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PhD in Neuroscience or a related field or in the final stages of PhD submission Good knowledge and experience in in vivo calcium imaging or electrophysiology Experience in data analysis in Python
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and private research centres and in industrial and metrology institutions and to explore new horizons in the Life Sciences and Medical sectors spanning label-free nanoscopic cell imaging, illness
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(LAM). The programme will use quantitative imaging, biological and clinical data of tissue injury and repair from LAM and COPD patient lungs alongside the development of mathematical and computational
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of others as required. Experience of electron-cryo microscopy and image processing would be a strong advantage. In addition, the candidate will: possess a keen interest and desire to learn/advance skills in
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on the processes of telomere maintenance, DNA replication and DNA repair in human cells. Specifically, the post holder will investigate the molecular mechanisms of the Alternative Lengthening of Telomeres (ALT
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, such as genetics, immunostainings, laser scanning confocal microscopy and imaging. Design, plan and execute research experiments in the above areas and obtain research findings. Analyse and interpret
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access to the Brain Research Imaging Centre (BRIC). BRIC is the most advanced multi-modal brain imaging facility in the Southwest of the UK. It is equipped with state-of-the art neuroscience facilities
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, ex vivo electrophysiology and high-spatial resolution optical imaging to reveal a novel mechanism of carotid body heat-sensing. We will also perform in vivo physiology measurements to identify a new
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fellowships for a further two or three years protected research time to allow the successful completion of the project, essential training towards a higher postgraduate degree (PhD) with progression towards a
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academic writing (e.g., PhD chapter, journal article or book chapter) in English. This text can also be an unpublished one. In the latter case, the selection committee will treat this unpublished text in a