Given a sequencing reaction length of approximately 500 successive nucleotides, what is the absolute minimum number of sequencing reactions needed to determine the complete human genome, excluding overlap and redundancy?
A. 6.2 million
B. 3.1 billion
C. 6200
D. 12.4 million
Answer: A
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If you applied a toxin that blocked non-voltage-gated potassium channels (i.e., the potassium "leak channels") in a resting neuron, it would cause the membrane potential to be
A. less negative. B. more negative. C. No change would be observed.
DNA replication
a. occurs in the cytoplasm of the cell. b. does not require proteins. c. occurs in G1 of interphase. d. takes place in the nucleus of the cell. e. is constantly happening in a cell.
Catalase
a. is an enzyme found in most cells, including liver. b. catalyzes the production of hydrogen peroxide. c. has as its substrate water and oxygen gas. d. is a substance that encourages the growth of microorganisms.
This is the most plentiful plasma protein and is the primary molecule involved in maintaining osmotic balance.
A. hemoglobin B. albumin C. carbonic anhydrase D. bilirubin