Read on Business Wire Click here MOSHAV YASHRESH, Israel & NESS ZIONA, Israel–(BUSINESS WIRE)–NRGene (TASE:NRGN) and Philoseed announce a major milestone in the development of high resistant tomato varieties to overcome the tomato brown rugose fruit virus – ToBRFV. This advance encompasses the discovery of a unique region in the tomato genome, essential to the tomatoes’ resistance to […]
As part of the general breeding efforts for tomato disease resistances in general, and for the ToBRFV in particular, Philoseed breeders are performing field infection tests of young seedlings followed by observations for the disease symptom of each plant.
Tomato Breeding – Disease Resistances Read More »
Philoseed Is Progressing With Its Breeding Activities Toward High Resistant Tomato Hybrids For Tomato Brown Rugose Fruit Virus – ToBRFV. The Breeding For The High Resistance Is Assisted By Molecular Tools Developed By NRGene.
ToBRFV Resistant Vs. Susceptible Read More »
Philoseed launched Hybla tomato variety in Spain and Italy
Philoseed launched Hybla tomato variety in Spain and Italy Read More »
Philoseed continues to map the ToBRFV resistance in collaboration with NRgene.
Philoseed continues to map the ToBRFV resistance Read More »
Read On Seed World As Tomato Brown Rugose Fruit Virus infects tomato and pepper plants across the globe, seed companies are working on breeding a resistant tomato. Thousands of years ago, when farmers in South America began domesticating tomato’s wild ancestors, Solanum pimpinellifolium, they were working with weedy-looking plants that produced small albeit intensely flavored fruit.
Better Defense for Better Tomatoes Read More »
Read on Seed World NRGene and Philoseed are pleased to announce their collaboration for DNA marker based Tomato Brown Rugose Fruit Virus (ToBRFV) trait integration using NRGene’s genomic technology. The identified tomato resistance source for ToBRFVby Philoseed (patent filed) will be mapped using an ultra density genetic map. A set of DNA markers covering the
Philoseed and NRGene Collaborate to Create Varieties Resistant to ToBRFV Read More »
