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Field
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delivery and caesarean section. This highly interdisciplinary program combines preclinical animal models (zebrafish and rodents) with molecular and cellular biology, biochemistry, and in vitro approaches
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translational breast cancer research. We use cell culture and animal models to examine molecular mechanisms regulating the development and progression of breast cancer with a specific focus on the tumor
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of applying a wide variety of scientific principles and theories. Maintains substantial knowledge of state-of-the-art principles and theories. Develops advanced analytical models and systems and provides
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and α-synuclein pathology. The research combines advanced 3D stem cell modeling, neuroimmune interaction studies, high-content imaging, molecular and biochemical analyses and the evaluation
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studies involving molecular, cellular, and in vivo models of CNS disorders, including depression, Alzheimer’s disease, Parkinson’s disease, and ALS‑related mechanisms. Utilize rodent behavioral paradigms
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the molecular mechanisms underlying attraction and recognition between symbiotic partners. The establishment of microalgae culture models in recent years has led to advances in fundamental and applied research
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. The project involves developing and applying a novel integrated platform to study the chemical molecular mechanisms and signalling consequences of reactive small-molecule metabolites within important biological
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immunity and prevent pulmonary diseases. The research will use both in vitro (air-liquid interface cultures, organoids, and organ-on-a-chip) and in vivo (transgenic and knockout mice) model systems
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:this project pioneers a new paradigm of General Genome Interpretation (GenGI) models by combining DNA Large Language Models (DLLMs) with Deep Neural Networks to predict human phenotypes directly from Whole Exome
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glia for breast cancer brain metastasis. The successful candidate will leverage a combination of advanced molecular and systems neuroscience methodologies to advance our understanding of selective