Which of the following functional groups is mismatched to the organic compound in which it is typically found?
A. Hydroxyl - alcohols
B. Amino - proteins
C. Phosphate - carbohydrates
D. Carboxyl - fatty acids
E. Sulfhydryl - proteins
Answer: C
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DNA polymerase is responsible for the process called mismatch repair
A. true B. false
You are using genetic engineering to design a protein that needs to be synthesized in the cytoplasm and then localized in the nucleus of the cell. To accomplish this, one could add
A) a nuclear localization signal into the DNA that will be present in the mature protein. B) the compound during mitosis, at a time when the nuclear membrane is dispersed. C) a nucleotide or few nucleotides to the protein. D) a series of specific polysaccharides to the carboxyterminal end of the protein. E) all of the above
The enzymes responsible for hydrolyzing glucose into G3P are found in what part of the cell?
a. cytosol b. mitochondria c. rough ER d. nucleus e. cell membrane
An extracellular matrix is characteristic of:
a. muscle tissue b. epithelial tissue c. connective tissue d. nervous tissue e. embryonic tissue