Gurminder Singh
@Gurmnder_Singh
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PhD Candidate in Genomics and Bioinformatics, studying wheat-pathogen interactions @NDSU @FarisGenLab
Fargo, ND
Joined May 2018
Honored to present my work on wheat susceptibility to tan spot at the #IWGSC workshop @wheatgenome during #PAG32. A big thank you to IWGSC organizers for the opportunity and to everyone who attended. Looking forward to more great discussions!.
Gurminder Singh @Gurmnder_Singh #IWGSC workshop #PAG32 presenting his work on the molecular mechanisms underlying wheat susceptibility to tan spot.
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RT @SeedWorld_US: Inside every seed is a story of survival. 🌱.@NAPlantBreeders Borlaug Scholars Hannah Jeffery & Gurminder Singh are rethin….
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RT @PAU_LDH: Punjab Agricultural University, Ludhiana, founded to serve India’s food security goals, is now playing a parallel role i.e. pr….
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RT @FarisGenLab: Happy to provide tools for wheat breeders to efficiently remove the disease susceptibility gene Tsn1 from their materials.….
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RT @SeedWorldCAN: Two young scientists — @NerdGirl2424 & @Gurmnder_Singh — are redefining plant breeding. From cooking time to climate stre….
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RT @GeneticsGSA: Work from @CraigHCarlson lab @USDA_ARS examined the collection of spring oat landrace accessions to improve the current kn….
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RT @wheatgenome: 🌾Agnes Szabo-Hever @NDSU will reveal groundbreaking insights into how susceptibility genes interact with necrotrophic effe….
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RT @PlantDiseaseJ: Agnes Szabo-Hever et al. found novel Parastagonospora nodorum effector sensitivity loci in durum and hard red spring whe….
apsjournals.apsnet.org
Septoria nodorum blotch (SNB) is an important disease of both durum and hard red spring wheat (HRSW) worldwide. The disease is caused by the necrotrophic fungal pathogen Parastagonospora nodorum when...
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RT @BergumMolly: Thrilled to share our work on the putative neofunctionalization of an EXO70 clade unique to grasses and grass-like species….
biorxiv.org
EXO70s are uniquely expanded in land plants compared to all other eukaryotic lineages. The functional implications of this expansion and diversification on the conserved role of EXO70 as a subunit of...
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RT @kadian11pooja: I'm grateful to be part of this incredible paper! A big thank you to @acharya_krish87 for the invaluable learning, @Fari….
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RT @acharya_krish87: Excited to share our new paper on QTL mapping for BLS resistance in hexaploid wheat! A huge thanks to my co-authors an….
link.springer.com
Theoretical and Applied Genetics - Robust QTLs conferring resistance to bacterial leaf streak in wheat were mapped on chromosomes 3B and 5A from the variety Boost and on chromosome 7D from the...
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RT @FarisGenLab: Proud of this one from my postdoc @SudeshiS. Extensive characterization of the Snn1 susceptibility gene in #wheat and deve….
onlinelibrary.wiley.com
Alleles of the wheat Snn1 gene that confer septoria nodorum blotch susceptibility through direct interaction with the pathogen-produced necrotrophic effector SnTox1 arose through three point mutati...
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RT @SeedWorld_US: That's a wrap for the @NAPlantBreeders meeting in St. Louis! Great meeting with many great interviews and takeaways. Stay….
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RT @SeedWorld_US: Over 400 people are at the 2024 @NAPlantBreeders meeting in St. Louis! Biggest NAPB meeting ever. #napb2024
https://t.co/….
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RT @mzienkie: Congrats to this year's @NAPlantBreeders Borlaug and George Washington Carver Scholars! @NAPB_GSWG
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RT @swas_kaushal: From @PAU_LDH to @NAPlantBreeders, our shared passion for plant science weaves a thread that connects us all… It was grea….
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RT @SeedWorld_US: The 2024 @NAPlantBreeders/@NAPB_GSWG Borlaug and George Washington Carver Scholars! Over 30 scholars in total this year!….
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RT @biorxiv_genetic: Evolution, diversity, function, and marker-based elimination of the disease susceptibility gene Snn1 in wheat https:/….
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RT @FarisGenLab: #PAG31 is a wrap for the Faris Lab. Presented multiple talks and posters on genetics of tan spot, septoria nodorum, BLS, a….
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