I obtained a Bachelor’s degree in Psychology at the Technical University Braunschweig (Germany), where alongside my studies I worked as a student research assistant at the Department of Cellular Neurobiology. During this degree, both my thesis project in Prof Martin Korte’s lab and an extracurricular project in Prof Tim Karl’s lab at Western Sydney University focussed on behavioural neuroscience. I then went on to complete a Master’s degree in Cognitive and Clinical Neuroscience at the University of Maastricht (The Netherlands) with a 10-month placement in Prof Vincenzo De Paola’s group at Imperial College London. Here, I had the chance to gain insight into modelling human neuron development in vivo using a xenotransplantation approach. Before starting the ATRM PhD program, I joined the Cells for Sight team led by Prof Julie Daniels at University College London as a research assistant manufacturing artificial ocular surface tissue under GMP conditions.

I obtained my BSc in Biochemistry with Professional Experience at The University of Manchester. During my studies, I completed a placement year at the University of California San Francisco at Guo Huang's laboratory to study the regenerative potential of the heart. During this time, I became fascinated by the striking regenerative potential displayed across the animal kingdom and how some of these mechanisms of regeneration are reiterated across ontogeny and phylogeny. For my final year project in Manchester, I joined Karl Kadler's laboratory to explore the circadian regulation of collagen fibrils in response to immune cells in the heart and lungs. Upon completing my undergraduate studies, I wished to pursue a career in academia dedicated to regeneration in a translational field.

I completed my bachelor’s degree in biotechnology engineering with a minor in molecular biology at Tecnológico de Monterrey in Mexico. During my degree, I undertook a year internship in Dr. Dario Lemos Lab at the Harvard Institutes of Medicine and Brigham and Women’s Hospital in Boston. Here, I developed kidney organoids from patient-derived stem cells to model tuberous sclerosis complex, a rare degenerative disease.

I obtained my Bachelor’s degree in Biological Sciences at the university of Pavia, Italy. During my thesis I focused on hydrocarbon degrading fungi with the aim of understanding how to exploit these microorganisms for the purpose of bioremediation of hydrocarbons derivatives from solid materials.

After considering a career in environmental biology, I decided to pursue my interest for human health, and I enrolled in the Molecular Biology and Genetics master’s degree in the same atheneum. In parallel, I also studied at the Biomedical Sciences class at the University School of Advanced Studies of Pavia (IUSS)….

I read Molecular Genetics at King’s College London at an undergraduate level followed by MRes degree in Biomedical Research specialising in Molecular Basis of Human Disease from Imperial College London. During my postgraduate course I explored the role of microRNAs in regulating pancreatic β-cell functions and contributed towards the generation of a model system for studying the impact of epigenetic changes on serotonin system in vitro.

I then joined Pan3DP Consortium as a research assistant. My primary role was to perform detailed structural characterisation of developing murine pancreas, as well as bioprinted pancreatic organoids using 3D lightsheet microscopy. 

I obtained my Bachelor’s degree in Biology at The University of Bristol, gaining research experience in a range of areas, including trypanosome parasites in Prof Wendy Gibson’s lab and type 1 diabetes in Prof Kathleen Gillespie’s lab. After briefly considering a career in nutritional sciences, I chose to pursue my interest in autoimmune diseases by undertaking a Master’s in immunology at King’s College London. During my MSc, I worked in Prof Leonie Taams’s lab, investigating IL-17-producing cell types in spondylarthritis. Following my MSc, I took up a research assistant position in Dr Sophie Papa’s lab, investigating T cell exhaustion in patients with non-small cell lung cancer, through the use of CyTOF.

I completed my MEng in Biomedical Engineering at Queen Mary, University of London with my thesis in the lab of Prof Julien Gautrot. I then spent 3 years working in medical device development within the Medical Physics department at the RVI in Newcastle. Here I was awarded an ICURe grant from Innovate UK to act as an entrepreneurial lead on a project to develop a new technology to improve organ transplantation outcomes.

I obtained a Bachelor's Degree in Biochemistry at Imperial College London. During this time I worked in the lab of Professor Andrea Crisanti, developing genetic engineering techniques for population control of A. gambiae mosquitoes. I further completed an MSc in Neuroscience at Imperial, where I worked with Professor Nicholas Mazarakis on the development of a gene therapy for CDKL5 Deficiency Disorder. My project involved differentiation of astrocytes from patient-derived iPSCs.

I completed my undergraduate degree in Biotechnology Engineering at Tecnológico de Monterrey in Mexico, and after graduating I worked as a Voluntary Research Intern in the Varela Lab at the Institute of Neurobiology of the National Autonomous University of Mexico (UNAM). I was awarded a scholarship from the Mexican Council of Science and Technology to pursue a master's degree in Neuroscience in Developmental Neurobiology at King's College London (2020-21).

I obtained my bachelor’s degree in Neuroscience from University College Dublin, Ireland. During this time, I undertook a Wellcome Trust-funded project at UCD in the area of Alzheimer’s Disease, as well as an Erasmus placement at Cambridge University modelling Pelizaeus-Merzbacher disease with iPSCs, in the lab of Prof David Rowitch. Following my studies, I became a research assistant at the National Institute for Cellular Biotechnology at Dublin City University. Here, I developed organotypic models of uveal melanoma from primary patient tumours during a post of 18-months. Following this, I moved to London where I took up a research assistant position at KCL, exploring the role of molecular chaperones in iPSC-derived astrocytes in the context of Alzheimer's Disease.

I completed my undergraduate degree in Human Anatomy at the University of Dundee and moved to London in 2019 to obtain my masters in Neuroscience at King’s College London. While completing my MSc I developed a special interest in harnessing the potential of organoids for studying neurodevelopment, and during my thesis developing an open-source high content analysis pipeline to analyse hiPSC-derived gastruloids. Before starting my PhD, I was fortunate enough to experience research out with my niche in the lab of Sibylle Mittnacht at the UCL Cancer Institute, contributing to work on identifying therapeutic vulnerability of RB-1 mutant osteosarcoma to Parp1,2 inhibitors.

I completed my BSc Biochemistry at University College Cork, Ireland, and MSc in Biomedicine at the Karolinska Institute in Stockholm, Sweden. During my Master’s degree, I moved to London to complete my thesis by Erasmus in the lab of Dr Selina Wray at University College London. I then stayed in London as a research technician at King’s College London (lab of Dr Katie Long). My interests are centred on in vitro modelling of diseases and the role of the extracellular matrix in disease.

At UCL, I received my undergraduate degree in Biochemistry with a Year in Industry undertaken at Protein Technologies group, GlaxoSmithKline Stevenage. In the past, I was fascinated by the mechanisms of molecular machines that are responsible for the correct functioning of cells. Under Dr Lisa Cabrita's supervision, I explored various methodologies to create 'snapshots' of protein biogenesis to probe the co-translational protein (mis)folding facilitated by the ribosomes. At GSK, I received excellent mentorship from Dr Maja Firczuk and Dr Michael Mullin; I was entrusted to lead the expression technology project which sought to improve mammalian protein expression and secretion through the design of regulatory genetic circuits.

At the Open University I studied for a Certificate of Higher Education in Natural Sciences. From there I went on to the University of Manchester to complete a BSc (Hons) in Developmental Biology. During my industrial experience year, I worked for 9 months at A*STAR in Dr Ernesto Guccione’s lab helping research PRDM10 activity in mouse embryonic stem cells. The summer after, I joined Peter Sarkies lab to work on selection pressure on chromatin condensation using C. elegans mutation accumulation models.

I completed my BSc in Biochemistry at Imperial College London, during which I examined long-term balancing selection in low-coverage whole-genome sequencing data in the lab of Dr Matteo Fumagalli. Following this, I worked as a clinical AI data intern at SIME Diagnostics Ltd and collated electronic clinical data for neonatal respiratory diseases. I then pursued an MPhil in Genomic Medicine at the University of Cambridge, where I studied the involvement of DNA repair and apoptosis signalling pathways in anti-cancer drug responses using computational methods with Dr Mathew Garnett.

I completed my undergraduate degree at King’s College London, graduating with a BSc Biochemistry degree. As part of my bachelor’s degree, I joined Rocio Sancho’s lab for a summer research placement to work on the development of iPSC-derived pancreas organoid cell lines to investigate the role of pro-endocrine transcription factors regulating pancreas differentiation. For my final year thesis, I joined the Knight lab to study the role of the histone methyltransferase Ezh2 in tissue repair and organogenesis using a zebrafish in vivo model.

I completed my undergraduate degree in Biology at the University of Crete, Greece. For my final year project, I investigated the impact of DNA damage accumulation on macrophages using a transgenic mouse model of ageing. Afterwards, I completed a MRes in Translational Neuroscience at University College London and Queen Square Institute of Neurology. For my thesis, I worked with Professor Sonia Gandhi at the Francis Crick Institute focusing on the generation of microglia from human iPSCs to investigate the role of neuroinflammation in Parkinson’s disease.

I completed my Master’s degree in regenerative medicine at UCL and afterwards gained experience in corneal tissue engineering using 3D bioprinting at Newcastle University. Following this, I worked as a research assistant at the Sanger Institute where I helped to establish a pipeline for genetic knockout studies on induced pluripotent stem cell (iPSC)-derived hepatocytes.

I completed my undergraduate degree in Biomedical Engineering at Imperial College London. During my time there I became interested in how mechanical forces affect tissues in the body. In my third-year project I looked at the effect of mechanical forces on wound repair. For my master’s project I studied the effects of mechanical forces on endothelial cells and how this relates to the activation of the Wnt signalling pathway.

I completed my bachelor’s degree in biology at Bowdoin College in Maine, USA, and after graduating I worked as a Research Assistant in the Melton Lab at the Harvard Stem Cell Institute in Massachusetts, USA. While working there, I studied part-time to receive a Master of Liberal Arts degree in Biotechnology Management from the Harvard Extension School.