Michiel was awarded a prestigious Marie Curie research grant to continue his science in our lab after an earlier successful period at MSKCC in NY, USA. Well done! Michiel will study genetic alterations in esophageal adenocarcinoma using patient organoids and high-end imaging.
Jasmin successfully defended her thesis called ‘Similar but different: Oncogenic MAPK pathway mutations in colorectal cancer’. Jasmin is fully prepared to take on the business world. We wish her all the luck in her career and life.
Proud to be one of the seven projects in the Organ-on-Chip Showcases call that have been awarded a grant by Top Sector Life Sciences & Health (Health~Holland). I will continue to explore the use of microfluidics (from industrial partner VyCAP) with live-cell imaging of organoids to study tumor evolution.
Koen successfully defended his thesis called ‘Cell fate dynamics in intestinal homeostasis and cancer’. He is now gone to the lab of Jacco van Rheenen (NKI, Amsterdam) in preparation to his upcoming adventure in the lab of Prisca Liberali (FMI, Basel). We wish him all the luck in science and Read more…
Our collaborative study with the Kops laboratory is published in Nature Genetics. We performed detailed live-cell microscopy on patient-derived tumor organoids from colorectal cancer patients, to study chromosomal instability levels and cell fate options after erroneous divisions in correlation to karyotype evolution. Among others we show that chromosomal instability is Read more…
Fantastic work from the Kloosterman and Clevers laboratories in Nature Medicine about the development of a new platform for the culture of ovarian cancer organoids. Nizar worked hard on the drug screening of these organoids to support the claim that these organoids can assist in personalized therapy design as well Read more…
Our new study is published in Oncotarget, featuring a CRISPR-screen to test the impact of RASGAP deficiencies on anti-EGFR therapy-resistance in colorectal cancer. Fantastic work by Jasmin to make genetic knock-out organoids and optimize biochemical analysis of the MAPK pathway in these models
