Add labels to the figure that follows, which illustrates the endo...

Question

Add labels to the figure that follows, which illustrates the endosymbiotic hypothesis.

Accepted Answer

Hello everyone. And in today's video we have to follow in problem. So the eukaryotic cells might have evolved when a large anaerobic um avoid precarious ingested a small aerobic bacteria and stabilize them instead of digesting them. This idea is called and sort of giving certain hypothesis that we need to select it from. So let's visualize what is happening here. We have a very large anaerobic um avoid precarious. This precarious ingested a small aerobic bacteria. This aerobic bacteria is able to perform cellular respiration is the entire process of the electron transport chain which allows it to produce a lot of ADP. Now instead of digesting this bacteria these per carry. It was allowed to or just developed a symbiotic relationship with it instead of digesting them or instead of using it for energy. And now these large bacteria or these anaerobic bacteria is able to obtain a T. P. From the Arabic bacteria that we see here. And these aerobic bacteria is able to obtain nutrients and shelter from the bigger per carry it. So this is how this symbiotic bacteria or just this symbiotic relationship takes place now since this bacteria is located inside of the larger precarious another word for this inside or a prefix for it is and so this is an endo symbiotic relationship and looking at our answer choices, answer choice C we see that the endosymbiont hypothesis is going to be the hypothesis explaining you carry it's arising from a park area that ingested a small bacteria that was able to perform this aerobic respiration. Or use the electron transport chain. And then this bacteria or this small Arabic bacteria, is able to provide a TP to the larger bacteria, transforming it into a your period. And so that is going to be the final answer to our question. I really hope this video helped you.

Watch next