Kaunas University of Technology03.01.17
Kaunas University of Technology (KTU) laboratories often serve as birthplaces of unique products, such as antimicrobial silicone invented by a KTU PhD student Aiste Lisauskaite and her supervisor Dr. Virginija Jankauskaite. The researchers believe that the new product will be extremely useful both for household and medical purposes.
Lisauskaite, who is a PhD student at the KTU Faculty of Mechanical Engineering and Design, Department of Materials Engineering, has presented her invention at the Life Sciences Baltics Conference last year. Her innovation was selected as one of the top five at the Conference, and received enormous attention of industry professionals from various countries.
"The silicone has antimicrobial effect both on gram-positive and on gram-negative microbial strains and fungi. Its antimicrobial effect can be used in various situations, when there is a risk to acquire bacterial infection," said Lisauskaite.
Antimicrobial silicone can be used in hospitals, health care centers and in other similar institutions.
"The new product can be used in blood, urinary, and respiratory catheters, it can be applied for various tubes and implants, and used for many different medical purposes. The household usage ranges from children toys' lining, transport or packaging," said Lisauskaite.
Catheters or silicones, dipped in or coated with silver compounds have been already used for some time. However, the antimicrobial silicone developed at KTU is based on completely different technology and different materials. So far, it is a unique product in the world.
Antimicrobial silicone was invented by a KTU Ph.D. student Aiste Lisauskaite and her supervisor Dr. Virginija Jankauskaite. The researchers believe that the new product will be extremely useful both for household and medical purposes. (Credit: KTU)
The researchers have been working on the production of the antimicrobial silicone for 4 years.
"I have received many inquiries into the idea and its commercialization. In the future, I hope not only to develop my ideas, of which I have a lot of, but also to introduce competitive and advanced products to the market," said Lisauskaite, a young researcher at KTU.
Paulius Kozlovas, technology transfer manager at KTU National Innovation and Entrepreneurship Centre is convinced that the innovative technology has broad commercialization possibilities.
"We can definitely see that businesses today are more and more interested into innovative solutions. Aiste's product has broad application possibilities, and we have already applied for European patent. After acquiring the patent and having the product's intellectual rights protected, we will be able to proceed with discussions with potential investors. I see huge potential of success in international markets and the possibility to attract foreign investors to Lithuania," said Kozlovas.
Lisauskaite, who is a PhD student at the KTU Faculty of Mechanical Engineering and Design, Department of Materials Engineering, has presented her invention at the Life Sciences Baltics Conference last year. Her innovation was selected as one of the top five at the Conference, and received enormous attention of industry professionals from various countries.
"The silicone has antimicrobial effect both on gram-positive and on gram-negative microbial strains and fungi. Its antimicrobial effect can be used in various situations, when there is a risk to acquire bacterial infection," said Lisauskaite.
Antimicrobial silicone can be used in hospitals, health care centers and in other similar institutions.
"The new product can be used in blood, urinary, and respiratory catheters, it can be applied for various tubes and implants, and used for many different medical purposes. The household usage ranges from children toys' lining, transport or packaging," said Lisauskaite.
Catheters or silicones, dipped in or coated with silver compounds have been already used for some time. However, the antimicrobial silicone developed at KTU is based on completely different technology and different materials. So far, it is a unique product in the world.
Antimicrobial silicone was invented by a KTU Ph.D. student Aiste Lisauskaite and her supervisor Dr. Virginija Jankauskaite. The researchers believe that the new product will be extremely useful both for household and medical purposes. (Credit: KTU)
The researchers have been working on the production of the antimicrobial silicone for 4 years.
"I have received many inquiries into the idea and its commercialization. In the future, I hope not only to develop my ideas, of which I have a lot of, but also to introduce competitive and advanced products to the market," said Lisauskaite, a young researcher at KTU.
Paulius Kozlovas, technology transfer manager at KTU National Innovation and Entrepreneurship Centre is convinced that the innovative technology has broad commercialization possibilities.
"We can definitely see that businesses today are more and more interested into innovative solutions. Aiste's product has broad application possibilities, and we have already applied for European patent. After acquiring the patent and having the product's intellectual rights protected, we will be able to proceed with discussions with potential investors. I see huge potential of success in international markets and the possibility to attract foreign investors to Lithuania," said Kozlovas.
