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-066StreetStabłowicka 147Geofield Contact City Wrocław Website https://port.lukasiewicz.gov.pl/ Street Stabłowicka 147 Postal Code 54-066 E-Mail dagmara.kaczorowska@port.lukasiewicz.gov.pl Phone 727550040 Mobile
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Department:Anatomy & Cell Biology Salary Salary:Commensurate Position Details Full/Part Time Status:Full Time Percent Time:100% Position Description: Research - Assists in animal care for disease models involving bay
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-protein and protein-ligand interactions at the heart of cell signaling pathways, focusing on integrins and TGF-betas. These studies are relevant to immunology, hemostasis, and human pathologies like
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used will be based on the use of cell-free translation extracts that will allow us to assemble and purify translation initiation complexes on our model messenger RNAs. The composition of these complexes
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Transitions of Self-Organized Embryonic Systems Gastrulation is a crucial stage of embryonic development, during which an initially homogeneous tissue organizes into distinct cellular layers. Our team recently
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HBIGS Heidelberg Biosciences International Graduate School | Mannheim, Baden W rttemberg | Germany | 2 days ago
function, cellular and molecular mechanisms that drive these functional changes remain understudied. This project aims to track circadian changes in molecular circuits, particularly mRNA dynamics, in young
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inflammation, with diverse approaches in molecular biology, biochemistry, cell biology, genetics and immunology. This at-will position is wholly or partially funded by contractual grant funding which is renewed
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or models in close collaboration with experimentalists. This project focuses on deciphering tumor cell plasticity, including method evaluation/development and biological interpretation of the results. In
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with CRESCO Centre for Embryology and Healthy Development. Early embryogenesis is a critical stage in which gene regulation, collective cell dynamics and mechanical forces interact to drive blastocyst
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the mechanisms how extracellular matrix stiffness is sensed, how it regulates mechanotransduction and how this contributes to cancer cell proliferation and migration. Our research will likely identify novel drug