BIOMECA

Start-up

Information

BioMeca® is a French biotech company that reveals mechanical effects of your active ingredients and finished products on skin models. Our in vitro and ex vivo tests allow you to innovate by bringing a biomechanical dimension to your cosmetic claims. More than a claim, it's a quasi-physiological proof.

BioMeca® est une entreprise française de biotechnologie qui révèle les effets mécaniques de vos principes actifs et produits finis sur des modèles de peau. Nos tests in vitro et ex vivo vous permettent d'innover en apportant une dimension biomécanique à vos allégations cosmétiques. Plus qu'une revendication, c'est une preuve quasi-physiologique.

Think Mechanics for your project!

Description
<strong>Tailor-made solutions to empower your claims</strong>: in vitro and ex vivo tests to reveal tensing effect, skin penetration, hair protection, slimming effect, blue light protection, skin barrier integrity, smoothing effect, ...
Activity sectors
Testing and analyses
Keywords
biomechanicsbiologymicroscopyafmefficacy trial

Social media

Contact details

+33 6 43 78 37 82
+33 4 72 72 89 35
contact@bio-meca.com
http://www.bio-meca.com/
46 Allée d'Italie, 69007, Lyon, France

Innovation

Documents & Links

Publication: Gene profile of zebrafish fin regeneration offers clues to [...]Highlights a global unbiased time-course transcriptomic analysis of the zebrafish caudal fin regeneration.
Studying active ingredient penetration into skinApplicative note: In cosmetic industry, it is important to understand active ingredients effects and how far they penetrate the different skin layers.
Nanomechanical characterization of hair cuticle under high-temperature using AFMApplicative note: Characterization of effects on hair properties is essential to develop better cosmetic products, and promotes biological and cosmetic science.
Studying smoothing effect by using fluorescent beads and confocal microscopyApplicative note: In the context of skin ageing, smoothing effect and especially tension effect could be a relevant claim for cosmetic product.
Studying blue light exposure impact on skin mechanical properties using AFMApplicative note: With the emergence of new technologies, we are increasingly exposed to artificial light from television, computers, or smartphone screens.
Studying blue light exposure impact on dermis mechanical properties usin AFMApplicative note: Humans are exposed to increased amounts of light in the blue spectrum produced by LEDs which can interfere with biological process.
Substantiate your cosmetic claims in a new way
Publication: Changes in nano-mechanical properties of human epidermal [...]Morphological studies of isolated human corneocytes have revealed differences between cornified envelopes purified from the deep and superficial SC.
Publication: Changes in nano-mechanical properties of human epidermal [...)We examined biomechanical characteristics of the corneocytes in children with AD and healthy controls.
Publication: Mechanical shielding in plant nucleiHighlights hyperosmotic stress reversibly leads to stiffer and smaller nuclei in Arabidopsis, ...
Characterization of the barrier function - Efficacy tests on Stratum CorneumTechnical note: I-Evaluation of the Stratum Corneum lipid restoration - dry skin II-Evaluation of the barrier function restoration - sensitive skin

Log in