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Creative Biolabs

Synaptic Imaging Assay

Synaptic Imaging

Proper nervous system functioning is contingent upon precise patterns of neuronal connectivity, which in turn hinges upon trillions of synapses present in the mature brain. Since patterns of brain connectivity and function rely upon the precision with which synapses are formed and function, it is therefore essential that we examine and understand the synapses. Impairment of synaptic function is associated with many neurological diseases, including Alzheimer's disease (AD). Synaptic imaging, as a very important technique in understanding synaptic structure and function, enables synaptic electrical signal conduction and synaptic strength to be well estimated.

Synaptic Imaging Assay

Creative Biolabs offers a synaptic imaging assay for evaluating the effect of different treatments on synapse formation and identification. We designed a platform for imaging and analysis of synaptic structures with cutting-edge technology and expertise for quantification and characterization (Fig. 1). Synapses are crucial to brain function and frequent disease targets, and the synaptic imaging assay provided by Creative Biolabs is of great importance in the understanding and research of neurological diseases.

The flow of synaptic imaging assay. Fig.1 The flow of synaptic imaging assay.

Synaptic Imaging Service

For two decades, Creative Biolabs has been serving many global researchers through cutting-edge biosciences. Our excellent service and professionalism have been well received by our clients around the world. Here at Creative Biolabs, we are willing to provide synaptic imaging services to our global clients and share our technical expertise. if you would like to learn more, please contact us directly.

Synapses (Green) and PI (Red) in rat hippocampal culture. Fig.2 Synapses (Green) and PI (Red) in rat hippocampal culture.

Image of human induced pluripotent stem cells (iPSCs)-derived cortical neurons excitatory synapses (Green) and mCherry (Red). Fig. 3 Image of human induced pluripotent stem cells (iPSCs)-derived cortical neurons excitatory synapses (Green) and mCherry (Red).

For Research Use Only. Not For Clinical Use.
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