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Complete the pathway below by writing the intermediate (I) name, pathway name (P) and enzyme (E) name.

Complete the pathway below by writing the intermediate (I) name, pathway name (P) and enzyme (E) name.

Biochemistry
Biochemistry
6th Edition
ISBN:9781305577206
Author:Reginald H. Garrett, Charles M. Grisham
Publisher:Reginald H. Garrett, Charles M. Grisham
Chapter19: The Tricarboxylic Acid Cycle
Section: Chapter Questions
Problem 1P: Radiolabeling with 14C-Glutamate Describe the labeling pattern that would result from the...
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Complete the pathway below by writing the intermediate (I) name, pathway name (P) and enzyme (E) name.

glucose-1-P 2.P N₁ 1.P giytogen 12. I (via substrate level phosphorylation) glucose + 3.1 pyruvate 6. I 4. P 5. E 9. P carbon dioxide ribose-5-P alanine HMG-CoA 7.1 bile salts, steroid hormones ETC ATP 8.1 10. I and 11. I
Transcribed Image Text:glucose-1-P 2.P N₁ 1.P giytogen 12. I (via substrate level phosphorylation) glucose + 3.1 pyruvate 6. I 4. P 5. E 9. P carbon dioxide ribose-5-P alanine HMG-CoA 7.1 bile salts, steroid hormones ETC ATP 8.1 10. I and 11. I
HOH Glycogen CH₂OH CYTOPLASM lactate (14 malate HO OH GLYCOGENOLYSIS GLYCOGEN SYNTHESIS GLUCONEOGENESIS NADPH NADR Asp CO₂ Arg oxaloacetate D₂C² malate NADH, FADH₂ H HO GLYCOLYSIS NAD* NADH ADP NADH NAD* HO- ATP oxaloacetate Glucose Glc-6P Fro-6P Frc-1,6-bisP Glyceraldehyde-3-P' 1,3-bisphosphoglycerate 3-phosphoglycerate Phosphoenolpyruvate pyruvate acety-CoA SCOA OH -OH NADP NADPH UQ UQH₂ Ala,Ser, Cys Gly, Thr, Trp AMINO ACID glucogenic DEGRADATION amino acids Leu, Lys keotgenic co₂ citrate "H₂NI H* cytoc³ cytoc OPO, CO₂ OH OH 6-P-gluconolactone 6-P-gluconate NADP PENTOSE PHOSPHATE SHUNT CO₂ CO₂ KREBS (TCA) CYCLE 10 CO MITOCHONDRIAL MATRIX NAD*, FAD a-ketoglutarate OH CO₂ succinate .CO₂ glutamate co₂ lle, Met, Val CO₂ OH co₂ UQ UQH₂ Proteins oxaloacetate citrate isocitrate a-ketoglutarate glutamine *H₂N Succinate FAD OH OH ribose-5-phosphate OPO OH OH OH NUCLEOTIDE SYNTHESIS MITOCHONRIAL FATTY ACID OXIDATION acetyl-CoA- other glucogenic amino acids Arg, Pro, His Fumarate FADH₂ NADP acetoacetate NADPH ketone bodies KETONE BODY SYNTHESIS H₂N :0 NADPH CO₂ %0₂ malonyl CoA HMG COA OH O H₂O CoA cytocs. TAG OXIDATION NADPH SCOA H₂C(H₂C)14 ADP +Pi OH mevalonate ATP R₂ triacylglyceride TAG SYNTHESIS -COA palmitoyl COA NADP FATTY ACID SYNTHSIS ISOPRENOID, STEROID SYNTHESIS OH isoprenoids steroids
Transcribed Image Text:HOH Glycogen CH₂OH CYTOPLASM lactate (14 malate HO OH GLYCOGENOLYSIS GLYCOGEN SYNTHESIS GLUCONEOGENESIS NADPH NADR Asp CO₂ Arg oxaloacetate D₂C² malate NADH, FADH₂ H HO GLYCOLYSIS NAD* NADH ADP NADH NAD* HO- ATP oxaloacetate Glucose Glc-6P Fro-6P Frc-1,6-bisP Glyceraldehyde-3-P' 1,3-bisphosphoglycerate 3-phosphoglycerate Phosphoenolpyruvate pyruvate acety-CoA SCOA OH -OH NADP NADPH UQ UQH₂ Ala,Ser, Cys Gly, Thr, Trp AMINO ACID glucogenic DEGRADATION amino acids Leu, Lys keotgenic co₂ citrate "H₂NI H* cytoc³ cytoc OPO, CO₂ OH OH 6-P-gluconolactone 6-P-gluconate NADP PENTOSE PHOSPHATE SHUNT CO₂ CO₂ KREBS (TCA) CYCLE 10 CO MITOCHONDRIAL MATRIX NAD*, FAD a-ketoglutarate OH CO₂ succinate .CO₂ glutamate co₂ lle, Met, Val CO₂ OH co₂ UQ UQH₂ Proteins oxaloacetate citrate isocitrate a-ketoglutarate glutamine *H₂N Succinate FAD OH OH ribose-5-phosphate OPO OH OH OH NUCLEOTIDE SYNTHESIS MITOCHONRIAL FATTY ACID OXIDATION acetyl-CoA- other glucogenic amino acids Arg, Pro, His Fumarate FADH₂ NADP acetoacetate NADPH ketone bodies KETONE BODY SYNTHESIS H₂N :0 NADPH CO₂ %0₂ malonyl CoA HMG COA OH O H₂O CoA cytocs. TAG OXIDATION NADPH SCOA H₂C(H₂C)14 ADP +Pi OH mevalonate ATP R₂ triacylglyceride TAG SYNTHESIS -COA palmitoyl COA NADP FATTY ACID SYNTHSIS ISOPRENOID, STEROID SYNTHESIS OH isoprenoids steroids
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