The answer is wind because the wind deposits the large Boulder little by little
Activators and repressors are transcription-control elements that are found in eukaryotic organisms. These elements function during the process of transcription, where a DNA molecule is coded onto a RNA molecule for it to be sent to ribosomes outside of the nucleus and then polypeptide chains are produced from it.
The activators and repressors control which proteins are made, which means that they can either hinder or promote certain functions in the cells of the body. Therefore, even though all of the cells have the same set of DNA, some are able to produce HCl, while others produce other substances such as insulin.
A catalyst.
A catalyst speeds up a chemical reaction by increasing the reaction's rate. It does so by decreasing the reaction's required activation energy, which allows the products of the reaction to more easily combine. During this whole process, the catalyst does not change.
The side of the epithelia facing the extracellular fluid surrounding the intestine is the<u> </u><u>basolateral </u><u>side.</u>
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- Different amino acid transport mechanisms exist in the intestine basolateral membrane than in the brush border membrane.
- The portion of the plasma membrane at the basolateral side of the cell that confronts other cells and the connective tissue beneath is known as the basolateral cell membrane.
- The membrane at the cell's base and sides is referred to as basolateral.
- A barrier between the cell and the blood or other cells is created by the basolateral membrane.
- Through specialized protein transporters, the basolateral membrane's primary job is to move nutrients from the cell to the blood plasma.
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