activation energy 143 –144, 148 –150
activity coefficient 97–98
adenosine triphosphate (ATP) 23 –58,
123 –126
adenosine triphosphate synthase
128 –131
Aequorea405 – 408
Agee, Peter 398
Altman, Sidney 159
amino acid radical 370, 433 – 436
amino acids, protonation 105 –106
amino acids, structures 15 –18
Angels and Demons 260
Arnold, William 421
association constant 28 –29
atomic force microscopy 211–215bacterial reaction center 214 –215,
295, 425 – 430
bacteriochlorophyll 117, 120,
422– 429
bacteriorhodopsin 376 –385
Beer–Lambert law 293 –294
Binning, Gerd 211
blackbody radiation 177–179
Bohr, Neils 181
Boltzmann, Ludwig 165, 168
Boltzmann distribution 165 –166
bond enthalpy 39
Born, Max 188
Born interpretation 188 –190
Bosch, Carl 66
Boyer, Paul 129Bragg, William Henry 319
Bragg, William Lawrence 319
Bragg’s law 319 –320
Bravais, Auguste 320
Bravais lattice 320 –321
Brown, Dan 260
Buchner, Eduard 148
buffers, definition 106 –108Calvin, Melvin 421
carbon cycle 42
cardiovascular system 108
Carnot, Sadi 61
Carnot cycle 60 –63
carotenoid 205 –207, 423
catalase 148 –149
Cech, Thomas 159
cellular imaging 412– 414
chemical potential, definition 73
chemical shift 347–348
chemiosmotic hypothesis 124 –126
chlorophyll 117, 422, 429 – 433
circular dichroism 284
Clausius, Rudolf 52
complex numbers 325 –328
Crick, Francis 19
crystallization 88 –91, 322–323
cytochrome bc 1127
cytochrome b 6 f117, 367–369
cytochrome coxidase 109
cytochrome heme 117–120
cytochrome oxidase 127
cytochrome P450cam 110Index
Index
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