Consider the events that lead to formation of the new nucleus at telophase. how do nuclear and cytosolic proteins become properly sorted so that the new nucleus contains nuclear proteins but not cytosolic proteins? how do you re-establish the ran-gtp concentration in the newly formed nucleus

The new nuclear envelope reassembles on the surface of the chromosomes, effectively preventing cytosolic proteins from being trapped between the chromosomes and the envelope. Cytosolic proteins are also excluded as clusters of chromosomes coalesce to form the complete nucleus. During this process nuclear pores are incorporated into the envelope. They permit selective import of nuclear proteins, causing the nucleus to expand while maintaining its characteristic protein composition. IMPORTANTLY, RanGEF is a protein that is bound to chromatin (review your Nuclear Transport notes). This means that RanGEF will travel with the chromosomes during mitosis and will be already INSIDE the newly formed nucleus in Telophase when the nuclear envelope surrounds the chromosomes. This allows the re-establishment of the Ran-GTP gradient across the nuclear envelope. RanGAP on the other hand, will be excluded from the newly formed nucleus.

Characteristic expected of mineral from lava at earth's surface

phaneritic textures in which phaner means visible so phaneritic textures are standard of impertinent volcanic rocks. these rocks crystallized gradually under the surface of earth. when the magma cools deliberately then the ores have chance to develop and produce long crystals.

Volcanoes make new rocks so not ahotspots are the the stuff that makes volcanoes mid atlantic ridge(mar cause i’m lazy) is a constructive plate boundary so it makes sense that new rocks would be found near it, also the mar is in the middle of the ocean so it fits the description deep ocean trench, umm, there’s no ocean trenches to where you’re goingso the mar is most likely the answeri wouldn’t trust me but hey why not