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Kuchel P.W., Ralston G.B. — Schaum's outline of theory and problems of biochemistry
Kuchel P.W., Ralston G.B. — Schaum's outline of theory and problems of biochemistry



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Название: Schaum's outline of theory and problems of biochemistry

Авторы: Kuchel P.W., Ralston G.B.

Аннотация:

This step-by-step outline steers you logically, expertly, and clearly through biochemistry. It can save you study time and helps you get better grades because it focuses on the core information you really need to know—and avoids confusing, extraneous material that you don’t need! A question-and-answer format highlights the meaning of the material and helps you remember. Easy-to-read line drawings and diagrams make important structures and processes memorable. This new second edition features added sections on whole-body metabolism, enzyme kinetics, and new technologies for monitoring metabolic processes. Use this excellent study guide to help you ace your biochemistry course, study it alone as a complete biochemistry course, or use it for review before a standardized test—it can cut your study hours as it moves you quickly from cell structure through protein synthesis. This is the study guide that makes biochemistry comprehensible—the one whose first edition was chosen by 32,000 grateful students!


Язык: en

Рубрика: Химия/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 2nd edition

Год издания: 1998

Количество страниц: 559

Добавлена в каталог: 30.11.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
NADPH, in fatty acid synthesis      376 377r
Nail, finger      145
Nalidix acid      474 475s
Nasal lining, cilia in      17
Nascent fragments      466
Nebulin, and vernier principle      138
Negative control of a gene      508
Negative cooperativity      269 284 285
Negative cooperativity, enzyme kinetics and binding      266
Negative effector, of aspartate carbamoyltransferase      229
Negative feedback inhibition in the citric acid cycle, succinate dehydrogenase      351
Negative feedback inhibition of enzyme      265d 283d
Negative feedforward control      284
Negative nitrogen balance      419
Negative supercoiling of DNA      468
Nemethy      273
Nemst potential equation      307
Nemst redox equation      297d 406d
Nerve gas, diisopropyl fluorophosphate      239s
Nerve, squid      1
Nervonic acid      161
Neurofilaments      145t
Neurospora, cytochrome c      98t4
Neurotransmitter catabolism, location      13t
Nexin, in cilia      141 142d
Nick in DNA      464
Nick translation of DNA      467
Nickel, in urease      241
Nicotinamide adenine dinucleotide, (NAD)      311s 312
Niemann-Pick disease      382t 383d
Ninhydnn, reaction with amino acids      65s
Nitramide      233s
Nitrite      418
Nitrogen, atmospheric      419
Nitrogen, balance      419
Nitrogen, fixation      419
Nitrogen, fixing bacteria      420
Nitrogenase      4194
Nitrogenase, $H_2$ in      4204
Nitrogenase, $\Delta G^0$      419
Nitrogenase, ATP in      4204
Nitrogenase, flavoprotein in      420
NMR (nuclear magnetic resonance spectroscopy)      100
NMR (nuclear magnetic resonance spectroscopy) of protein      239
Nobel prize 1975      13
Nojirimycin      52
Nomenclature      383
Noncompetitive inhibition      254 255t 264 280d 289
Noncompetitive inhibition of enzyme      263d
Nonequilibrium reaction      299
Nonessential amino acid      423t
Nonhomologous recombination of DNA      463
Nonideality      305
Nonideality, thermodynamic      114
Noninteracting binding sites      269
Nonlinear least squares regression      254
Nonprotein amino acid      56
Nonsense codons      491
Norepinephrine      432 433s
Novobiocin      474
Nuclear envelope      7 144 142 151
Nuclear lamin      145t
Nuclear lamina, composed of lamin      145
Nuclear magnetic resonance, spectroscopy (NMF), of protein      239
Nuclear magnetic resonance, spectroscopy, NMR      100
Nuclear membrane      64 144
Nuclear pore      144
Nuclease      11t 219
Nucleic acid      198
Nucleic acid, breakdown      4474
Nucleic acid, degradation      446 447d
Nuclein      198
Nucleoid, in bacteria      489
Nucleolus      64 144
Nucleophile      232d
Nucleophilic attack      231 232d 249
Nucleophilic attack in DNA synthesis      465
Nucleoside, definition      201
Nucleoside, diphosphokinase      13t 348d
Nucleoside, diphosphokinase, location      13t
Nucleosome      217d 473
Nucleotidases      446
Nucleotide      202
Nucleus in adipocyte      164
Nucleus of actin      1324
Nucleus, l      2d 144 164 17 343
Numerical methods, in kinetic analysis      254
O-Glycoside      43s 44
Obligatory order, enzymatic reaction      259
Octadecanoyl-CoA      369s
Ogston, A, G.      359
Ogston’s three-point attachment proposal      3594
Oiled coil, elastin      126
Okasaki fragments      466 467 470
Oleate      369s 376\
Oleic acid      156s
Oleic acid, oleate      369s 376
Oleoyl-CoA      3694s
Oligomer      270s
Oligomeric protein      273
Oligomycin-sensitivity-conferring protein (OSCP)      412
Oligonucleotide      11t 25 206s 247
Oligonucleotide synthesis, solid phase      211d
Oligonucleotide, definition      44
Oligonucleotide, staining with PAS      21
OMP decarboxylase      438
Open system, definition      290
Operator, of gene      508
Opposite polarities of DNA strands      466
Optical activity      52
Optical activity of proteins      94 95
Optical activity, definition of      94
Optical activity, sugars      26 27
Optical rotation      44 52
Optical rotatory dispersion of proteins      94 95d
Optical rotatory dispersion, definition of      94
Optimum pH, of enzyme      261 262d
Order of reaction      274
Order of reaction, definition      252
Ordered BiBi, enzymatic reaction      2604
Ordered BiBi, reaction      280
Organic sulfate      11t
OriC      318d 460 463 470
Origin of the chromosome (oriC)      460
Origins of replication      472
Ornithine      70s 230s
Ornithine carbamoyltransferase      435
Ornithine carbamoyltransferase, location      13t
Orotate      437
Orotic aciduria      456
Osmium tetroxide      3
Osmotic lysis, of cells      19
Osmotic pressure      81 309d
Ostwald’s dilution principle      147
Outer membrane      13t
Outer membrane, mitochondrial      13t
Ovalbumin      102
Ovalbumin, molecular weight      83t
Overall reaction order      252
Ovomucoid, molecular weight      83t
Ovum      1
Oxaloacetate      324s 325s 374s 375s 422s
Oxaloacetate in gluconeogenesis      323s
Oxaloacetate in pyruvate carboxylase reaction      353s
Oxaloacetate in the citric acid cycle      346s 350s
Oxalosuccinate      347s
Oxidase, mixed-function      426
Oxidation of fatty acids      368
Oxidation reaction      295
Oxidation-reduction      230t
Oxidative deamination      124
Oxidative phosphorylation, chemiosmotic model, Mitchell’s      408
Oxidative phosphorylation, definition      402
Oxidative phosphorylation, mechanistic models of      408
Oxidoreductase      230t 240
Oxolinic acid      475s
Oxonium ion      233s 233d
Oxygen      12 15
Oxygen 18, label      413
Oxygen affinity, hemoglobin      147 148
Oxygen in oxygenase reactions      12
Oxyhemoglobin      118
Palade, G.      4 13
Palade’s granules      13
Palmitate      369s
Palmitate, structure      153s
Palmitic acid synthesis      376 377t
Palmitic acid, 155s      156 376 396
Palmitic acid, palmitate      376
Palmitic acid, synthesis of      374
Palmitoyl thioesterase      377t
Palmitoyl-CoA      369ds 370d 371d 372t 395
Palmitoylcarnitine      370d
Pancreas      506
Pancreatic lipase      362 363d
Pancreatic peptidases      248
Pantothenic acid      56
Pantothenic acid in CoA      345s 346
Paracrystalline structures      18
Parental DNA      459
Parietal cell      427d
Partial reaction, linked to ATP      299d
Partial specific volume      81
Partitioning, of chromosome      458
PAS staining      21
PAS staining of erythrocytes      21
Pasteur effect      335d 418
Pasteur effect, connection to oxidative phosphorylation      418
Pasteur effect, effect on oxidative phosphorylation      412
Pasteur, L.      335
Payen      228
PCR, polymerase chain reaction      477—479 480 481d 487
Peas      419
Pectin      47
Pentamicrofibril      124d
Pentamicrofibril, tropocollagen      123
Pentose      25
Pentose phosphate pathway      16 241
Pentose phosphate pathway in erythrocytes      16
Pentose phosphate pathway, definition      339
Pepsin      229 248 426
Peptic cell      427d
Peptidase      11t
Peptide      53—75
Peptide bond      66 67 231 427
Peptide bond, structure of      61 d
Peptide hormones      427
Peptide, dipeptide      67
Peptide, enzymatic cleavage of      80
Peptide, glutathione      67d
Peptide, N-terminal      67
Peptide, naming of      67
Peptide, oligopeptide      67
Peptide, polypeptide      67
Peptide, tripeptide      67
Peptidyltransferase      504d
Perhydrocyclopentanophenanthrene      163s
Periodic acid Schiff (PAS)      2d
Periodic acid Schiff (PAS), staining      21
Peripheral protein, in membranes      172
Permease      174
Peroxidase      385d 452
Peroxisome      12
Persoz      228
pH effect, on enzyme rate      261d 262d
pH, definition of      57 58
Phagocytic vacuole      10d 22d
Phagocytic vacuole in macrophage      22d
Phagocytosis      21
Phagosome      10d 19
Phenanthrene      163s
Phenol      249
Phenomenase      241
Phenylacetate      455s
Phenylalanine      244 423t 425s
Phenylalanine, hydroxylase      425d
Phenylalanine, structure of      55t
Phenylisothiocyanate in protein sequencing      19d
Phenylisothiocyanate, Edman reagent      19s
Phenylketonuria      426 455
Phenyllactate      455s
Phenylpyruvate      426 455s
Phosphatase      11t
Phosphate      3sd 19
Phosphate, ester      2 233
Phosphate, esters of sugars      42
Phosphate, product of phosphatase reaction      19d
Phosphatide acid, phosphatidate      378
Phosphatide acid, synthesis of      380d
Phosphatidylcholine, cholesterol, acyltransferase (LCAT)      159t 365 379 380d 381d 382d 385d 397
Phosphatidylelhanolamine      159t 381d
Phosphatidylglycerol      159t
Phosphatidylinositol      159t
Phosphatidylserine      159r 381d
Phosphocreatine      456s
Phosphodiester linkage      204s
Phosphodiesterase      338 446
Phosphoelhanolamine      381d
Phosphoenolpyruvate in gluconeogenesis      325d
Phosphoenolpyruvate in glycolysis      316
Phosphoenolpyruvate, carboxykinase (PEPCK)      324 325d
Phosphoenzyme      232d
Phosphofructokinase      283 360
Phosphofructokinase in glycolysis      313
Phosphofructokinase, ADP, positive heterotropic effector      284
Phosphofructokinase, ATP, negative homotropic effector      284
Phosphofructokinase, citrate: negative heterotropic effector      284
Phosphofructokinase, control in gluconeogenesis      326d
Phosphofructokinase, control of      301d
Phosphofructokinase, control point in glycolysis      318 319d
Phosphofructokinase, thermodynamics of      300td
Phosphoglucomutase      327 329
Phosphoglucomutase in glycogen synthesis      327 360
Phosphoglucomutase, thermodynamics of      294
Phosphogluconate pathway      339
Phosphoglycerate dehydrogenase      425d
Phosphoglycerate kinase      315d
Phosphoglycerides, major classes      159t
Phosphoglycerides, structure      158s
Phosphoglyceromutase      315d
Phospholipase      362 363
Phospholipase $A_1$      363 381
Phospholipase $A_2$      363d 381 385d
Phospholipase C      381
Phospholipase D      381
Phospholipid      11t
Phospholipid, absorption      362
Phospholipid, definition      158
Phospholipid, synthesis      379
Phosphomannose isomerase      330 331d
Phosphomevalonate      389d
Phosphomevalonate, kinase      389d
Phosphomonoester      11t
Phosphopantelheine      376
Phosphophosphorylase kinase      338d
Phosphoprotein phosphatase, in pyruvate dehydrogenase control      352 354d
Phosphoribosyltransferases      446
Phosphoryl-group transfer, thermodynamics of      298d
Phosphorylase a, from ‘b’ form      337 338d
Phosphorylase b, activation to ‘a’ form      337 338
1 2 3 4 5 6 7 8 9 10 11 12 13
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