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focuses on exploring the molecular mechanisms underlying plant cell-cell adhesion. Cell-cell adhesion is a fundamental feature of multicellular organisms, but much remains to be discovered about how it
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proteins and mechanisms involved in flavivirus replication, infection, and pathogenesis, which could ultimately lead to new treatments for flavivirus infections. Examples of techniques you will use include
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for early diagnosis of pancreatic cancer and validate the test in relevant risk groups. Furthermore, the project includes in vitro studies on pancreatic cancer cells to investigate metastatic potential
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mathematical models, validating them with experimental data, and making predictions. The ultimate goal is to decode the mechanisms behind intra-organelle coordination. Besides plant cells, such coordination is a
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in vitro studies on pancreatic cancer cells to investigate metastatic potential and inhibition of mechanisms such as blebbing. Qualifications Requirements for the Position: A university degree at
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and career advancement across the globe. DDLS industrial PhD position We are announcing the position of Data-driven life science (DDLS) PhD student in data driven cell and molecular biology. This is an
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the coordination mechanisms between the nucleus, mitochondria, and chloroplasts in plant cells. The position is for four years of full-time doctoral studies. The employment starts as soon as possible
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, biochemistry, cell biology and molecular biology (see www.upsc.se). Project description Photosynthesis drives life on Earth by converting solar light into chemical energy and providing the molecular oxygen we
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We are looking for a highly motivated PhD student to join the research group of Professor Christian Müller . The focus of the project is on understanding the mechanical properties of conjugated