Discover how immobilized cells are revolutionizing biotechnology by trapping microorganisms to create efficient biological factories for medicine, energy, and environmental solutions.
Explore how cinnamaldehyde, the key compound in cinnamon, targets inflammation pathways at a molecular level through biotechnological research.
Explore how hybrid microwave electrotechnological systems are revolutionizing the processing of biological substrates and plant raw materials for sustainable manufacturing.
Explore CRISPR-Cas9's revolutionary potential in genome editing, from basic mechanisms to clinical applications and future directions.
Discover how hairy root cultures are revolutionizing bioremediation by detoxifying pollutants like TNT, heavy metals, and pesticides through plant biotechnology.
Explore how Norway is emerging as a key player in the global gene therapy landscape through strategic investments and specialized expertise.
Explore how European life science patents power innovation from laboratory discovery to market availability, protecting groundbreaking inventions while ensuring medical advances reach patients.
Explore how CRISPR-Cas9 gene editing is transforming medicine, agriculture, and our understanding of life itself through precise DNA modification.
Exploring the frontier of in vitro microvascular engineering - where biologists meet Lego masters at the cellular level.
Explore how India's BTISNet became the world's first and largest distributed bioinformatics network, revolutionizing biological research since 1987.