Tokyo University of ScienceOne-Step Synthesis of Pharmaceutical Building Blocks: New Method for anti-Michael ReactionResearchers have finally achieved the difficult anti-Michael reaction for α-substituted carbonyl compounds, using a palladium-based…Jul 11Jul 11
Tokyo University of ScienceNew Insights into Antihistamine Binding Could Lead to More Effective TreatmentsResearchers investigate why geometric variants of a small molecule drug have markedly different efficaciesJul 1Jul 1
Tokyo University of ScienceTowards Cleaner Energy: Breakthrough in Anode Electrode Materials for Proton Conducting Solid Oxide…Researchers unveil a new perovskite-based anode material with mixed hole–proton conduction to achieve high efficiency at low and medium…Jun 20Jun 20
Tokyo University of ScienceNew Study Reveals Promising Drug Target for Treating OsteoporosisResearchers identify a novel target downstream of parathyroid hormone signaling that suppresses bone formationJun 18Jun 18
Tokyo University of ScienceTowards Next-Gen Functional Materials: Direct Observation of Electron Transfer in SolidsResearchers have developed a new nanotube crystal that enables the direct observation of electron transfer in solidsJun 4Jun 4
Tokyo University of ScienceNew Study Reveals Key Protein that Could Help Prevent Excessive Bone Loss in OsteoporosisResearchers discover novel suppressive role of Ctdnep1 in osteoclast differentiation and bone resorptionMay 30May 30
Tokyo University of ScienceUnlocking Complex Sulfur Molecules: A Novel Approach for Synthesis of Functionalized Benzenethiol…Scientists develop a novel synthesis method for o-bromobenzenethiol equivalents from readily available aryne intermediatesMay 23May 23
Tokyo University of ScienceBioengineered Enzyme Creates Natural Vanillin from Plants in One StepResearchers develop an enzyme which can convert ferulic acid from plant waste into vanillin — the classic vanilla flavored compoundMay 16May 16
Tokyo University of ScienceFighting Fat and Inflammation: Scientists Develop Powerful New CompoundsResearchers synthesize multi-faceted menthyl esters and elucidate the underlying mechanism of action involving liver X receptorMay 151May 151
Tokyo University of ScienceGut Bacteria Metabolite Shows Promise of Fighting Inflammatory Bowel DiseaseStudy highlights the molecular mechanisms underlying the anti-inflammatory effects of gKetoC, a gut bacteria-generated linoleic acid…May 7May 7