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after meeting all the requirements and performing all the required tests, nano zist polymer pars company succeeded in obtaining a production license for its product called "panotech new wound dressing" from the general directorate of medical devices of the food and drug administration in october...

two decades have passed since the first synthesis of cellulose nanostructures. during this time, countries have succeeded in identifying numerous applications of nanocellulose technology by investing in academic research and commercializing nanocellulose technology in some fields by investing in...

cellulose is one of the most important natural polymers and is an inexhaustible raw material and a biodegradable material on an industrial scale. it has been used for many years in the form of wood and plant fibers as an energy source, building materials and clothing.

bacterial cellulose has unique properties such as ultrafine fibrous structure, biocompatibility, porosity, crystallinity, transparency, and biodegradability. these properties make this natural polymer an important material in medicine and various industrial fields.

researchers at aalto university have developed a simple process that allows bacteria to access oxygen in a three-dimensional structure, thereby enabling the production of fully integrated three-dimensional objects using nanocellulose.

the startup company panotech, which was recognized in the innovation and technology challenges of "diabetic foot wound dressings", has succeeded in producing dressings that help treat diabetic wounds and high burns. this product has received nanoscale license and is being commercialized. one of...