RT @PotatoHutton: Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this res…
RT @PotatoHutton: Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this res…
RT @PotatoHutton: Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this res…
RT @PotatoHutton: Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this res…
RT @PotatoHutton: Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this res…
RT @PotatoHutton: Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this res…
Great to see new late blight resistant potato varieties emerging. Efforts at @PotatoHutton @HuttonCMS compliment this research and have identified new resistances against late blight in wild species https://t.co/Z1zZm2lk3P
RT @TheorApplGenet: A broad-spectrum late blight disease-resistance gene from Solanum verrucosum mapped to potato chromosome 9: https://t.c…
RT @TheorApplGenet: A broad-spectrum late blight disease-resistance gene from Solanum verrucosum mapped to potato chromosome 9: https://t.c…
RT @TheorApplGenet: A broad-spectrum late blight disease-resistance gene from Solanum verrucosum mapped to potato chromosome 9: https://t.c…
A broad-spectrum late blight disease-resistance gene from Solanum verrucosum mapped to potato chromosome 9: https://t.co/sWfus3sB0r https://t.co/oCgGcd25Tu
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @HuttonCMS: Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species So…
RT @HuttonCMS: Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species So…
RT @HuttonCMS: Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species So…
RT @HuttonCMS: Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species So…
RT @HuttonCMS: Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species So…
RT @HuttonCMS: Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species So…
Identification and rapid mapping of a gene conferring broad-spectrum late blight resistance in the diploid potato species Solanum verrucosum through DNA capture technologies https://t.co/XNjuRsdDNT @JamesHuttonInst @SRUC @UoDLifeSciences @Columbia @Monsant
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
Excellent paper by a friend and colleague, Info Heinrich. Some innovative applications of molecular biology technologies. https://t.co/P6C3UiPLdn
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild potato species: https://t.co/10t7ZIwQ9Y @CropWildRelativ https://t.co/a3w487ezyA
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
The route for combining Sarpo Mira chromosome 9 resistance (RpiR8) through Marker Assisted Selection with Verrucosum chromosome 9 resistance is open now. Nice stack for breeding? https://t.co/jKHzYzpvo8
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild potato species: https://t.co/10t7ZIwQ9Y @CropWildRelativ https://t.co/VPDtcpvb4j
RT @AnkaraAgri: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild pota…
New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild potato species: https://t.co/IQvE5quSmk 👇🏻
RT @JamesHuttonInst: Work by @PotatoHutton @HuttonCMS @UoDLifeSciences scientists with partners in US/UK explores new ways of using genetic…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild potato species: https://t.co/10t7ZIwQ9Y @AgroBioDiverse https://t.co/sPzRdC2Mc5
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
Work by @PotatoHutton @HuttonCMS @UoDLifeSciences scientists with partners in US/UK explores new ways of using genetic tools to map disease-resistance genes in wild #potato #LeadingIdeas #ScotScience https://t.co/dITkGj7M4a
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
RT @TheorApplGenet: New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild…
New genetic tools, GenSeq and RenSeq, provide a robust and cost-effective means to exploit natural resistances in wild potato species: https://t.co/10t7ZIwQ9Y @CropWildRelativ https://t.co/CEI93EbRM9