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Information × Registration Number 0223U000703, 0122U200668 , R & D reports Title Functional materials, nano- and information technologies (technical science popup.stage_title Head Nebesnyi Roman V., Доктор технічних наук Registration Date 19-01-2023 Organization Lviv Polytechnic National University popup.description2 A pilot plant for the production of pilot batches of hydrogel medical dressings "Aquior" was created and put into operation; the main clinical trials of this medical product were conducted. More than 75000 of hydrogel therapeutic dressings were manufactured and delivered for the needs of civilians and military. A significant amount of feedback and gratitude has been received directly from military doctors and charitable organizations, from which it can be concluded that the developed Aquior hydrogel dressings are highly effective in providing emergency care at the front line for burn injuries (including burns caused by phosphorus-containing inflammatory agents), treatment of "trench foot" injuries and for the treatment of postoperative, lacerations, gunshot wounds and burns in hospitals. The basics of hydrogel hemostatic bandages production technology have been developed. Tests have clearly shown the effectiveness of the developed hemostatic bandages in stopping arterial and venous bleeding as a result of wound damage to blood vessels. An experimental sample of portable ultra-high-sensitivity digital programmable gradiometer "SKIF-AM" was developed and manufactured. A list of WDDs for the experimental (prototype) sample of the device "SKIF-AM" was developed. Full-scale tests of the device were carried out at the testing ground of the geomagnetic station "Lviv". A prototype of a mobile robotic complex for operational surveillance systems was made and its laboratory tests were carried out. The draft technical specifications and laboratory methodology for the synthesis of selenium-containing microgel catalyst for heterophase "green" oxidation of renewable raw materials processing products were developed. Practical recommendations for the design of polymer domes made using 3D printing technology have been developed.The basics of environmentally friendly technology and laboratory regulations for the production of thiosulfonate substance with a strong antimicrobial effect Product Description popup.authors Ivasiv Volodymyr Allachverdova Violetta Varvarenko Serhiі Vozniuk Leonid Havryliak Stepan Demchyna Bohdan Drobot Anatoliy Dron Iryna Zinko Roman Zvarych Viktor Kozevych Orest Kondratov Petro Kotliarov Volodymyr Kutrakov Oleksii Lazko Leonid Lubenets Vira Nadashkevych Zoriana Nosova Nataliya Polovkovych Sviatoslav Rahlin Leonid Rachmanova Oksana Rubin Yuriy Samaryk Volodymyr Surmai Mykhailo Timoshin Sergiy Tkachenko Viktor popup.nrat_date 2023-01-19 Close