Bile, which is expelled by the liver and contains lecithin, bile salts, and emulsifiers to aid in the further breakdown of lipids, is also known as bile. The emulsifiers increase the surface area of the fats, which makes it easier for the digestive enzymes to act on them. Bile hooks onto the fats. After that, fatty acids are divided by enzymes.
<h3>What function do bile salts serve in digestion?</h3>
Bile salts (BS) are bio-surfactants that have two key physiological roles in digestion and nutrient absorption as well as in the elimination of a variety of waste products from circulation.
<h3>What are the main substances that keep emulsified fats stable throughout digestion?</h3>
Polar lipids and emulsifiers, which can be endogenous or exogenous components, are the other category of surface active agents that may stabilize emulsified fats during digestion. A variety of polar lipids, such as phospholipids and sphingolipids found in the stomach and duodenum, are included in endogenous lipids.
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Hey there!
In your body, you have 46 pairs of chromosomes, which make up you! 23 come from your mom, and 23 come from your dad, and they give you traits from each of your parents because of heredity.
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Cell membranes are composed of what we call a "phospholipid bilayer" composed of phospholipids. Phospholipids have a hydrophillic (‘water loving’)
head and a hydrophobic (‘water fearing’) tail. Water can get close to the hydrophillic head while it cannot pass through the hydrophobic
tail, thus protecting the cell from foreign substances it does not need. Because of this dual property, the membrane can choose what substances may enter through it and this is what constitutes its semi-permeability.
One of the ways substances can enter through the membrane is
through passive transport or diffusion, the movement of substances from higher
concentration to lower concentration. This process does not require energy. Substances
like oxygen and water easily diffuse through channel proteins when the concentration
outside the cell is higher than the inside.
Answer:
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The best and most correct answer among the choices provided by your question is the third choice or letter C.
When xylem and phloem gets destroyed, the roots will not be able to transport minerals and water.
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