[ad_1]
In order to ensure consistent cell-free regions for each experiment, Platypus Technologies’ cell migration and invasion assays utilize exclusion zone technology. Oris ™ cell migration and invasion assays allow reproducible and precise quantification of cell movement.
Cell migration tests
Benefits
- No artificial membranes
- Real time monitoring
- Quantification with microscopes, plate readers or high content imagers
- 96- or 384-well formats meet industry standards
Image Credit: Platypus Technologies, LLC
In order to form a central cell-free detection zone in the center of every well of a 96-well plate, Oris™ Cell Migration assays utilize physical “stopper” barriers.
- Use Oris ™ for maximum flexibility in test design.
- Use Oris ™ with the Oris ™ detection mask for the analysis of plate readers without virtual masking.
- Use Oris ™ if the cells need a long period of adhesion.
- Choose plates treated with tissue culture, collagen I, or fibronectin.
- Seed the cells around the caps and remove the caps when the cells have adhered to the surface to begin the test.
Oris™ stoppers create cell-free detection zone. Image Credit: Platypus Technologies, LLC
Cell Invasion Assays
Cell Invasion assays enable the user to monitor cell movement via an extracellular matrix in three dimensions. In cancer research, where invading tumor cells result in metastasis, which is the deadliest aspect of the disease, cell invasion is of notable concern.
Platypus Technologies’ Cell Invasion Assays enable the user to monitor cellular behavior in real-time in a physiological relevant micro-environment that resembles in vivo conditions more accurately.
Benefits of Platypus Technologies’ Cell Invasion Assays
- No artificial membranes
- Real time monitoring
- Invasion test mimics in vivo conditions
- Quantification with microscopes, plate readers or high content imagers
- Easy to use
Image Credit: Platypus Technologies, LLC
In order to form a central cell-free detection zone in the center of each well of a 96-well plate, Oris™ 3D Invasion assays utilize physical “stopper” barriers.
Image Credit: Platypus Technologies, LLC
This information has been obtained, reviewed and adapted from documents provided by Platypus Technologies, LLC.
For more information on this source, please visit Platypus Technologies, LLC.
Source link
