MC Questions 21 – 31 A. UTP or UDP or PLP (vitam…
MC Questions 21 – 31 A. UTP or UDP or PLP (vitamin B6) F. NADP+/NADPH or Transaminase or Carnitine B. ATP/ADP or Biotin G. FAD/FADH2 or Mutase or CO2 or HCO3- C. ATP/AMP or Phosphatase or Fumarate H. Pi or 2Pi (phosphate) or Synthase or Citrate D. GTP/GDP or Kinase or Glutamate I. H2O or Urea or Phosphorylase E. NAD+/NADH or Dehydrogenase or
Read DetailsUpload an image of your drawing. The role of lactate (CH3CH(…
Upload an image of your drawing. The role of lactate (CH3CH(OH)CO2-) in metabolism was reevaluated in a review article on lactate metabolism by L. B. Gladden in J Physiol 558: (2004) pp 5-30. The paragraph to the below is from the article. La- is lactate. One of the proposed metabolic roles of lactate involves a metabolite shuttle between two types of cells within the brain. Glu is the primary excitatory neurotransmitter in the brain. The proposed shuttle system is shown in an illustration from the above-mentioned article and depicts, among other things, the recycling of Glu. La- is lactate, Pyr is pyruvate, AAT is alanine amino transferase, 2-oxoglu (2-oxoglutamate) is another name for a-ketoglutarate, GDH is glutamate dehydrogenase, LDH is lactate dehydrogenase One of the reactions shown in the diagram is the conversion of Glu to Gln. Draw out this reaction. Include the structures of the substrate and product and as well as, the key intermediate structure in the reaction, along with any cofactors or co-reactants required for the reaction. (2 pts.)
Read DetailsMC Questions 32 – 44 A. UTP or UDP or PLP (vitam…
MC Questions 32 – 44 A. UTP or UDP or PLP (vitamin B6) F. NADP+/NADPH or Transaminase or Carnitine B. ATP/ADP or Biotin G. FAD/FADH2 or Mutase or CO2 or HCO3- C. ATP/AMP or Phosphatase or Fumarate H. Pi or 2Pi (phosphate) or Synthase or Citrate D. GTP/GDP or Kinase or Glutamate I. H2O or Urea or Phosphorylase E. NAD+/NADH or Dehydrogenase or
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