Imagine you discover a yeast mutant that exhibits a general inability to grow and thrive compared to wild-type yeast. You predict that the mutant has a defect in a basic process necessary for survival and therefore examine the cellular levels of 50 common proteins, as well as the levels of RNAS and FRNAS. You discover that TRNA and FRNA levels are normal, but the levels of all of the proteins you examine are much lower than they are in the wild-type yeast. This suggests that there is a general defect in: Transcription DNA Replication Polyadenylation All of the above QUESTION 6 Conversion of G to Tin DNA is an example of a: Tautomerization Pyrimidine dimer Transversion O Transition O O O CO