Research Highlights »2022 »2021 »2020 »2019 »2018 »2017 »2016 »2015 »2014 »2013 2016 Highly efficient genome engineering in flowering plants ~ Development of a rapid method to knockout genes in Arabidopsis thaliana ~ 2016-12-05 Live cell imaging of asymmetric cell division in fertilized plant cells ~ Insight into why leaves grow up and roots grow down in flowering plants ~ 2016-11-29 Three rings stop cell division in plants ~ Development of a triarylmethane compound for possible control of plant growth ~ 2016-11-25 Rapid synthesis towards optically active α-aminocarbonyl therapeutics ~ New catalytic asymmetric reaction directly installs amines into carbonyl compounds ~ 2016-11-22 Plant's POEM: "No need to fertilize, for increase in seed size" ~ Expectations for robust crop production under various environmental conditions ~ 2016-11-11 Live imaging to visualize the genomic sequences of plants ~ Changing the scissors of genetic editing to light ~ 2016-10-11 One-pot synthesis towards sulfur-based organic semiconductors ~ A short and simple synthetic route for thiophene-fused aromatic compounds ~ 2016-09-12 Unlocking the mystery on how plant leaves grow their teeth ~ Discovery of EPFL2 peptide (key) and its receptor (lock) that make zigzag edges on leaves ~ 2016-09-02 "Helix-to-Tube", a simple strategy to synthesize covalent organic nanotubes ~ Making mechanically strong nanotubes with light ~ 2016-08-30 AMOR, a love potion for plant fertilization ~Discovery and synthesis of AMOR sugar chains that guide pollen tube growth~ 2016-04-08 Plant's morning calls to prepare for the night ~Discovery of clock genes in plants that regulate the circadian rhythm~ 2016-03-23 Where males sense females in plants ~Unraveling the unknown receptors and mechanism for fertilization in plants~ 2016-03-10 Small molecule slows down ticking of the biological clock ~Design principle of CRY clock protein acting compounds for regulation of the circadian clock~ 2016-02-08 « Back to Research Highlights Top ▲PAGE TOP