Research topic: |
Nano fibrous materials for advanced biomedical applications—wound healing |
Recruiting organization: |
University of Maribor |
Application deadline: |
March 11th 2018 |
Starting time: |
June 2018 or as mutually agreed (1-2 months changes to the intended starting time are possible) |
Contract duration: |
36 months |
Benefits |
Slovenia has a comprehensive welfare system including social insurance. More details about the country can also be found on the EU-Commission webpage for Slovenia. |
With about 25 000 students the University of Maribor is located in the second largest Slovenian city not far from the Alps and the Mediterranean Sea. At the Laboratory for Characterization and Processing of Polymers (LCPP) an international and interdisciplinary research team works on the advancement of biopolymer material science with the aim of new applications in medicine and the bio based economy. ITN students will work in new laboratory facilities opened in 2015 and 2018. |
The objective of this project is to prepare nano- and micro-fibrous systems with specific functionalities to be used as advanced wound healing materials. Electro- and wet spinning processes will be developed and utilized to obtain 3D biofibrous structures with incorporated or surface bound bio-active ingredients (natural antioxidants, anti-inflammatory and pain relief drugs, anti-microbial agents, bioactive peptides, proteins/enzymes). Different polysaccharides (hyaluronic acid, sulphated polysaccharides, dextrans, alginates) and their derivatives will be influencing in that way the migration of cells and the healing of chronic wounds. The polysaccharide based fibrous systems will be designed to ensure biocompatibility, controlled release of active substances, defined swelling and moisture control, bio-degradation and mechanical properties. The project will include detailed morphological, physicochemical and mechanical characterization of the developed materials. Primary aim is a good understanding of structure vs. release and biological efficacy relation of the produced materials and the control of the production parameters leading to these advanced properties.
Results:
Applications must be sent electronically per email in pdf format to MSc Danica Svetec, danica.svetec@um.si
In case no suitable candidates are found, University of Maribor reserves the right to re-open the call.