Javelin Biotech launched in the summer of 2019 with a team of scientists focused on developing solutions for specific challenges of drug discovery and development. As an assistant scientist of the discovery biology team, I develop complex in vitro models (CIVMs) that recreate the relevant cytoarchitecture and physiology to facilitate disease modeling and drug development studies in alignment with company strategic goals.

Eurofins Omegam is a credited environmental laboratory.They perform a wide variety of physical, biological, and chemical analyses. Moreover, they are specialized in screening research for pesticides and drugs in the environment.As Analytical Services Manager I need to coordinate the clients projects and guard processes from beginning to end. From new orders till the final results I have to maintain the high quality and assist the clients in whatever questions they might have about the… Show more Eurofins Omegam is a credited environmental laboratory.They perform a wide variety of physical, biological, and chemical analyses. Moreover, they are specialized in screening research for pesticides and drugs in the environment.As Analytical Services Manager I need to coordinate the clients projects and guard processes from beginning to end. From new orders till the final results I have to maintain the high quality and assist the clients in whatever questions they might have about the services from the laboratory. Show less

For my master thesis I worked independently on a literary research, under supervision of Prof. Dr. A. Piersma. His notes: "She has shown considerable enthusiasm for the subject and has presented herself as a dedicated researcher"In this study I performed a literary research to investigate the adverse outcome pathway of caudal neural tube defects. I developed a framework to explain the normal development of the caudal neural tube and have shown how changes in this pathway can lead to… Show more For my master thesis I worked independently on a literary research, under supervision of Prof. Dr. A. Piersma. His notes: "She has shown considerable enthusiasm for the subject and has presented herself as a dedicated researcher"In this study I performed a literary research to investigate the adverse outcome pathway of caudal neural tube defects. I developed a framework to explain the normal development of the caudal neural tube and have shown how changes in this pathway can lead to adverse developmental outcomes, such as spina bifida and craniorachischisis. Since this was a literary research I didn't develop more lab skills. However, I improved greatly in text scanning and translating and combining various researches into a schematic pathway. Show less

I worked at dr. T. Hartungs lab, under supervision of dr. H. Hogberg and dr. D. PamiesTheir notes: "Excellent research and practical skills. Moreover, very much liked by colleagues and a great social person that has a good attitude for teamwork."In this research project I used an in vitro 3D model, generated from human induced pluripotent stem cells, to determine its value of use in parkinson disease (PD) studies. The 3D model was exposed to chemicals often used in PD studies. When… Show more I worked at dr. T. Hartungs lab, under supervision of dr. H. Hogberg and dr. D. PamiesTheir notes: "Excellent research and practical skills. Moreover, very much liked by colleagues and a great social person that has a good attitude for teamwork."In this research project I used an in vitro 3D model, generated from human induced pluripotent stem cells, to determine its value of use in parkinson disease (PD) studies. The 3D model was exposed to chemicals often used in PD studies. When fully developed the model could also be used to study other diseases or neurotoxicity of other chemicals. In the future, induced pluripotent stem cells could be generated from patients to develop a personalized 3D model for treatment studies.During this internship I developed my skills regarding 3D cell cultures, gene expression and cell viability assays, and confocal microscopy.Published in Altex, August, 2017'A human brain microphysiological system derived from induced pluripotent stem cells to study neurological diseases and toxicity'David Pamies e.a. 2017Published in Toxicology and Applied Pharmacology, September, 2018'Rotenone exerts developmental neurotoxicity in a human brain spheroid model'David Pamies e.a. 2018 Show less

I worked at the neurotoxicology group from dr. R. Westerink. Under supervision of dr. M. DingemansThis research project was part of the EU-funded project 'DENAMIC' (http://www.denamic-project.eu/)I investigated the use of multi-electrode arrays as a functional assay to study (developmental) neurotoxicity. Chemicals known to be neurotoxic, especially during brain development, were used to expose primary cells and investigate the effects on spontaneous activity of these… Show more I worked at the neurotoxicology group from dr. R. Westerink. Under supervision of dr. M. DingemansThis research project was part of the EU-funded project 'DENAMIC' (http://www.denamic-project.eu/)I investigated the use of multi-electrode arrays as a functional assay to study (developmental) neurotoxicity. Chemicals known to be neurotoxic, especially during brain development, were used to expose primary cells and investigate the effects on spontaneous activity of these cells.During this internship I developed many skills associated with in vitro (neuro)toxicology, such as: primary cell culture (isolation), multi-electrode arrays, data analysis, cell viability assays.Published in Neurotoxicology, December 2016Chronic 14-day exposure to insecticides or methylmercury modulates neuronal activity in primary rat cortical cultures.Dingemans, M.M. e.a 2016 Show less