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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
Carboxypeptidase A      103d 236 247 248d
Carboxypeptidase A, $\mathrm{Zn}^{2+}$ in      248d
Carboxypeptidase A, active site      248d
Carboxypeptidase A, catalytic mechanism      248d
Carboxypeptidase A, EC number      248
Carboxypeptidase A, exopeptidase      248
Carboxypeptidase A, hydrolase      248
Carboxypeptidase A, inhibitor      236
Carboxypeptidase A, pseudo substrate      236
Carboxypeptidase A, transition-state analogs      236
Cardiac muscle      17
Cardiolipin      159t
Carnitine      369 370d
Carnitine palmitoyltransferase      392
Carotene      163s 165t
Carotenoids, definition      165
Cartilage      121t 122t 127 128d 129
Cartilage binding      131t
Cascade in glycogenosis      338d
Cascade of enzyme activity      338
Casein      74
Catalase      12 452
Catalase, molecular weight      78 82t
Catalase, sedimentation coefficient      82t
Catalysts      228
Catalysts, acid      233
Catalysts, general acid      247
Catalysts, general acid-base      232 247
Catalytic mechanism      245
Catalytic rate      234
Cathepsin      11t
CDP-ethanolamine      381 d
cell      1 18
Cell, adhesion to fibronectin      130d
Cell, cycle      142
Cell, cycle phases, $G_1$, S, $G_2$ and M      461 462d
Cell, division      458
Cell, membrane      1
Cell, mucus-secreting      17
Cell, multinucleated      17
Cell, sex      14
Cell, shape      12
Cell, site of actin      134
Cell, structural hierarchy      22
Cell, types      21
Cell-surface antigen      16
Cellobiose      45
Cellular nucleus      15
Cellulose      47
Central nervous system, lipids      362
Centrifugal fractionation      19
Centrifugal fractionation of cells      19
Centrifugation, differential      4
Centrifugation, isopycnic      5
Centrifuge      5
Centriole      6d 12 140 143
Centriole in cell      142d
Centriole in cilia      142d
Centromere      15 15d 142d 143 498
Centrosome      140
Ceramidase      381 383d
Ceramide      161s 381 382d 383
Cereal protein      419
Cerebronic acid      161
Cerebroside      381 382
CETP, cholesteryl ester transfer protein      365
Cetyl alcohol, structure      153s
Chain termination triplets      491
Chair      36 37s
Chair conformation      247
Changeux, J.      270
Channel      180d
Channeling of substrate(s)      442
Chaperon ins      87
Chemical equilibrium      252
Chemical modification of enzyme      239
Chemical modification, carboxypeptidase A      239
chemical potential      307
Chemiosmotic model, Mitchell’s model of oxidative phosphorylation      408
Chemiosmotic theory      307
Chenodeoxycholic acid      168 391d
Chief cell      226 427d
Chiral center      26 29
Chitin      47 51
Chitosan, poly($\alpha$-$\delta$-glucosamine)      51
Chloramphenicol      507s 516
Chlorophyll      12
Cholate      395
Cholecalciferol      399
Cholecystokinin      427
Cholesterol      366 368s 391d 392 393d 399
Cholesterol 7-$\alpha$-hydroxylase, regulation of      392
Cholesterol in mixed micelles      167
Cholesterol, acetyl-CoA and cholesterol biosynthesis      387 388d
Cholesterol, bile salts from      387 391
Cholesterol, metabolism      387
Cholesterol, regulation of synthesis      390
Cholesterol, structure      164s
Cholesterol, synthesis from mevalonic acid      182s
Cholesterol, vitamin $D_3$ from      387
Cholesteryl ester      365d
Cholesteryl ester hydrolase      390
Cholesteryl ester transfer protein (CETP)      365
Cholic acid      391d
Cholic acid, stereochemistry      165s
Cholic acid, structure      164s
choline      379d 381 397
Choline in phosphatidylcholine      159f
Choline kinase      380d
Choline phosphate      379d 381
Chondroitin sulfate      47 127 128d 131d 149
Chondronectin      131f
Chorion (egg) proteins      463
Chorismate      244s
Chorismate mutase-prephenate dehydrogenase      244 245
Chorismate mutase-prephenate dehydrogenase, adamantane in      245
Chorismate mutase-prephenate dehydrogenase, inhibitor      245
Chorismate mutase-prephenate dehydrogenase, transition state in      245
Chorismate mutase-prephenate dehydrogenase, transition-state analog      245
Chromatin      14d 216 509
Chromatography in amino acid analysis      65 66d
Chromatography, ion exchange      65 66d
Chromomere      15
Chromosome      12 14 15d 17 24 108 142 143d 215 458
Chromosome in mitosis      143d
Chromosome, autosomes      15
Chromosome, homologous      14
Chromosome, morphology      15d
Chromosome, number      14
Chromosome, segregation      12
Chromosome, sex      15
Chromosome, Y      15
Chrondroitin sulfate      111
Chrysin, structure      153s
Chylomicron      168 169f 364d 365 379
Chylomicron, secretion of      379d
Chymotrypsin      80d 239 240 248 427
Chymotrypsin, $\alpha$-      428 429d
Chymotrypsin, $\delta$-      428 429d
Chymotrypsin, $\pi$-      428 429d
Chymotrypsin, active site      240
Chymotrypsin, enzyme-modification      240
Chymotrypsin, phosphorylserine in      239
Chymotrypsin, serine in      240
Chymotrypsinogen      427 428d 429d
Chymotrypsinogen, molecular weight      78 83f
Cilia      17 108 142d
Cilia in fallopian tube      141
Cilia, axoneme      141 142d
Cilia, centrioles      142d
Cilia, inner sheath      141 142d
Cilia, nexin      141 142d
Cilia, plasma membrane      141 142d
Cilia, radial spoke      141 142d
Ciliated cell      17
Circular DNA      459
Circular duplex DNA      224
cis-Aconitase      347s
Cistron      494
Citrate      374ds 375d
Citrate in the citric acid cycle      346s 350s
Citrate lyase      374d
Citrate synthase, $NAD^+/NADH$ inhibition      351
Citrate synthase, high substrate inhibition of      350
Citrate synthase, location      13f
Citrate synthase, reaction      346d
Citrate synthase, succinyl CoA inhibition      351
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle      9 311
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, anaplerotic reactions of      355f
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, carbon dioxide production in      357
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, definition      345 346
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, energetics of      349
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, location of      9
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, overall reaction      357d
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, reactions of      346—349 357
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, regulation of      350 351
Citric acid cycle, Krebs cycle, tricarboxylic acid cycle, studies of, using radioactive labels      358
Citroyl-CoA      350s
Citrulline      433d
Classification of enzymes      230f 231f
Classification of hydrolases      231t
Cleland convention      289
Cleland, W, W.      259 260
Closed system, definition      290
Clostridium perfringens      227
CoASH, coenzyme A      370d
Coat protein of TMV      109d
Cobalamin, vitamin $B_{12}$      449
Cobalamin-$N^5$-methyl-THF: homocysteine methyltransferase      449d
Cobalt, in vitamin $B_{12}$      449
Cockroach(es)      420
Coding strand, sense strand      489
Codon      489 490f
Codon, anticodon pairing      218
Codon, glycine      149
Codon, initiation      491
Codon, nonsense      491
Codon, stop      491 504
Codon, synonyms      501
Codon, termination      491
Coenzyme A (CoA)      345s
Coenzyme A (CoA) in pyruvate dehydrogenase      116
Coenzyme Q, ubiquinone      403 404s
Coiled-coil      151
Coiled-coil, intermediate filament      144d
Coiled-coil, myosin      137
Coiled-coil, spectrin      150
Colchicine      150
Collagen      121f 123 148 149
Collagen, binding      131f
Collagen, binding to fibronectin      130d
Collagen, bone      148
Collagen, cross-linking      125d
Collagen, disulfide bonds in      122
Collagen, exons in genes for      149
Collagen, glycosylation of      123
Collagen, hydrogen bonds in      123
Collagen, hydrophobic, residues in      148
Collagen, hydroxylysine in      122
Collagen, hydroxyproline in      122 148
Collagen, introns in genes for      149
Collagen, procollagen      122 123d
Collagen, prolylhydroxylase      123
Collagen, properties      122t
Collagen, protomeric      149
Collagen, skin      124
Collagen, tendon      124
Collagen, triple helix      93 122 123d 125 148 149
Collagen, type IV      125
Collagen, types      122t
Collagenase, mammalian      11t 148
Com, high lysine      419
Compartmentation of metabolic path ways      303
Competitive inhibition      254 255f 262 263d 280d 289
Complementary base pairs      458
Complementary base pairs, DNA      207s
Concentration gradient      363
Concerted transition      29 30 270
Condensation reaction, in sugars      44
Configuration of atoms      53d
Configuration of atoms, absolute      26
Configuration of atoms, axial      36s
Configuration of atoms, eclipsed      36 39
Configuration of atoms, energy difference      36
Configuration of atoms, equatorial      36s
Configuration of atoms, staggered      36
Conformational change      266
Conformational change, actomyosin      139d
Conformational change, protein      115
Conformational effect      270
Conformer      36
Conformer, boat      37s
Conformer, chair, Cl, lC      37s 38s
Conformer, envelope      39s
Conformer, glucose      52
Conformer, twist      39s
Conjugate base      59
Connective tissue      121 129 149
Consensus sequence in mRNA      497
Consensus sequence, DNA      492
Conservation of mass, law      261
Contractile protein      17
Contractile ring in cells      150
Control enzyme      265
Control of glycogen degradation      329
Control of glycogen synthesis      329 330d
Control of glycolysis      320 334
Control of pyruvate dehydrogenase      352 354d
Control points, of glycolysis      317
Control signal, in metabolism      299
Control strength of an enzyme      310d
Conversion of, pyruvate to ethanol      322s
Cooperative effect, hemoglobin      147 148
Cooperativiry, hemoglobin      147
Copper, electrochemical cell      296
Copy number of genes      460
CoQ-cytochrome c oxidoreductase      405t
Core enzyme of DNA polymerase III      466
Core protein in glycosaminoglycan      121d
Core protein in proteoglycan      128d
Core protein, hyaluronan      126
Cornea      122t 127
Cortisol      368s
Cory cycle      326 327d 342
Cory, C, and Cory, G.      327
Corynebaclerium diphiheriae      507
COT analysis of DNA      214 215d
Coulomb’s law      84
Covalent catalysis      30 231 232d 248 249
Covalent enzyme catalysis      241d
Creatine, kinase      422
Creatine, synthesis      450d
Creatinine      456s
Crick, F, H, C      29 207 458
Cristae      12
Critical concentration of actin      132—134d
Critical concentration of tubulin in mitotic spindle      150
Critical concentration of tubulin monomers      140
Critical concentration, gelsolin effect on actin’s      135
Critical micellar concentration (CMC)      167
1 2 3 4 5 6 7 8 9 10 11 12 13
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