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understanding, and difficulties in carrying out daily tasks. The science is straightforward but devastating: the human brain is composed of billions of connected nerve cells – conditions like Alzheimer’s block
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of new therapies. In this PhD studentship, we propose to apply a technology recently patented by our lab that allows upscaling the manufacture of 3D human muscle models, in vitro. Upscaling the manufacture
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Overview The project forms part of The Boots Company Collaborative Training Partnership (CTP), which aims to develop highly trained doctorate scientists with transferable research and business skills, who will contribute to the UK economy by solving bioscience challenges of the future. This CTP...
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Overview Skin morphogenesis occurs under stringent control of epithelial-mesenchymal interactions and result in a formation of the epidermis and a number of different skin appendages (including, the hair follicle, HF). Skin serves as an important source of adult stem cells (SCs) required for...
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such as DNA damage influence this is essential to our understanding of fundamental aspects of cell and molecular biology and the relation to human diseases such as cancer. This project will build on current
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been isolated from human faecal samples. Sutterella wadsworthensis is isolated most frequently, but shotgun metagenomic studies have highlighted additional species within the genus Sutterella remain
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establishing stem cells from human cord tissues, extracellular vesicles isolation and induced pluripotent stem cell (iPSC)-culturing and differentiation. The PhD candidate will also experience working as part of
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Overview The research seeks to provide insights into how scarcity shapes human behaviour, particularly in the context of medicine and vaccine shortages, contributing to our understanding of decision
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with entities, such as other hotels and available platforms. Given this context, our research will be aimed to examine the relationship between coopetition dynamics and various levels of firm performance
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42mer PAP-derived peptide. The project will build upon the data generated to date by demonstrating the ability of vaccine-induced T-cells to slow-down/inhibit the growth of human prostate cancer cells and