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the answer is the ability of the heart to pump efficiently drops during such angry periods
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Answer:
Once a stop codon is recognized the so formed protein molecule will bind to one molecule of water in place of tRNA.
Explanation:
During the termination phase of translation when the ribosome recognizes any one of the 3 stop codons such as UAA,UAG and UGA at that time the polypeptide that is formed will get no tRNA to bind.
As a result instead of tRNA a water molecule binds with the growing polypeptide thus tRNA molecule get detached from the polypeptide,the polypeptide is released from the translation machinery by the activity of various protein called release factors.
Then the mRNA and two subunits of ribosome are also released from the translation machinery.
Red blood cells will swell and burst.
The reason behind this is that red blood cells are okay when they are in the plasma (the watery part of the blood) because the solutes in plasma are so well balanced that plasma is rendered isotonic. An isotonic solution is a type of solution that has the same salt concentration as its surrounding environment and thus the substances around it e.g. cells neither gain nor lose water. In the blood plasma, the red blood cells neither lose nor gain water and so they remain intact.
However distilled water is hypotonic (has less or no solutes) and therefore osmosis will take place when red blood cell which have a higher solute concentration are placed in it. Water molecules will leave the distilled water and pass into the red blood cells through the semi-permeable membrane of the cells in an attempt to equalize the difference in osmotic pressure on either side of the membrane. In so doing, water will accumulate in the cell which will then swell to capacity and ultimately burst.
The bilayer of the plasma membrane is similar to the bilayer formed by phospholipids when they self-assemble.
<h3>Does the primary structure of the cell membrane consist of phospholipids?</h3>
The basic structure of the plasma membrane is a bilayer of phospholipids. Being amphipathic, or having both hydrophilic and hydrophobic areas, makes them ideal for this function. Hydrophilic heads and hydrophobic tails are visible in the chemical structure of phospholipids.
<h3>Why are phospholipids present in the plasma membrane?</h3>
The main lipids in membranes, phospholipids, are made up of lipid bilayers. Furthermore, it allows numerous cellular processes to take place in subcellular compartments while serving as a barrier to guard the cell against various environmental disturbances.
To know more about phospholipids visit :-
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B-Kidneys
The kidneys act as filters that strain urea and excess salts from the bloodstream to release them in the urine.
