The fatty acid chain elongation system of mammalian endoplasmic reticulum
DL Cinti, L Cook, MN Nagi, SK Suneja - Progress in lipid research, 1992 - Elsevier
B. Coenzyme A derivatives as substrates for microsomal FACES IV. Rv. Ac'nolcs
CATALYZFD BY THE HEPATIC FACES A. The first elongation step: condensation reaction
B. The second fatty acid chain elongation step: reduction of the B-ketoacyl CoA C. The third
reaction step: p-hydroxyacyl CoA dehydrase D. The terminal step: reduction of trans-2-enoyl
CoA E. Membrane topography of FACES V. DEVELOPMENT, MULTIPLICITY AND
REGULATION OF HEPATIC FACES A. Development
CATALYZFD BY THE HEPATIC FACES A. The first elongation step: condensation reaction
B. The second fatty acid chain elongation step: reduction of the B-ketoacyl CoA C. The third
reaction step: p-hydroxyacyl CoA dehydrase D. The terminal step: reduction of trans-2-enoyl
CoA E. Membrane topography of FACES V. DEVELOPMENT, MULTIPLICITY AND
REGULATION OF HEPATIC FACES A. Development