11 articles tagged with "cell biology"
A new nanotube injector facilitates the safe transfer of cytoplasmic contents between living cells, which is essential for tissue development and repair processes.
Chemotherapy drugs have been shown to significantly damage RNA, which is vital for protein synthesis and gene expression. This damage has implications for cancer treatment strategies.
A recent study leverages supercomputing to analyze spliceosome movements in a two-million-atom model of human cells, highlighting significant implications for computational biology.
Researchers at the Indian Institute of Science have developed magnetic microbots aimed at improving the movement of quantum sensors within the viscous environment of living cells.
Research from the University of Cincinnati reveals critical interactions between organelles, impacting cellular digestion processes and overall cellular function.
Research highlights the role of irreversible processes in gene transcription within living cells, emphasizing their nature as nonequilibrium systems.
RIKEN researchers have developed a laser-based system capable of fabricating mesh-like structures that simulate cell cytoskeletons, enhancing protein interaction studies.
A recent study highlights the mechanisms by which cells regulate microRNA lifespan, a critical factor in gene expression management.
Recent findings indicate that cells can sense their environment from a distance greater than previously understood, which could have significant implications for cancer metastasis.
A recent study from Umeå University published in Science Advances reveals potential flaws in the prevailing model of cellular identity retention.
Recent research employs machine learning to analyze the three-dimensional organization of the genome, aiming to identify critical regulators of gene expression and cell identity.