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AP BIOLOGY MIDTERM REVIEW SHEET MRS TERHUNE INTRODUCTION - Levels of organization (cell to biosphere) and characteristics of life - Evolution as a theme of biology - 3 Domains and major characteristics and examples (Archaea, Bacteria, Eukarya) - Producers vs Consumers - Producer to Tertiary Consumer in an energy pyramid (trophic levels) CHEMISTRY - Review the structure of water - Properties of water BIOCHEMISTRY Biological Macromolecule Elements it Contains Monomer Subunit Carbohydrates Lipids Nucleic Acids Proteins - Give examples of the above macromolecules - What is the process that links monomers together? Breaks polymers apart? - What is the difference between a monomer and polymer? - What are steroids? Structure? Function? Examples? THE CELL/TRANSPORT Terms: Organelle Prokaryote Selectively Permeable Active transport Hypertonic Turgid Flaccid Eukaryote Diffusion Hypotonic Endocytosis Phospholipid Bilayer Osmosis Isotonic Exocytosis - Compound light microscope vs. Electron microscope - Know the functions of the various organelles - Endomembrane system (organelles involved) - Know the major components of the cell membrane - Differences between prokaryotes and eukaryotes - Endosymbiotic theory and evolution - Cell signaling (overview of signal transduction pathway) - Importance of phosphorylation cascade in STP - Be able to discuss movement of water across a membrane when given different solute concentrations Osmosis (apply to given examples) Difference between diffusion, osmosis, facilitated diffusion, active transport ENERGETICS Terms: Endergonic Cellular Respiration ATP Synthase Active Site Noncompetitive inhibition - Catabolic Anabolic ATP Synthase Fermentation Catalyst Substrate Competitive Inhibition Denaturation Discuss ADP/ATP cycle Photosynthesis and Cellular respiration (overall process, where each occurs) Major purpose of glycolysis Purpose of Krebs Cycle Production of ATP in the ETC (oxidative phosphorylation and chemiosmosis) Process of light reactions Process of light independent reactions Difference between C3 and C4 plants Compare and contrast photosynthesis with cellular respiration Understand how enzymes work, their purpose, and factors that influence enzyme activity CELL DIVISION Terms: Somatic cells Zygote Interphase - Exergonic Photosynthesis Enzymes Coenzyme Activation Energy gametes haploid mitosis diploid Cell cycle (G1, S, G2) Cell cycle control (CDK and cyclin) Cancer and cell cycle Know the stages of mitosis and meiosis Compare and contrast mitosis and meiosis Purpose of both Crossing over (purpose and when it occurs) Crossover frequency cytokinesis meiosis GENETICS Terms: Heterozygous Recessive Incomplete Dominance Nondisjunction Epistasis Homozygous Allele Sex-linked Pedigree Dominant Codominance Wildtype/Mutant Trisomy/monosomy -Be familiar with probability (rule of multiplication and addition) - Know how to complete different types of crosses (monohybrid, incomplete dominance, codominance , sex-linked - Be able to interpret a pedigree - What does a karyotype show? DNA and GENE EXPRESSION Terms: Double helix Compliment/Template Nucleotide DNA polymerase Leading/Lagging strand Helicase Translation Triplet codon RNA Splicing Anticodons - Basic explanation of DNA structure Basic explanation of DNA replication (leading and lagging strand, enzymes invovled) Process and purpose of transcription and translation (mRNA, tRNA, rRNA) Types of mutations and effect on protein Mutation and evolution How can comparing amino acid sequences clue us in to evolution? How does gene expression differ in prokaryotes and eukaryotes? BIOTECHNOLOGY Terms: Plasmid Recombinant DNA DNA ligase Transformation Gel Electrophoresis Reverse transcriptase (cDNA) - Chargaff’s Rule Ligase Transcription Introns and Exons Promoter Restriction Enzymes PCR Explain process of recombinant DNA with plasmids Have an understanding of antibiotic resistance plasmid lab Purpose and use of PCR and Gel Electrophoresis Themes: (5 of them) Evolution, Levels of organization, Regulation, Structure and function, AND Unity & Diversity