Biochemistry/
Hames, David.
Biochemistry/ David Hames and Nigel Hooper. - 4th ed. - New York: Taylor & Francis, 2015. - vii, 473 p. : ill. ; 25 cm. - (BIOS instant notes) .
section A. Cells
1 Prokaryotic cells
2 Eukaryotic cells
3 Cell growth
4 Cell imaging
5 Cell fractionation
section B. Amino acids and proteins
7 Amino acid structure
8 Protein structure and function
9 Myoglobin and hemoglobin
10 Collagen
11 Molecular motors
12 Antibodies.
13 section C. Studying proteins
14 Protein purification
15 Gel electrophoresis
16 Protein sequencing and peptide synthesis
17 Immunodetection
18 section D. Enzymes
19 Introduction to enzymes
20 Thermodynamics
21 Enzyme kinetics
22 Enzyme inhibition
23 Regulation of enzyme activity. section E. Membranes and cell signaling
24 Membrane lipids
25 Membrane structure
26 Membrane transport: small molecules
27 Membrane transport: macromolecules
28 Signal transduction
29 Nerve function
section F. DNA structure and replication
30 An introduction to DNA
31 Genes and chromosomes
32 DNA replication in bacteria
33 DNA replication in eukaryotes. section G. RNA synthesis and processing
34 An introduction to RNA
35 Transcription in prokaryotes
36 Operons
37 Transcription in eukaryotes: an overview
38 Transcription of protein-coding genes in eukaryotes
39 Regulation of transcription by RNA Pol II
40 Processing of eukaryotic pre-mRNA
41 Transcription and processing of ribosomal RNA
42 Transcription and processing of transfer RNA
43 section H. Protein synthesis
44 The genetic code
45 Translation in prokaryotes
46 Translation in eukaryotes
47 Protein targeting
48 Protein glycosylation. section I. Recombinant DNA technology
49 The power of recombinant DNA approaches
50 Restriction enzymes
51 Nucleic acid hybridization
52 DNA cloning
53 DNA sequencing
54 Polymerase chain reaction
55 Site-directed mutagenesis
56 section J. Carbohydrate metabolism
57 Monosaccharides and disaccharides
58 Polysaccharides and oligosaccharides
59 Glycolysis
60 Gluconeogenesis
61 Pentose phosphate pathway
62 Glycogen metabolism
63 Control of glycogen metabolism. section K. Lipid metabolism
64 Fatty acid structure and function
65 Fatty acid breakdown
66 Fatty acid synthesis
67 Triacylglycerols
68 Cholesterol
69 Lipoproteins
70 section L. Respiration and energy
71 Citric acid cycle
72 Electron transport and oxidative phosphorylation
73 Photosynthesis
74 section M. Nitrogen metabolism
75 Nitrogen fixation and assimilation
76 Amino acid metabolism
77 The urea cycle
78 Hemes and chlorophylls.
9780415608459
Biochemistry
Biology
Chemistry
572 / HAM/B
Biochemistry/ David Hames and Nigel Hooper. - 4th ed. - New York: Taylor & Francis, 2015. - vii, 473 p. : ill. ; 25 cm. - (BIOS instant notes) .
section A. Cells
1 Prokaryotic cells
2 Eukaryotic cells
3 Cell growth
4 Cell imaging
5 Cell fractionation
section B. Amino acids and proteins
7 Amino acid structure
8 Protein structure and function
9 Myoglobin and hemoglobin
10 Collagen
11 Molecular motors
12 Antibodies.
13 section C. Studying proteins
14 Protein purification
15 Gel electrophoresis
16 Protein sequencing and peptide synthesis
17 Immunodetection
18 section D. Enzymes
19 Introduction to enzymes
20 Thermodynamics
21 Enzyme kinetics
22 Enzyme inhibition
23 Regulation of enzyme activity. section E. Membranes and cell signaling
24 Membrane lipids
25 Membrane structure
26 Membrane transport: small molecules
27 Membrane transport: macromolecules
28 Signal transduction
29 Nerve function
section F. DNA structure and replication
30 An introduction to DNA
31 Genes and chromosomes
32 DNA replication in bacteria
33 DNA replication in eukaryotes. section G. RNA synthesis and processing
34 An introduction to RNA
35 Transcription in prokaryotes
36 Operons
37 Transcription in eukaryotes: an overview
38 Transcription of protein-coding genes in eukaryotes
39 Regulation of transcription by RNA Pol II
40 Processing of eukaryotic pre-mRNA
41 Transcription and processing of ribosomal RNA
42 Transcription and processing of transfer RNA
43 section H. Protein synthesis
44 The genetic code
45 Translation in prokaryotes
46 Translation in eukaryotes
47 Protein targeting
48 Protein glycosylation. section I. Recombinant DNA technology
49 The power of recombinant DNA approaches
50 Restriction enzymes
51 Nucleic acid hybridization
52 DNA cloning
53 DNA sequencing
54 Polymerase chain reaction
55 Site-directed mutagenesis
56 section J. Carbohydrate metabolism
57 Monosaccharides and disaccharides
58 Polysaccharides and oligosaccharides
59 Glycolysis
60 Gluconeogenesis
61 Pentose phosphate pathway
62 Glycogen metabolism
63 Control of glycogen metabolism. section K. Lipid metabolism
64 Fatty acid structure and function
65 Fatty acid breakdown
66 Fatty acid synthesis
67 Triacylglycerols
68 Cholesterol
69 Lipoproteins
70 section L. Respiration and energy
71 Citric acid cycle
72 Electron transport and oxidative phosphorylation
73 Photosynthesis
74 section M. Nitrogen metabolism
75 Nitrogen fixation and assimilation
76 Amino acid metabolism
77 The urea cycle
78 Hemes and chlorophylls.
9780415608459
Biochemistry
Biology
Chemistry
572 / HAM/B