During development, neurons extend numerous processes that differentiate into dendrites and axons. These processes (termed neurites) are critical for communication between neurons. Characterization of neurite outgrowth, maturation, and the disruption of neurite networks is key to the study of neuropathological disorders (e.g. neurodegeneration), neuronal injury/regeneration and screening for neurotoxicity. However, current techniques used to study those dynamic biological changes are challenging.
With the IncuCyte® S3 Live-Cell Analysis System for Neuroscience (Cat. No. 4763) and IncuCyte® NeuroTrack Software Module (Cat. No. 9600-0010) you can now achieve automated, continuous, non-invasive imaging and measurement of neurite outgrowth with 96-/384-well assays that generate meaningful, kinetic data with visual confirmation of biological changes.
||Conduct long-term study (weeks or months) on sensitive cells that are physically undisturbed and in a consistent, physiologically-relevant environment. Avoid damage to delicate neurite structures.|
|Automated image acquisition and analysis enables kinetic measurements in 96-well formats, up to six microplates in parallel||Conduct robust pharmacological analysis or study more variables in less time|
|Purpose-built, guided image analysis workflow measures neurite structures and branch points in high-contrast phase images||Easily quantify neurite outgrowth, label-free|
|Proprietary reagents fluorescently-label neurites without perturbing cell health or morphology||Perform kinetic neurite outgrowth analysis in co-cultures|
|Simple, cell sparing protocols without fixing, staining, or antibody-labeling||Generate more information-rich data using less of your precious samples|
|Complete end-to-end solution including instrument, software and reagents||Reduce time spent troubleshooting and spend more time investigating|
IncuCyte® Neurite Analysis Assays enable automated, continuous analysis of neurite outgrowth using your choice of neurons (e.g. primary, iPSC-derived, immortalized neuronal cell lines) in monoculture or in co-culture with astrocytes. Quantify neurite length and branch points in order to evaluate neural network stability over time – all inside your cell culture incubator.
Monitor neurite outgrowth in live neuronal monocultures using IncuCyte NeuroTrack analysis software. Fully automated, long-term label-free analysis.
Human iPSC-derived neurons (iCell Neurons, CDI) in monoculture.
Measure changes in neurite length and branch points in mixed cultures of neurons and astrocytes using fluorescent neuronal labelling reagents and IncuCyte analysis software.
Primary rat forebrain neurons labeled with the IncuCyte® NeuroLight Orange reagent in co-culture with rat astrocytes.
Visualize and quantify neurite outgrowth and disruption in real time from living cultures over days/weeks
Automatically generate time courses and reveal concentration dependent responses in 96- or 384-well plates
Make continuous measurements in relevant neuronal cell models
Real-time live cell protocols, no fixing, no staining, no antibody labeling
Visualize and quantify long-term changes in neurite outgrowth and disruption in real time in label-free monocultures or use IncuCyte® NeuroLight reagents or NeuroPrime Cell Kits for selective analysis of neurite dynamics in co-cultures.
Figure 1. Continuous measures of neurite dynamics. IncuCyte NeuroTrack analysis software automatically analyzes images to provide measures of neurite length, branch points and neuronal cell body clusters.
Our turnkey solution enables automatic generation of time courses to reveal concentration-dependent responses with IncuCyte NeuroTrack’s unbiased, automated analysis in 96- or 384-well plates.
Figure 2. Measure treatment effects automatically and non-invasively. IncuCyte neurite analysis assays allow every well of a 96- or 384-well plate to be imaged and analyzed automatically to provide a microplate readout of neurite dynamics over time (A). Time-courses reveal concentration-dependent treatment effects (B). Transform data into concentration-response curves to compare pharmacology (C).
Make continuous measurements in relevant neuronal models in highly flexible, robust and reproducible assay formats suitable for screening and profiling. IncuCyte assays and reagents are compatible with iPSC-derived or primary cells, in mono- or co-culture.
Figure 3. Create relevant in vitro models of neurodegeneration and neurotoxicity — screen for neuroprotective treatments. Concentration dependent neurotoxic effects of 6-hydroxydopamine (6-OHDA) measured in human iPSC-derived dopaminergic neurons (Dopa.4U, Axiogenesis) in a functional model of Parkinson’s disease. Treatment with bone derived neural factor (BDNF) promotes neurite formation but provided little or no protection against the effects of 6-OHDA.
Real- time live cell protocols for continuous measurements of neuronal networks in monocultures or co-cultures using IncuCyte NeuroLight Lentiviral labeling reagents – no fixing, washing or labeling steps!
Neuronal monocultures—label-free protocol overview
Neuronal co-cultures—fluorescence protocol overview
|All Applications for Neuroscience Research|
|IncuCyte® S3 Live-Cell Analysis System for Neuroscience||
Includes image acquisition and analysis system with
|IncuCyte® NeuroTrack Software Module||Enables microplate analysis of neurite dynamics with or without labels||9600-0010|
|IncuCyte® NeuroLight Orange Lentiviral Reagent||Live-cell neuronal labeling reagent for long-term expression of an orange fluorescent protein||4758|
|IncuCyte® NeuroPrime Orange Cell and Reagent Kit||
|IncuCyte® rCortical Neurons||2 x 106 cells/vial||4753|
|IncuCyte® rAstrocytes||2 x 106 cells/vial||4586|
|Neuronal Cell Health|
|IncuCyte® Annexin V Orange Reagent for Apoptosis||One vial of lyophilized reagent sufficient for 100-200 live-cell apoptosis tests in 96-well format||4759|