Proprietario: Università degli Studi di Modena e Reggio Emilia

Structure in auxetic metamaterial with high deformations and stiffness, for the realization of the nucleus of vertebral prostheses.

Method for manufacturing, by means of 3D printing, rubber punches to be used for forming or surface patterning of ceramic tiles.

Control of the additive manufacturing process to obtain a component with programmed mechanical and thermal behavior.

Double chamber tank with anti-splash properties for the containment and transport of fluids, mainly in the aerospace sector

New bio-tolerable anticancer antibodies able to block the internalization of iron not bound to transferrin in cancer cells.

System based on infrared depth images acquisition that can be used to carry out the operations in different lighting conditions.

Composition of a bioactive glass with a specific granulometry, that enables to induce osteogenesis and tissue regeneration.

Technology that allows an innovative drug delivery in order to obtain more efficient and sustainable treatment of lower airway infections.

Light-absorbing material, made up of organic UV filters encapsulated in aluminosilicate particles, for better protection.

Monitoring of gasification plants that allows the evaluation of the percentage of tars and the gasification efficiency.

Device that, thanks to functionalised electrodes, enables the development of the modern electronic devices used for data storage like spin valves.

These invention enables to easily remove the laid eggs, limiting to a minimum the tampering also avoiding adult flies to escape from the cage.

Device for opening coffee pots / similar objects, as an aid for people with reduced and / or painful functionality of the hand.

The present invention refers to a method for the diagnosis and/or monitoring of the active or previous infection from Aspergillus fumigatus.

Method for the diagnosis and/or monitoring of active or previous infection by Mucor by executing an in vitro immunoenzymatic assay (ELISPOT).

Peptides binding to human thymidylate synthase for the treatment of cancer. The peptides bind to each subunit of the protein dimer interface.

Chemical inertization does not require pretreatment of the liquid waste and it consists of a cold mixing in a few hours at room temperature.

New phytocannabinoids with the same structure as Δ9-THC and CBD but with four- and seven-membered alkyl side chains.