Suppose that Hershey and Chase found that phage contained 32P label was absent from infected coli. Furthermore, suppose they found 35S present in the infected E. coli. They would have concluded:  

You are a research assistant in a lab that studies nucleic acids. Your advisor gave you four tubes for analysis. Each of these tubes differs in its contents by the source of its nucleic acids: mouse cytoplasm (single-stranded RNA), yeast nuclei (double-stranded DNA), rotavirus (double-stranded RNA), and parvovirus (single-stranded DNA). The approximate nucleotide base composition of each sample is given in the table below.   Tube A C U T G 1 32 17 0 32 17 2 34 16 15 0 35 3 30 46 0 10 23 4 33 16 25 0 17 Which tube most likely contains yeast nuclei?

Telomerase uses _____________ to synthesize new DNA.    

A bacterial gene initiates transcription, but from random points on the DNA. Which of the following  proteins most likely is missing from the reaction?  

For which of the following is the “end-replication problem” relevant?    

The proofreading function of DNA polymerase III involves    

DNA polymerase III requires all of the following for DNA replication, EXCEPT  

Telomerase uses _____________ to synthesize new DNA.    

You are a research assistant in a lab that studies nucleic acids. Your advisor gave you four tubes for analysis. Each of these tubes differs in its contents by the source of its nucleic acids: mouse cytoplasm (single-stranded RNA), yeast nuclei (double-stranded DNA), rotavirus (double-stranded RNA), and parvovirus (single-stranded DNA). The approximate nucleotide base composition of each sample is given in the table below.   Tube A C U T G 1 32 17 0 32 17 2 34 16 15 0 35 3 30 46 0 10 23 4 33 16 25 0 17 Which tube most likely contains yeast nuclei?

Which of the following examples of scientist and their contribution is matched incorrectly?