Did you know that food waste valorisation is currently at the centre of debates on the development of various “circular bioeconomy“ models? Fruit waste, in particular, represents an incredible sustainable and renewable reserve for the extraction and/or production of various products, which include well the production of biopolymers for food packaging.
3D-bioprinting is revolutionizing research and medicine by enabling the precise creation of intricate 3D structures using both living cells and biomaterials. Let acib help you capitalize on this technology to advance novel scaffolds, tissue engineering, drug testing and personalized medicine!
If life science would be a country, it would rank third in plastic waste production, and 5th in CO2 emission. We need to become more sustainable in terms of energy and plastic use. Sterilization before, and inactivation after use requires vast amounts of energy and water, while single use plastics are from petrochemical plastic and are incinerated after use. The concept of a circular life science and bioprocess, including composting can make a disruptive change and ensure that life science research and biomanufacturing comply with circular bioeconomy concepts.
Ginseng is among the most famous health-promoting plants in the world. But did you know that ginseng has a very high cost of production? acib is going to change that by developing an industrial yeast for ginsenoside production and is looking for interested companies!
Did you know that cholesterol is absolutely vital for our cells and a very popular ingredient in a wide range of cosmetics? Did you also know that cholesterol is animal derived, and naturally produced vegan cholesterol is painfully missing on the market? Let’s change that with acib’s cholesterol-producing yeast!
Europe’s Green Deal largely depends on lithium imports, but there are environmental concerns against mining in Europe. What if there would be a green, environmentally-friendly ‘bio-mining’ alternative for Europe?
Did you know that C-nucleosides are essential constituents of modern mRNA vaccines? Were you aware that, up until now, there have been limited options for efficient chemical syntheses? acib changed all that with its recent work (published in Nat.Commun).
Lipids are essential structural components of cellular membranes. These membranes confer the ability to separate living entities from their surrounds. However, lipids have many more highly relevant functions, including energy storage, transport and signaling.
Qualitative LC – MS (/MS) analysis is the method of choice for quality control of proteins. We use high resolution mass spectrometers to identify intact protein masses and peptide fragment fingerprints to determine the amino acid sequence and its modification(s).
Carbon-carbon bonds ultimately made the emergence of life on earth possible, but they can also bring life to new reactions, leading to many valuable molecules…Let us show you, what they can do!
