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2D Neurons Models

Engineered Surfaces to Study Neuronal Network Formation

Discover each assay
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Neuronal network in a well

Control of neurons connectivity

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Neuromuscular junction assay

Isolation of different cell types to reconstitute the in vivo organization

NEURONAL NETWORK IN A WELL

Control of neurons connectivity

4Dcell technology

SmartPattern Technology

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Read-outs

Trafficking, outgrowth, propagation of action potentials and other signals

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Standard culture limitation

The differentiation of  neuronal cells from iPSC results in clusters of neurons, which precludes the analysis of individual neurons and defined neuronal networks.

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Neuronal network in a well

When cultured in substrates with adhesive cues, neuronal networks appear in an organized fashion, enabling to study cellular trafficking, mechanisms that require assessment of individual neurons and specific network connections. Besides this, these assays support long-term stability of cultured neurons.

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Example

Improvement of neuronal network formation in iPSC-derived neurons cultured in patterned coverslips (round/flower shape) when compared with a culture in a common substrates [1].

Micropatterned-cells-application-2.jpg

NEUROMUSCLUAR JUNCTION ASSAY

Isolation of different cell types to reconstitute the in vivo organization

4Dcell technology

SmartChannel Dishes​

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Read-outs

Synapse formation, separation of motor neuron and muscle cells environments, understanding cellular signaling and pathogenic mechanisms in neuromuscular degenerative disorders, investigation of treatments in malfunctioning neuromuscular junctions (NMJs).

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Standard culture limitation

When grown in traditional co-culture with myotubes, motor neurons form rudimentary NMJs.

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Neuromuscular Junction assay

This assay mimics spatial organization between motor neurons (central nervous system/spinal cord) and muscle cells (peripheral nervous system).

As motor neurons and muscle cells face very different in vivo microenvironments, culturing neurons and myoblasts in separated compartments (with neuronal or muscle cells) using 4Dcell microchannels, mimics physiological situations where only axon passes between them [1] [2].

 

Example

Compartmented co-cultures of glial and muscle cells added with motor neurons on microfluidic chambers [1]

Motor-neurons-with-glial-and-muscle-cells-using-microchannels-3.png

YOU WANT TO PUSH THE LIMITS OF 3D CELL CULTURE? LET'S DISCUSS YOUR PROJECTS

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