a significant amount of time in a busy clinic. The doctor can harvest between 800 and 1000 follicular cells in an hour when using the procedure. This process requires very little transection.

If the clinician is not exceptionally proficient, hand collection can be a slow process and potentially result in a greater transection rate. This act can affect the development of the graft and lead to aesthetic results that are not ideal.

One of its primary benefits is that the robotic approach requires only a small amount of patient involvement. One of the most significant challenges historically associated with hair restoration surgery is the 15–18 cm scars left behind after follicular unit harvesting using a donor ellipse.

The modern procedures with punches measuring 0.9 millimetres do not need any suturing, enabling patients to sport short hairstyles without scarring. However, elliptical donor harvesting is still performed by some surgeons on individuals who have no intention of ever having their hair cut short, and for whom the donor scars are not a concern from a practical standpoint. The treatment method has evolved to become less time-consuming, less complicated, and less likely to result in scarring, all of which have contributed to the procedure’s rising popularity.

Multiple Advantages Offered By PRP

Platelet-rich plasma (PRP) therapy has also gained popularity in hair restoration operations, particularly when paired with surgical transplantation. The autologous, minimally invasive therapy approach has increased hair development by encouraging differentiation, cellular maturation, and proliferation while decreasing the danger of infection and immunological rejection.

There are various devices accessible for PRP procedures. While some platelets are activated before the PRP injection, others are connected to the activation of platelets after injection. However, it is still not apparent whether the number of platelets or the production of growth factors by the platelets is essential in determining success.

An innovative method for doing hair transplant surgery is known as the platelet-rich plasma (PRP) procedure intraoperatively. This process involves injecting the solutions before inserting the grafts in the front of the recipient site. In a clinical setting, this will assist preserve the existing hair surrounding the transplant regions and contribute to the transplanted grafts growing a little sooner.

It would suggest that PRP speeds up the natural hair growth cycle, allowing patients to achieve their goals in a shorter time. The PRP is an approach that brings together many medical procedures and robots. Intraoperative platelet-rich plasma treatment (PRP) not only treats and helps retain the existing but thinning hair, but it also boosts the hair that was transplanted.

Utilization Of Photobiomodulation as An Adjunct

Low-level laser light is beneficial supplementary therapy in hair restoration tactics, whether utilized as a combination or monotherapy with minoxidil or PRP methods.

Patients who primarily suffer from nonscarring hair loss are candidates for the photobiomodulation treatment, which is utilized to help stimulate hair growth in these patients. It has been demonstrated that several home-use devices, such as caps, combs, and bands that use mainly red light, LED light or a mix of the two, are effective in stimulating hair growth. These devices have received clearance from the FDA.


Among the most cutting-edge methods for implanting new hair follicles, NeoGraft is a form of semi-automated FUE. Because it eliminates part of the human error generally connected with the procedure, it is said to be more efficient than other FUE methods.

Benefits Of Neograft in Hair Transplant

One of the most recent and technologically advanced hair transplantation is called NeoGraft. It is a variation of the FUE method that is semi-automated and employs technology that is proprietary to Venus Treatments.

During an FUE hair restoration procedure, an experienced surgeon will manually extract individual follicles from the sides or back of your head.After that, they will make several incisions in the thinning areas to prepare them for the implantation of the new hairs. When doing a NeoGraft procedure, the removal of hair follicles is accomplished with the use of a wand that draws them out using suction.

The surgeon doesn’t need to make an incision to implant new hair follicles because they have access to a specialized instrument that can make incisions and implant the follicles simultaneously time.

Reduced Risk of Injury to Hair Follicles

When compared to conventional FUE and FUT procedures, the NeoGraft method may cause less trauma to the hair follicles and less damage to the hair follicles themselves. It is believed that reducing the damage can increase the percentage of transplanted hairs that survive.

Fewer Potential Complexities

Because this method is minimally invasive, there is a possibility that there is a lower risk of surgical complications associated with it. This fact is especially true compared to FUT surgery, which entails removing a strip of skin from the patient’s scalp. Using stitches or staples is unnecessary with NeoGraft, and robotics helps eliminate human error, reducing the risk of causing harm to blood vessels and nerves.

This Method Is Faster Than FUE

In addition, NeoGraft surgery is far faster than conventional FUE, which may take several days if a significant number of grafts need to be extracted. The time required for a NeoGraft transplant might range anywhere from four to ten hours.


These hair restoration methods are among the most cutting-edge and recent available worldwide. When carried out appropriately, they are considered safe and can potentially help restore baldness.

Maybe you are interested: Top 5 best hair transplant clinics & surgeons in UK

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