A pathway that tends to slow down a process is called a negative feedback loop.
<h3>What we know about these loops. </h3>
- These loops function to reduce the rate a which a process occurs.
- Being a feedback loop means that they take in stimuli from the environment of the cell in order to affect the rate of production of a compound.
- A negative feedback loop will activate when the concentration of the compound being produced is too high.
- In response, the negative loop will reduce the rate of production temporarily.
Therefore, we can confirm that a pathway that tends to slow down a process is called a negative feedback loop.
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Answer:
A.) Aa
Explanation:
A heterozygous gene is known as having two different alleles of a particular gene or genes. The correct answer is option A because both letters are different, versus the other two options where both are capital or lowercase.
Explanation: The water cycle is also known as the hydrological cycle. It describes how water moves on, above, or just below the surface of our planet. Water molecules move between various locations - such as rivers, oceans and the atmosphere - by specific processes. Water can change state. Nitrogen compounds found in cells include proteins. Nitrogen from the air is converted into soluble ions that plant roots can absorb. It forms part of nitrogen compounds in the plants, and is then passed from one organism to the next. It is returned to the atmosphere as nitrogen gas. This is the nitrogen cycle. The carbon-oxygen cycle is the process by which plants use carbon dioxide for respiration during photosynthesis and produce oxygen. During this process, carbon dioxide becomes part of the plant, and when the plant dies in a carbon-rich state it is possible for it to become a fossil fuel.
Uses fins to walk , because they would have to adapt and evolve
For this question I'm not too sure what you're asking because cells that transport water are basically xylem cells and these cells are hollow with nothing in them, and they transport water against gravity because of transpiration pull, capillary action and root pressure.
The cells that I know of with many mitochondria for transport would be the phloem so that the mitochondria can carry out cellular respiration to release energy for the translocation of sucrose.
