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has obtained a doctorate degree in Biological Sciences within the last 7 years and has a strong publication record. Experience in cell culture and neurodifferentiation is essential, while proficiency in
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), cryo-electron tomography in lamella (cryo-ET) and expansion microscopy (ExM), that can be also applied to other proteins in the lab. Methodological Responsibilities: 1) Sample Preparation: Engage in cell
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patients display an increased production of Interferon-gamma that entails a reduction in the mitochondrial energy metabolism in the myocardium which can be induced by IFN-gamma itself. Rare pathogenic gene
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Validation of novel molecular targets from anti-inflammatory and cytoprotective molecules in neurons
targets through the investigation of anti-inflammatory peptides derived from animal venoms. The activities involve elucidating the peptide effects in cell culture, and in vivo using inflammatory and pain
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Postdoctoral researcher in seismic petrophysical inversion for carbonate reservoir characterization.
Fapesp through the Energy Production Innovation Center (EPIC). Candidates must send a short CV to Prof. Emilson Leite ([email protected] ) highlighting activities relevant to this position. The email
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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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handling and crossing mice, cell culture, in vitro coculture assays, adoptive cell transfer, flow cytometry, cell isolation through cell sorting. ELISA and gene editing through CRISPR/Cas9. Interested
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crossing mice, cell culture, in vitro coculture assays, adoptive cell transfer, flow cytometry, cell isolation through cell sorting, ELISA and gene editing through CRISPR/Cas9. Interested parties should send
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energy models for nutritional requirements and equations to estimate the energy value of diets”, related to the Thematic Project “Net energy system for poultry” based at the São Paulo State University's
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of the Brazilian Center for Research in Energy and Materials (LNBio/CNPEM) seeks to address the challenge of diabetic skin wounds. Our objective is to establish an in vitro model of diabetic human skin to test