POWERED BY HAIR SCIENCE INSTITUTE
Hair CLoning Hasci Switzerland
HAIR STEM CELL TRANSPLANTATION
Hair cloning is the process of producing multiple hair follicles from one, which is used for hair restoration and hair multiplication. Many pioneering researchers and doctors influenced the development of hair multiplication. Dr. Coen Gho, a researcher at the Hair Science Institute, is a well-known person. ” Many experiments have been conducted in the past and in each of them notions have been found on how to regenerate the hair follicles of a hair. By cloning i, reproductive cells that generate new follicles are extracted from a used follicle and new hair follicles are produced and used for the restoration of male or female pattern baldness.
How does hair cloning work?
Hair multiplication, which is also called follicular unit cloning, is the technique of producing multiple follicular units using a single scalp hair. This takes place in the laboratory or in vivo (in the human body).
Two ways to realize hair reproduction
There are two types of hair reproduction:
- Hair clon in vivo.
- Multiplying hair in vitro.
With In Vivo, hair is removed lengthwise (all the way). The removed parts may develop within the scalp in both the donor and recipient areas. With In Vivo, the hair is removed in length (throughout its length). The removed parts may develop within the scalp in both the donor and recipient areas. With In Vivo, the hair is removed in length (throughout its length). The donor and receiver areas are where the removed parts can grow within the scalp, allowing the removed parts to regrowth within the scalp. Alternatively, in vitro, the stem cells from each follicle are taken, cultured outside the body and re-implanted for new hair to grow. The method of propagation of hair in vivo is the one used in the procedure of transplantation and restoration of hair HST, also known as hair stem cell transplant or PL FUT, namely follicular unit longitudinal partial transplant.
In the hair sciences clinic, a unique technique is used and studied within the research institute, for hair transplant. A patented and very effective technique, hair stem cell transplantation (HST) that provides extremely natural and sustainable results. This technique is scientifically proven and authorized by the world’s leading health agencies, including the U.S. FDA, and it is constantly refined. The Hair Science Institute conducts research and development studies within its own framework.
The research and development department is dedicated to discovering new hair restoration methods and improving the HST method. Our focus is on enhancing the efficiency of the stem cell transplant technique, ensuring that the surgical equipment used is of high quality and performance. Our team is committed to improving the relationship with the patient by perfecting the cordiality of the relationship.
Hair Science Clinics
The use of cellular stem cell cloning in vivo technique is a unique method employed by hair science clinics to carry out exceptional quality hair transplants. Our internal academy of hair sciences is where medical staff (doctors and technicians) are trained and certified.
Hair Science Academy trains and prepares with training courses and the highest level of training and education for doctors and technicians. They are certified and gradually qualified to practice the patented scientific technique HST.
The Hair Sience Academy in Maastricht, the Netherlands is the place where all medical personnel worldwide, including doctors and technicians, are trained and certified. All doctors are authorized to practise and are registered with the medical association of the various countries where they operate. In our clinics, the “Hair Science Clinics” function only with native speakers who speak the language of their patients.
The real meaning of in vivo cloning
The term “cloning” often raises concerns when used in a medical context. However, in advanced hair restoration, in vivo cloning describes a natural and safe biological process — completely different from lab-based “in vitro cloning.” Understanding this difference is crucial to appreciating innovative techniques such as HST (Hair Stem Cell Transplantation) and PL-FUT.
A natural regenerative process
In vivo cloning is not science fiction. It is the body’s natural ability to regenerate tissue. For example, skin grafts used in burn victims rely on this principle: a small sample of skin containing stem cells can regenerate a healthy new layer. No artificial growth, no DNA modification — just the body healing itself.
How it works in HST / PL-FUT
The HST technique (also known as PL-FUT) extracts a minimal part of the hair follicle that includes stem cells. This tiny graft can regenerate a new hair at the recipient site, and also a new hair in the donor area — the original follicle regenerates itself. This is what we call in vivo follicular cloning.
No lab, no manipulation
Unlike in vitro cloning, this process involves no laboratory culturing, no genetic engineering, and no artificial growth mediums. The human body performs the entire regeneration process naturally, stimulated by a high-precision microsurgical technique.
Backed by science
Numerous peer-reviewed studies have been published in scientific journals indexed on PubMed, the global reference database for medical research. These publications — especially those by Dr. Gho and colleagues — confirm that partial follicle extraction enables measurable regeneration of the donor area.
Why it’s not everywhere
HST/PL-FUT is not widely available because it requires:
- Patented instruments
- Specific technical training
- Exceptional surgical skill
Unlike traditional FUE, which fully extracts follicles and can damage the donor area over time, HST preserves it — making it a refined, long-term solution.
A trusted location: Bologna, Italy
All official HST procedures for international patients — including those from the USA, Switzerland, and across Europe — are currently performed at the Hair Science Institute Italia in Bologna. The clinic is certified, discreet, and equipped to welcome demanding patients seeking a world-class standard of care.
Conclusion: Regeneration is the future
In vivo cloning shows how regenerative medicine works in harmony with the body. The HST method restores hair without depleting the donor area, and offers a solution grounded in science — not hype. For those looking for a responsible, forward-thinking approach to hair loss, this is where the future begins.
Telephone
+41 79 892 23 77
Where we are
LAUSANNE
hasci.swiss@gmail.com
