Transcription-dependent mobility of single genes and genome-wide motions in live human cells. Nature Communications , 2024; 15 (1) DOI: 10.1038/s41467-024-51149-4 Cite This Page : ...

Understanding the mechanics behind transcription-dependent motions of single genes in the nucleus might be critical for understanding the human genome in health and disease." ...

In addition to exporting materials out of the nucleus, the protein, called Exportin-1 (also called Xpo1 or Crm1), seems to play a role in promoting gene transcription, the process that creates RNA ...

Understanding the mechanics behind transcription-dependent motions of single genes in the nucleus might be critical for understanding the human genome in health and disease.” ...

With this in mind, Zidovska and her colleagues focused on RNA polymerase II—responsible for the transcription and one of the most abundant molecular motors in the cell nucleus.

Scientists create smart cells that administer automatic treatments from inside the human body, reacting within seconds to ...

In addition to exporting materials out of the nucleus, the protein, called Exportin-1 (also called Xpo1 or Crm1), seems to play a role in promoting gene transcription, the process that creates RNA ...

With this in mind, Zidovska and her colleagues focused on RNA polymerase II—responsible for the transcription and one of the most abundant molecular motors in the cell nucleus.

T-bet is a transcription factor, one of the control proteins in the cell nucleus that can turn specific groups of genes on ...

Around 2 m (six and a half feet) of DNA that make up the human genome are contained within a nucleus that is only 10 micrometers in diameter, which is 100,000 times smaller than the DNA's length.