Question

For each pair drawn below; a) Name each compound. (Indicate the name bentals om beneath the structure. b) Indicate the pathway (s) or partes) of (a) pathway (5) that are I required to convert the first compound into the second. (For example, fructore-6-phoophate to phosphoenolpyruvate, use I glycolysis. I CH₂0-803 CH-O-PO? OH OH TOH 애 해 Ho OH i CH₂ Coo CHCOO- cool CHон CHCool CH₂ HO cool

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Answer 1

CH₂0-page gli (H₂o-po a moto он PH OH OH ROH Glucose-6-phosphate or bu Ribose 5-phosphate COO CHOH -to CH₂ cool CHCOO Chcool (ISocitrate] CH2 HO COO IL-Malatel D Conversion of Glucose-6 phosphate to Ribose-5-pho 4 By Himp hunt pathway (hexose Mono phosphately 1, CH₂-O-pos MADPT o NADP HOME KOH OH Mg2+) 6-phospho gluconolactone *GiGºdehydrogenase Glucanolactone Glucose-ti plosphati hydriasetone phosphoglucona 6-phosphogluconate u NADP NADPHANT & de hydrogenas) Ribulose-5-phosphat v Phosphopentoo Tisomerase of OH OH Ribose-5-phosphate n NOKIA I ZEISS CH₂-O-PO OH

(l", conversion of Isocitrate to L-Malate Ly By Krebs cycle Itea pathway trod HC- es 27 нс - соо HC-Coo- HC-coo- -ketogluterate Ho-coo HC OC-kod dehydrogenate 750citrate Sehudreya N 21 NADH co₂ c-coo CO -SCOA он NACH NAOH + (x-ketog rate Isocitrate Soccinylcon) GPP at Synthase CH. Coo ін, соо" Succinate) соот Снон comerate Hic coo- с на COD IL-Malate] 20 100 NOKIA I ZEISS Fumerat