Imaging technologies play a central role in biological research by enabling the visualization of cellular and subcellular structures at the highest resolution. Through advanced microscopy techniques, such as confocal and fluorescence microscopy, researchers can observe dynamic processes in living cells and analyze their interactions in real time. These precise visualizations are crucial for deepening the understanding of diseases and identifying new therapeutic targets.

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Flow and mass cytometry provide powerful methods for analyzing cell populations in real time by examining individual cells based on their physical and chemical properties. These technologies allow for the simultaneous measurement of multiple markers, delivering detailed information about cell diversity, activation, and state. This is especially important in immunology and cancer research, where understanding heterogeneous cell populations is critical for developing new therapies.

Robotic solutions are revolutionizing research at the DRFZ by increasing the efficiency and reproducibility of experiments. Automated systems take over routine tasks such as pipetting and sample preparation, minimizing human error and reducing processing times. These technologies allow researchers to focus on more complex analyses and creative questions, ultimately leading to faster and more accurate research outcomes.