The answer would be g: Tt !
Answer:
In addition, a larger cell is less efficient in moving nutrients and waste materials across the cell membrane. - Asexual reproduction is the production of genetically identical offspring from a single parent. During the cell cycle, a cell grows, prepares for division, and divides to form two daughter cells.
Explanation:
In an experimental animal model, total renal plasma flow is 100 ml/min. You would estimate glomerular filtration rate to be 20 ml/min.
<h3>What is renal blood flow?</h3>
Renal blood flow is the amount of blood delivered to the kidneys per unit of time in kidney physiology. In a 70-kg adult male, the kidneys receive 1.2 to 1.3 L/min, or about 25% of the cardiac output in humans. 94% of it makes it to the cortex.
<h3>Renal plasma flow V/S Renal blood flow </h3>
Renal blood flow is the measure of blood passing through the kidneys in a given length of time, whereas renal plasma flow is the quantity of plasma passing through the kidneys in a given amount of time. As a result, this is the primary distinction between renal blood flow and renal plasma flow.
<h3>What is glomerular filtration rate ?</h3>
A test called the glomerular filtration rate (GFR) measures how efficiently the kidneys are functioning. It specifically determines the amount of blood that is pumped through the glomeruli per minute. The kidneys' globuli are microscopic filters that remove waste from the blood.
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The correct option is D) <span>The products of the reaction are released from the active sites of the enzyme, allowing other substrate molecules to bind with the sites.
Enzymes are protein molecules which have a specific shape complimentary to the substance they act on, known as the substrate. The region where the reaction occurs is the enzyme's active site. However, when the reaction is complete, the products leave the active site and the enzyme is once again available for reaction. This means that the enzyme is unchanged through the reaction. This is why enzymes are known as biological catalysts.
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