Method to improve the biological biogas and volatile fatty acids production through abaerobic digestion processes.
Proprietario: Ca' Foscari University of Venice
Method to measure the concentration of the drug Imatinib in patient's plasma and then to establish the optimal dose for his therapy.
Method for the real time measure of Irinotecan drug's concentration in patient's plasma and then to establish the optimal dose for the therapy.
System that enables to carry out the first fractionation of lignin in continuous flow, fully automatable and scalable.
Process for the production of a cometic line base, that is able to release active ingredients to maximize their effectiveness.
Electrochemical sensor based on molecularity imprinted polymers that can be used to detect environmental pollutants belonging to the PFAs.
First inhibitory compounds of the MAGL enzyme with reversible action, to treat pathologies like sclerosis, Alzheimer, tumors with lower side effects.
Method for the transcription in the phonetic alphabet hiragana and transliteration into Latin characters, that enables to facilitate the language learning.
Innovative chemotherapeutics charaterized by high cytotoxic effects on cancer cells and poor toxicity on healthy tissues cells.
Luminescent compunds with optical properties capable of emitting RBG light emission following infrared or near infrared light excitation.
Method and related software that allows to determine in a non-destructive way a parameter of citrus juiciness.
Method is adapted to reuse domestic or other organic waste as raw material in the production of bioplastics and biogas.
Method which allows to use agro-food waste to manufacture photovoltaic cells that enable to produce renewable and sustainable electricity.
Procedure that allows to overcome the problems of the prior art, especially regarding the toxicity of the reagents and the difficulty of their handling.
Method for real time wave spectrum's main charateristics measurement that allows to improve navigation safety and of on-board operations.
Particle designs that self-assemble into highly sought-after structures, such as cubic diamond and other photonic structures.
Biorebotic sensor which enables to perceive the intensity and the point of contact of the applied forces, mimicking the sense of human touch.