Gustav Vaaje-Kolstad

Gustav Vaaje-Kolstad is a Professor in the Department of Chemistry, Biotechnology and Food Science at the Norwegian University of Life Sciences (NMBU), where he conducts research in biotechnology with a focus on enzymology, carbohydrate chemistry, and microbiology. He is also actively involved in teaching, responsible for the courses KJB310 Protein Chemistry and BIO102 Applied Biotechnology.

His research interests include understanding bacterial degradation of carbohydrates, with recent expansion into pathogenic bacteria and microbial breakdown of plastics. He applies expertise in bioinformatics and structural biology to elucidate fundamental mechanisms in bacterial metabolism. His work has practical implications in sustainable biotechnology and environmental applications.

Dr. Vaaje-Kolstad leads research projects such as ENZYCLIC (Unlocking the potential of enzymatic recycling of plastics) and FunEPS (Unraveling fundamental mechanisms of bacterial exopolysaccharide catabolism for use in food and health applications), reflecting his interdisciplinary and applied research portfolio.

He has a strong publication record, accessible via Google Scholar, PubMed, and the Cristin database, with recent work trending toward environmental biotechnology and enzyme engineering for circular economy solutions.

• ENZYCLIC – Enzymatic recycling of plastics
• FunEPS – Bacterial exopolysaccharide catabolism for food and health

While no specific scientific awards are listed in the provided text, his leadership in major research initiatives and consistent scholarly output indicate significant recognition in the field. He is actively mentoring students and securing research grants, though specific names and funding details are not provided.

He is affiliated with a dynamic research group at NMBU focused on biocatalysis and microbial systems, contributing to both fundamental science and industrial applications. The team integrates biochemical, genomic, and structural approaches to study enzyme function and bacterial metabolism.