The biotech Bioxodes is using a molecule derived from tick saliva to stop blood clots. The Walloon company is focused on preventing thrombosis during procedures involving medical devices. The current gold-standard anticoagulant can cause unwanted bleeding and side effects; could a molecule derived from ticks really be safer?
Researchers have developed a new antibacterial strategy that weakens bacteria by preventing them from cooperating. The method involves attacking the protective biofilm produced by the whole bacterial colony, rather than the individual bacteria themselves. Because this results in non-resistant bacteria outcompeting their antibiotic resistant neighbors, the strategy does not promote the development of further resistance.
To improve sonar navigation systems used by self-driving robots, researchers from Belgium, The Netherlands and Germany have turned to nature for an ingenious solution. By studying the relationship between bats and flowers, scientists found that the plants were reflecting a specific sonar signal to guide the bats. They used this concept to create artificial sonar signposts.
A large proportion of new treatments and life sciences breakthroughs can often be traced back to humble beginnings in a start-up venture. Why is it that these smaller companies seem so adept at developing innovative products? What have they got that larger companies are lacking? V-Bio Ventures takes a look at some of the factors making start-ups hotbeds for innovation.
Ghent (Belgium), 20th of January 2020 - Today V-Bio Ventures announces its investment in RootWave, a pioneer in electrical weed killing solutions. RootWave secured ca. EUR 6.5m in a Series A investment round led by V-Bio Ventures (Belgium) and Rabo Food & Agri Innovation Fund (Netherlands), and joined by impact fund Pymwymic (Netherlands) and existing shareholders including Yield Lab Ireland. The proceeds will enable RootWave to expand commercialisation of its RootWave Pro, a professional hand-weeder for spot weeding and treating invasive species, integrate its technology into automated agricultural weeders, and conduct further research into novel electricity-based weed killing applications.
With the soaring cost of drugs for rare indications, many biotech and pharmaceutical companies are focusing R&D efforts on orphan diseases. Will the pendulum swing back towards more common maladies? When will the price of drugs start to fall? In this month’s VC views, V-Bio Ventures examines the current business model for rare diseases.
Ghent, Belgium, December 16 2019 – Today V-Bio Ventures announces its investment in Augustine Therapeutics, a new venture developing innovative therapeutics for patients suffering from Charcot-Marie-Tooth disease. A spin-off of VIB and KU Leuven, Augustine raises a seed-round of 4.2 million euro with V-Bio Ventures, PMV, Advent France Biotechnology, Gemma Frisius Fund and VIB.
More than 75 years after the initial discovery of lysergic acid diethylamide (LSD), psilocybin and other natural psychoactive drugs, and their initial exploitation by the western pharma industry, these substances have seen a recent revival in clinical research. Although banned in the notorious “War on Drugs” initiated by US President Nixon, the potential medicinal applications of these substances are finally being explored again, particularly for treating depressive disorders and other mental diseases. This article aims to shed light on a topic we highlighted before in this series - anti-science in biotech - to illustrate the consequences of research being abandoned, as well as the opportunities and additional challenges to making these substances finally available for patients in need.
Researchers studying a rare disease have identified a new gene responsible for human immune system regulation. An international collaboration combined information from both mouse models and a single human patient in an effort to find the underlying genetic cause of hemophagocytic syndrome. This discovery could potentially inspire a treatment for the deadly disease and provides new insights into the immune system.
The biotech Bioxodes is using a molecule derived from tick saliva to stop blood clots. The Walloon company is focused on preventing thrombosis during procedures involving medical devices. The current gold-standard anticoagulant can cause unwanted bleeding and side effects; could a molecule derived from ticks really be safer?
Researchers have developed a new antibacterial strategy that weakens bacteria by preventing them from cooperating. The method involves attacking the protective biofilm produced by the whole bacterial colony, rather than the individual bacteria themselves. Because this results in non-resistant bacteria outcompeting their antibiotic resistant neighbors, the strategy does not promote the development of further resistance.
To improve sonar navigation systems used by self-driving robots, researchers from Belgium, The Netherlands and Germany have turned to nature for an ingenious solution. By studying the relationship between bats and flowers, scientists found that the plants were reflecting a specific sonar signal to guide the bats. They used this concept to create artificial sonar signposts.
A large proportion of new treatments and life sciences breakthroughs can often be traced back to humble beginnings in a start-up venture. Why is it that these smaller companies seem so adept at developing innovative products? What have they got that larger companies are lacking? V-Bio Ventures takes a look at some of the factors making start-ups hotbeds for innovation.
Ghent (Belgium), 20th of January 2020 - Today V-Bio Ventures announces its investment in RootWave, a pioneer in electrical weed killing solutions. RootWave secured ca. EUR 6.5m in a Series A investment round led by V-Bio Ventures (Belgium) and Rabo Food & Agri Innovation Fund (Netherlands), and joined by impact fund Pymwymic (Netherlands) and existing shareholders including Yield Lab Ireland. The proceeds will enable RootWave to expand commercialisation of its RootWave Pro, a professional hand-weeder for spot weeding and treating invasive species, integrate its technology into automated agricultural weeders, and conduct further research into novel electricity-based weed killing applications.
With the soaring cost of drugs for rare indications, many biotech and pharmaceutical companies are focusing R&D efforts on orphan diseases. Will the pendulum swing back towards more common maladies? When will the price of drugs start to fall? In this month’s VC views, V-Bio Ventures examines the current business model for rare diseases.
Ghent, Belgium, December 16 2019 – Today V-Bio Ventures announces its investment in Augustine Therapeutics, a new venture developing innovative therapeutics for patients suffering from Charcot-Marie-Tooth disease. A spin-off of VIB and KU Leuven, Augustine raises a seed-round of 4.2 million euro with V-Bio Ventures, PMV, Advent France Biotechnology, Gemma Frisius Fund and VIB.
More than 75 years after the initial discovery of lysergic acid diethylamide (LSD), psilocybin and other natural psychoactive drugs, and their initial exploitation by the western pharma industry, these substances have seen a recent revival in clinical research. Although banned in the notorious “War on Drugs” initiated by US President Nixon, the potential medicinal applications of these substances are finally being explored again, particularly for treating depressive disorders and other mental diseases. This article aims to shed light on a topic we highlighted before in this series - anti-science in biotech - to illustrate the consequences of research being abandoned, as well as the opportunities and additional challenges to making these substances finally available for patients in need.
Researchers studying a rare disease have identified a new gene responsible for human immune system regulation. An international collaboration combined information from both mouse models and a single human patient in an effort to find the underlying genetic cause of hemophagocytic syndrome. This discovery could potentially inspire a treatment for the deadly disease and provides new insights into the immune system.