Research solutions

Applications

By combining complementary imaging modalities, Structured Illumination Microscopy (SIM), spinning-disk confocal, and Optical Diffraction Tomography (ODT), with advance software tools, CSR Biotech enables researchers to gain unique insights into biological processes.​

Multimodal imaging

Combine complementary imaging technologies to expand application flexibility

Our imaging technologies provide a powerful, versatile toolkit, enabling precise structural, dynamic, and volumetric analyses across a wide range of biological systems.

  • SIM: Provides exceptionally high spatial and temporal resolution, revealing fine structural details.
  • Spinning Disk: Offers high-throughput, gentle confocal imaging for large 3-dimensional samples.
  • ODT: Offers label-free volumetric imaging, delivering full spatial context and deeper insights with negligible photostress.
  • Multimodality: by combining multiple imaging technologies using advanced AI enabled software, CSR systems offer addition spatial context, hybrid imaging functionally and advanced application workflows.
Multimodal imaging workflow
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Application areas

Explore how our solutions perform across a range of application areas.

Cell biology

Cell biology

U2OS cell DNA blue, Mitochondria Green, Actin red, microtubules red. Technique: SIM. Source: CSR Biotech

Investigate fundamental cellular processes, organelles dynamics, cytoskeleton architecture and molecular interactions with high spatiotemporal resolution.

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Mitochondrial research

Mitochondrial research

U2OS cells stained for mitochondria (blue), mitochondrial DNA (yellow), liposomes (red), and DNA (magenta). Technique: SIM and ODT. Source: CSR Biotech

Investigate mitochondrial dynamics, morphological and structural changes, fusion and fission events, and interactions with other cellular compartments.

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Cancer biology

Cancer biology

HeLa cancer cells with nuclear staining, DNA blue, cytoplasm green. Technique: Widefield Fluorescence. Source: CSR Biotech

Explore mitotic and apoptotic processes, cellular phenotypes, and drug responses.

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Neurobiology

Neurobiology

Primary neurons with axonal staining, microtubules green, synapses red. Technique: Confocal Microscopy. Source: CSR Biotech

Map complex neuronal networks, visualize neural structures, vesicle transport, and signaling.

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Immunology

Macrophage dynamics and immune-cell interactions. Technique: ODT and SIM. Source: CSR Biotech

Track immune cell interactions, pathogen responses, immune synapse formation, and real-time morphological adaptations.

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Model organisms

C. elegans developmental stage, nuclei blue, GFP expression green. Technique: Widefield Fluorescence. Source: CSR Biotech

Perform long-term, gentle imaging of embryos and small model organisms in 3D.

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Microbiology

Microbiology

Live Escherichia coli, membrane green, cytoplasm blue. Technique: 3D SIM. Source: Anonymous

Analyze bacterial and yeast cell division, biofilm formation, and cellular processes with and without fluorescent labels.

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Tissue imaging

Tissue imaging

Tissue cross-section with multiple cell types, nuclei blue, specific markers green. Technique: Multiphoton Microscopy. Source: CSR Biotech

Acquire high-contrast, volumetric data deep within thick tissue sections and organoids.

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Plant biology

Plant root tip cells, cell walls blue, nuclei green, growth regions highlighted. Technique: Confocal Microscopy. Source: CSR Biotech

Visualize plant cell walls, chloroplast dynamics, and developmental processes in high resolution.

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Ready to explore these applications?

Speak with our application scientists to discuss your specific samples and experimental requirements.