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(FAPESP) in São Paulo state, Brazil. Type IV Secretion Systems (T4SSs) are formed by a set conserved subunits, which are structurally arranged in two large subassemblies: the outer membrane core complex
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expression and purification, structural biology and/or fluorescence microscopy are desired. Applications should be submitted until March 31, 2024, accompanied by: - A short CV with a link to Google Scholar
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We invite applications for a post-doctoral position to work on cosmology and large-scale structures. Preference will be given to candidates with interest and/or experience in quasar cosmology
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effects on the structure and function of ecosystems. Identifying the factors that regulate leaf phenology in the tropics is crucial for understanding and predicting the effects of climate change on species
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comprehensive approach, which includes anatomical/structural analyzes, secondary cell wall characterization, phenolic profiling and saccharification assays. This is a “proof-of-concept” project to demonstrate
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, Chemistry or Materials Science, with experience in at least two of the following topics: - Magnetic materials; - Measurements at low temperatures; - Use of synchrotron light for advanced structural
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of additive manufacturing equipment (desktop and semi-industrial) and additive manufacturing planning with phenomena of polymer rheology and the structure and properties of ceramic materials; 2) Conducting
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that include construction and analysis of databases using different primary and secondary sources, based on material already collected and to be collected. In short, the scholarship holder is expected to have
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which focuses on isolation, structural elucidation, synthesis and metabolomics in order to study the effect of the expression of these molecules and regulation of their function between plant organs where
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in situ structure of mitochondrial filamentous enzymes involved in the metabolic adaptation of tumors and their effects on organelle ultrastructure and morphology upon filamentation. This research will