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1 Acetylcholine, 324 Acetylcholinesterase, 329 Action Potential, 317 Activation Energy, 51, 270, 285 Active Transport, 312 Alkali Metals, 198 Alpha Helical Structure of Protein, 238 Amino Acids, 203 Angular Momentum, 132, 136, 167, 174, 178, 182 Anode, 82, 261 Antibonding Orbital, 218 Aquaporin, 309 ATP, 332 ATPase, 312 Autonomic Ganglion, 308 Axon, 242, 321 Bacterial Growth, 297 Balmer Series, 168, 170 Becquerel, 269 Beta Pleated Sheet of Protein, 239 Bimolecular Reaction, 270, 275 Blackbody Radiation, 71 Body-Centered Cubic Structure, 87, 90, 95 Bohr Model of Hydrogen Atom, 79, 81 Boiling Point, 202, 206, 259 Boltzmann Constant, 11 Boltzmann Distribution, 11, 35 Bonding Orbital, 218 Bond Order, 221 Bonding Electrons, 200, 207, 221 Bragg s Law, 86 Cardiac Muscle, 325 Carnot Cycle, 28 Catalyst, 248, 267, 285, 296 Cathode, 66, 261, 344 Chemical Bond, 198, 222 Chemical Equilibrium, 250, 252, 256 Chemical Kinetics, 270 Chemical Reactions, 195, 252, 270, 271, 285, 332 Cholesterol, 242 Codon, 338 Collision, 76, 247, 270 Commutator, 122 Competitive Inhibition, 292 Complex Reactions, 270, 275, 276 Compton Effect, 76 Conductivity, 273 Coulombic Force, 156, 198,
2 Covalent Bond, 197, 200, 201, 207, 240 Crystals, 80,84-96, 102 Cubic System, Cyclic AMP, 327 Cyclic GMP, 190, 211 Dalton, 310 De Broglie, L., 101, 103 Debye-Scherrer Method, 91 Decay, 52, 267, 268 Degeneracy, 19 Deoxyribonucleoside Triphosphstes (dntps), 342 Depolarization, 318 Dideoxyribonucleoside Triphosphates (ddntps), 344 Diatomic Molecules, 115, 116, 128, 129, 131, 216 Dielectric Constant, 202, 321 Diffraction Pattern, 85, 90, 91, 95 Dipole Moment, 178, 201, 206 DNA, 190, 206, 210, DNA Polymerase, 342 Effective Atomic Number, 192 Eigenfunctions, 104, 121 Eigenvalues, 104, 119 Einstein, 75 Electrode, 247, 261, 262 Electrochemical Equilibrium, 315 Electrochemical Potential, 308, 314, 332 Electromagnetic Wave, 65 Electromotive Force, 260 Electron Cloud, 116, 129, 175, 200 Electron Spin, 156, 182 Electronic Configuration, 191, 193, 221 Electrophoresis, 203, 344 Elementary Reactions, 275, 276 Emission Spectra, 79, 156, 181, 182 Energy Levels, 42, 128, 168, 181 Enthalpy, 26, 248 Entropy, 28, 31, 34, 36, 249, 250 Entropy and Probability, 34, 39 Entropy Changes, 44 Entropy of Mixing, 46, 48 Enzyme, 206, 207, 285, 309, 312, 330, 341, 343 Epinephrine, 329 Equilibrium, 31, 35, 116, 262, 284, 288, 298 Equilibrium Constant, 252, 254, 256 Equilibrium Potential, 315 Ethylene, 230 Excited State, 169 Exons, 338 Exothermic Reaction,
3 Face-Centered Cubic Structure, 87, 90, 92, 96 Fatty Acids, 240 First Law of Thermodynamics, 22 First-Order Reactions, 277, 279, 281 Force Constants, 119, 123, 129 Formaldehyde, 232 Free Radicals, 210 Formation Reaction, 249 Gamma Ray, 73, 268 Gaussian Distribution, 18 Gibbs Free Energy, 31, 249, 252, 254, 258, 260, 262 Goldman Equation, 316 G Protein, 308, 327 Growth Hormone, 249 Hamiltonian Operator, 104, 147, 156 Harmonic Oscillator, 115, 116, 124, 128 HDL, 243 Heat, 22, 26, 343 Heat Capacity, 23, 27, 129 Heat of Formation, 248 Heisenberg Uncertainty Principle, 112 Helmholtz Free Energy, 31, 72 Hermitian Operator, 119 Hexagonal Close-Packed Structure, 87 HIV Protease Inhibitors, 292 Hybrid Orbitals, 228, 230, 231 Hybridization, 228, 229 Hydrogen Bond, 205, 238, 306, 334, 343 Hydrogen Electrode, 262 Hydrophilic, 303 Hydrophobic, 303 Hyperpolarization, 319 Interacting System, 14 Internal Energy, 14, 22, 24, 27, 36 Introns, 338 LDL, 243 Lewis, G. N., 207 Libosome, 304 Lipoprotein, 242 Ionization Energy, 169, 192, 195, 196 Lone-Pair Electrons, 207, 208 Lyman Series, 168 Inhibitors, 292 Inotropic Effects, 326, 330 Introns, 338 Ionotropic Receptors, 308, 324 Irreversible Process, 30 Isotopes, 269 Madelung Constant, 199 Magnetic Quantum Number, 167, 191 Membrane Potential, 317, 315, 314 Messenger RNA, 335 Metabolic Receptors, 308,
4 Millikan s Experiment, 69 Mixing, 46, 48 Muscarinic Acetylcholine Receptors, 326 Mutation, 347 Molecular Orbitals, 216, 219, 221 Motor Nerve, 321, 323, 325 Nernst Equation, 262, 315 Nerve Cell, 321 Neuromuscular Junction, 308 Neurotransmitters, 308, 321 Nicotinic Acetylcholine Receptors, 324 Nitric Oxide, 210 Nonpolar Molecules, 201, 305 Norepinephrine, 329 Nuclear Reaction, 267 Nucleic Acids, 333 Nucleotides, 333 Operator, 104 Orbital, 218, 228 Organophosphates, 331 Orthonormal, 121 Osmosis, 311, Osmotic Pressure, 311 Paramagnetism, 227 Parasympathetic Nerve, 308, 325, 327 Particle in a Box, 105, 113 Partition Function, 19, 36, 41 Pauli Exclusion Principle, 185 Pauling, L, 197 Periodic Table, 196 Phage, 341 Pharmacokinetics, 299 Phosphatidylcholine, 304 Phospholipids, 241, 303 Photoelectric Effect, 74 Photoelectron Spectroscopy, 195 Photon, 76 Pi Bond, 221 Planck, M, 73 Planck Constant, 75 Plasmids, 341 Polar Molecules, 201, 305 Polarizability, 206 Polyatomic solid, 16 Polymerase, 338, 342 Primers, 337, 342 Principal Quantum Number, 159 Promoter, 338, 346 Protein, 236, 307 Protein Synthesis, 337 Quaternary Structure of Protein, 240 Radial Distribution Function, 170 Radiation, 71, 74, 80, 128, 267 Radioactivity, 267 Radium, 267 Rate Constant, 51,
5 Real Gases, 24 Repolarization, 319 Resonance, 235 Resting Potential, 314 Restriction Enzymes, 341 Reversible Process, 28, 30 Ribozyme, 339 Rigid Rotator, 131, 146 RNA, 335 RNA Polymerase, 338 Roentgen, 73, 80 Rutherford Model of Atom, 79 Schrodinger Equation, 103 Schwan Cell, 242, 321 Second Order Reactions, 271 Secondary Structure of Protein, 238 Sigma Bond, 221 Skeletal Muscle, 323 Smooth Muscle, 327 Sodium Chloride, 198 Solvation Shell, 202 Spin Angular Momentum, 182 Sphingomyelins, 241 Splicing, 338 Standard Hydrogen Electrode, 262 Standing Wave, 60 Steady-State Approximation, 282 Stirling Approximation, 7 Subshells, 167 Substrate, 286 Sympathetic Nerve, 325, 327 Terminator, 338, 339 Tertiary Structure of Protein, 239 Thomson, J.J., 66 Transcription, 338, 345 Transcription factors, 338 Transfection, 341 Translation, 339 Transmembrane Proteins, 307 Transporter, 305 Travelling Wave, 61 Uncompetitive Inhibition, 295 Uranium, 268 Valence Electrons, 195, 200, 206 Valence Shell, 197, 306 Valence Shell Electron Pair Repulsion, 208 Van Der Waals Forces, 207, 239 Vector Analysis, 137 Vectors, 341 Vitamin C, 233 Voltage Gated Channel, 203, 305, 317, 325, 327 Water, 202, 303, 309 Work Function, 76 X-Ray Diffraction,
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