One single ONT PromethION flowcell produced 90Gb data and resulted in a genome assembly with N50 at 140Mb. Impressive. I'm sure it is still far away from its optimal ability.
I am looking for a postdoc to work on maize and wheat transcriptomics and metabolomics at the population scale. Feel free to reach out with any questions or to discuss project details!
https://t.co/Ps86axIHbZ
I am looking for a postdoc to work on maize and wheat transcriptomics and metabolomics at the population scale. Feel free to reach out with any questions or to discuss project details!
https://t.co/Ps86axIHbZ
#EarlyViewAlert👁🗨Nonphotochemical quenching kinetics GWAS in sorghum identifies genes that may play conserved roles in maize and Arabidopsis thaliana photoprotection https://t.co/KzAp7QaYzk 🌽🌾
A work by @SahaySeema47, @NikeeShrestha2, @szintri et al @UNLincoln
Using autoencoders -- an unsupervised ML approach -- to derive plant traits from hyperspectral reflectance data. Potentially bypasses the need for extensive labeled datasets. Big thank you to lead author @tross_michael and our @aii4ra collaborators. https://t.co/ouuAaKF6TG
Very impressed with my first experience publishing in @JPlantPhysiol. Knowledgeable and thoughtful reviews and only 10 days from "it's accepted!" to the complete journal formatted PDF up online. Five stars. Would submit again. https://t.co/Bl9eEXll4p
In a new paper in @NaturePlants we IDed a mechanism how the host plant genotype (🌽) contributes to the recruitment of its root microbiome. We identified a 🌽 gene that modulates lateral root density by regulating the abundance of specific bacteria under N-deficiency in soil. 1/2
Our resequencing for a common maize genetic marker dataset paper selected as a MaizeGDB Editorial Board pick! Specifically calls out how this enable "remixing and reuse" of genetic and phenotypic trait data. 😀@MarcinGrzy@ThePlantJournal https://t.co/3WmOY1jH7q
Our first inking that something might be amiss with the accepted story of maize origins occurred 13 years ago. Thanks to the efforts of @NingYang9 those hints from long ago are now a new model of maize origins, out today: https://t.co/Zg9szjMIrt
Genetically controlled differences between how photosynthesis changes in different corn plants stressed by a lack of nitrogen. New preprint from @SahaySeema47 @grzybowski@MarcinGrzy & @Glowacka_Lab. https://t.co/FHJuPIIs8d
@Glowacka_Lab@MarcinGrzy @SahaySeema47 @ScottSchrage: You folks made page 3 of the print edition of the York News Times. Which may be one of the most ingenious names for a newspaper ever.
Genetic control of photoprotection and photosystem II operating efficiency in plants
Sahay et al. @Glowacka_Lab@szintri@UNL_PSI@UNL_Biochem
📖https://t.co/nn3pyrMZ6N
Happy to see this paper on hybrid allele-specific chromatin binding sequencing (HASCh-seq), to which I made a small contribution, is finally out. https://t.co/6eSrT8QtCr
A natural surge protector buffers the delicate photosynthetic systems of corn against sudden changes in light intensity. Can we use existing genetic diversity to fine tune that surge protector? Congratulations @SahaySeema47 & @MarcinGrzy! https://t.co/LOfw4tGbHO
SEB invites you to read the March 2023 Editor Choice: "A Common Resequencing-Based Genetic Marker Dataset for Global Maize Diversity" showcased by the brilliant @GwenKirschner, from @ThePlantJournal🌱
Read now ⬇️
https://t.co/phDq08nA6z
Happy reading