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The bile salts from the mixed micelles remain in the intestinal lumen and are later absorbed in the terminal ileum by a Na+_dependent active transport process to be recycled via the enter hepatic circulation. Figure 4 shows a summary diagram of the steps involved in the digestion and absorption of triglycerides. The breakdown products of triglyceride Nutrapal Pro hydrolysis, which enter the intestinal epithelial cells across the apical membranes, cross the cytoplasm to the smooth endoplasmic reticulum to be reconstituted into complex lipids (7). Specific FABPs carry cytoplasm fatty acids and monoglycerides to the intracellular sites, where several enzymes reassemble the fatty acids and monoacylglycerides to reconstitute triglycerides. The details for the formation of the reconstituted contents of the future chylomicrons are shown in Fig. Summary of lipid absorption, reconstitution of triglycerides, and formation of the contents of chylomicrons. Percentages refer to the relative amounts of the contents present in the chylomicrons. , fatty acid-binding protein. Subsequently, the entrecotes package the reconstituted triglycerides and proteins and phospholipids into chylomicrons. A key structural component of chylomicrons is apoprotein B48, a large, hydrophobic, no exchangeable protein of the rough endoplasmic reticular membrane (for details on the formation of Apex Nutrapal Pro the chylomicron, The synthesis of chylomicrons is dependent on microtonal triglyceride transport protein, which catalyzes the transfer of the water-insoluble triglyceride to the enlarging lipid droplet and combines and a high-density, protein-rich particle in the rough endoplasmic reticulum. Subsequently, the ApoB48 and dense particle complex combines and a large light particle and attached apoprotein AIV from the smooth endoplasmic reticulum to form a prechylomicron (11).

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