How are we going to feed an expected 10 billion people by 2050 in a sustainable way? It is a daunting task. Our climate is changing, and a combination of environmental and economic factors are already resulting in widespread food shortages. There is no simple solution to this problem, but innovation in the food and agtech sector will help alleviate the burden. To make this possible, stakeholders – including researchers, entrepreneurs, investors, and governments – need to make agrifood innovation a priority immediately.
Preventing cardiovascular diseases before the first symptoms arise? That’s the ambition of SPINOVIT – a Louvain-La-Neuve company using a new biomarker and innovative technology to achieve its goal. A large clinical trial should be finished in 2023, after which the young company’s product will be launched on the market. In the long term, SPINOVIT’s solution could become part of people’s annual blood check-ups.
The microbiome has been a trending scientific topic in recent years. Researchers have uncovered correlations between the human microbiome and a wide range of diseases and health states, ranging from digestive issues to mental wellbeing. But no matter how fascinating these academic findings may be, translating them into concrete clinical applications remains a challenge. How can we enable more efficient clinical valorization of microbiome insights, and pave the way from pattern to patient?
Current cleaning and disinfection practices in food industries are insufficient to destroy unwanted bacteria lurking on surfaces, according to recent Belgian research. Cooperation between diverse types of bacteria makes them stronger and more resilient, causing huge damage in terms of food spoilage, recalls, and health issues. Understanding the development of these microbial communities and their underlying cooperation is vital for assuring food safety, and may lead to developing better forms of biocontrol.
The vibrant Belgian life sciences sector needs a constant influx of young and ambitious entrepreneurs to sustain its growth. The Solvay Brussels School of Economics and Management has launched a brand-new program to meet this demand, co-developed with key academic and industry stakeholders.
Much has been said about the huge economic potential of algae, but this ‘green gold’ has yet to meet expectations. The European project IDEA – led by Belgian research center VITO – is examining the economic benefits of microalgae and developing strategies to overcome remaining challenges. Interim results show that algae can very well be grown in the climate of Northwestern Europe and can be used to efficiently produce products such as healthy biscuits, animal feed and cosmetic applications.
The famous composer Ludwig Von Beethoven lost his hearing at a young age. To keep composing, he actively looked for a way to compensate for his hearing loss. He managed to find a solution by making clever use of the bone conduction of sound. To this day, bone-anchored hearing aids help people stay in tune with the auditory world around them. Researchers at pioneering company Cochlear Limited in Belgium are actively working on the future of this technology.
Being overweight is not only bad for one’s health – it also costs society a lot of money. Every year, the Belgian government loses at least 4.5 billion euros due to the direct and indirect costs linked to excessive weight and obesity. As with COVID-19, this issue needs to be tackled as a public health concern: the responsibility of both individuals and policymakers.
Ghent-based Indigo aims to make a huge difference to the quality of life of people with diabetes. The company is developing a device to render the monitoring of blood sugar levels painless and invisible, a major improvement compared to the tools available today. The innovative technology is based on spectroscopy – using light to measure glucose levels through the skin.
The radioisotope Actinium-225 shows clear promise in the battle against cancer, but to fulfil its potential we will need to enable large-scale production of the rare substance. A collaboration between IBA – the world’s leading company in particle accelerator technology – and the Belgian Nuclear Research Center (SCK CEN) now makes this crucial step possible. The partners are constructing a production plant on the SCK CEN site in the Flemish city of Mol.
The arrival of gene therapy in the ‘90s brought hope for the treatment of genetic diseases. In recent years, new and emerging technologies have allowed us to overcome initial limitations, opening up the potential of tackling health conditions that were impossible to treat just a few years ago. Stargardt disease – a form of inherited blindness – is one such genetic condition, where researchers in the EU project StarT are working on novel gene therapy approaches to eventually help patients.
Abscint is one of several Belgian biotech companies using single-domain antibodies. But unlike the others, Abscint is using these antibodies for diagnostic purposes instead of therapeutic ones. After being labelled with a miniscule amount of radioactive material, the antibodies can be used to show on PET/CT scans for example whether breast cancer cells have spread to the brain, or if patients with sarcoidosis are at risk of a sudden cardiac arrest. The company, founded in 2020, is currently looking for funding to bring its solutions to the market as soon as possible.
Glaucoma is the leading cause of irreversible blindness, affecting around 100 million people worldwide. Good news though: the innovative implant MINIject – developed by Wavre-based company iSTAR Medical –  has the capacity to prevent progression of the eye disease. The first commercial MINIject implantations are currently being done in Germany, with other European countries to follow soon and a trial in the US underway.
Belgian GreenTech company H2WIN has developed H2GREEN: an ingenious system to make hydrogen production 100% renewable, more efficient, less expensive, and less energy consuming. Based in Nivelles, H2WIN drew inspiration from nature’s own ancient methods of generating energy: photosynthesis. The company is currently looking for funding to finance the next steps towards industrial-scale production.
Researchers have identified the bitter substances in Belgian endives and chicory. Using the gene-editing technique CRISPR/Cas9, they have also succeeded in eliminating them. The result is a less bitter vegetable that may be more appetizing to children and adults alike. The catch? Outdated EU gene editing laws present a major roadblock for any company looking to actually produce the vegetables in Europe.