Lyophilization for the production of stable enzymatic additives
Lyophilization or freeze-drying of enzymes is one of the strategies we are using in the Revoluzion project to develop enzymatic
Enzyme encapsulation: extrusion tests
https://www.youtube.com/watch?v=IW2XRFhD1fo Aitiip Technology Center continues to advance in the laboratory testing phase. On this occasion, to measure the
Revoluzion at the World Biopolymers and Bioplastics Innovation Forum in Berlin
The development of biodegradable and renewable plastics is gaining a great deal of attention today as a necessary element
Guided chimeragenesis for the production of improved enzymes
One of the greatest challenges of the Revoluzion project is to obtain enzymes that tolerate the high temperatures of the
Calorimetry to study the stability of proteins
Incorporation of enzymes in bioplastics to increase their biodegradability or even to engineer their programmed degradation requires that the enzyme
Directed Evolution: a biotechnological tool for developing improved enzymes
The core of the Revoluzion project is the manufacture of plastics containing specific enzymes for their degradation after the material's
Ancestral enzymes for degradation of modern plastics
Proteins carry out most of the molecular tasks of life as we know it, including the catalysis of the large
Development of protectant systems based on biopolymers
In the RevoluZion project, one of the main objectives is the development of protectant systems based on biopolymers (such as
Ancient enzymes to improve the biodegradation of plastics
Plastic pollution has become one of the most pressing environmental issues, as rapidly increasing production of disposable plastic products overwhelms
Revoluzion at ESIB 2022
The Revoluzion project was presented to hundreds of representatives of the scientific and industrial community at ESIB 2022, held in