Excited to share our latest research on ‘Fuji’ apples in Nature Communications! We present a fully phased genome assembly, develop a diploid genome-based somatic variant detection pipeline, and identify a variant associated with the spur-type varieties. https://t.co/1DvfSKwOZk
We are pleased to announce our new partnership with @MDPIOpenAccess that will see 10 of MDPI’s journals benefit from an enhanced presence on ResearchGate through our innovative Journal Home offering.
Stressed plants emit airborne sounds that can be detected from over a meter away.
Lilach Hadany @YovelBatLab@TelAvivUni
Learn more in @CellCellPress: https://t.co/Xxp19bcY0h
okay so AI can literally read our minds now.
a team from osaka was able to reconstruct visual images from mri scan data using stable diffusion.
first row is the image presented to the test subject, second row is the reconstructed image from mri data.
wild.
Release of DeepConsensus v1.2
12% faster runtime
Added maize to training data: improves Q30 yield of maize (189% -> 193%). Slight (+~1%) increase in human Q30 yield
Uncapped output base qualities allowing QV >40
New doc on base quality calibration
https://t.co/kvst17Hc6q
Recognizing The Plant Cell author Jiangping Mao https://t.co/lhRaimaMmB first author of "Cytokinin-responsive MdTCP17 interacts with MdWOX11 to repress adventitious root primordium formation in apple rootstocks" @ASPB#WeAreASPB
Ha, clever idea! Grafting & mobile CRISPR for genome editing in plants. An unmodified shoot is grafted onto roots containing a mobile CRISPR/Cas9 moving from root to shoot. There it edits the plant DNA but leaves no trace of itself in the next gen! Voilà! https://t.co/XsSa8urteH
New Teaching Tool, “Plants and Python: a series of lessons in coding, plant biology, computation, and bioinformatics”. In English & Spanish! https://t.co/9YQaJlaWsO
@bob_vanburen @danielhchitwood @IamSomnya