……….. All cells in an organism have the same DNA, but differently expressed, providing specific cellular functions.
Which of the following molecules is not found in RNA?
………… Thymine.
Which of the following types of molecule would be most abundant in a typical animal cell?
,,……… Water.
While studying the biochemistry of a species of plant found in alpine bogs, a biologist discovers a previously unknown biomolecule composed entirely of carbon, hydrogen and oxygen. The molecule is a polymer composed of many thousands of a single type of subunit, and has a complex branching structure. This new biomolecule could be
………… a carbohydrate involved in energy storage.
While …show more content…
DNA is the biomolecule that provides the information for that organism. Which of the following statements about DNA is CORRECT?
……….. All cells in an organism have the same DNA, but differently expressed, providing specific cellular functions.
Which of the following molecules is not found in RNA?
………… Thymine.
Which of the following types of molecule would be most abundant in a typical animal cell?
,,……… Water.
While studying the biochemistry of a species of plant found in alpine bogs, a biologist discovers a previously unknown biomolecule composed entirely of carbon, hydrogen and oxygen. The molecule is a polymer composed of many thousands of a single type of subunit, and has a complex branching structure. This new biomolecule could be
………… a carbohydrate involved in energy storage.
While analysing the structure of the plasma membrane of a recently discovered organism, a biologist extracts a previously unknown macromolecule using a non-polar solvent. The biomolecule is composed primarily of carbon, hydrogen and oxygen, and has a complex structure with multiple rings. Based on this information, the biomolecule is most likely to be a
…………