Happy to share my latest #research@FrontPlantSci done at @MolecPlantBreed@ETH_en. We fine-mapped a locus conferring self-compatibility to perennial #ryegrass at high resolution and identified candidate #genes. Thanks to all collaborators involved! https://t.co/07fwjnYKDB
Really excited to unveil https://t.co/3DKXXBuxFD, an interactive playground for learning bioinformatics command-line tools like bedtools, bowtie2, and samtools (and more to come!) 🧑💻 🧬
Thanks to @aaronquinlan, @BenLangmead, and @mike_schatz for feedback and tutorial ideas.
.@druncie & I will be hiring two postdocs to work on a collaborative project on methods & application of environmental GWAS in plants using simulations, modeling, & boatloads of empirical data. Formal job ad hopefully in a month, but please RT & get in touch now if interested!
1/Folks with mainly biology training sometimes ask me for resources that can help them learn bioinformatics. This short thread has my recommendations at various levels.
Happy to share my review #paper published in @annbot! We reviewed #self-compatibility in outcrossing #grasses and discussed its great potential to change the way we improve the most important forage #crops worldwide. Thanks to all co-authors! https://t.co/U0hrAmGnmY
Very happy to announce that I accepted the position of Associate Director at Rod Wing's Arizona Genomics Institute! 🌾🧬🌿
I am looking forward to support this group of dedicated and talented scientist...
@10BPQ_Oryza@UAPacbioServCen @UArizonaCALS @uarizona
Game changer - Single-base 'genome editing' without transformation. Mutagenesis and digital PCR of very large pooled mutant populations identifies desired allele edits in barley. From the @Carlsberg lab: https://t.co/cmvxOLPNkh