You have recently identified a novel protein and obtained its sequence. How could you use this sequence to predict the function of the protein?
A. By using the sequence to make antibodies against the protein.
B. By determining the secondary structure of the protein.
C. By determining the DNA sequence that could encode the protein.
D. By looking for conserved domains.
D
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RNA molecules are transported from the nucleus to the cytoplasm in eukaryotes through:
A. sodium/potassium channels. B. aquaporins. C. passive diffusion. D. budding off of the nuclear envelope. E. nuclear pore complexes.
While rather metabolically limited, Chlamydia reticulate bodies can still synthesize DNA, RNA, glycogen, lipids, and proteins if supplied with precursors from the host.
Answer the following statement true (T) or false (F)
muncipal solid waste (MSW)
What will be an ideal response?
What are the three things DNA must be able to do in order to serve as the genetic material?
What will be an ideal response?