The word that would fit the blank is vascular. You are consuming the vascular tissues of a plant when consuming a celery stick. This part of the celery is called the petiole. This is the stalk that joins a leaf and a stem. This part is made up largely of vascular tissues.
The answer should be A: by consuming plants or other animals. Sorry if I am mistaken though... Please mark me as brainliest if i was helpful!
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Returning by-catch to the sea is not always useful as the sudden change in pressure will result in damage to internal organs of fishes.
<h3>What is by-catch?</h3>
By-catch refers to other sea animals which are caught along with the intended catch in a fishing expedition.
In some instances some people tend to return by-catch to the sea.
However, this is not always useful as the pressure above sea level or on the sea surface is less than that in the depths of the sea.
A sudden change in pressure will result in damage to internal organs of fishes.
Therefore, returning by-catch to the sea not always useful as it might appear.
Learn more about by-catch at: brainly.com/question/14958398
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Yes, they are called coastal deserts
Answer:
The relationship between an organism's DNA and protein specificity is that DNA determines the amino acid sequence of each protein (option D).
Explanation:
Each organism's DNA molecule is formed by a specific sequence of nitrogenous bases that not only determine the amino acids that a synthesized protein will have, but also the order in which these amino acids will form the protein structure.
The steps in which this occurs can be summarized as follows:
- <em>The sequence of nitrogenous bases of a DNA strand is transcribed into the mRNA, which will go into the cytoplasm.
</em>
- <em>The sequence of bases in the mRNA is organized into triplets of bases, called codons, each of which encodes a specific amino acid.
</em>
- <em>During translation, each codon will indicate the amino acid that will be coupled to a protein molecule in a specific order.
</em>
According to this, the<u> DNA </u><u>determines the </u><u>amino acids sequence</u><u> that will be in a </u><u>specific protein</u><u> molecule</u>.
