When the Golgi apparatus glycosylates a protein with the mannose-6-phosphate tag, this tag serves as a label for which of the following eukaryotic cell destinations? the mitochondria the lysosome the peroxisome the nucleus the chloroplast

When a friend falls to the floor after drinking too much alcohol the organelle that will best help them to detoxify will be O lysosomes smooth endoplasmic reticulum O mitochondrion Golgi apparatus O centrosomes

Since prokaryotes don't have microtubules, how does intracellular movement occur? For an example, how do proteins move to their designaed area within a prokaryote? Also, since they do not have a golgi apparatus, how are proteins processed and distrubuted thorughout the cell? Is the DNA different in prokaryotes that give it different instructions than what you would see in eukaryotes? Please help me understand this a bit more. Thank you.   I'm not sure why Bartlby is saying my question looks like a graded assignment question. I guess I sound too professional lol

If cells are treated with colchicine, a drug that promotes microtubule disassembly, the location of the ER and Golgi both change dramatically.  Rather than being spread out quite widely through the cytoplasm, the ER appears to collapse into the area near the nucleus. (Recall that the ER membrane and the outer nuclear envelope are continuous with one another). In contrast, the Golgi stacks disperse from their usually more compact, central location to areas all over the cell. However, if colchicine is removed, and microtubules are allowed to reassemble, both organelles eventually return to their normal distribution in the cells. How do you account for the change in distribution of the ER & Golgi when microtubules are depolymerized? What protein(s), other than tubulins, allow normal cellular organization to be restored once colchicine is removed? (answer should include information to explain both the ER & Golgi)