Projeto
Active dressings based on natural polymers for wound treatment
| Referência: | SFRH/BD/147518/2019 |
|---|---|
| Organização financiadora: | Fundação para a Ciência e a Tecnologia |
| Instituições associadas: | Universidade Nova de Lisboa |
Registos relacionados
Development of a new antimicrobial fabric for wound dressings
Development of polymeric dressings for advanced wound care based on natural polysaccharides: bacterial cellulose, FucoPol and chitin-glucan complex
Antimicrobial electrospun sandwich structure nanocomposites for wound dressing applications [2022.13094.BD]
Monitoring Nisin Z fungicidal action on diabetic wounds by means of halochromic bilayer electrospun dressings [2021.08627.BD]
MSCs paracrine activity for cutaneous chronic wounds treatment in veterinary species [2023.00246.BD]
Bolsa de Doutoramento FCT: Develpment of electrospun wound-dressings incorporating medicinal plant-extracts [PD/BD/113550/2015]
AEROREGEN: Natural-based AEROgel formulations towards healing and REGENeration of diabetic wounds
AEROREGEN: Natural-based AEROgel formulations towards healing and REGENeration of diabetic wounds
Bolsa de Doutoramento FCT: 3D bioinspired self-healing asymmetric wound dressing loaded with MSCs for the full regeneration of skin [2021.08657.BD]
Natural polymer based multifunctional materials for sensing applications [2021.08158.BD]
Development of adjustable Silver@Silica nanocarriers and their stabilization in solid materials against drug resistant and non-resistant pathogenic bacteria. Towards advanced nano-antibiotics, wound dressing and anti-biofilm surfaces
MOLECULARY IMPRINTED POLYMERS - THEIR APPLICATION IN THE MANUFACTURING OF ACTIVE PHARMACEUTICAL INGREDIENTS APIS
Multifunctional air filters based on emerging natural polymers for VOCs removal [SFRH/BD/141642/2018]
Printable piezoresistive materials based on natural polymers for medical device aplication [UI/BD/151058/2021]
Bolsa de Doutoramento FCT: Polymer-based Photocatalystd for Wastewater Treatment through Light-driven Processes [2022.09787.BD]
Bolsa de Pós-Doutoramento FCT: Pharmacologically Active Bioadhesive Designed for Wound Closure [SFRH/BPD/86338/2012]
Synthesis of novel based saccharide polymers and their organization into nanoparticles
New bioactive, in situ forming sericin-based hybrid hydrogels for wound healing of diabetic ulcers
Combinatory effect of antimicrobial and immunomodulatory peptides functionalized onto polyvinyl alcohol-cellulosic compounds electrospun mats for the treatment of chronic woundsSynergistic effect of Tiger17 and pexiganan functionalized onto polyvinyl alcohol/cellulose acetate electrospun mats for the treatment of chronic wounds [SFRH/BD/148930/2019]
TREATMENT OF AQUEOUS EFFLUENTS CONTAMINATED WITH PHARMACEUTICALLY ACTIVE COMPOUNDS PHACS
Enzymatic synthesis of biodegradable amphiphilic polymer-drugs for cancer treatment [SFRH/BD/144303/2019]
WOUND HEALING ANALYSIS AT SINGLE-CELL RESOLUTION IN ZEBRAFISH
THE ROLE OF ENDOTHELIAL PROGENITOR CELLS IN WOUND HEALING IN DIABETES
ActivPOL - Development of oxazoline and aziridine-based antimicrobial polymers using supercritical carbon dioxide technology [PTDC/QUI/73939/2006]
Conducting/redox Polymer Networks Based on Transition Metal Complexes
Modulating mesenchymal stem cells to overcome impaired wound healing
THE ROLE OF SEPTATE JUNCTIONS DURING EPITHELIAL WOUND HEALING IN DROSOPHILA
Institute for Polymers and Composites
Institute for Polymers and Composites
Metallic nanoparticle-based options for glioblastoma treatment
Graphene-based catalytic membranes for water treatment
Polymer-based multifunctional implant coatings to overcome biofilm-mediated infections.
Development of polymer ionic liquid based CO2 capture technology
Polymer-based multifunctional implant coatings to overcome biofilm-mediated infections.
Paper-based molecularly imprinted polymer devices for the analysis of pharmaceuticals <br>
Bolsa de Doutoramento FCT: Multifunctional air filters based on emerging natural polymers for VOCs removal [SFRH/BD/141642/2018]
A novel, first-in-its-kind, aptamer-based LYTACs to address the unmet clinical need of diabetic wounds [101099063]
WOUND RESPONSE AND PIGMENTATION PATTERN FORMATION: CELLULAR, MOLECULAR AND EVOLUTIONARY CONSIDERATIONS
Seamless dressing made of bioactive, co-axial wet-spun fibers for treating diabetic foot ulcers [2024.13379.UTA]
Natural polymers and green methodologies: a never ending source of novel sustainable and functional materials
Publicações relacionadas
Carregando publicações...