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models. A number of biochemistry, histology and molecular biology techniques will be employed using animal tissue and in vivo rodent experimentation, as well as in vivo and ex vivo imaging. The post holder
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, confocal and super-resolution microscopy. In addition, you will train lab colleagues and students and support their experimental work with bacteria growth, basic molecular biology approaches and imaging
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relevant bioscience field, be motivated, self-driven and willing to learn new skills. Hands on experience with molecular biology techniques and mammalian cell culture is essential. Technical expertise and
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education, on our undergraduate and postgraduate programmes. There is great potential for career advancement in this Teaching and Scholarship focused role. The successful candidate will join the Biology
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Sciences, Pharmacy and Chemistry at Kingston University. We live in a world where there is so much information out there about vital subjects such as cancer biology, pharmacy and sport and nutrition, but it
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with Monte Carlo modelling skills and a good understanding of the basic radiation dosimetry principles. Optional experimental work spans molecular biology, in vitro cell studies and preclinical in vivo
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have some relevant laboratory experience in at least one of the following disciplines (In vitro culture, immunology, cell biology, toxicology, analytical chemistry). As this is a multidisciplinary
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Department: School of Engineering and Materials Science Salary: £40,223 - £47,178 per annum (Grade 4) Reference: 2637 Location: Mile End Date posted: 12 June 2024 Closing date: 4 July 2024 Further details and apply Overview About the Role We have an exciting opportunity for an individual to join...
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knowledge of cancer biology and tumour immunology. Expertise in cancer metabolism is desirable but not essential. They need to be able to work independently while having excellent communication/collaboration
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Over the last 10 years, genome wide association studies (GWAS), exome sequencing and short-read genomic sequencing have enabled a revolution in our understanding of the genetic basis of neurodegenerative diseases, their progression and disease pathways. In this period, most of the Mendelian...