No because the water will evaporateor the plant will use it and leave the salt behind and dry up the plant
Out of the chooses given, the best description between evolution and natural selection is that natural selection leads to evolution. The correct answer is A.
The sequence containing short stretch of hydrophobic amino acids fused to the c-terminus of GFP, will be probably found outside the cell because it has no signal sequence.
GFP, called the Green Fluorescent Protein emits a green fluorescence when exposed to light. The protein was first isolated from a jellyfish <em>Aequorea victoria</em>. In laboratories, the protein is majorly used as a marker to track the movement of functioning of any substance.
Signal sequence are the short stretch oh polypeptides found attached to any protein to determine its target site. These sequences determine the pathway and the function that the protein will follow.
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A frameshift mutation to chromosomes will cause the amino acid sequence after the mutation to change. Most likely all of the above are correct for the second question.
The process likely to be occurring in the plant's roots will be nitrogen fixation.
<h3>What is nitrogen fixation?</h3>
It is a process whereby atmospheric nitrogen is converted to usable forms of nitrogen in the soil.
Nitrogen fixation takes place in the root nodules of leguminous plants in association with some symbiotic bacteria.
Thus, the only process that could be happening in the plant's root is nitrogen fixation.
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