Postdoctoral position in spatial genomics and quantitative microenvironmental liver physiology

This postdoctoral position focuses on advanced research in spatial genomics and the quantitative analysis of microenvironmental factors influencing liver physiology. Candidates are expected to have expertise in spatial genomics techniques, which may include spatial transcriptomics, in situ hybridization, or related methods for mapping gene expression within tissue contexts. A strong foundation in quantitative biology and physiology is essential, particularly with experience in analyzing microenvironmental influences on liver function and pathology. The role likely requires proficiency in data analysis and computational biology tools to interpret complex spatial datasets, including statistical modeling and image analysis. Familiarity with liver biology, tissue microenvironments, and related experimental techniques will be important. Candidates should demonstrate the ability to integrate multi-modal data to elucidate spatial and functional relationships in liver tissues. While specific experience and education levels are not provided, the position implies a high degree of specialization in genomics, quantitative physiology, and computational analysis, suitable for researchers with a doctoral degree and postdoctoral research experience in relevant fields such as molecular biology, bioinformatics, or systems biology.