Name a specific protein that performs each of the functions…

Name a specific protein that performs each of the functions listed below. Carries oxygen through the blood: [blank1] Consumes oxygen during oxidative phosphorylation: [blank2] Accepts electrons from NADH in the ETC: [blank3] Accepts electrons from FADH2 in the ETC: [blank4] Regenerates the active form of glutathione: [blank5] Converts acetaldehyde to acetate: [blank6] Removes amide group from glutamine: [blank7] Catalyzes the following reaction [Ala + aKG Pyruvate + Glu]: [blank8] Marks proteins for degradation by proteasomes: [blank9] Incretin hormone that may suppress GLP1-induced vomiting: [blank10] Insulin sensitive glucose transporter: [blank11] Catalyzes the following reaction [Glu aKG + NH4]: [blank12] Senses intracellular ATP levels: [blank13] Structural protein of chylomicrons, VLDL & LDL (do not include #): [blank14] Stimulated by leucine, arginine and methionine: [blank15] Exchanges phosphates between ADP/ATP and creatine: [blank16]

Paragraph 2:  Hepatic de novo lipogenesis (DNL) during the f…

Paragraph 2:  Hepatic de novo lipogenesis (DNL) during the fed state. First, describe the hormonal and biochemical conditions that stimulate hepatic DNL.  Then, describe the process of hepatic DNL in terms of incoming circulating fuels and the inputs and outputs of specific metabolic pathways, including TCA cycle metabolites.   

For each of the hormones below, indicate the organ from whic…

For each of the hormones below, indicate the organ from which it originates and whether the signal tends to increase or decrease appetite (in the blanks). GLP-1 Source organ: [blank1] Effect on appetite: [blank2] Ghrelin Source organ: [blank3] Effect on appetite: [blank4] Leptin Source organ: [blank5] Effect on appetite: [blank6] CCK Source organ: [blank7] Effect on appetite: [blank8] Cytokines Source organ: [blank9] Effect on appetite: [blank10]