82 parallel-processing-bioinformatics Fellowship positions at University of Nottingham
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joint multi-state models for health care processes and disease progression”. The central aim of this 36 month project is to develop new methods for the joint modelling of disease or other healthcare
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continuous photochemistry, electrochemistry, and thermal chemistry to transform how fine chemicals and medicines are manufactured [see for example APPLIED SPECTROSCOPY (2022) 76, 38-50; ORGANIC PROCESS
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have achieved Athena Swan Gold Award . To help you succeed, we published Candidate Guidance to provide support on the application and interview process. Discover our benefits, visit Your Benefits
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We are looking for a highly motivated post-doctoral researcher to work on the data searching, processing, management, and qualitative analysis of data sources related to forced labour risk and
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breast cancer surgery. The instrument will allow surgeons to check the sentinel lymph nodes during the first surgery, while the patient is still in the operating room, and if needed, remove the lymph nodes
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succeed, we published Candidate Guidance to provide support on the application and interview process. Discover our benefits, visit Your Benefits website. We welcome applications from UK, Europe and
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have achieved Athena Swan Gold Award . To help you succeed, we published Candidate Guidance to provide support on the application and interview process. Discover our benefits, visit Your Benefits
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are developing a groundbreaking technique based on autofluorescence (AF) imaging and Raman spectroscopy for detection of positive lymph nodes during breast cancer surgery. The instrument will allow surgeons
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published Candidate Guidance to provide support on the application and interview process. Discover our benefits, visit Your Benefits website. We welcome applications from UK, Europe and worldwide and aim to
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, you will simulate fragmentation processes and model the influence of surface potential on secondary ion yields in the OrbiSIMS instrument. Your insights will help us decode how structure, charge, and