Dr. Ciro Chiappini
I am Lecturer in Nanomaterials and Biointerfaces at King’s College London since 2016. My research blends nanotechnology, bioengineering and cell biology to develop functional materials that direct cell behaviour. I was Marie Curie Fellow and Newton International Fellow at Imperial College London from 2011 until 2016, and I hold a doctorate from the University of Texas at Austin. In 2018 I was awarded an ERC Starting Grant. I authored more than 30 publications with over 2000 citations and I hold an international patent.
Dr. Valeria Caprettini
I joined the Chiappini Lab to exploit 3D nanotechnology for addressing cells behaviour and stem cell differentiation by engineering their environment. I did my PhD in Bioengineering and Robotics with focus in bio-nanotechnology at Istituto Italiano di Tecnologia (IIT) in Genoa, Italy. During the Phd I studied the interface between cultured cells and multifunctional three-dimensional nanostructured surfaces with several applications, such as opto- and electro-poration, drug delivery, recording of action potentials and spectroscopic analysis. I received my BSc in Physics and my MSc in Physics of the biosystems at Sapienza – University of Rome, Italy with the thesis “Synthesis and Characterization of Virus-Like Nanoparticles”.
Dr. Martti Kaasalainen
I’m a Postdoctoral Research Fellow. I’m focused on biomaterials fabrication, characterization, and their utilization in biomedical and pharmaceutical applications. I did my PhD in Prof. Jarno Salonen’s group in University of Turku, Finland. I studied the characterization of porous silicon nanoparticles, more specifically, the fabrication of these nanoparticles and light scattering methods for their characterization. During my PhD studies I took actively part in several collaborative projects with Prof. Helder Santos in University of Helsinki, Finland. I have in total 26 publication from which three I have first-authored. After my PhD, I worked a year in a biotech startup company called Medicortex Finland Oy developing a diagnostic device for traumatic brain injury.
Ms. Mary Okesola
Rosetrees Trust Ph.D. Student
I completed my BSc (Hons) Bioscience degree at University of Suffolk and went on to study the MSc Immunology at King’s College London. Following this, I remained at King’s as a Research Assistant in translational tumour immunology where I worked on a preclinical Cancer Research UK project to establish pharmacodynamic markers for the use of a novel small molecule inhibitor in combination with chemotherapy. I joined the Chiappini lab in October 2017 as a PhD student, my project aims to develop nanoscale approaches to regulate the phenotype of stem cells for the engineering of mini-livers.
Ms. Chantelle Spiteri
ERC PhD Student
I joined the Chiappini group as a Ph.D. student in October 2019. I graduated with a Bachelor of Science (B.Sc. Hons.) in biology and chemistry from the University of Malta and subsequently completed my master’s degree in Drug Discovery and Development at Imperial College London. I conducted my research project at the Francis Crick Institute, where I synthesised molecules that could serve as potential inhibitors for the cancer-related glycosyltransferases. Inspired by the work within the Chiappini group, my current project aims to explore nanoparticles for selective delivery of relatively large biomolecules (such as mRNA) into 3D tissue cultures.
Mr. Davide Martella
Ms. Victoria Tsang
Wellcome Trust PhD Student
I completed my MRes in Cancer Biology at Imperial College London. Whilst there, I investigated the immune profile of Kras driven lung tumours from mice using imaging mass cytometry and explored how Ras signalling modulates inflammation in macrophages. Following my degree, I worked on the effects of UV irradiation on immune cells in mice models as a research assistant with Dr Emanuel Rognoni.
My PhD project aims to define the relevant signals which guide the migration of Gliobastoma cells by co-culturing them onto relevant migratory substrates: stem cell-derived axon bundles and bio-funtionalised electrospun nanofibers.