DOPA lipid (1,2-dioleoyl-sn-glycero-3-phosphate) is an anionic phospholipid widely used in membrane biophysics, liposome formulation, lipid–protein interaction studies, and nanocarrier development. Its negatively charged headgroup and fluid unsaturated tails make it an essential component in model membranes and advanced drug-delivery lipid systems.
The Reconquista River, the second most polluted river in Argentina, accumulates large amounts of organic matter and persistent toxic pollutants in its sediments. These conditions drive the selection of microorganisms with the potential to degrade contaminants and facilitate bioremediation. Notably, these microorganisms form biofilms on clay minerals, enabling them to survive under extreme conditions and alter the properties of the sediments.
Infections associated with medical devices are a serious global issue, affecting millions of patients and increasing healthcare costs . These infections are primarily due to the formation of biofilms on the surfaces of devices such as catheters and implants, which act as protective barriers against antimicrobial treatments and compromise device functionality. Additionally, infections in indwelling devices contribute to environmental pollution due to the frequent need for replacements, further increasing the burden on healthcare system.
The aim of this conference is to convene chemists, physicists, biologists, material scientists, and engineers from both academic and industrial institutes to share new developments and techniques in the domain of bio-inspired, bio-based, and bio-sourced chemistry and materials development. The conference will highlight recent advances in engineering and materials science that employ bio-inspired techniques and materials.
Brewed Protein™ is a revolutionary material developed to address environmental challenges through advanced protein design. By combining cutting-edge biotechnology, Spiber replicates the process of natural protein evolution in the lab, creating versatile, sustainable materials.
Abolis provides tailor-made industrial solutions based on micro-organisms for a wide range of industries –– from food and healthcare to cosmetics and chemistry. With a strong focus on sustainability, Abolis helps industries transition to greener models by implementing biodegradable products, enhancing supply chain resilience, reducing greenhouse gas emissions, and promoting environmental safety. Their innovative solutions also enable the use of sustainable raw materials, especially in healthcare, driving progress across multiple sectors.
Bioweg combines biotechnology, material science, and molecular simulations to create advanced, sustainable, and bio-based performance with 100% animal- and GMO-free ingredients. These ingredients are scalable and produced without harsh chemicals, aligning with the needs of forward-thinking companies in the beauty, nutraceuticals, and food/beverage sectors. Bioweg's technology uses waste side streams, converting low-value by-products like molasses and vegetable peels into high-value products, supporting the transition to a circular economy.
Bioeutectics is a company specializing in developing and commercializing bio-based and sustainable chemicals, offering nature-derived alternatives to traditional petrochemical solvents used in industrial processes. The company's innovative approach focuses on producing green eutectic solvents primarily based on bio-sourced ingredients such as natural acids, alcohols, and sugars.
