DNA replication Understand the basic rules governing DNA replication Introduce proteins that are typically involved in generalised replication Reference:
DNA replication Learning objectives Understand the basic rules governing DNA replication Introduce proteins that are typically involved in generalised.
DNA DeoxyriboNucleic Acid. DNA! Makes up chromosomes Contains genes: chunks of DNA that code for certain traits.
DNA, RNA and Protein Synthesis= CH 10. Griffith’s Experiments Showed that hereditary material can pass from one bacterial cell to anotherShowed that hereditary.
Warm Up: (11_5) ATGCGTCGT What is the complementary DNA strand? Based on this complementary strand what would the mRNA strand be?
Chapter 6 DNA Consists of Deoxyribose sugar Phosphate group A, T, C, G Double stranded molecule (Double Helix) Two strands of DNA run antiparallel.
AP Review Chapters 16-18. Fast Facts The role of DNA in heredity was first studied by using bacteria and viruses. Griffith (1928) was studying streptococcus.
Big Questions How is the structure of DNA related to its function? How does DNA allow for heritability? How does DNA allow for traits in an organism? How.
Vocabulary Review Chapter 10 – DNA, RNA, and Protein Synthesis.
The Cell Nucleus. The evolutional significance The formation of nucleus was an essential event in evolution. Containing nucleus or not is an important.
JeopardyNucleicAcidsDNAReplicationRNATranscriptionProteinTranslationEnzymes FINAL JEOPARDY 100 200 300 400 500 100 200 300 400 500 100 200 300 400 500.
DNA Replication Chapter 7.2. Processing of Genetic Material.