After absorption, long-chain fatty acids and monoglycerides inside intestinal cells are reformed into triglycerides.
<h3>What are triglycerides?</h3>
Triglycerides are lipids in the body composed of three fatty acids and one glycerol molecule.
Triglycerides are a fundamental lipid in the blood and they serve as a source of high-level energy.
In conclusion, after absorption, long-chain fatty acids and monoglycerides inside intestinal cells are reformed into triglycerides.
Learn more about triglycerides here:
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The cell would die because their would be no cellular respiration occurring which means the cell is not gaining energy and can’t use that energy.
Answer:
A test tube would be used
Explanation:
The test tube refers to a laboratory device that is made of graduated glass for which cylinder used to measure small quantities of liquids that is from 5 mL to 2 L. The most suitable type of specimen must be chosen for measuring the liquid volume, in this situation that is a 15 mL. The specimen is shutdown to lower and has a support base.
Therefore the correct answer is a test tube.
Skin-block skin boundaries
muscle-give support
bone-protect and harden
joing-by ligaments, joints, tendons
Answer:
In the portion of the cell membrane shown in the diagram, the arrow indicates the process of active transport.
Explanation:
Active transport is one of the mechanisms of transmembrane transport, which involves the use of energy. The diagram (see image) shows the hydrogen (H⁺) output from the cytoplasm to the extracellular space, through an H⁺ pump —consuming ATP— which represents an active transport process.
The hydrophobic nature of the cell membrane prevents the free passage of hydrosoluble elements or ions, as H⁺, so they require the use of active transport to pass through it.
The other options presented are not correct, because
- <u><em>Respiration</em></u><em> is a process that occurs in the mitochondria.</em>
- <u><em>Diffusion</em></u><em> is a passive transport process that does not require energy.</em>
- <u><em>Cellular </em></u><em>recognition depends on membrane proteins that act as specific receptors.</em>