DAT Biology bestseller! Thousands of students use Sterling Test Prep study aids to achieve high test scores! Targeted review of biology topics tested on DAT. DAT best seller ! ★  Higher score money-back guarantee!  ★   Join thousands of students using Sterling Test Prep study aids to achieve high test scores! With a thorough review of all tested concepts, this  book prepares you to achieve a high score  on the DAT. Scoring well on the DAT is essential for dental school admission to pursue your dream of practicing dentistry. This book helps you develop and apply knowledge to quickly choose the correct answers to the biology questions on the Survey of the Natural Sciences test section. Understanding key concepts, extracting and analyzing information from passages and questions, and distinguishing between similar answer choices are more effective than merely memorizing terms. This book provides a thorough review of biology topics tested on the DAT. The content covers the foundational principles and theories necessary to answer test questions. Biology instructors with years of teaching experience prepared this material by analyzing the test content and developing practice material that builds your knowledge and skills crucial for success on the DAT. Our editorial team reviewed and systematized the content to ensure adherence to the current ADA test requirements. Our editors are experts on preparing students for standardized tests and have coached thousands of predental students on test preparation and successful admission strategies into competitive dental schools. The review content is clearly presented and systematically organized to provide you with targeted DAT preparation. You will learn the scientific foundations and details of essential biology topics needed to answer test questions. By reading these review chapters thoroughly, you will learn important biology concepts and the relationships between them. This will prepare you for the test and significantly improve your DAT score . Dental Admission Test (DAT) and Test Strategies Chapter 1. Macromolecules: Macromolecules ∙ Proteins ∙ Nucleotides and Nucleic Acids ∙ Lipids ∙ Carbohydrates ∙ Water Chapter 2. Enzymes: Enzyme Structure and Function ∙ Control of Enzyme Activity Chapter 3. Cell Metabolism: Bioenergetics and Thermodynamics ∙ Glycolysis, Gluconeogenesis and the Pentose Phosphate Pathway ∙ Krebs Cycle ∙ Oxidative Phosphorylation ∙ Metabolism of Fatty Acids and Proteins Chapter 4. Photosynthesis: Photosynthetic Organisms ∙ Photosynthetic Reactions ∙ Types of Photosynthesis Chapter 5. Generalized Eukaryotic Cell: Cell Theory ∙ Nucleus and Other Defining Characteristics ∙ Membrane-Bound Organelles ∙ Plasma Membrane ∙ Cytoskeleton ∙ Cell Cycle and Mitosis ∙ Control of Cell Cycle Chapter 6. DNA, Protein Synthesis, Gene Expression: DNA Structure and Function ∙ DNA Replication ∙ Genetic Code ∙ Transcription ∙ Translation ∙ Eukaryotic Chromosome Organization ∙ Control of Gene Expression in Eukaryotes Chapter 7. Genetics: Mendelian Concepts ∙ Meiosis and Genetic Variability ∙ Analytic Methods Chapter 8. Prokaryotic Cell: Bacteria Structure ∙ Growth and Physiology ∙ Genetics ∙ Control of Gene Expression in Prokaryotes Chapter 9. Specialized Eukaryotic Cells and Tissues: Neuron or Nerve Cell ∙ Muscle Cell ∙ Electrochemistry ∙ Biosignaling Chapter 10. Endocrine System: Hormones and their Sources ∙ Mechanisms of Hormone Action Chapter 11. Nervous System: Organization of Vertebrate Nervous System ∙ Major Functions ∙ Sympathetic and Parasympathetic Nervous Systems ∙ Reflexes ∙ Integration with Endocrine System: Feedback Control Chapter 12. Respiratory System: General Structure and Function ∙ Structure of Lungs and Alveoli ∙ Breathing Mechanisms ∙ Thermoregulation: Evaporation and Panting ∙ Alveolar Gas Exchange ∙ pH Control ∙ Regulation by Neural Control Chapter 13. Circulatory System: Circulatory System Overview ∙ Arterial and Venous Systems: Arteries, Arterioles, Venules, Veins ∙ Composition of Blood ∙ Oxygen and Carbon Dioxide Transport by Blood Chapter 14. Immune System: Non-Specific and Specific Immunity ∙ Innate Immune System ∙ Adaptive Immune System ∙ Tissues ∙ Antigen and Antibody Chapter 15. Digestive System: Introduction to Digestive System ∙ Ingestion ∙ Stomach ∙ Liver ∙ Bile ∙ Pancreas ∙ Small Intestine ∙ Large Intestine ∙ Muscular Control ∙ Summary of GI Tract ∙ Endocrine Control ∙ Nervous Control: The Enteric Nervous System Chapter 16. Excretory System: Introduction to Excretory System ∙ Kidney Structure ∙ Nephron Structure ∙ Roles in Homeostasis ∙ Osmoregulation: Capillary Reabsorption of Water, Amino Acids, Glucose, Ions ∙ Formation of Urine ∙ Storage and Elimination of Urine: Ureter, Bladder, Urethra Chapter 17. Muscle System: Important Functions ∙ Structural Characteristics ∙ Mechanics of Muscle Contraction ∙ Regulation of Cardiac Muscle Contraction ∙ Oxygen Deb