Publications by authors named "K Niimura"

Article Synopsis
  • - The study focuses on understanding how HIV-1 latency is established and maintained, which is crucial for targeting the virus effectively.
  • - Researchers introduced a new model called HIV-Timer of cell kinetics and activity (HIV-Tocky) that uses dual fluorescence to track HIV provirus silencing and reactivation, allowing for a better analysis of latent HIV populations.
  • - The HIV-Tocky model distinguishes between two types of latent cells: those that are directly latent and those that have recently silenced, thereby enhancing our understanding of HIV reservoirs and potential treatment strategies to eliminate the virus.
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RASSF6 is a member of the tumor suppressor Ras association domain family (RASSF) proteins. We have reported using human cancer cell lines that RASSF6 induces apoptosis and cell cycle arrest via p53 and plays tumor suppressive roles. In this study, we generated Rassf6 knockout mice by CRISPR/Cas technology.

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Fluid dynamics, resulting from the macroscopic mechanical rotation of either a rotary evaporator or a magnetic stirrer, has been shown to selectively induce one of two enantiomers (mirror-image structures) in certain nanoscale supramolecules. As an alternative to giving a chiral twist to synthesized supramolecules or polymers, it is a challenge to reproducibly prepare chiral species by only using macroscopic mechanical rotations. Demonstrated here is a highly reproducible method for rotary-evaporation-induced enantioselective H-aggregation of achiral phthalocyanines.

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Two patients who could not take normal lithotomy position, one by fixation of the right hip joint due to coxitis, and the other by cerebral palsy, underwent transurethral resection of the prostate under perineal external urethrotomy. The perineal wound was closed and urethral catheter was inserted via the external urethral meatus. Postoperative course was uneventful for both patients.

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Background: Applying more than one clip for a complicated-shaped aneurysm is an established strategy, particularly for middle cerebral arteries (MCA). However, obliterating the cleft of the internal elastic lamina with a single clip is theoretically possible because the line is usually on a single plane. Crankshaft clips were reformed for that purpose decades ago, but are not widely used and have been described in almost no report ever since.

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