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Book Categories |
Part I | Inorganic Chemistry | |
Chapter 1 | Atomic Structure | 3 |
Elementary Particles | 3 | |
Atomic Number | 7 | |
Mass Number | 8 | |
Isotopes | 10 | |
Electron Energy Levels | 13 | |
Chapter 2 | Chemical Symbols | 19 |
Chapter 3 | Atoms and Molecules | 23 |
Chapter 4 | Ionization | 27 |
Ions | 27 | |
Ionic Bonds | 40 | |
Acids, Bases, and Salts | 41 | |
Electrolytes and Nonelectrolytes | 44 | |
Anions and Cations | 46 | |
pH | 47 | |
Buffers | 53 | |
Chapter 5 | Liquid Mixtures | 57 |
Solutions | 57 | |
Suspensions | 62 | |
Colloids (Colloidal Dispersions) | 63 | |
Chapter 6 | Diffusion | 65 |
Diffusion | 65 | |
Osmosis | 67 | |
Osmotic Pressure | 72 | |
Active Transport | 76 | |
Chapter 7 | Nerve Cells | 81 |
Depolarization and Repolarization | 81 | |
Propagation of a Nerve Impulse | 90 | |
Part II | Organic Chemistry | |
Chapter 8 | The Covalent Bond | 99 |
Chapter 9 | Polar and Nonpolar Covalent Bonds | 117 |
Chapter 10 | Hydrogen Bonds | 123 |
Chapter 11 | Functional Groups in Organic Compounds | 129 |
Alcohols | 129 | |
Aldehydes | 132 | |
Ketones | 135 | |
Organic Acids | 139 | |
Amines | 141 | |
Esters | 145 | |
Amides | 146 | |
Sulfhydryls | 147 | |
Disulfides | 148 | |
Phosphates | 149 | |
Summary of Functional Groups | 150 | |
Part III | Biochemistry | |
Chapter 12 | Carbohydrates | 159 |
Properties of Carbohydrates | 167 | |
Chapter 13 | Lipids | 169 |
Fats | 169 | |
Phospholipids | 173 | |
Steroids | 174 | |
Chapter 14 | Proteins | 177 |
Formation and Hydrolysis | 177 | |
Structure | 181 | |
Denaturation | 186 | |
Chapter 15 | Nucleotides | 189 |
Adenosine Triphosphate | 189 | |
Nucleic Acids: DNA and RNA | 192 | |
Replication of DNA | 196 | |
Transcription of Information (Protein Synthesis) | 197 | |
The Genetic Code | 201 | |
Mutations | 203 | |
Chapter 16 | Enzymes | 207 |
Names of Enzymes | 208 | |
Coenzymes | 208 | |
Mode of Enzyme Activity | 209 | |
Inhibitors | 211 | |
Chapter 17 | Biologic Oxidation | 215 |
Cellular Respiration | 218 | |
Glycolysis | 222 | |
Conversion of Pyruvic Acid to Acetyl Coenzyme A | 226 | |
The Krebs Cycle | 229 | |
Electron Transport Chain | 231 | |
Chapter 18 | Photosynthesis | 233 |
Overall Reaction | 233 | |
Light Reactions | 237 | |
Calvin Cycle | 244 | |
C[subscript 4] Plants | 250 | |
Chapter 19 | Oxygen-Carbon Dioxide Transport in Blood | 253 |
Flow of Gases | 253 | |
Transport of Oxygen | 255 | |
Transport of Carbon Dioxide | 258 | |
Transport of Both Oxygen and Carbon Dioxide | 262 | |
Review | 263 | |
Conclusion | 289 | |
Appendix | 291 | |
Figure A | Cellular Respiration | |
Figure B | Glycolysis | |
Figure C | Conversion of Pyruvic Acid to Acetyl Coenzyme A | |
Figure D | The Krebs Cycle | |
Figure E | Electron Transport Chain | |
Index | 297 |
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Add An Introduction to Chemistry for Biology Students, Introduction to Chemistry for Biology Students, Ninth Edition is a unique workbook that uses a step-by-step approach to teach students the chemistry necessary for success in life sciences courses. Today's biology courses place an increasing emphasi, An Introduction to Chemistry for Biology Students to the inventory that you are selling on WonderClubX
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Add An Introduction to Chemistry for Biology Students, Introduction to Chemistry for Biology Students, Ninth Edition is a unique workbook that uses a step-by-step approach to teach students the chemistry necessary for success in life sciences courses. Today's biology courses place an increasing emphasi, An Introduction to Chemistry for Biology Students to your collection on WonderClub |