Technical University of Lodz / P. Ulanski Institute of Applied Radiation Chemistry / /
IndustryTerm
nanogel drug delivery systems / short term applications / wound care products / drug delivery devices / pilot scale applications / Potential medical applications / chemical and biological changes / biotechnology / microspheres using radiation processing techniques / gas discharge / macromolecular networks / suitable chemical reactions / biomaterials using plasma gas discharge / drug delivery systems / hemodialysis systems / high energy ionizing radiation / biomedical applications / ophtalmological and dental applications / treatment devices / injectable drug delivery systems / purification systems / classical chemical initiation / high energy / permeation devices / stimuli-responsive systems / e.g. fracture fixation devices / cardiac assist systems / polymer solutions / aqueous solutions / medical and biotechnological applications / Potential biomedical and biotechnological applications / chemical modification / aqueous solution / hormone delivery devices / chemicals / radiation processing / radiation technology / stimuli-sensitive systems / polymer systems / /
MedicalCondition
Communicable Diseases / tropical diseases / /
MedicalTreatment
total joint replacement / bypass / hemodialysis / vaccination / surgery / drug delivery systems / dialysis / Radiation / /
Organization
Technical University of Lodz / Lodz / Institute of Applied Radiation Chemistry / Division of Physical and Chemical Sciences / International Atomic Energy Agency / /
Technology
alpha / Radiation / laser / drug delivery / biosensors / technology of producing / Yi Min Gamma radiation technology / biomaterials / biotechnology / polymerization / dielectric / Radiation Technology / photolithography / dialysis / /
IAEA-TECDOC[removed]Radiation synthesis and modification of polymers for biomedical applications Final results of a co-ordinated research project