Despite the initial intent of charitable foundations to be not-for-profit, some of them tend to morph into organizations with bigger aspirations.

Investing in biotech companies is a capital-intensive and risky business, and it’s no secret that more money and less risk-averse investors are available in the US than in Europe. To keep innovations, companies, and their economic benefits from being transferred to regions outside Europe, many national and international European initiatives are in place. The question remains whether this is sufficient to fundamentally improve Europe’s currently underfunded biotech ecosystem. The biotech investment specialists of V-Bio Ventures take us through Europe’s biotech investment landscape.

Grail has vowed to change the field of cancer diagnostics via simple blood tests and ctDNA analysis. Their Big Data approach, in which the company will build an atlas of DNA found in the blood, convinced major investors, such as Bill Gates and Jeff Bezos, of the technology’s potential. A whopping $1 billion was gathered in the company’s series B financing round. Yet, do Grail and its technology deserve this huge ticket?

Mosquitoes are carriers of a range of crippling diseases, posing an enormous global health burden. Because current methods based on insecticides are inadequate, new tools are urgently needed. Widely different companies are tackling the problem of mosquito control from very different angles; who will be successful in getting a grip on these tiny flying terrors? A view by V-Bio Ventures.

Only one year after its inception, the life science investment fund V-Bio Ventures made its first investments in three companies and announced the final closing [...]
For Patricia Vanneste, violinist with the popular rock group Balthazar, it wasn’t a choice she made lightly. Patricia has played the violin since she was five. [...]
Mutations in mitochondrial DNA can cause severe diseases and fertility problems. Since mitochondria are only inherited from the mother, a mother with faulty mitochondrial DNA will pass this on to her children without exception. Techniques involving the use of a donor egg with healthy mitochondria were developed to avoid this. However, the fact that the resulting embryo contains genetic material from three different individuals raised many ethical questions. Also, the science behind mitochondrial transfer hasn’t been fully elucidated. Nonetheless, a scientific group from New York went ahead and applied the techniques, and last April, a three-parent baby was born.
Houston (Texas, USA) has been home to Jeroen Pollet since August 2011. He arrived as a Fulbright scholar; now he is an assistant professor at Baylor College of Medicine (BCM), and also the director of the Formulation Development Unit at the Sabin Vaccine Institute & Texas Children`s Hospital Center for Vaccine Development.   In these roles, he develops new vaccines against neglected tropical diseases and studies the interactions of vaccine antigens  with immunostimulatory agents in relation to immune responses and vaccine efficacy.