1. AP EXAM REVIEW SESSION III MOLECULAR GENETICS Be prepared, not scared!  Gene Expression

2. But first... A Quick Visit to Mendelian Genetics... 1.Paula and Bernie have a child named Liz. Paula is A – and Liz is B +. What are the possible blood phenotypes for Bernie? Genotypes for all? 2.Coat color is Labrador retrievers is controlled by the inheritance and interaction of two genes. Black color is dominant to chocolate, but yellow Labrador retrievers will be produced if a second dominant gene allowing the ability to express pigment is not inherited. Two black Labrador retrievers, heterozygous at both loci, are mated. What is the chance that they will produce yellow offspring? 3.Two carriers for cystic fibrosis have 3 children together, none of whom has cystic fibrosis. What is the probability their 4 th child will be born with cystic fibrosis? 4.Two diploid organisms, one heterozygous for 4 genes and one homozygous dominant for 4 genes, sexually reproduce. What is the probability the offspring is heterozygous at every locus?

3. What is the most likely path of inheritance?

6. Nucleic Acids

7. DNA

9. DNA Replication

11. Mechanisms of Gene Transfer in Bacteria

12. Prokaryotic Gene Expression Inducible vs Repressible Operons

13. Eukaryotic Protein Synthesis

14. REGULATION OF EUK GENE EXPRESSION Pre-Transcriptional Modifications  Chromatin Re-modeling o Acetylation of Histones o Methylation  Initiation of Transcription o Transcription Factors Post-Transcriptional Modifications  Alternative RNA Splicing  mRNA Degradation  Protein Processing  Proteosomes  Non-Coding RNAs

15. REGULATION OF EUK GENE EXPRESSION Post-Transcriptional Modifications, cont  mRNA Degradation  Protein Processing o Proteosomes  Non-Coding RNAs o microRNAs (miRNAs) o small interfering RNAs (siRNAs)

16. Techniques in Molecular Genetics

17. Restriction Enzymes & Recombinant DNA

18. Gene Cloning

19. Using mRNA to Produce cDNA

20. Microarrays

21. Polymerase Chain Reaction (PCR)

22. Electrophoresis

23. Restriction Fragment Length Polymorphisms, AKA... RFLPs

24. Single Nucleotide Polymorphisms SNPs