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Nuclear Pore

2 GoKawiil briefs on this topic

Study maps how sugar tags and importins keep nuclear pore barrier fluid

Researchers engineered a U-2 OS cell line with a fluorescently tagged nucleoporin (NUP96-mEGFP) and a doxycycline-inducible importin-β construct to study the nuclear pore complex's FG-repeat barrier in live cells. Using MINFLUX super-resolution imaging after inducing importin-β expression, they examined how glycosylation and importin binding affect the physical state of this barrier, which controls molecular traffic into and out of the nucleus.

Study finds nuclear pore barrier proteins behave like liquids

Researchers studying the nuclear pore complex, the structure that controls molecular traffic in and out of a cell's nucleus, found that the disordered proteins forming its selective barrier move and behave like a liquid. This fluid-like motion appears to underlie how the pore filters which molecules can pass through it. The finding was published in Nature.