µ-Slide Chemotaxis

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µ-Slide Chemotaxis

Used to investigate chemotaxis of fast or slow migrating adherent cells and non-adherent cells in gel matrices

Chemotaxis measurement in real-time

Stable gradients for long-term experiments

Reproducible results with reliable and user-independent data
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Used to investigate chemotaxis of fast or slow migrating adherent cells and non-adherent cells in gel matrices

Chemotaxis measurement in real-time
Stable gradients for long-term experiments
Reproducible results with reliable and user-independent data

More details

Surface Modification

Pcs./Box

Product Details

Applications

Chemotaxis of neutrophiles, lymphocytes, and monocytes
3D chemotaxis of leukoycytes or cancer cells in ECM-like matrix
Chemotaxis experiments of fast or slow migrating cells
Invasion assays of tumor cells in Matrigel™

Please find more detailed information about chemotaxis assays here.

Specifications

Chemotaxis chambers on slide	3
Volume per chamber	120 µl
Observation area	2x1 mm²
Coating area per chamber - When coating full chamber - When coating observation area only	3.50 cm² 0.27 cm²
Distance between chambers	18.5 mm
Total height with plugs	12 mm
Volume chemoattractant	30 µl
Bottom: ibidi Polymer Coverslip

Define and print your
experimental setup

Technical Features

Chamber geometry optimized for cells in 3D matrices
3 chambers on one slide for parallel assays
Ideal for collagen gels, hydrogels, Matrigel™, or similar aqueous gels
Ready to use, i.e., no assembly required
Lettered and numbered chambers and reservoirs

Application Examples

Cells, embedded into a gel, migrating towards a chemoattractant.

Dendritic cell (mouse) with LifeAct-labeled F-actin that is migrating towards CCL 19 inside a Collagen I gel matrix. Spinning disc confocal microscopy (objective lens 63 x).

HT-1080 cells migrating towards FCS inside a gel matrix (objective lens 10 x).

Necessary Equipment

Basic requirements

Inverted microscope with a 5x objective and 10x phase contrast
Basic camera for time lapse movies
Heated microscopy system (required for experimentation on most mammalian cell types)

Recommended extensions

Motorized stage for parallel data acquisition
Auto focus
CO₂ Incubation system

Data Analysis

Chemotaxis and Migration Tool

To facilitate analysis of results from chemotaxis experiments (time stacks) ibidi has developed this software analysis tool. The tool provides various types of graphs and statistical tests for advanced analysis of experimental data.

More >>

Supporting Material

Instructions

Application Notes

FAQ

Movies

ibidi Chemotaxis Assays
(MV 25)

Practical Course

PRACTICAL COURSE

User Comments

Susanne Proksch, Medical Center–University of Freiburg, Freiburg, Germany

"The µ-Slide Chemotaxis made it possible to study stem cell-mediated chemoattraction of tissue cells, which was realized in a co-culture experiment. I was thrilled with the deliberate system and the convenient all-in-one package supplied by ibidi, including training classes and online courses on how to set up the experiment and how to analyze the data, all with perfect individual customer support. From my point of view, the method is pretty fancy and the µ-Slide Chemotaxis system is very sophisticated, allowing for in vivo-like insights into cell behavior for high-impact publications."

Susanne Proksch
Medical Center–University of Freiburg
Freiburg
Germany
www.uniklinik-freiburg.de

Loïc Dupré, INSERM, Toulouse, France

"The ibidi µ-Slides Chemotaxis have been the key to my research on lymphocyte chemotaxis. These slides have allowed me to track and visualize directional motility in lymphocytes. The generated chemokine gradients are stable for over 24 hours and the viability of the cells is amazingly good, allowing for measurements of chemotaxis over prolonged time frames.

I am also using the ibidi Gas Incubation and Temperature Control Systems, which are robust and guarantee perfect stability. Very importantly, the product developers at ibidi provide a great support for the implementation of their systems. Thanks to ibidi for developing cell imaging products of such great quality!"

Loïc Dupré PhD
INSERM UMR 1043
Purpan University Hospital
Toulouse
France

http://www.cptp.inserm.fr/