ApplicationsNeurobiology
Applications

Neurobiology

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

Neurobiology

Spectrin (blue) and Actin (red) in fixed neurons from rat | Technique: SIM | Source: Dr.Ana Rita Costa, i3S - Nerve Regeneration Group, University of Porto

Application gallery

Explore results showcasing the capabilities of our systems across real-world applications.

Spectrin (blue) and Actin (red) in fixed neurons from rat Technique: SPIN & deconvolution Source: CSR Biotech
Spectrin (blue) and Actin (red) in fixed neurons from rat Technique: SPIN & deconvolution Source: CSR Biotech
Neuronal dendrites in mouse brain Technique: SPIN & deconvolution Source: Prof. Fan’s group at Army Medical University China
Mouse Neurons Cell membrane (yellow) Mitochondria (blue) Technique: SPIN & deconvolution Source: Shenzhen Institutes of Advanced Technology (SIAT), Prof. Dr. Qiao Zhao
Mouse brain slice Myelin Sheath Technique: SPIN Source: CSR Biotech
Mouse brain slice Myelin Sheath Technique: SPIN Source: CSR Biotech
iPSC-Induced differentiated Neurons synaptic proteins(Orange) Technique: 3D SIM and ODT Source: Professor Lin’s group, Hong Kong University of science and technology
iPSC-Induced differentiated Neurons synaptic proteins(Orange) Technique: 3D SIM and ODT Source: Professor Lin’s group, Hong Kong University of science and technology
Fixed rat hippocampal neurons: MAP2 (blue), Homer (green), and Bassoon (magenta) Technique: SIM Source: Theo Dudon, IINS, University of Bordeaux
Primary rat neurons, Mitochondria and Lysosomes Technique: Spinning disk and ODT Source: CSR Biotech

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