Tokyo University of Science – Medium

Tokyo University of Science

Tokyo University of Science

Breakthrough in Micelle Technology for Effective Dye and Drug Dispersion

Well-defined core-shell block copolymer micelles improve dye solubilization and can pave the way for superior ink and dye formulations

5d ago

Breakthrough in Micelle Technology for Effective Dye and Drug Dispersion

5d ago

Tokyo University of Science

Aging Population: Public Willingness to Pay for Healthcare Hinges on Perceived Benefits and Risks

Researchers assess whether informing people about self-benefits from the healthcare system could increase health insurance contributions

Aug 28

Aging Population: Public Willingness to Pay for Healthcare Hinges on Perceived Benefits and Risks

Aug 28

Tokyo University of Science

Exploring the Role of Cytochrome Oxygenases in Augmenting Austocystin D-Mediated Cytotoxicity

Researchers employ genetic manipulation techniques to identify the role of cytochrome P450 oxygenases in the anticancer activity of…

Aug 27

Exploring the Role of Cytochrome Oxygenases in Augmenting Austocystin D-Mediated Cytotoxicity

Aug 27

Tokyo University of Science

From Fungi to Pharmaceuticals: A Milestone for the Production of Eutyscoparol A and Violaceoid C

The approach produces naturally occurring compounds violaceoid A and eutyscoparol C with potential antimalarial and antibacterial…

Aug 9

From Fungi to Pharmaceuticals: A Milestone for the Production of Eutyscoparol A and Violaceoid C

Aug 9

Tokyo University of Science

Breakthrough in Molecular Control: New Bioinspired Double Helix with Switchable Chirality

Scientists developed an artificial double-helical complexes that exhibits controllable chirality-switching properties

Aug 7

Breakthrough in Molecular Control: New Bioinspired Double Helix with Switchable Chirality

Aug 7

Tokyo University of Science

Breakthrough: Natural Bacteria Compound Offers Safe Skin Lightening

Scientists identify the compound that can inhibit the enzyme responsible for excess melanin accumulation in human skin and confirm its…

Aug 5

Breakthrough: Natural Bacteria Compound Offers Safe Skin Lightening

Aug 5

Tokyo University of Science

Breakthrough in Plant Disease: New Enzyme Could Lead to Anti-Bacterial Pesticides

Researchers uncover the crucial role of OpgD enzyme in enhancing Xanthomonas pathogenicity

Jul 31

Breakthrough in Plant Disease: New Enzyme Could Lead to Anti-Bacterial Pesticides

Jul 31

Tokyo University of Science

Breakthrough in Z-Alkene Synthesis: Scientists Develop Efficient and Sustainable Method

Researchers developed a new efficient method for Z-alkene synthesis using a recycling photoreactor

Jul 30

Breakthrough in Z-Alkene Synthesis: Scientists Develop Efficient and Sustainable Method

Jul 30

Tokyo University of Science

One-Step Synthesis of Pharmaceutical Building Blocks: New Method for anti-Michael Reaction

Researchers have finally achieved the difficult anti-Michael reaction for α-substituted carbonyl compounds, using a palladium-based…

Jul 11

One-Step Synthesis of Pharmaceutical Building Blocks: New Method for anti-Michael Reaction

Jul 11

Tokyo University of Science

New Insights into Antihistamine Binding Could Lead to More Effective Treatments

Researchers investigate why geometric variants of a small molecule drug have markedly different efficacies

Jul 1

New Insights into Antihistamine Binding Could Lead to More Effective Treatments

Jul 1

Tokyo University of Science

Tokyo University of Science

Tokyo University of Science (TUS) is one of the most well-known, respected, and the largest science-specialized private research universities in Japan.

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