Because of the aging society, people increasingly seize the attention on the implanted medical devices (IMDs) and embedded sensors such as pacemakers. Especially for the patients suffering from heart [...]
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Although increasing atmospheric CO2 levels will cause climate changes that pose serious risks to humanity, fossil fuels will evidently continue to be used for decades [1]. Large-scale carbon capture [...]
The energy consumption of buildings is expected to continue increasing and become an even greater challenge in the future. In particular, reducing energy consumption through air conditioning is crucia [...]
In today’s world situation, after so many twists and turns of covid-19, we may find that this storm will not stop easily. Therefore, masks will become a necessity of people’s lives for a l [...]
As the demand for electric power increases, it is an urgent issue to improve the performance of generators. Steam turbines are used in thermal, nuclear, and geothermal power generation, and their impo [...]
カルベンは反応性の高い化学種であり、それを反応に利用するカルベン移動反応では様々な有機合成が可能である。一方で、取り扱いが難しく環境負荷が大きい試薬の使用が問題点であった。本研究では、そのような試薬の代わりに水素から電子を取り出して反応に利用する新たなカルベン移動反応を提案する。将来的な目的物として、医薬品や天然物の有機物、精密合成による生成物などが考えられ、大きな社会的インパクトが期待される。
DNA mismatch repair (MMR) is a mutation avoidance system that post-replicatively corrects nucleotide misincorporation errors. However, eukaryotic genomes are wrapped around histones to be assembled in [...]
Animal cells such as Chinese hamster ovary (CHO) cells have been utilized as producer host cells for the production of pharmaceutical proteins. However, the culturing of these animal cells requires la [...]