iPSZürich Organising committee
Matt, Mel E and Mel G are three motivated young scientists who bring together three different institutes (Institute of Medical Genetics, Division of Metabolism (Children’s Hospital) and Institute for Regenerative Medicine) of the UZH to build cross-institutional collaborations and expand networks across junior scientist working with iPSC in Zurich.
Matthew Denley is a PhD student in the Baumgartner lab based at the Children’s Hospital in Zürich. He is on the biomedicine programme to complete his studies in 2022. His project centres on elucidating cerebral pathomechanisms in the inborn error of metabolism affecting the enzyme methylmalonyl-CoA mutase leading to methylmalonic aciduria.
Matthew holds degrees in both nutrition and neuroscience and previously focused on stem cell biology and neurodevelopment. In his PhD, Matthew will work with control and patient induced pluripotent stem cells to generate multiple types of neural progenitors in 2D and 3D culture to better understand how disease-state metabolism effects cell in defined cell lineages. Matthew will additionally be required to generate isogenic-to-control cell lines using CRISPR technologies. After his PhD, Matthew hopes to continue combining his interest in neurodevelopment, stem cells and metabolism.
Through the establishment of the iPSZürich lecture series and forum with Melanie Eschment and Melanie Generali, Matthew hopes to create a strong network of iPSC researchers across Zürich that will lead to stronger cross-facility relationships, better practices, more collaborations and ultimately a more fruitful research output.
Melanie Eschment is a Phd Student at the Institute of medical Genetics in Schlieren, Switzerland. She studied Biological Sciences at the University of Konstanz in Germany. During her Master in Disease Biology, she started to get interested in 3D cell culture techniques; especially brain related models. Her first experiences with human neuronal models was at the Johns Hopkins University (Baltimore, USA), where she worked on a 3D human in vitro Parkinson model. In 2018, she finished her Master degree at Roche Pharmaceuticals in Basel, where she implemented and characterized a human iPSC-derived 3D microphysiological in vitro brain model for the use in pharmaceutical research. In 2019, Melanie started her PhD at the Bachmann-Gagescu Lab, where she works on establishing a human iPSC-derived 3D brain model for a rare genetic disorder called Joubert Syndrome. As seen in the example of Joubert syndrome, classification of genetic variants is one of the biggest challenges in medical genetics. Therefore, another part of her project aims to test individual patient sequence variants in Joubert Syndrome genes using human neural stem cells.
Apart from growing “Brains-on-a-Dish”, she is committed in building a community of young scientists in the field of iPSC-research and thereby fostering new ideas, strategies and collaborations.
Melanie Generali, PhD
In the early 1960s, the key properties of stem cells were defined by Ernest McCulloch and James Till and presented a breakthrough that provided a steppingstone for future science. Melanie has discovered her deep interest in stem cells 6 years ago and it still continues and grows.
She studied biology first in Germany and later on in Switzerland. In 2014, she started her PhD at the Institute for Regenerative Medicine (IREM) of the University of Zurich. Her project involved the reprogramming of blood cells into iPSCs, followed by the differentiation into smooth muscle cells and endothelial cells. The final goal was the manufacturing of tissue-engineered vascular grafts (TEVG).
Currently, she works as a postdoctoral fellow on a project in close collaboration with the Center for iPS Cell Research and Application (CiRA, Kyoto, Japan) to regenerate ischemic heart tissue using iPSC-derived cardiomyocytes. She is focused on the generation of human iPSC/iPSC-derived cell without using serum or xenogenic reagents for clinical applications. In addition, she is using microRNA-responsive synthetic mRNAs (RNA switches) to purify hiPSC-derived cells.
Being able to see how scientific innovations can be applied in the future is what really drives and motivates her.
The induced pluripotent stem cell (iPSC) lecture series, brings together early-career researchers (Undergraduate Students, PhD students and postdoctoral fellows) and experts working on exciting new innovations in the field. The main goal is to provide a forum to disseminate state-of-the art iPSC research, trigger free-ranging discussions and help to inspire ideas of current research projects in the field of iPSC technologies.
The iPSZürich Forum tackles practical issue PhDs and Postdocs face when working with iPSCs. The aim of this forum is to discuss the practical aspects of designing and managing iPSC projects.