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On October 1, Zofia Komar started as PhD student in the group of Dik van Gent at Erasmus MC, Department of Molecular Genetics, in collaboration with Agnes Jager (Medical Oncology) and Adriaan Houtsmuller (Optical Imaging Center). She will be working on the KWF-funded project ‘Prediction of Breast Cancer chemotherapy response in patients by determination of chemosensitivity in tumor tissue ex vivo’.
Read moreShriya Rangaswamy started her PhD with the Electronic Components, Technology and Materials (ECTM) Department at TU Delft from October, 2021. She received her Master’s degree in Biomedical Engineering from TU Delft in March, 2021. She collaborated with BI/OND Solutions as a part of her Master Thesis, where she focused on developing a proof-of-concept for a Heart-On-Chip device with integrated TiN micro-electrode arrays insulated by silicon nitride and embedded in a thick PDMS micro-fluidic membrane. During her Bachelor’s, she majored in Biotechnology and worked closely on tissue culture experiments to study the behaviour of cancer cells. Her diverse background in biology coupled...
Read moreQais Akolawala came from India to the Netherlands to pursue his MSc degree in Mechanical Engineering at TU Delft in 2019. He always had a latent interest in biology and cellular studies. His MSc thesis on ‘3D Engineered Glioblastoma Microenvironments’ has been a way to work on this interest, and this amazing collaborative subject. He will now continue ahead as a junior researcher within the group of Dr. Angelo Accardo at TU Delft in the context of an NWO-XS project to assess the efficiency of proton therapy on glioblastoma cells grown within biomimetic architectures. Qais is an avid reader and...
Read moreMohammad Jouybar, researcher in Microsystems section at Technical University of Eindhoven (TU/e), has contributed to the 2nd chapter of a new book on Organ-on-Chip. This chapter introduces standard techniques and a novel method for including porous membranes within microfluidic devices. These porous membranes can be used to study tissue barriers within OoC applications. The book Organ-on-a-Chip was recently published in Springer Nature Protocols, part of the Methods in Molecular Biology book series (MIMB, volume 2373). This book, which was edited by Marco Rasponi, is written in the format of the highly successful Methods in Molecular Biology series. Each chapter includes...
Read moreThe ‘Groeifonds’ proposal NXTGEN HIGHTECH will be submitted this month. One of the six domains of NXTGEN HIGHTECH is ‘Biomedical Production Technologies’ and is being coordinated by Berend van Meer on behalf of hDMT. This domain aims at large scale production of Labs-on-Chips, Organs-on-Chips, Artificial Organs and Cell Production Equipment, in which industrial standardisation and qualification are indispensable. The consortium of partners from science, industry and regulators, responsible for this domain will celebrate the submission of this application in two different events. Webinar ‘Opportunities in Lifescience Technologies for the hightech ecosystem’ (in Dutch) Organizer: High Tech NL Date: 9 November 2021,...
Read moreEMA is putting in place special support to developers to replace, reduce and refine animal use for the development, manufacturing and testing of human and veterinary medicines. The Agency is promoting these three principles – replace, reduce and refine; commonly referred to as 3Rs – through EMA’s Innovation Task Force (ITF). This action will facilitate the development and implementation of New Approach Methodologies (NAMs) that are in line with the European Union legislation on the protection of animals used for scientific purposes. For more information see the EMA Website. source: https://www.ema.europa.eu/en/news/ema-implements-new-measures-minimise-animal-testing-during-medicines-development
Read moreThe trajectory to a safe and effective new medicine is long, expensive and full of obstacles. It takes many steps to determine the quality, efficacy and safety of a medicine, understand its pharmacology and bring it. Traditionally, the process starts with target identification, followed by screening and selection of new molecules affecting the identified target, preclinical testing of selected candidates, clinical testing during phase I-II-III trials, (inter-)national market approval by regulatory authorities, health technology assessment, and use in patients during which phase IV research with pharmacovigilance continues. This process may take 3-15 years. The KNAW was asked to identify how...
Read morePodcast with Christine Mummery and Peter Loskill Following the publication of the Special issue on Organs-on-Chip in Stem Cell Reports, the guest editors Christine Mummery and Peter Loskill were invited by Martin Pera (Editor-in-Chief of Stem Cell Reports) to join the podcast to talk about the intersection of stem cells, microphysiological systems and Organs-on-Chip technology in understanding disease, screening drugs and personalized medicine. Guests Christine Mummery, PhD, Professor of Developmental Biology at Leiden University Medical Center heading the iPSC & Organ-on-Chip Hotel at the LUMC. She is also chair of hDMT, the Dutch Organ-on-Chip Consortium), the recent past chair of EUROoCS and the recent past...
Read moreIn the context of the hDMT lustrum a corporate video has been made, giving insight in the start and development of the hDMT consortium during the past five years. Christine Mummery (chair hDMT Executive board), Janny van den Eijnden-van Raaij (Secretary/ treasurer hDMT Executive board, and managing director) and Berend van Meer (member hDMT Executive board) illustrate the past, present and future of a consortium that evolved into a growing national community on Organ-on-Chip, with a large international network and far-reaching ambitions regarding the application of this promising and innovative technology. Watch the video here
Read moreAlmost everyone would like to ban animal testing.
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