The fragments that will be created may be determined by the macromolecules present. Protein molecules are composed of amino acids, so the breakdown of a virus's protein coat will yield fragments that are amino acids. Next, DNA and RNA are composed of ribose sugar and nucleic acids. So upon breakdown, they will produce these fragments.
, in its simplest and least complex form, is the skeleton of primitive, more advanced, and in some common, modern day organisms.[1]
While more advanced organisms can be considered hydrostatic, they are
sometimes referred to as hydrostatic for their possession of a
hydrostatic organ instead of a hydrostatic skeleton. A hydrostatic organ
and a hydrostatic skeleton may have the same capabilities, but they are
not the same.[1]
Hydrostatic organs are more common in advanced organisms, while
hydrostatic skeletons are more common in primitive organisms. As its
name suggests, containing hydro meaning "water", being hydrostatic means
that the skeleton or organ is fluid-filled.<span>[2]
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Answer:
Genetic engineering can be used to move genes from the chromosomes of one organism into those of another.
Answer:
Strands of replicated chromosomes.
Explanation:
Chromatids are strands that have the genetic information in a replicated chromosome. In other words, they are the strands that form the chromosome that will later separate in the anaphase. Chromatids have a short arm and a long arm, telomeres, are nucleotide sequences at the end of the chromatids, and the centromere, which holds the two sister chromatids together.
Answer:
it should be Kg but i see you dont have that answer on there.
Explanation:
