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Pattabhi V., Gautham N. — Biophysics
Pattabhi V., Gautham N. — Biophysics



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Название: Biophysics

Авторы: Pattabhi V., Gautham N.

Аннотация:

The initiation of biophysics in India is syiXHiymous with tlx? stalling of the Department of Crystallography and Biophysics at the University of Madras, in 1953, under the leadership of Professor G.N. Ramachandran. Even today, nearly half-century later, there are only a handful of Universities in the country which have full-fledged biophysics departments. However, most life science curricula in the country ix>w comprise a course in biophysics, owing to its increasing importance and relevance to the study of any biological system. This book has been written to fill a long-standing lacuna of textbooks in biophysics, suitable for students at the senior undergraduate and postgraduate level in various biological disciplines, such as biochemistry, molecular biology and even medicine.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2002

Количество страниц: 253

Добавлена в каталог: 16.11.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Molar extinction coefficient      59
Molecular Dynamics      128 138
Molecular evolution      232
Molecular exclusion chromatography      24 29
Molecular orbitals      5
Molecular replacement      108
Molecular spectra      59
Momentum      2
Moving boundary electrophoresis      32
Multi-component system      18 38
Multi-dimensional NMR      113 125
Multiple isomorphous replacement      107
Muscle action      199
Muscle contraction      1 174 202
Myelin      210
Myocardium      206
Myofibrils      199
Myopia      224
myosin      199
NAD      31 178 187 222
NADP      178 184
Neuronal response      211
Neurons      210 218
Neurotransmitters      231
Newman projection      14
Newton’s laws      2
Ninhydrin      27
NMR      58 71 95 124 147
NMR imaging      120 129
NOESY      127
Noradrenaline      213
Nuclear magnetic resonance      112
Nuclear magneton      74
Nuclear Overhauser effect      118 128
Nucleosome      154
Oblate ellipsoid      39
Opsin      221
Optic nerve      219
Optical activity      12 59 239
Optical isomers      12
Optical rotatory dispersion      37 59
Orbital      4 22 60
ord      61 67
Origin of life      238 241
Osmotic pressure.      37
Ossicles      227
Oxidation      187
Ozone layer      233
Pair-production      23
Paper chromatography      26
Paramagnetic metal ions      76
Partial charge      140
Particles      1
Partition coefficient      28
Partitionchromatography      27
Patterson synthesis      108
Pauli’s exclusion principle      5
Peptide backbone      133
Peripheral nervous system      211
Perrin factor      48
pH titration      125
Pharynx      228
Phase contrast microscopy      82
Phase problem      107
Phosphocreatine      199
Photo-neural transducer      224
Photon      2
Photophosphorylation      186
Photoreceptor      219
Photosynthesis      174 179
Photosynthetic unit      179
Photosystem      181
Phototrops      174
Planck      2
Planck’s constant      2
Point groups.      97
Polarisability      52 72
Polarising microscopy      84
Polyacrylamide      29
Polynucleotide      61 74 145 234 241
Postsynaptic fibre      212
Potential      3 9 17 33 92 128 177 192 204 231
Prebiotic evolution      235
Prebiotic synthesis      235
Preparation of the specimen      90
Presynaptic fibre      212
Primary structure of the protein      160
Primitive Earth      235
principal quantum number      4
Prolate ellipsoid      39
Propensity      134
Prosthetic molecule      60 182
Protein fold      133
Protein folding problem.      133
Proteinoids      240
Proton gradient      185
Proton motive forced      193
Puckered      145
Quanta      2
quantum mechanics      2
Quantum.      2
Quartenary structure of the proteins      161 170
Quasi-equivalent      173
R factor      109
R — S convention      13
Radiation.      2
Radiative lifetime      66
Radioactive decay      20
Radioactivity      20
Radioimmunoassay      23
Radioisotopes      20 23
Radiotracer      23
Radius of gyration      53
Raman      71
Raman effect      71
Raster pattern      88
Rayleigh scattering      52 71
Re-polarisation      214
Receptor potential      223
Redox.      19
Reducing agents      35
Relaxation parameters      119
Replication      91
Residual rotation      62
Resolution      34 79 109 154
Resonance absorption      58
Resonance condition      76 113
Resonance frequency      74 114
Respiration      176 188
Resting potential      214
Retinal      221 225
Reverse phase      27
Reversible process      15
Rhodopsin      221
Ribose      145 175 238
RNA      27 67 144 172 234
Rods      138 220
Rossmann.      108
Rotating frame      117
Rotational friction      48
Rotational spectra      58
Rotor      43
Rutherford      3
Sarcolemma      204
Sarcomere      200
Sarcoplasm      202
SAXS      54
Scanning electron microscope      88
Scherage — Mandelkem      48
Schlieren optical system      44
Schrodinger      2
Schrodinger wave equation      3
Screw axis      98
SDS — PAGE      34
Second law of thermodynamics      16 174
Secondary structure of the protein      161
Sedimentation      37
Sedimentation velocity method      44
Self-organisation      234 240
SEM      88
Semi-empirical      65 128 139
Sensitiser molecule      180
Sequence specific structure      154
Short contacts      145
Signal to noise ratio      117
Simha factors      47
Skeletal muscle      199
Sliding filament model      201
Small angle x-ray scattering      54
Smooth muscle      199
Solar energy      174
Solid phase      25
Somatic receptor      217
Space groups      97
Spatial theory of hearing      230
Specific rotation      62
Specific volumes      38
Specimen preparation      90
Spectrum      21 60 94 113 221
Spherical aberration.      87 218
Spike potential      213
spin quantum number      4 75 114
Spin state      112
Spin-density      129
Spin-labels      76
Spin-lattice      119
Spin-spin coupling      120
Spin-spin coupling constants      121
Spin-spin relaxation      119
Splitting factor      74
Spontaneous process      16
Spontaneously emitted radiation      66
State functions      16
Stationary phase      25
Stereochemistry      11 59 108 154
Stereoisomers      13
Steric contacts      11
Stimulated emission      65
Stokes law      38
Stokes lines      72
Striated muscle      199
Structure amplitude      109
Structure of NaCl      9 95
Supersaturated state      95
Supersecondary structure      169
Svedberg equation      44
Swann cells      210
Symmetry      10 95 172
Symmetry operations      97
Synapse      210 223
Systolic pressure      205
Teleceptor      217
TEM      87
Tendons      202
Tensor      48
Tertiary fold      128
Tertiary structure      161 169 234
Tetanus      203
Tetraplex      156
Thermodynamical system      13
Thermodynamics      13
Thin layer chromatography      24 26
Third law of thermodynamics.      16
Transducer      202 224
Transduction of sound      227
Transition      5 60 66 113 126
Transmission electron microscope      87
Triplex      156
TRNA.      144 158
Tropomyosin      201
Troponin      201
Tunnelling electron microscope      86 92
Tympanic membrane      227
Tympanum      227
Ultracentrifuge      41
Unit cell      96
Universal principles      1
Urey      235
Valinomycin      194
Valves      206
van der Waals interactions      10
van der Waals radius      11
Vapour diffusion      102
Vector cardiography      209
Ventricles      206
Vibrational levels.      59 65
Virus structure      172
viscosity      37 46
Vision      1 219
Visual receptor      218
Voltage clamp      215
Voltage gated channels      214
Watson      131 151
Wave function      2
Wave like phenomena      1
Wave packets      2
Wave-particle duality      2
Weak interactions      10
X-ray crystallography      95
X-ray scattering      37 54
Yphantis      45
Zimm plot      53
Zonal sedimentation      45
Zone electrophoresis      33
1 2
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