Schematic of self-assembled nanomaterials on skin wounds

Self-Assembled Nanomaterials for Chronic Skin Wound Healing

Chronic wounds can be caused by several underlying molecular and cellular pathophysiological mechanisms, including poor vascularization, excessive extracellular matrix (ECM) degradation by proteases, decreased growth factor activity, and bacterial infection. More effective wound therapies need to address one or more of these mechanisms to significantly advance wound care. Self-assembled nanomaterials may provide new therapeutic options…

Defense or repair: How immune cells are controlled during wound healing

A Cologne-based research team has discovered that the metabolism of mitochondria, the energy suppliers of cells, in macrophages coordinate wound healing to a significant degree. Macrophages belong to the white blood cells and are also known as scavenger cells. Professor Dr. Sabine Eming and her collaborators and colleagues at the CECAD Cluster of Excellence for…

Who attended Skin Ageing & Challenges 2021

Academic Teaching HospitalAix-Marseille UniversityBaylor College of MedicineBeiersdorf AGBeijing Institute of GenomicsBrigham and Women’s Hospital and Harvard Medical SchoolClarinsCNRS, University of OrléansCochin Hospital – INSERMCOTY LANCASTER SAMErasmus Medical CentreEUDORA Pharmaceuticals and Manufacturing LimitedEvonik Operations GmbHH&A PharmaChemhôpital Saint LouisI Beauty Tech, Inc.,Innsbruck UniversityInstitute of Molecular BiotechnologyInstitut-Kurz GmbHInternational Flavors and FragrancesInternational Prevention Research Institutei-On®️ SkincareKanazawa UniversityLAQV/REQUIMTELeibniz Research Institute…

OneSkin Won the Innovation Award 2021

During the congress, Juliana Lott presented her studies, on behalf of OneSkin (Brazil), entitled “Reduction of the Skin Biological Age and Improvement in Skin Health Markers by a Senotherapeutic Peptide”. After seeing the results of this research, the scientific committee awarded OneSkin for their Innovation. The work presented at Skin Ageing & Challenges Congress 2021…

Evonik – Winner of the Innovation Award 2021

Evonik, represented by Jennifer Schild during the 12nd Conference on Skin Ageing & Challenges 2021, was discerned one of the Innovation Awards 2021. Ms. Schild presented “Daylight Defense with Innovative Bioactive Sphingolipid” on behalf of Evonik Operations GmbH, Germany. Evonik is a sustainable specialties partner to companies who develop and market products for beauty and…

MitoTag Won the Innovation Award – 2021

MitoTag was discerned one of the Innovation Awards of Skin Ageing & Challenges 2021. MitoTag is a Portuguese startup that develops targeting systems to deliver antioxidants and other bioactive molecules to mitochondria, our cellular energy sources, to protect them from multiple aggressors, including oxidative stress, in order to delay or reverse skin ageing. In this…

Short Oral & Poster Presentations Awards 2021

Winners of the Short Oral Presentation Awards – Skin Ageing & Challenges 2021   Keratin-Biphalin Scaffold Accelerate Skin Wound Healing in Diabetic MiceMarek Konop, Medical University of Warsaw, Poland About the research: Impaired wound healing a special in diabetes is a major medical problem and new therapeutic options are needed.  Keratin-based materials have recently become an exciting solution due to their biocompatibility, biodegradability, and ability…

Nomination for Skin Ageing & Challenges 2021 Innovations Awards

During Skin Ageing & Challenges 2021, more than 40 communications were presented.  The scientific committee nominated 8 Industries for the Innovation Awards of 2021. The nominated were:  Givaudan Active Beauty, represented by Marie Meunier L’Oréal, represented by Laurent Marrot Evonik, represented by Jennifer Schild Procter & Gambler, represented by Paul Matts MitoTag, represented by José…

Research Uncovers New Mechanism that Promotes Wound Healing in Skin

A University of California, Irvine-led study identifies a new molecular pathway that promotes the healing of wounds in the skin. Titled, “GRHL3 activates FSCN1 to relax cell-cell adhesions between migrating keratinocytes during wound re-epithelialization,” the study was published in JCI Insight. The molecular pathway identified is controlled by an evolutionary conserved gene called a Grainyhead…