Can someone please help me? This is due at 11:59 tonight and I'm struggling so hard with it. (The picture will be added in the comments)

Assume that ALL other pathways are functioning normally. This interesting way to look at the TCA cycle. What are the consequences if each mini-cycle (A or B) runs independently? Explain your reasoning seperately for each one. For this part you need to consider ALL of the pathways we have talked about and how one mini cycle or the other might affect them. In particular, you need to discuss the effects on glucose, lipids and protein synthesis (continued belo

Question

Can someone please help me? This is due at 11:59 tonight and I'm struggling so hard with it. (The picture will be added in the comments)

Assume that ALL other pathways are functioning normally. This interesting way to look at the TCA cycle. What are the consequences if each mini-cycle (A or B) runs independently? Explain your reasoning seperately for each one. For this part you need to consider ALL of the pathways we have talked about and how one mini cycle or the other might affect them. In particular, you need to discuss the effects on glucose, lipids and protein synthesis (continued belo

elfqueen · Answer

and degradation (including the urea cycle). Are there any problems that may arise with one or the other cycle by itself? Since insulin and glucagon regulate glucose concentration, FA concentration and the Urea Cycle, how is this regulation effected by this mini-cycle? Explain your reasoning with specific examples and details. Picture: https://www.researchgate.net/profile/Dominique_Chretien/publication/13920276/figure/fig2/AS:282443551657990 @1444351198674/Fig-2-Model-for-a-functional-splitting-of-the-Krebs-cycle-reactions-into-complementary.png

elfqueen · Answer

https://www.researchgate.net/profile/Dominique_Chretien/publication/13920276/figure/fig2/AS:282443551657990 @1444351198674/Fig-2-Model-for-a-functional-splitting-of-the-Krebs-cycle-reactions-into-complementary.png