Technology
By application of our proprietary cell immobilization technology in combination with state of the art microscopes and robots we are able to screen hundreds to hundreds of thousands of isolated plant cells in vitro with high speed.
By application of our proprietary cell immobilization technology in combination with state of the art microscopes and robots we are able to screen hundreds to hundreds of thousands of isolated plant cells in vitro with high speed.
To learn and predict cell behaviour we develop and apply new algorithms which are then used to analyse terabytes of image data from those cells which will differentiate and continue to grow into embryos.
To learn and predict cell behaviour we develop and apply new algorithms which are then used to analyse terabytes of image data from those cells which will differentiate and continue to grow into embryos.
By tracking those cells back to their very early stages we aim for early selection of desired cells. By this approach new media and tissue culture protocols can be tested and validated in a high throughput manner and within almost every plant species. ScreenSYS has access to several 10.000s of chemical compounds and is able to select most promising ones by anchor point strategy.
By tracking those cells back to their very early stages we aim for early selection of desired cells. By this approach new media and tissue culture protocols can be tested and validated in a high throughput manner and within almost every plant species. ScreenSYS has access to several 10.000s of chemical compounds and is able to select most promising ones by anchor point strategy.