Most important is that it can secrete proteins<span>. </span>Protein<span> is </span>made<span> by rough ER, chemically modified and </span>packaged<span> in the membrane and then vesicles move into the plasma membrane, fuse with it, and then release the contents</span>inside<span>.</span><span>,and budded of from the Golgi, or </span>made<span> by the ER.</span>
Since you forgot to attach the picture that supports your question, it is not very clear. But according to the given data, It seems like she has at least one recessive color blindness allele. I've found the pic that represents the idea of your task, if you have the same, I recommend you to use C to give the answer.
The control of blood glucose is mainly made by a negative feedback loop linked with the hormones insulin and glucagon, where the insulin is in charge of effectively lowering the blood glucose levels. We can divide the process of control of the blood glucose homeostasis in some events, being those events:
1 - The stimuli - when the body receives sugars from the food the glucose levels in the blood rises;
2 - Beta cells - the stimuli is receive by the control center of the levels of blood glucose (pancreas), and the Beta cells of the pancreas releases insulin into the blood;
3 - Insulin function - the insulin takes the glucose that is free in the blood to the liver (takes up glucose and stores it as glucagon) and to body cells, making the blood levels of glucose to decline;
Homeostasis = blood glucose 90mg/mL.
4 - The stimuli - when blood glucose level falls, after some time before meals and physical activities;
5 - Alpha cells - the stimuli is receive by the control center of the levels of blood glucose (pancreas), and the Alpha cells of the pancreas releases glucagon;
6 - Glucagon function - the glucagon released by the pancreas goes to the liver and promote the break of glycogen molecules, it causes the release of glucose into the blood, since glycogen is a reserve of glucose of animals, the blood glucose level rises;
Homeostasis = blood glucose 90mg/mL.
