Release date: 2016-09-30 For many people, hair loss is an annoying and difficult to treat problem. But now this problem has finally come to a complete resolution. Recently, French beauty product giant L'Oreal has just signed an exclusive scientific cooperation agreement with the country's biotechnology startup Poietis. Under the agreement, the two companies will use bio-printing and hair-breaking bio-breakthrough technologies to explore the possibility of 3D printing of hair follicles, a small organ that produces hair. Today, this technology will be combined with L'Oréal's expertise in hair biology. Both partners hope to create functional hair follicles that can generate hair on their own – a complete solution for hair loss. Source: Tiangongshe good fresh frozen squid Fresh Frozen Squid,Frozen Fresh Squid,Delicious Frozen Squid,Delicious Fresh Frozen Squid Strip Zhoushan Junwei Aquatic Products Co., Ltd. , https://www.junweiaquatic-intl.com
As we all know, L'Oréal, which has a history of 105 years, has been investing in a wide variety of research and innovation projects for decades. The company has become an organic component that promotes the development of cosmetics. Up to now, they have 3,870 employees in the R&D department and have been engaged in tissue engineering research for more than 30 years. 
This cooperation with the French startup Poietis will undoubtedly further promote L'Oréal's research and development in tissue engineering technology, because Poietis is fully focused on the development of biological organizations in the field of regenerative medicine. It is understood that the company was founded in 2014 in Pessac, France, and it mainly cooperates with different beauty and pharmaceutical partners to evaluate the toxicity and efficacy of various drugs and beauty products, and mainly relies on 3D bio-printing technology.
It is reported that the cooperation between the two companies will mainly use Poietis' custom laser-assisted 3D bio-printing technology, which uses bio-ink to construct the structure and enhance its accuracy through laser beam scanning. Although in general, tissue engineering techniques are quite limited in the level of complexity they use to create cell structures, the French company's 3D printing platform can achieve cell resolutions of 10 microns and its active cell ratio is as high as 95. %. With 3D printing technology, these cell structures are usually matured in three weeks and can be used for tissue testing. 
In addition, this multi-year research partnership is expected to generate many other breakthroughs in hair engineering, Jose Cotovio said. He is the Director of the L'Oréal Forecasting Methods and Models Division (part of the L'Oréal Research and Innovation Division).
Hair loss is expected to be completely cured: L'Oreal develops 3D bioprinting hair follicles
Fabien Guillemot, CEO and Chief Scientific Officer, Poietis