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#TokyoUniversityofScience has been ranked 3rd among private universities in Japan for research performance by @timeshighered. #TUS is also the top-ranked private Japanese university in terms of citations per faculty by #QSrankings. Read more here: ow.ly/tstI50GhCLt
Onnamides, compounds extracted from Okinawan marine sponges by Tokyo University of Science researchers, show promise as effective treatments for leishmaniasis, according to a study published in Marine Biotechnology.
A study from @J_A_C_S shows that using solid-state nuclear magnetic resonance spectroscopy, Tokyo University of Science scientists explore a unique phase of extremely confined water that combines ice-like order with liquid-like motion, advancing our knowledge of water physics.
A study published in Marine Biotechnology by Tokyo University of Science researchers reveals bioactive natural products from Okinawan sponges could become the basis for accessible, low-tacitly treatments for leishmaniasis, a widespread neglected tropical disease.
A novel @advancematerial study by TUS researchers shows that scandium doping can significantly improve cycling stability of layered sodium manganese oxide cathodes in sodium-ion batteries, potentially leading to next-generation sodium-ion batteries with long-life.
A recent @J_A_C_S study by Tokyo University of Science researchers reveals the hierarchical structure and solid-liquid behavior of water inside crystalline nanopores, which could lead to advancements in nanotechnology and energy storage.
In a recent @advancematerial study, TUS researchers show how scandium-doping can improve the cycling stability of layered sodium manganese oxide cathodes, representing a new paradigm for designing long-life, high-capacity sodium-ion batteries-suitable for commercial applications
In a study published in @PhysRevE, researchers from Tokyo University of Science find a way to infer causality relationships in neural spike trains, paving the way for a better understanding of brain networks.
In a study published in The Singapore Economic Review, researchers from Tokyo University of Science demonstrate that zero emissions and sustainable growth are compatible in developing countries reliant on foreign aid.
A recent @IEEEAccess study by TUS researchers show that using a new wide-band, high-sensitivity magnetic Barkhausen noise measurement system, the origin of excess eddy current loss in soft magnetic materials can be detected, paving the way for highly efficient power electronics.
In a study published in Cogent Education, TUS researchers introduce a new instrument that sheds light on English Learning strategies among Japanese STEM students.
A recent @ACS_Langmuir study from Tokyo University of Science shows how sucrose monolaurate can protect enzymes in sweat sensors in acidic conditions, paving the way for more durable lactic acid monitoring in sports and health.
New study published in @jbiolchem by scientists from TUS shows polyamines promote cancer by boosting eIF5A2 production and altering ribosomal protein synthesis, thus explaining their paradoxical role in aging and oncology.
In a recent @PhysRevE study, researchers from Tokyo University of Science developed method to detect causality in neural spike trains, advancing our understanding of brain connectivity and brain networks.
Tokyo University of Science researchers show how foreign aid, clean tech, and tax policies can enable developing countries to achieve zero emissions while sustaining economic growth.
In a recent @IEEEAccess study, Tokyo University of Science researchers developed a novel magnetic Barkhausen noise measurement system with a wide-band coverage and high-sensitivity and clarified the origin of excess eddy current loss in soft magnetic materials.
TUS researchers develop a culturally relevant tool to analyze Language Learning strategies, revealing insights into how STEM students in Japan approach English learning.
In a new @ACS_Langmuir study, TUS researchers used sucrose monolaurate to protect lactate oxidase in wearable sweat sensors, retaining close to 80% enzyme activity at pH 5.0 vs 50% with conventional stabilizers.
In a recent @jbiolchem study, researchers from TUS uncover how polyamines, which promote healthy aging, can increase cancer risk by activating the protein eIF5A2, opening new paths for targeted cancer therapy.
A novel study from @J_A_C_S, our researchers present a novel elemental substitution strategy for compositionally strict intermetallic compounds. This finding allows precise tuning of magnetic properties and the design of next generation high performance magnetocaloric materials.
In a recent @J_A_C_S study, Tokyo University of Science researchers unlock a novel approach called “double hetero-valent elemental substitution” to turn the stoichiometric spin-glass compound into a non-stoichiometric ferromagnetic material with giant magnetocaloric response.
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