Titlebook: Cell Motility and Chemotaxis; Methods and Protocol Carsten Beta,Cristina Martinez-Torres Book 2024 The Editor(s) (if applicable) and The Au

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An In Vivo Metastasis Model Using Genotype-Defined Tumor Organoids,ing analyses of the transplantation models, we have determined that the combination of ., ., ., and . mutations promotes liver metastasis at a high incidence. We also demonstrated polyclonal metastasis of tumor cell clusters consisting of genetically and phenotypically distinct cells through our mod

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,A Hands-on Guide to AmoePy — a Python-Based Software Package to Analyze Cell Migration Data,rred to as virtual markers—are tracked as the cell contour evolves over time. From these data, various quantities can be calculated that characterize the contour dynamics, such as the displacement of the virtual markers or the local stretching rate of the marker chain. Their dynamics is typically vi

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Harish Narayana,Prashanth Janardhanreat often requires long-range navigation of immune cells through complex tissue and vascular networks. Chemotaxis, cell migration steered by gradients of cell-attractive chemicals that bind sensory receptors, is central to this response. Chemoattractant receptors mostly belong to the G-protein-coup

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Lecture Notes in Computer Scienceigration) observed in developing embryos, regenerating tissues, immune cells, and metastatic cancer. Decoding the underlying input/output rules at the single-cell level, however, remains a challenge due to the vast complexity in the extracellular environments that support such cellular behaviors. Th