研究者詳細 細川 正人 経歴と役職
研究者詳細 – 細川 正人
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Category: Single-cell Biology
研究者詳細 – 細川 正人
Transforming Single-Cell Sequencing with Reference-Free Discovery
In the dynamic realm of single cell RNA sequencing (scRNA seq), researchers are continuously expanding the horizons of cellular transcriptome analysis.
Understanding the Unique Molecular Identity of Vestibular Kinocilia
The study of vestibular kinocilia has gained significant attention due to their distinctive structural and functional characteristics that bridge the
Insights into Chromatin Dynamics and Gene Expression in Early Zebrafish Development
In early embryonic development, understanding the interplay between chromatin state and gene expression is essential for unraveling the mechanisms that
The Success of the 4th International Conference on Single-Cell and Spatial Omics in Beijing
The 4th International Conference on Single Cell and Spatial Omics (TICSSO 4) took place from March 28 to 30, 2026, in Beijing, marking a significant
AIMBE Honors Daniel T. Chiu for Innovations in Cytometry and Biomedical Engineering
The American Institute for Medical and Biological Engineering (AIMBE) has recognized exceptional contributions in the fields of medical and biological
Lightcast Secures $27 Million to Propel Single-Cell Analysis Innovation
The biotech landscape is witnessing a significant advancement with Lightcast’s recent funding round. This pioneering company, which specializes in
Breakthrough in Cognition: A Brainless Cell Exhibits Learning Abilities
A remarkable discovery in the field of biology reveals that a single celled organism can exhibit a form of learning previously thought to be exclusive to
Advancements in Transcriptomics and Their Implications
The field of transcriptomics has seen remarkable advancements that enhance our understanding of cellular mechanisms and disease pathology. By measuring
Revolutionary Microscope Reveals 3D Blood Flow and Oxygenation in the Brain
The intricate web of the brain’s microvasculature plays a crucial role in delivering essential oxygen and nutrients to neurons. Traditional imaging