Our invention combines two methods of water purification, cavitation and plasma. The advantage over other methods of water purification is mainly in energy efficiency and the fact that no additional chemicals are needed for efficient operation.
Our invention is an alternative technological solution: a new and efficient combination of hydrodynamic cavitation, photochemical and photocatalytic processes. It is a combination of green oxidation processes that do not require the addition of external oxidants, and thus do not contribute to the formation of secondary pollutants in the treated sample.
Our specification refers to novel conjugated compounds that function as immunostimulants and are useful for the treatment of viral, bacterial, fungal and protozoal infections, tumours or cancers and other immunological diseases. Additionally, the conjugated compounds of the invention can be used as vaccine adjuvants.
Bacillus subtilis strain PS-216 has been shown to have strong inhibitory activity against enteropathogenic and/or foodborne pathogenic bacteria, such as Campylobacter jejuni. Particularly, our innovative product uses the Bacillus subtilis strain PS-216 for the preparation of food compositions and probiotic compositions.
A significant advantage of nitroxoline over other candidate drugs for the treatment of covid-19 (repurposing drugs – amantadine, teicoplanin) is that the mechanism of action on the target has been extensively investigated. Our process can additionally generate a variety of compounds with improved antiviral activity.
Inovacijski sklad Univerze v Ljubljani bo že drugo leto zapored sofinanciral perspektivne inovativne projekte v višini do 25.000 € in jim pomagal do višje stopnje tehnološke pripravljenosti. Razpis se bo odprl 1. junija.
Pisarna za prenos znanja UL je posnela svoj prvi promocijski video tehnologije UL. V videu je predstavljena tehnologija raziskovalca dr. Urbana Rudeža s Fakultete za elektrotehniko ‘Zaščita električnih omrežij’.
This innovation provides in-situ determination of the permeability. Materials are not extracted for measurement, which is very important for fragile materials. The method is non-destructive and non-invasive. The samples can be used afterwards without limitations.
Our technology enhances current face recognition used in mobile devices by employing eye and ear recognition in conjecture to current face recognition techniques.
