News

SCAMT’s Review on Chemically Synthesized Materials — a Reason to be Proud

Researchers from SCAMT International Laboratory in collaboration with their colleagues from the Department of Nanophotonics and Metamaterials published a review article on the topic in ChemicalSocietyReview, a most trusted scientific magazine for chemists.

Streptokinase@alumina nanoparticles as a promising thrombolytic colloid with prolonged action

Yulia E. Chapurina, Andrey S. Drozdov, Inna Popov, Vasiliy V. Vinogradov, Ivan P. Dudanov and Vladimir V. Vinogradov published new article in Journal of Materials Chemistry B

Protection of enzymes from photodegradation by entrapment within alumina

Olga E.Shapovalova, DavidLevy, DavidAvnir, Vladimir V.Vinogradov published new article in Colloids and Surfaces B: Biointerfaces.

Collagenase@magnetite: proteolytic composite for magnetically targeted minimally invasive surgery

Emiliya M. Shabanova, Andrey S. Drozdov, Vladimir Ivanovski, Irina I. Suvorovac and Vladimir V. Vinogradov published new article in RSC Advances journal.

Researchers Are on the Way to Obtain First Chemically Synthesized Metamaterial

Scientists from ITMO University,Leipzig Universityand Friedrich-Alexander University synthesized a new crystalline material made of iron ions connected by organic bridges.

More Than a Few Laughs: ITMO University Science Slam

SCAMT member Ekaterina Volodina also took part and spoke on the topic "Proteins for Parkinson's".

Fifth All-Russian Congress of Young Scientists: Space, Nano Chemistry and Time Control

Magnetic Delivery of Therapeutic Enzymes Paves the Way for Targeted Thrombosis Treatment

SCAMT researchers have fabricated a new magnetically controlled material composed of enzymes entrapped directly within magnetite particles

SCAMT says: Inkjet Hologram Printing is Now Possible

Alexander Vinogradov, SCAMT senior research associate of ITMO University, developed colorless ink made of nanocrystalline titania, which can be loaded into an inkjet printer and then deposited on special microembossed paper, resulting in unique patterned images.