05.07.2012 - Under its FP7 programme, the EU will fund a project with the aim to develop a new blood apheresis device for in vivo trapping of circulating tumour cells (CTC).
The consortium of eleven companies, universities, and research institutes is coordinated by Leon Terstappen, Professor of Medical Cell Biophysics at the University of Twente (MIRA Institute, Netherlands). CTCs detach from a primary tumour and circulate in the bloodstream. They play a crucial role in spreading tumour tissue around a patient’s body. Currently only a small quantity of CTCs can be isolated from blood sample volumes of 7.5 mL for genetic and immune phenotyping to assess the sensitivity of tumour cells towards certain therapeutics. The development project totals EUR9m, of which EUR6m are provided by the EU grant. The German specialist Leukocare will develop an extracorporeal blood apheresis column to filter the patient’s whole blood stream under the roof of the programme. This in vivo trapping will increase the sensitivity of cell counting by about 500-fold. Leukocare will receive a EUR 810,000 contribution from the grant over a period of two years to fund its developmental research.
17.04.2014 The European Parliament has given green light to the second Innovative Medicines Initiative with the aim to advance pharmacological research and development, particularly in areas of unmet medical need.
11.04.2014 There is no evidence that neuraminidase inhibitors Tamiflu and Relenza prevent complications of influenza or reduce hospital admissions. In addition, it is unclear whether they can stop the spread of influenza in case of outbreaks, says a report by the Cochrane Collaboration.
09.04.2014 Roche is extending its involvement in the area of point-of-care diagnostics by taking over US company Iquum. In the field of epigenetics, the Swiss pharma company has started a cooperation with the Spanish company Oryzon.
08.04.2014 The Swiss Biotech Report 2014 presented in Zurich sees an encouraging upturn in the country's biotech scene. However, the acceptance of the mass immigration initiative poses a significant threat.
The LiposoFast-Basic produces unilamellar liposomes by the manual extrusion of a multilamellar liposome suspension through a polycarbonate membrane of defined pore size, using gas-tight, glass syringes. more