List I | List II |
A. Frederick Griffith | I. DNA replicate semi-conservatively |
B. Alfred Hershey & Martha chase | II. Cell-free system for protein synthesis |
C. Matthew Meselson & Frank Stahl | III. Transforming principle |
D. Marshall Nirenberg | IV. DNA-Genetic material |
I: | The process of transcription in eukaryotes with additional complexities -There are at least three RNA polymerases in the nucleus with clear cut division of labor. The RNA polymerase I transcribes rRNAs whereas the RNA polymerase III is responsible for transcription of tRNA, 5S rRNA and snRNAs. The RNA polymerase II transcribes precursor of mRNA and hnRNA. |
II: | The primary transcripts contain both the exons and introns are non-functional. It is subjected to a process of splicing whereas the introns are removed and exons are joined in a defined order. hnRNA undergoes additional processing called as capping and tailing. |
List I | List II |
A. Ribosomal-RNA synthesis | I. Mitochondrial matrix |
B. Protein synthesis | II. Nucleolus |
C. Transfer-RNA synthesis | III. Ribosomes |
D. mtDNA | IV. Nucleus |
List I | List II |
A. Matthew Meselson and Franklin Stahl | I. DNA is the genetic material |
B. Alfred Hershey and Martha Chase | II. Semi-Conservative replication of DNA |
C. Frederick Griffith | III. "Transforming principle" in DNA |
D. Avery, MacLeod and McCarty | IV. Discovery of pneumococcal transformation |