Nano-, micro- and macroscopic hydrogels synthesized by radiation technique

Radiation techniques, due to the additive-free initiation and easy process control, are very suitable tools for synthesis of biomaterials, especially hydrogels. In our group, a number of techniques have been elaborated allowing for targeted synthesis of gels of various size ranges, from internally crosslinked individual macromolecules, via microgels to macroscopic hydrogels. An example of a mature technology of this kind are hydrogel wound dressings, being now produced on large scale in Poland and other countries. Current research projects include: hydrogel-based system for anticancer therapy due to local drug delivery, systems for encapsulation of living cells, new approach to the synthesis of polymeric material for intervertebral discs implant, temperature-sensitive membranes, hydrogel phantoms of 3D radiation dosimeter for radiotherapy, degradation-resistant nanogels and microgels for biomedical purposes (e.g. synovial fluid substitute), hydrogel-based dietary products and adjustment of the molecular weight of biopolymers.