SILAB highlights exosomal communication at the FSEV congress
The 2nd congress of the French Society of Extracellular Vesicles (FSEV) will take place in Nantes on October 14 and 15.
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75 results for tag « science »
SILAB and the team of Professor Aberdam reveal the key role of exosomes in hair growth
Monday 07 October 2019
For the first time, SILAB and the team of Prof. Aberdam have shown that exosomal communication between the dermis and the hair follicle is an interesting biological pathway for the growth of hair. This work has just been published in the highly respected journal Stem Cells, following a peer-review process by experts in the field.
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Meet us at the IFSCC conference in Milan
Monday 16 September 2019
On the occasion of the IFSCC conference which will be held from 30 September to 2 October, SILAB’s team will introduce its latest innovations and novel concepts for the cosmetics market.
Read moreSILAB publishes a clinical study conducted on atopic patients
Thursday 12 September 2019
SILAB Softcare research teams have demonstrated the clinical efficacy of fructosans from Ophiopogon japonicus in the reduction of flares of atopic dermatitis in Caucasian patients. This clinical study has just been published in the journal Acta Dermato-Venereologica*, following a peer-review process by experts in the field.
Read moreIdentification of miRNA-22-5p and miRNA-199a-5p as epigenetic targets to fight against environmental skin aging
Wednesday 11 September 2019
The understanding of epigenetics mechanisms underlying transcriptomic modulations during skin stress has become a major priority for dermo-cosmetics research. In this context, SILAB aimed to study and correlate modulations in the miRNA profile (miRNome) with modifications of the mRNA profile (transcriptome) in human fibroblasts submitted to repetitive doses of solar simulated radiations (SSR) to induce irradiation-induced stress phenotype. SILAB performed an original screen of irradiation-regulated miRNAs in human fibroblasts that allowed the identification of two new miRNA-mRNA interactions mediating irradiation-induced stress.
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