| Elucidation of specific diseases |
| Determining how cells can transport nutrients across cell membranes |
| Intracellular molecular accumulation |
| More efficient data processing for protein crystallography |
| Structure of heliorhodospin, a new photosensitive protein |
| Unattended and automated data collection for protein crystallography (MX) |
| Vitamin C and the absorption of dietary iron |
| Discovery of new drugs for neurodegenerative diseases |
| Mechanisms of transcription and its associated diseases |
| Understanding how we can sense taste |
| Understanding the cause of neuro-developmental disorders |
| Research on neuro-developmental disorders |
| O2-attack preventing mechanism of enzymes |
| Power control of the bacterial flagellar motor |
| New tools for life sciences |
| Suppressing carcinogenesis and radiation competency |
| Development of new genome-editing technologies |
| Mechanisms for various physiological responses |
| 環状ペプチド創薬の加速に期待 |
| 脂質受容体の新たな活性化機構を解明 |
| 「右手型」と「左手型」のかたちの分子を酵素が作り分ける仕組みを解明 |
| サブミクロンサイズの結晶から自動測定で構造解析 |
| 歯周病菌の5型線毛の構造と線毛形成の仕組みを解明 |
| How do pathogenic bacteria escape from heme toxicity in host bloods? |
| Toward the development of enzymes producing novel biopolymers |
| Elucidating the mechanism of ion current regulation by divalent cations |
| The structure of a key protein in an oxalate-degrading bacterium in the gut |
| Unveiling microtubule dynamics control at the atomic level |
| 3D structures of bacterial intramembrane proteases |
| Cell-free protein crystallization for structure determination |
| Developing methods to find different structural information from large amounts of diffraction data in protein crystallography |
| Structure of a protein using xanthophylls as light-harvesting antennas |
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| Rational design of therapeutic drugs |
| Critical clues for discovering new pharmaceutical drugs |
| A healthier stomach environment |
| New drugs for cancers |
| Development of new types of drugs to fight infectious disease |
| Eradication of bacterial infectious diseases |
| Development of medications for Parkinson’s disease |
| Development of antiviral drugs and vaccines |
| Activation mechanisms of the bacterial flagellar motor |
| Methods for transporting various drugs |
| New intercellular methods for drug delivery |
| New antibacterial drug targeting nitric oxide reductase |
| Development of new hypotensive drugs |
| 新型コロナウイルス感染症関連研究の支援 |
| 微小結晶からの高精度データ収集に最適な測定条件を提案 |
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| Basis for plant gene modification and artificial photosynthesis |
