Major grant for 'Organ-on-a-chip' research
- Friday, 12 May 2017
The research project NOCI (Netherlands Organ-on-Chip Initiative) has been awarded a prestigious NWO Gravitation subsidy (Zwaartekracht premie) of 18.8 million euros. The program is led by Christine Mummery, Professor of Developmental Biology at the LUMC and UT, and involves five other renowned scientists: Michel Ferrari (neurologist, LUMC), Albert van den Berg (nanotechnologist, UT), Hans Clevers (cell biologist, Hubrecht Institute), Cisca Wijmenga (human geneticist, UMCG) and Lina Sarro (nanotechnologist, TU Delft), all linked to the organ-on-chip consortium Human Organ and Disease Model Technologies (hDMT). NOCI aims at creating a new platform, based on a combination of human stem cells and microchips, to learn more about the development of diseases and to better predict the effect of medicines, and will be a decisive step towards personalized health care.
Prof Lina Sarro: ‘The three-dimensional micro- and nano-structuring of silicon and polymers developed at TU Delft enables us to replicate organ functions precisely and reproducibly. Electrodes and sensors can be integrated in order to provide electromechanical stimulation and read out of the cells. In addition, the IC (integrated circuit)-compatible microfabrication techniques used allow large-scale production with high reproducibility, which is essential for a wide use and later commercialisation of these devices’.For more information:
Photograph by: Melvin Tas
NWO-High Tech Systems and Materials proposal awarded to ECTM
Sun sensors, which are used to determine the satellite orientation towards the sun, are a vital part of the satellite attitude control. Current commercial available sun sensors are too large and costly to be integrated in the small satellites, e.g., nanosats. Due to the low costs of these satellites, they enable a wide range of applications which otherwise would not be possible or cost-effective. By developing a sun sensor that is fully integrated on a single substrate, the overall size of the sensor can be significantly reduced and costly extra calibration is avoided. By using SiC as material, we secure high performance and high reliability under harsh environment. In addition, the sensor will not be sensitive to reflections of the earth, as it uses the parts of the light spectrum absorbed by the atmosphere.
InForMed selected as success story by the EC
The EU-and industry-funded InForMed project has developed a new platform approach to the innovation chain for next-generation medical devices, giving a boost to European manufacturers, in particular SMEs. The project has established a facility that companies can use to manufacture and test prototype micro medical devices, ensuring European leadership in this vital technology-based sector.