- Categories
- Keynote incl. Free Communication
General Research I
-
Key Note I: Regenerative Medicine and Skin Restoration
- Presentation time:
- 15 min
Speaker: Bong-Sung Kim
-
Key Note II: Translatational models in vascularized Tissue Engineering
- Presentation time:
- 15 min
Speaker: Justus Beier
-
Boosting the vascularization and regenerative capacity of nanofat by short-term pretreatment with erythropoietin
- Presentation time:
- 6 min
Abstract Presenter: V. P. Pruzzo
-
Hypoxic Preconditioned Nanofat at 1% O2 for 24 h Loses Its Regenerative In Vivo Vascularization Capacity
- Presentation time:
- 6 min
Abstract Presenter: F. Bonomi
-
A Novel concept: Topically applied Autologous Fat–PRF Regenerative Matrix undergoes early spontaneous vascularization to provide soft tissue cover in complex wounds: an alternative to flaps?
- Presentation time:
- 6 min
Abstract Presenter: M. Rangaswamy
-
Fibroblast growth factor (FGF) 21 is crucial for the revascularization of white adipose tissue grafts
- Presentation time:
- 6 min
Abstract Presenter: E. Limido
-
Seeding of dermal substitutes with high-glucose-pretreated nanofat accelerates in vivo vascularization and tissue integration
- Presentation time:
- 6 min
Abstract Presenter: L. G. Guggenheim
-
Local immunomodulatory strategies in cell therapy: A scoping review highlighting the advances in nerve regeneration
- Presentation time:
- 3 min
Abstract Presenter: M. A. Maytain
-
Specialized Pro-Resolving Mediators (SPMs) in Plastic Surgery: A Novel Approach to Enhance Wound Healing and Scar Quality
- Presentation time:
- 3 min
Abstract Presenter: A. Montanari
-
Wound Edge Trauma Minimization for Running Subcuticular and Cuticular Suturing, Photographic and Videographic Documentation/Results
- Presentation time:
- 3 min
Abstract Presenter: T. Weber
-
Skin proteomics of DIEP flaps for breast reconstruction – a new objective method for analyzing tissue remodelling, nerve regeneration and cutaneous sensory function? A pilot study
- Presentation time:
- 3 min
Abstract Presenter: P. E. Engels
-
A Comparative Analysis of Animal-Derived and Synthetic Acellular Dermal Substitutes for Wound Healing: A Single Center Retrospective Study
- Presentation time:
- 6 min
Abstract Presenter: R. Pasini