

Quantify How Structure and Function Take Shape
Microscopy tools for imaging, measuring, and analyzing development
Recommended Products for Developmental Biology Research
ZEISS Lab Essentials
FAQs for ZEISS Developmental Biology Applications
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ZEISS light sheet systems allow gentle, volumetric imaging of live or cleared embryos—ideal for capturing early development in model organisms like zebrafish, Drosophila, and mouse. For fixed, optically dense, or later-stage samples, ZEISS X-ray microscopy offers non-destructive 3D imaging with micrometer-scale resolution—perfect for staging, phenotyping, and structural analysis of embryonic organ systems.
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For stem cell–derived organoids or cultured cells, the ZEISS Celldiscoverer 7 offers integrated environmental control and high-resolution confocal imaging in multi-well formats—ideal for tracking growth, differentiation, and morphology over days. For dynamic imaging of developing embryos or delicate 3D cultures, the ZEISS Lattice Lightsheet 7 provides ultra-fast, low-phototoxicity volumetric imaging—perfect for capturing rapid events like mitosis, migration, or morphogenesis in real time.
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ZEISS offers super-resolution imaging tools designed for developmental biology. Airyscan enhances sensitivity and resolution while remaining gentle enough for live imaging of dynamic processes like spindle formation or junction remodeling. For even finer structural detail, Lattice SIM enables precise visualization of cytoskeletal and polarity structures—ideal for fixed or live samples where spatial organization is critical to understanding developmental mechanisms.
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Yes. ZEISS imaging systems support fast, volumetric acquisition for tracking cell lineage and migration in whole embryos, organoids, and cultured systems. Tools like Lattice Lightsheet and Lightfield 4D enable real-time 4D imaging with minimal photodamage, ideal for capturing dynamic behaviors over hours or days. Paired with analysis platforms like arivis Pro, you can trace trajectories, segment cells, and quantify fate decisions across space and time.
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Regenerative models like axolotl, zebrafish, and mouse require deep imaging of complex, often thick tissues. ZEISS light sheet systems are optimized for gentle, volumetric imaging of large samples, including cleared or live regenerating tissue. Their low phototoxicity and deep penetration enable repeated imaging over time, ideal for studying tissue re-patterning, stem cell activation, and structural regrowth—without compromising sample viability or resolution.