Transforming Plant Breeding
ScreenSYS reinvents doubled-haploid technology to overcome recalcitrance in plants and we will utilize cutting edge gene editing approaches to improve plant properties
ScreenSYS reinvents doubled-haploid technology to overcome recalcitrance in plants and we will utilize cutting edge gene editing approaches to improve plant properties
ScreenSYS is developing and commercialing innovative plant cell technologies to create haploid crops, fruits and vegetables which are currently recalcitrant. We are unique in combining tissue culture expertise with sophisticated microscope technology and algorithms for image analysis to predict cell fate.
ScreenSYS is developing and commercialing innovative plant cell technologies to create haploid crops, fruits and vegetables which are currently recalcitrant. We are unique in combining tissue culture expertise with sophisticated microscope technology and algorithms for image analysis to predict cell fate.
We quickly identify haploid microspores and reprogram them utilizing our chemical library. The reprogrammed microspores then efficiently and directly grow to haploid embryos. We select these embryos, double their genome and grow them to double haploid plantlets to support breeders with improved plant varieties worldwide.
We quickly identify haploid microspores and reprogram them utilizing our chemical library. The reprogrammed microspores then efficiently and directly grow to haploid embryos. We select these embryos, double their genome and grow them to double haploid plantlets to support breeders with improved plant varieties worldwide.
By leveraging our cell handling know how in combination with the predictive image analysis technology, we give breeders access to double haploid plants. For breeders this improves substantially time to market and lowers research costs for a new plant variety.
By leveraging our cell handling know how in combination with the predictive image analysis technology, we give breeders access to double haploid plants. For breeders this improves substantially time to market and lowers research costs for a new plant variety.
In the future we will complement the Double Haploid services with Gene Editing in microspores to improve plant properties for healthier food.
In the future we will complement the Double Haploid services with Gene Editing in microspores to improve plant properties for healthier food.
ScreenSYS reinvents doubled-haploid technology to overcome recalcitrance in plants and we will utilize cutting edge gene editing approaches to improve plant properties
ScreenSYS reinvents doubled-haploid technology to overcome recalcitrance in plants and we will utilize cutting edge gene editing approaches to improve plant properties
ScreenSYS is developing and commercialing innovative plant cell technologies to create haploid crops, fruits and vegetables which are currently recalcitrant. We are unique in combining tissue culture expertise with sophisticated microscope technology and algorithms for image analysis to predict cell fate.
ScreenSYS is developing and commercialing innovative plant cell technologies to create haploid crops, fruits and vegetables which are currently recalcitrant. We are unique in combining tissue culture expertise with sophisticated microscope technology and algorithms for image analysis to predict cell fate.
We quickly identify haploid microspores and reprogram them utilizing our chemical library. The reprogrammed microspores then efficiently and directly grow to haploid embryos. We select these embryos, double their genome and grow them to double haploid plantlets to support breeders with improved plant varieties worldwide.
We quickly identify haploid microspores and reprogram them utilizing our chemical library. The reprogrammed microspores then efficiently and directly grow to haploid embryos. We select these embryos, double their genome and grow them to double haploid plantlets to support breeders with improved plant varieties worldwide.
By leveraging our cell handling know how in combination with the predictive image analysis technology, we give breeders access to double haploid plants. For breeders this improves substantially time to market and lowers research costs for a new plant variety.
By leveraging our cell handling know how in combination with the predictive image analysis technology, we give breeders access to double haploid plants. For breeders this improves substantially time to market and lowers research costs for a new plant variety.
In the future we will complement the Double Haploid services with Gene Editing in microspores to improve plant properties for healthier food.
In the future we will complement the Double Haploid services with Gene Editing in microspores to improve plant properties for healthier food.
