06.08.2012 - Belgian and UK researchers have for the first time tracked the existence of cancer stem cells in vivo. The study provides another piece of evidence that cancer stem cells are drivers of tumour recurrence.
The study published in Nature demonstrates for the first time the existence of cancer stem cells during unperturbed solid tumour growth. The team led by Cédric Blanpain from Université libre de Bruxelles found specific subsets of cells in mouse tumours that seem to be responsible for the re-growth of tumours. These findings shed new light on the controversial issue of whether cancer stem cells exist in growing tumours and may have implications for potential therapies.
Cancer stem cells are proposed to be responsible for tumour recurrence after anti-cancer treatments fail. However, evidence for cancer stem cells in solid tumours remained unproven so far. Blanpain and co-workers tracked tumour progression in mouse model of skin cancer and observe a persistent subpopulation of tumour cells with stem-like properties. There are two more groups publishing in parallel on their tracking success of cancer stem cells in Nature and Science.
25.08.2015 Oslo Cancer Cluster is inaugurating its NOK1bn (€107m) Innovation Park. None other than Norwegian prime minister Erna Solberg officially opened the doors to the research park on August 24th.
21.08.2015 Novartis Pharma AG has secured all remaining rights to antibody hopeful ofatumumab. Seller GlaxoSmithKline is set to receive up to US$1bn (€919m) for the treatment for MS and other autoimmune indications.
11.08.2015 Biotech bug controllers Oxitec has been bought by US biotech Intrexon Corporation for $160m (€145m). The Oxford University spin-out specialises in environmentally friendly technology to control pests such as mosquitoes, which cause dengue fever and other diseases.
The BioShake series contains high-speed mixer and thermal mixer for small and very small volumes in microplates and reaction tubes and allows for the first time high precise and efficient mixing in the microliter scale for a wide range of applications. more