The LSI is a community of some 200 talented PhD students, post-doctoral researchers and principal investigators from around the world supported by excellent professional services staff. We collaborate to generate exciting discoveries and create new knowledge. Diversity is a major strength that enriches our science and our culture. Our vibrant and inclusive research environment is underpinned by dynamic PhD student and post-doc networks.
Working on various types of projects involving the employment of droplet microfluidic technology for the development of high-throughput screening platforms for molecular and cellular assays with special emphasis on single cell studies, 3D cultures, drug screening, directed evolution and machine learning.
Imogen is a Biomedical Physics PhD student in the Living Systems Institute. She started at the university as a Research Technician and is now working towards a PhD on Cavity Enhanced Absorption Spectroscopy.
Karina Scholpp is the Senior Administrator in the LSI, where she supports the LSI Director and the LSI Business Manager since January 2019. After gaining an postgraduate degree in Hydro- and Engineering Geology (Diplom Geoplogist) at the University of Karlsruhe, Germany, she started her career as a Hydrogeologist in Dresden. Upon moving to London in 2004, she worked as a Hydro- and Engineering Geologist for a consulting company in St. Albans, UK. On returning to Germany, she spent six years in Higher Education as co-ordinator for a research network for junior group leaders and associate professors at the Karlsruhe Institute of Technology, before moving to Exeter.
Austin’s research interest is stem cell biology and in particular pluripotent stem cells that harbour the capacity to generate all cell types of the mammalian organism. His group seek to derive universal principles underlying the establishment and progression of pluripotency in diverse mammalian embryos and to reveal network properties that enable long-term self-renewal in vitro of transient in vivo cell states. They also aim to model and dissect in vitro the developmental programme from emergent naïve pluripotency to lineage-committed progenitors. Austin’s research employs a range of approaches from computational modelling to in vivo chimaera studies.
My research interestes lie in the areas of compuational biology, biological physics, and statistical systems biology. I am particularly interested in how living systems at different scales of organisation (from biomolecules to cells to tissues and organs) process information by sensing and responding to external cues. I pursue these questions in the fields of cell biology, endocrinology and neuroendocrinology.
